text:
Let's Be Cops (2014)
Ryan and Justin made a pact with each other to move back home if they aren't successes by the time they turn 30. Right when they're about to give up on their dreams they don police uniforms for a party and find that people look at them with a bit more respect now. When they get involved in a struggle with local criminals will they run to the real cops, or keep the ruse up and help their community? Let's Be Cops stars Jake Johnson and Damon Wayans, Jr.
Let's Be Cops concludes a debate I've pondered about the comic potential of the Backstreet Boys. First, for those who aren't awash in '90s nostalgia, their inclusion is never going to help a film gravitate toward greater comedy or drama – they're just too simple and calming to do either. Second, their song "I Want It That Way" has been featured in so many "white dude melodramatically singing" scenes at this point that it should be clear this isn't funny. It's never been funny. Please stop dragging generically pleasing song around in an attempt at humor.
I bring this up because Let's Be Cops opens with Ryan (Jake Johnson) belting out "I Want It That Way" and this was one of the high points on an abysmal scale of quality. Let's Be Cops is bland, and when it's not bland, it's infuriating in the way it wastes pristine talents on bad jokes and inconsistent dramatic confrontations. Those hoping for a few good images to liven up the flat physical and verbal humor should seek their thrills elsewhere as Let's Be Cops is also one of the worst looking films of 2014.
All of this makes unfortunate sense when I started to look at the credentials behind Let's Be Cops. Directed and co-written by Luke Greenfield, whose previous credits included the "porn star who loves me" comedy The Girl Next Door and the Rob Schneider vehicle The Animal. Nothing about those two films indicates Greenfield has a grasp of comedy and, while I certainly understand going astray with comedy when Schneider is an early model, he has shown little in the way of evolving since.
If the performers execution isn't enough to nail the laugh then the direction and cinematography need to pick up the slack.
Take the shot above as an example of why this film isn't funny on a visual level. There isn't one aspect of Daryn Okada's cinematography that jumps out, little to guide the eye, and this is the moment that Ryan and Justin (Damon Wayans, Jr.) realize the power of the police uniforms they're wearing. By setting this moment at night their uniforms barely have anything to contrast against and the small assortment of people speaks less to their new authority and more to the general suspicion of people who have "Freeze!" yelled at them. Okada's cinematography might not be as dull if the script was funny and the bland presentation seeks to keep the focus on the performers. But in moments where the images are supposed to carry the humor they suffer from a lack of imagination like when the best he can come up with for Justin smoking crystal meth is a slow 360 rotation shot and a bit of double-vision.
The other problem with the visuals ties back in with the script and Greenfield, along with cowriter Nicholas Thomas, have little sense of escalation. Both of the laughs Let's Be Cops generated came from a successful and gradual buildup to a punchline or realization. I laughed hard when Ryan and Justin's initial reluctance at being the entertainment for a bachelorette party went to a smash cut of the two embracing their roles with enthusiasm, or when Justin realizes what acts he would perform for more meth and realizes he might be good at some of them. The rest of the time it's either immediately zany or aimless chatter that tries to establish a rhythm of casual humor but just riffs on what's blatantly clear on the screen without actually making a joke.
Pictured: femininity à la Let's Be Cops.
The writing issues are further complicated by the inconsistent message of Greenfield and Thomas' script. There are a couple of moments where the comedy veers hard into drama and Let's Be Cops starts lecturing the audience, by proxy of Ryan and Justin, that being a cop is serious business and should be respected. An admirable message, sure, but one that grows at best inconsistent and at worst hypocritical as the villains gun down real officers with little fanfare while Ryan and Justin's antics grow more cartoonish as the film progresses. It does not help that Ryan and Justin get into their roleplaying not because of a sense of justice, but because a ton of women walking by them gaze at the two with specific physical activities in mind.
It's one thing to write a comedic space where mutual physical desires are communicated in awkward ways. What Greenfield and Thomas have done is write every woman in Let's Be Cops, with one specific exception, as though they are constantly in heat. This isn't a source of comedy and is more another bit of questionable wish-fulfillment for Ryan and Justin as they are both rewarded with love interests for their deceit. But their script calls for the traditionally attractive women in dresses to be crazy attracted to Ryan and Justin, a fact that becomes sadly clear when the duo encounters some stronger women with tighter haircuts and less form-fitting clothes.
This just isn't funny, and comedy can get away with a lot of otherwise questionable material. But when just about every woman throws themselves at Ryan and Justin, their actions are constantly underscored by broad pop hits, and they get pretty much everything they want from the scenario then there's no conflict. No conflict, no comedy. A light slap on the wrists from the film's moral authority doesn't count. Let's Be Cops limps in from the opening frame, and the rest of the run-time is like watching a doctor operating on a long-dead patient.
Let's Be Cops (2014)
Directed by Luke Greenfield.
Screenplay written by Luke Greenfield and Nicholas Thomas.
Starring Jake Johnson and Damon Wayans, Jr.
The Skeleton Twins (2014)
Gone Girl (2014)
V/H/S: Viral (2014)
Love is Strange (2014)
Stan Brakhage: Commingled Containers (1996) » « Stan Brakhage: The Dark Tower (1999)


text:
/*
** Java native interface to the Windows Registry API.
**
** Authored by Timothy Gerard Endres
** <mailto:time@gjt.org>  <http://www.trustice.com>
**
** This work has been placed into the public domain.
** You may use this work in any way and for any purpose you wish.
**
** THIS SOFTWARE IS PROVIDED AS-IS WITHOUT WARRANTY OF ANY KIND,
** NOT EVEN THE IMPLIED WARRANTY OF MERCHANTABILITY. THE AUTHOR
** OF THIS SOFTWARE, ASSUMES _NO_ RESPONSIBILITY FOR ANY
** CONSEQUENCE RESULTING FROM THE USE, MODIFICATION, OR
** REDISTRIBUTION OF THIS SOFTWARE.
**
*/

package com.ice.jni.registry;

import java.io.*;
import java.util.*;

/**
 * The Registry class provides is used to load the native
 * library DLL, as well as a placeholder for the top level
 * keys, error codes, and utility methods.
 *
 * @version 3.1.3
 *
 */

public class
Registry
	{
	/**
	 * The following statics are the top level keys.
	 * Without these, there is no way to get "into"
	 * the registry, since the RegOpenSubkey() call
	 * requires an existing key which contains the
	 * subkey.
	 */
	public static RegistryKey		HKEY_CLASSES_ROOT;
	public static RegistryKey		HKEY_CURRENT_USER;
	public static RegistryKey		HKEY_LOCAL_MACHINE;
	public static RegistryKey		HKEY_USERS;
	public static RegistryKey		HKEY_PERFORMANCE_DATA;
	public static RegistryKey		HKEY_CURRENT_CONFIG;
	public static RegistryKey		HKEY_DYN_DATA;

	/**
	 * This is a key for ICE's testing purposes.
	 */
	private static RegistryKey		HKEY_ICE_TESTKEY = null;
	/**
	 * These are predefined keys ($0-$9) used to make the
	 * testing program easier to use (less typing).
	 */
	private static String[]			preDefines;

	/**
	 * These are the Registry API error codes, which can
	 * be returned via the RegistryException.
	 */
	public static final int			ERROR_SUCCESS = 0;
	public static final int			ERROR_FILE_NOT_FOUND = 2;
	public static final int			ERROR_ACCESS_DENIED = 5;
	public static final int			ERROR_INVALID_HANDLE = 6;
	public static final int			ERROR_INVALID_PARAMETER = 87;
	public static final int			ERROR_CALL_NOT_IMPLEMENTED = 120;
	public static final int			ERROR_INSUFFICIENT_BUFFER = 122;
	public static final int			ERROR_LOCK_FAILED = 167;
	public static final int			ERROR_TRANSFER_TOO_LONG = 222;
	public static final int			ERROR_MORE_DATA = 234;
	public static final int			ERROR_NO_MORE_ITEMS = 259;
	public static final int			ERROR_BADDB = 1009;
	public static final int			ERROR_BADKEY = 1010;
	public static final int			ERROR_CANTOPEN = 1011;
	public static final int			ERROR_CANTREAD = 1012;
	public static final int			ERROR_CANTWRITE = 1013;
	public static final int			ERROR_REGISTRY_RECOVERED = 1014;
	public static final int			ERROR_REGISTRY_CORRUPT = 1015;
	public static final int			ERROR_REGISTRY_IO_FAILED = 1016;
	public static final int			ERROR_NOT_REGISTRY_FILE = 1017;
	public static final int			ERROR_KEY_DELETED = 1018;

	/**
	 * These are used by dumpHex().
	 */
	private static final int		ROW_BYTES = 16;
	private static final int		ROW_QTR1 = 3;
	private static final int		ROW_HALF = 7;
	private static final int		ROW_QTR2 = 11;

	/**
	 * This is the last key used by the test program ($$).
	 */
	private static String			saveKey = null;
	/**
	 * This is a Hashtable which maps nams to the top level keys.
	 */
	private static Hashtable		topLevelKeys = null;

	/**
	 * If true, debug the fv parameters and computation.
	 */
	public boolean		debugLevel;

	/**
	 * Loads the DLL needed for the native methods, creates the
	 * toplevel keys, fills the hashtable that maps various names
	 * to the toplevel keys.
	 */

	static
		{
		try {
			System.loadLibrary( "ICE_JNIRegistry" );
			}
		catch ( UnsatisfiedLinkError e )
			{
			System.err.println
				( "ERROR You have not installed the DLL named '"
					+ "ICE_JNIRegistry.DLL'.\n\t" + e.getMessage() );
			}
		catch ( SecurityException e )
			{
			System.err.println
				( "ERROR You do not have permission to load the DLL named '"
					+ "ICE_JNIRegistry.DLL'.\n\t" + e.getMessage() );
			}

		Registry.HKEY_CLASSES_ROOT =
			new RegistryKey( 0x80000000, "HKEY_CLASSES_ROOT" );

		Registry.HKEY_CURRENT_USER =
			new RegistryKey( 0x80000001, "HKEY_CURRENT_USER" );

		Registry.HKEY_LOCAL_MACHINE =
			new RegistryKey( 0x80000002, "HKEY_LOCAL_MACHINE" );

		Registry.HKEY_USERS =
			new RegistryKey( 0x80000003, "HKEY_USERS" );

		Registry.HKEY_PERFORMANCE_DATA =
			new RegistryKey( 0x80000004, "HKEY_PERFORMANCE_DATA" );

		Registry.HKEY_CURRENT_CONFIG =
			new RegistryKey( 0x80000005, "HKEY_CURRENT_CONFIG" );

		Registry.HKEY_DYN_DATA =
			new RegistryKey( 0x80000006, "HKEY_DYN_DATA" );

		Registry.topLevelKeys = new Hashtable( 16 );

		topLevelKeys.put( "HKCR",					Registry.HKEY_CLASSES_ROOT );
		topLevelKeys.put( "HKEY_CLASSES_ROOT",		Registry.HKEY_CLASSES_ROOT );

		topLevelKeys.put( "HKCU",					Registry.HKEY_CURRENT_USER );
		topLevelKeys.put( "HKEY_CURRENT_USER",		Registry.HKEY_CURRENT_USER );

		topLevelKeys.put( "HKLM",					Registry.HKEY_LOCAL_MACHINE );
		topLevelKeys.put( "HKEY_LOCAL_MACHINE",		Registry.HKEY_LOCAL_MACHINE );

		topLevelKeys.put( "HKU",					Registry.HKEY_USERS );
		topLevelKeys.put( "HKUS",					Registry.HKEY_USERS );
		topLevelKeys.put( "HKEY_USERS",				Registry.HKEY_USERS );

		topLevelKeys.put( "HKPD",					Registry.HKEY_PERFORMANCE_DATA );
		topLevelKeys.put( "HKEY_PERFORMANCE_DATA",	Registry.HKEY_PERFORMANCE_DATA );

		topLevelKeys.put( "HKCC",					Registry.HKEY_PERFORMANCE_DATA );
		topLevelKeys.put( "HKEY_CURRENT_CONFIG",	Registry.HKEY_PERFORMANCE_DATA );

		topLevelKeys.put( "HKDD",					Registry.HKEY_PERFORMANCE_DATA );
		topLevelKeys.put( "HKEY_DYN_DATA",			Registry.HKEY_PERFORMANCE_DATA );
		}

	/**
	 * Get a top level key by name using the top level key Hashtable.
	 *
	 * @param keyName The name of the top level key.
	 * @return The top level RegistryKey, or null if unknown keyName.
	 *
	 * @see topLevelKeys
	 */

	public static RegistryKey
	getTopLevelKey( String keyName )
		{
		return (RegistryKey)
			Registry.topLevelKeys.get( keyName );
		}

	/**
	 * Open a subkey of a given top level key.
	 *
	 * @param topKey The top level key containing the subkey.
	 * @param keyName The subkey's name.
	 * @param access The access flag for the newly opened key.
	 * @return The newly opened RegistryKey.
	 *
	 * @see RegistryKey
	 */

	public static RegistryKey
	openSubkey( RegistryKey topKey, String keyName, int access )
		{
		RegistryKey		subKey = null;

		try { subKey = topKey.openSubKey( keyName, access ); }
		catch ( NoSuchKeyException ex )
			{
			subKey = null;
			}
		catch ( RegistryException ex )
			{
			subKey = null;
			}

		return subKey;
		}

	/**
	 * Get the description of a Registry error code.
	 *
	 * @param errCode The error code from a RegistryException
	 * @return The description of the error code.
	 */

	public static String
	getErrorMessage( int errCode )
		{
		switch ( errCode )
			{
			case ERROR_SUCCESS: return "success";
			case ERROR_FILE_NOT_FOUND: return "key or value not found";
			case ERROR_ACCESS_DENIED: return "access denied";
			case ERROR_INVALID_HANDLE: return "invalid handle";
			case ERROR_INVALID_PARAMETER: return "invalid parameter";
			case ERROR_CALL_NOT_IMPLEMENTED: return "call not implemented";
			case ERROR_INSUFFICIENT_BUFFER: return "insufficient buffer";
			case ERROR_LOCK_FAILED: return "lock failed";
			case ERROR_TRANSFER_TOO_LONG: return "transfer was too long";
			case ERROR_MORE_DATA: return "more data buffer needed";
			case ERROR_NO_MORE_ITEMS: return "no more items";
			case ERROR_BADDB: return "bad database";
			case ERROR_BADKEY: return "bad key";
			case ERROR_CANTOPEN: return "can not open";
			case ERROR_CANTREAD: return "can not read";
			case ERROR_CANTWRITE: return "can not write";
			case ERROR_REGISTRY_RECOVERED: return "registry recovered";
			case ERROR_REGISTRY_CORRUPT: return "registry corrupt";
			case ERROR_REGISTRY_IO_FAILED: return "registry IO failed";
			case ERROR_NOT_REGISTRY_FILE: return "not a registry file";
			case ERROR_KEY_DELETED: return "key has been deleted";
			}

		return "errCode=" + errCode;
		}

	/**
	 * Export the textual definition for a registry key to a file.
	 * The resulting file can be re-loaded via RegEdit.
	 *
	 * @param pathName The pathname of the file into which to export.
	 * @param key The registry key definition to export.
	 * @param descend If true, descend and export all subkeys.
	 *
     * @exception  NoSuchKeyException  Thrown by openSubKey().
     * @exception  RegistryException  Any other registry API error.
	 */

	public static void
	exportRegistryKey( String pathName, RegistryKey key, boolean descend )
		throws java.io.IOException, NoSuchKeyException, RegistryException
		{
		PrintWriter out =
			new PrintWriter(
				new FileWriter( pathName ) );

		out.println( "REGEDIT4" );
		out.println( "" );

		key.export( out, descend );

		out.flush();
		out.close();
		}

	/**
	 * The main() method is used to test the Registry package.
	 */

	public static void
	main( String argv[] )
		{
		Registry.preDefines = new String[10];

		Registry.preDefines[0] = "HKLM\\System\\CurrentControlSet\\control";
		Registry.preDefines[1] = "HKLM\\Software";
		Registry.preDefines[2] = "HKLM\\Software\\Miscrosoft";
		Registry.preDefines[3] = "HKLM\\Software\\Microsoft\\Windows"
									+ "\\CurrentVersion";
		Registry.preDefines[4] = "HKLM\\Software\\Microsoft\\Windows"
									+ "\\CurrentVersion\\ProfileList";
		Registry.preDefines[5] = "HKCU\\Software";
		Registry.preDefines[6] = "HKCU\\Software\\Microsoft";
		Registry.preDefines[7] = "HKCU\\AppEvents";
		Registry.preDefines[8] = "HKCU\\AppEvents\\Schemes";
		Registry.preDefines[9] = "HKCU\\AppEvents\\Schemes";

		try {
			Registry.HKEY_ICE_TESTKEY =
				Registry.HKEY_CURRENT_USER.openSubKey
					( "Software\\ICE Engineering\\test" );
			}
		catch ( NoSuchKeyException ex )
			{
			}
		catch ( RegistryException ex )
			{
			}

		if ( argv.length > 0 )
			{
			Registry.subMain( argv );
			}
		else
			{
			String inLine;
			String saveLine = null;
			BufferedReader input =
				new BufferedReader
					( new InputStreamReader( System.in ) );

			for ( ; ; )
				{
				System.out.print( "command: " );
				System.out.flush();

				try { inLine = input.readLine(); }
					catch ( IOException ex )
						{ inLine = null; }

				if ( inLine == null || inLine.length() == 0 )
					break;

				if ( inLine.equalsIgnoreCase( "help" ) )
					{
					Registry.usage( null );
					continue;
					}

				String[] subArgs;
				if ( inLine.equals( "!!" ) && saveLine != null )
					{
					subArgs =
						Registry.parseArgumentString( saveLine );
					}
				else
					{
					subArgs =
						Registry.parseArgumentString( inLine );
					saveLine = inLine;
					}

				Registry.subMain( subArgs );
				}
			}
		}

	/**
	 * Print the usage/help information.
	 */

	public static void
	usage( String message )
		{
		if ( message != null )
			System.err.println( message );

		System.err.println
			( "keys regKey -- print the key names" );
		System.err.println
			( "values regKey -- print the value names" );
		System.err.println
			( "data regKey subKey -- print the key's data" );
		System.err.println
			( "string regKey subKey -- print REG_SZ key's string" );
		System.err.println
			( "setbin regKey subKey  binaryString -- set REG_BINARY" );
		System.err.println
			( "setdw regKey subKey int -- set REG_DWORD" );
		System.err.println
			( "setstr regKey subKey string -- set REG_SZ" );
		System.err.println
			( "setmulti regKey subKey semiColonString -- set REG_MULTI_SZ" );
		System.err.println
			( "delkey regKey subKey -- delete key 'subKey' of regKey" );
		System.err.println
			( "delval regKey subKey -- delete value 'subKey' of regKey" );
		System.err.println
			( "export regKey fileName -- export registry key to fileName" );
		System.err.println
			( "expand regKey valueName -- expand string value" );

		System.err.println( "" );

		System.err.println
			( "!! -- repeats last command" );
		System.err.println
			( "$$ -- re-uses previous keyname" );
		System.err.println
			( "Predefined Key Prefixes: (e.g. $0-9)" );
		for ( int idx = 0 ; idx < Registry.preDefines.length ; ++idx )
			System.err.println
				( "   $" + idx + "=" + Registry.preDefines[idx] );
		}

	/**
	 * The actual main method, which is called for each command.
	 */

	public static void
	subMain( String argv[] )
		{
		int				index;
		RegistryKey		key;
		RegistryKey		subKey;
		RegistryKey		topKey = null;
		boolean			isRemote = false;
		String			topKeyName = null;
		String			hostName = null;

		if ( argv.length < 1 || argv[0].equals( "help" ) )
			{
			Registry.usage( null );
			return;
			}

		if ( argv.length < 2 )
			{
			Registry.usage( null );
			return;
			}

		String keyName = argv[1];

		if ( Registry.saveKey != null
				&& keyName.equals( "$$" ) )
			{
			keyName = Registry.saveKey;
			}
		else if ( keyName.equals( "@@" ) )
			{
			keyName = "HKCU\\Software\\ICE Engineering\\test";
			}
		else
			{
			char ch1 = keyName.charAt(0);
			char ch2 = keyName.charAt(1);

			if ( ch1 == '$' && ch2 >= '0' && ch2 <= '9' )
				{
				int pIdx = (ch2 - '0');
				if ( Registry.preDefines[ pIdx ] != null )
					{
					if ( keyName.length() < 3 )
						keyName = Registry.preDefines[ pIdx ];
					else
						keyName =
							Registry.preDefines[ pIdx ]
							+ keyName.substring( 2 );
					}
				else
					{
					System.err.println
						( "Predefine '" + keyName + "' not defined." );
					return;
					}
				}
			else
				{
				Registry.saveKey = argv[1];
				}
			}

		if ( keyName.startsWith( "\\\\" ) )
			{
			isRemote = true;
			index = keyName.indexOf( '\\', 2 );
			hostName = keyName.substring( 2, index );
			keyName = keyName.substring( index + 1 );
			}

		index = keyName.indexOf( '\\' );

		if ( index < 0 )
			{
			//
			// "topLevelKeyname"
			//
			topKeyName = keyName;
			keyName = null;
			}
		else if ( index < 4 )
			{
			//
			// INVALID KEYNAME, topLevelName too short
			//
			System.err.println
				( "Invalid key '" + keyName
					+ "', top level key name too short." );
			return;
			}
		else
			{
			//
			// "topLevelKeyname\subKey\subKey\..."
			//
			topKeyName = keyName.substring( 0, index );

			if ( (index + 1) >= keyName.length() )
				keyName = null;
			else
				keyName = keyName.substring( index + 1 );
			}

		topKey = Registry.getTopLevelKey( topKeyName );
		if ( topKey == null )
			{
			System.err.println
				( "ERROR, toplevel key '" + topKeyName
					+ "' not resolved!" );
			return;
			}

		if ( isRemote )
			{
			System.err.println
				( "REMOTE Key host='" + hostName + "'" );

			RegistryKey remoteKey = null;

			try {
				remoteKey = topKey.connectRegistry( hostName );
				}
			catch ( NoSuchKeyException ex )
				{
				System.err.println
					( "ERROR No such key connecting to '"
						+ hostName + "', " + ex.getMessage() );
				return;
				}
			catch ( RegistryException ex )
				{
				System.err.println
					( "ERROR errCode=" + ex.getErrorCode()
						+ "' connecting to '" + hostName
						+ "', " + ex.getMessage() );
				return;
				}

			if ( remoteKey != null )
				{
				topKey = remoteKey;
				}
			}

		//
		// P R O C E S S    C O M M A N D S
		//

		if ( argv[0].equalsIgnoreCase( "create" ) )
			{
			Registry.createCommand( topKey, keyName );
			}
		else if ( argv[0].equalsIgnoreCase( "setbin" ) )
			{
			Registry.setBinaryCommand
				( topKey, keyName, argv[2], argv[3] );
			}
		else if ( argv[0].equalsIgnoreCase( "setdw" ) )
			{
			Registry.setBinaryCommand
				( topKey, keyName, argv[2], argv[3] );
			}
		else if ( argv[0].equalsIgnoreCase( "setstr" ) )
			{
			Registry.setStringCommand
				( topKey, keyName, argv[2], argv[3] );
			}
		else if ( argv[0].equalsIgnoreCase( "setmulti" ) )
			{
			Registry.setMultiStringCommand
				( topKey, keyName, argv[2], argv[3] );
			}
		else if ( argv[0].equalsIgnoreCase( "keys" ) )
			{
			Registry.listKeysCommand( topKey, keyName );
			}
		else if ( argv[0].equalsIgnoreCase( "values" ) )
			{
			Registry.listValuesCommand( topKey, keyName );
			}
		else if ( argv[0].equalsIgnoreCase( "delkey" ) )
			{
			Registry.deleteKeyCommand( topKey, keyName, argv[2] );
			}
		else if ( argv[0].equalsIgnoreCase( "delval" ) )
			{
			Registry.deleteValueCommand( topKey, keyName, argv[2] );
			}
		else if ( argv[0].equalsIgnoreCase( "data" ) )
			{
			Registry.getDataCommand( topKey, keyName, argv[2] );
			}
		else if ( argv[0].equalsIgnoreCase( "string" ) )
			{
			Registry.getStringCommand( topKey, keyName, argv[2] );
			}
		else if ( argv[0].equalsIgnoreCase( "export" ) )
			{
			Registry.exportKeyCommand( topKey, keyName, argv[2] );
			}
		else if ( argv[0].equalsIgnoreCase( "expand" ) )
			{
			Registry.expandStringCommand( topKey, keyName, argv[2] );
			}
		}

	private static void
	exportKeyCommand(
			RegistryKey topKey, String keyName, String pathName )
		{
		RegistryKey subKey =
			Registry.openSubKeyVerbose
				( topKey, keyName, RegistryKey.ACCESS_READ );

		if ( subKey == null )
			return;

		try { Registry.exportRegistryKey( pathName, subKey, true ); }
		catch ( IOException ex )
			{
			System.err.println
				( "IO Exception: '" + ex.getMessage() + "'" );
			}
		catch ( NoSuchKeyException ex )
			{
			System.err.println
				( "Error, encountered non-existent key during export." );
			}
		catch ( RegistryException ex )
			{
			System.err.println
				( "ERROR registry error=" + ex.getErrorCode()
					+ ", " + ex.getMessage() );
			}
		}

	private static void
	getDataCommand(
			RegistryKey topKey, String keyName, String valueName )
		{
		RegistryKey subKey =
			Registry.openSubKeyVerbose
				( topKey, keyName, RegistryKey.ACCESS_READ );

		if ( subKey == null )
			return;

		RegistryValue	data = null;

		try { data = subKey.getValue( valueName ); }
		catch ( NoSuchValueException ex )
			{
			System.err.println
				( "Value '" + valueName + "' does not exist." );
			return;
			}
		catch ( RegistryException ex )
			{
			System.err.println
				( "ERROR registry error=" + ex.getErrorCode()
					+ ", " + ex.getMessage() );
			return;
			}

		System.err.println
			( "Value '" + valueName + "' is " + data.toString() );

		if ( data instanceof RegStringValue )
			{
			RegStringValue val = (RegStringValue) data;
			System.err.println( "REG_SZ '" + val.getData() + "'" );
			}
		else if ( data instanceof RegMultiStringValue )
			{
			RegMultiStringValue val = (RegMultiStringValue) data;
			String[] args = val.getData();
			for ( int idx = 0 ; idx < args.length ; ++idx )
				System.err.println
					( "REG_MULTI_SZ[" + idx + "] '"
						+ args[idx] + "'" );
			}
		else if ( data instanceof RegDWordValue )
			{
			RegDWordValue val = (RegDWordValue) data;

			HexNumberFormat xFmt =
				new HexNumberFormat( "XXXXXXXX" );

			System.err.println(
				"REG_DWORD"
				+ ( (RegistryValue.REG_DWORD_BIG_ENDIAN
						== val.getType())
							? "_BIG_ENDIAN" : "" )
				+ " '" + val.getData() + "' [x"
				+ xFmt.format( val.getData() ) + "]" );
			}
		else
			{
			RegBinaryValue val = (RegBinaryValue) data;
			/*
			System.err.println( "BINARY: len=" + val.getLength() );
			System.err.println( "BINARY: [0]=" + val.getData()[0] );
			System.err.println( "BINARY: [1]=" + val.getData()[1] );
			System.err.println( "BINARY: [2]=" + val.getData()[2] );
			System.err.println( "BINARY: [3]=" + val.getData()[3] );
			*/
			Registry.dumpHexData
				( System.err,
					"REG_BINARY '" + val.getName()
						+ "', len=" + val.getLength(),
					val.getData(), val.getLength() );
			}
		}

	private static void
	getStringCommand(
			RegistryKey topKey, String keyName, String valueName )
		{
		RegistryKey subKey =
			Registry.openSubKeyVerbose
				( topKey, keyName, RegistryKey.ACCESS_READ );

		if ( subKey == null )
			return;

		try {
			String value = subKey.getStringValue( valueName );
			System.err.println
				( "String Value " + valueName + "='" + value + "'" );
			}
		catch ( RegistryException ex )
			{
			System.err.println
				( "ERROR getting value '" + valueName + "', "
					+ ex.getMessage() );
			return;
			}
		}

	private static void
	expandStringCommand(
			RegistryKey topKey, String keyName, String valueName )
		{
		RegistryKey subKey =
			Registry.openSubKeyVerbose
				( topKey, keyName, RegistryKey.ACCESS_READ );

		if ( subKey == null )
			return;

		try {
			String value = subKey.getStringValue( valueName );
			System.err.println
				( "String Value " + valueName + "='" + value + "'" );
			value = RegistryKey.expandEnvStrings( value );
			System.err.println
				( "Expanded Value " + valueName + "='" + value + "'" );
			}
		catch ( RegistryException ex )
			{
			System.err.println
				( "ERROR getting value '" + valueName + "', "
					+ ex.getMessage() );
			return;
			}
		}

	private static void
	deleteKeyCommand(
			RegistryKey topKey, String keyName, String deleteKeyName )
		{
		RegistryKey subKey =
			Registry.openSubKeyVerbose
				( topKey, keyName, RegistryKey.ACCESS_WRITE );

		if ( subKey == null )
			return;

		try { subKey.deleteSubKey( deleteKeyName ); }
		catch ( NoSuchKeyException ex )
			{
			System.err.println
				( "Key '" + keyName + "\\"
					+ deleteKeyName + "' does not exist." );
			return;
			}
		catch ( RegistryException ex )
			{
			System.err.println
				( "ERROR deleting key '" + keyName
					+ "', " + ex.getMessage() );
			return;
			}
		}

	private static void
	deleteValueCommand(
			RegistryKey topKey, String keyName, String valueName )
		{
		RegistryKey subKey =
			Registry.openSubKeyVerbose
				( topKey, keyName, RegistryKey.ACCESS_WRITE );

		if ( subKey == null )
			return;

		try { subKey.deleteValue( valueName ); }
		catch ( NoSuchValueException ex )
			{
			System.err.println
				( "Value '" + valueName + "' does not exist." );
			return;
			}
		catch ( RegistryException ex )
			{
			System.err.println
				( "ERROR deleting value '" + valueName
					+ "', " + ex.getMessage() );
			return;
			}
		}

	private static void
	listKeysCommand( RegistryKey topKey, String keyName )
		{
		RegistryKey subKey =
			Registry.openSubKeyVerbose
				( topKey, keyName, RegistryKey.ACCESS_READ );

		if ( subKey == null )
			return;

		try {
			Enumeration enum = subKey.keyElements();
			for ( int kIdx = 0 ; enum.hasMoreElements() ; ++kIdx )
				{
				String keyStr = (String) enum.nextElement();
				System.err.println
					( "Subkey[" + kIdx + "] = '" + keyStr + "'" );
				}
			}
		catch ( RegistryException ex )
			{
			System.err.println
				( "ERROR getting key enumerator, "
					+ ex.getMessage() );
			return;
			}
		}

	private static void
	listValuesCommand( RegistryKey topKey, String keyName )
		{
		RegistryKey subKey =
			Registry.openSubKeyVerbose
				( topKey, keyName, RegistryKey.ACCESS_READ );

		if ( subKey == null )
			return;

		try {
			Enumeration enum = subKey.valueElements();
			for ( int kIdx = 0 ; enum.hasMoreElements() ; ++kIdx )
				{
				String name = (String) enum.nextElement();
				System.err.println
					( "Value Name[" + kIdx + "] = '" + name + "'" );
				}
			}
		catch ( RegistryException ex )
			{
			System.err.println
				( "ERROR getting value enumerator, "
					+ ex.getMessage() );
			return;
			}
		}

	private static void
	setDWordCommand(
			RegistryKey topKey, String keyName,
			String valueName, String data )
		{
		RegistryKey subKey =
			Registry.openSubKeyVerbose
				( topKey, keyName, RegistryKey.ACCESS_WRITE );

		if ( subKey == null )
			return;

		int anInt;
		try { anInt = Integer.parseInt( data ); }
		catch ( NumberFormatException ex )
			{
			System.err.println
				( "ERROR bad int: '" + ex.getMessage() + "'" );
			return;
			}

		RegDWordValue val = new RegDWordValue( subKey, valueName );
		val.setData( anInt );

		Registry.setValue( subKey, val );
		}

	private static void
	setMultiStringCommand(
			RegistryKey topKey, String keyName,
			String valueName, String data )
		{
		RegistryKey subKey =
			Registry.openSubKeyVerbose
				( topKey, keyName, RegistryKey.ACCESS_WRITE );

		if ( subKey == null )
			return;

		String[] strArray =
			Registry.splitString( data, ";" );

		RegMultiStringValue val =
			new RegMultiStringValue
				( subKey, valueName, strArray );

		Registry.setValue( subKey, val );
		}

	private static void
	setStringCommand(
			RegistryKey topKey, String keyName,
			String valueName, String data )
		{
		RegistryKey subKey =
			Registry.openSubKeyVerbose
				( topKey, keyName, RegistryKey.ACCESS_WRITE );

		if ( subKey == null )
			return;

		RegStringValue val =
			new RegStringValue( subKey, valueName, data );

		Registry.setValue( subKey, val );
		}

	private static void
	setBinaryCommand(
			RegistryKey topKey, String keyName,
			String valueName, String data )
		{
		RegistryKey subKey =
			Registry.openSubKeyVerbose
				( topKey, keyName, RegistryKey.ACCESS_WRITE );

		if ( subKey == null )
			return;

		byte[] binData = data.getBytes();

		RegBinaryValue val =
			new RegBinaryValue( subKey, valueName, binData );

		Registry.setValue( subKey, val );
		}

	private static void
	createCommand( RegistryKey topKey, String keyName )
		{
		RegistryKey		subKey;

		try {
			subKey =
				topKey.createSubKey
					( keyName, "", RegistryKey.ACCESS_WRITE );
			}
		catch ( RegistryException ex )
			{
			subKey = null;
			System.err.println
				( "ERROR creating subKey: " + ex.getMessage() );
			}

		if ( subKey != null )
			{
			try {
				subKey.flushKey();
				subKey.closeKey();
				}
			catch ( RegistryException ex )
				{
				subKey = null;
				System.err.println
					( "ERROR flushing and closing key: "
						+ ex.getMessage() );
				}
			}

		if ( subKey != null )
			{
			System.err.println
				( "SUCCEEDED "
					+ ( subKey.wasCreated()
						? "Creating" : "Opening via create" )
					+ " Key '" + keyName + "'" );
			}
		else
			{
			System.err.println
				( "FAILED Creating Key '" + keyName + "'" );
			}
		}

	private static RegistryKey
	openSubKeyVerbose( RegistryKey topKey, String keyName, int access )
		{
		RegistryKey		subKey = null;

		try { subKey = topKey.openSubKey( keyName, access ); }
		catch ( NoSuchKeyException ex )
			{
			subKey = null;
			System.err.println
				( "Key '" + keyName + "' does not exist." );
			}
		catch ( RegistryException ex )
			{
			subKey = null;
			System.err.println
				( "ERROR registry error=" + ex.getErrorCode()
					+ ", " + ex.getMessage() );
			}

		return subKey;
		}

	private static void
	setValue( RegistryKey subKey, RegistryValue value )
		{
		try {
			subKey.setValue( value );
			subKey.flushKey();
			}
		catch ( RegistryException ex )
			{
			System.err.println
				( "ERROR setting MULTI_SZ value '"
					+ value.getName() + "', " + ex.getMessage() );
			}
		}

	public static void
	dumpHexData( PrintStream out, String title, byte[] buf, int numBytes )
		{
		PrintWriter wrtr =
			new PrintWriter( new OutputStreamWriter( out ) );

		Registry.dumpHexData( wrtr, title, buf, 0, numBytes );
		}

	public static void
	dumpHexData(
			PrintWriter out, String title,
			byte[] buf, int offset, int numBytes )
		{
		int			rows, residue, i, j;
		byte[]		save_buf= new byte[ ROW_BYTES+2 ];
		char[]		hex_buf = new char[ 4 ];
		char[]		idx_buf = new char[ 8 ];
		char[]		hex_chars = new char[20];

		hex_chars[0] = '0';
		hex_chars[1] = '1';
		hex_chars[2] = '2';
		hex_chars[3] = '3';
		hex_chars[4] = '4';
		hex_chars[5] = '5';
		hex_chars[6] = '6';
		hex_chars[7] = '7';
		hex_chars[8] = '8';
		hex_chars[9] = '9';
		hex_chars[10] = 'A';
		hex_chars[11] = 'B';
		hex_chars[12] = 'C';
		hex_chars[13] = 'D';
		hex_chars[14] = 'E';
		hex_chars[15] = 'F';

		out.println( title + " - " + numBytes + " bytes." );

		rows = (numBytes + (ROW_BYTES-1)) / ROW_BYTES;
		residue = (numBytes % ROW_BYTES);

		for ( i = 0 ; i < rows ; i++ )
			{
			int hexVal = (i * ROW_BYTES);
			idx_buf[0] = hex_chars[ ((hexVal >> 12) & 15) ];
			idx_buf[1] = hex_chars[ ((hexVal >> 8) & 15) ];
			idx_buf[2] = hex_chars[ ((hexVal >> 4) & 15) ];
			idx_buf[3] = hex_chars[ (hexVal & 15) ];

			String idxStr = new String( idx_buf, 0, 4 );
			out.print( idxStr + ": " );

			for ( j = 0 ; j < ROW_BYTES ; j++ )
				{
				if ( i == (rows - 1) && j >= residue )
					{
					save_buf[j] = ' ';
					out.print( "   " );
					if ( j == ROW_QTR1 || j == ROW_HALF || j == ROW_QTR2 )
						out.print( ' ' );
					}
				else
					{
					save_buf[j] = buf[ offset + (i * ROW_BYTES) + j ];

					hex_buf[0] = hex_chars[ (save_buf[j] >> 4) & 0x0F ];
					hex_buf[1] = hex_chars[ save_buf[j] & 0x0F ];

					out.print( hex_buf[0] );
					out.print( hex_buf[1] );
					out.print( ' ' );

					if ( j == ROW_QTR1 || j == ROW_HALF || j == ROW_QTR2 )
						out.print( ' ' );

					if ( save_buf[j] < 0x20 || save_buf[j] > 0x7E )
						save_buf[j] = (byte) '.';
					}
				}

			String saveStr = new String( save_buf, 0, j );
			out.println( " | " + saveStr + " |" );
			}

		out.flush();
		}

	/**
	 * Split a string into a string array containing the substrings
	 * between the delimiters.
	 *
	 * NOTE This method WILL <strong>NOT</strong> return an empty
	 * token at the end of the array that is returned, if the string
	 * ends with the delimiter. If you wish to have a property string
	 * array that ends with the delimiter return an empty string at
	 * the end of the array, use <code>vectorString()</code>.
	 */

	static public String[]
	splitString( String splitStr, String delim )
		{
		int				i, count;
		String[]		result;
		StringTokenizer toker;

		toker = new StringTokenizer( splitStr, delim );

		count = toker.countTokens();

		result = new String[ count ];

		for ( i = 0 ; i < count ; ++i )
			{
			try { result[i] = toker.nextToken(); }
			catch ( NoSuchElementException ex )
				{
				result = null;
				break;
				}
			}

		return result;
		}

	public static String[]
	parseArgumentString( String argStr )
		{
		String[] result = null;

		Vector vector = Registry.parseArgumentVector( argStr );

		if ( vector != null && vector.size() > 0 )
			{
			result = new String[ vector.size() ];
			vector.copyInto( result );
			}

		return result;
		}

	public static Vector
	parseArgumentVector( String argStr )
		{
		Vector			result = new Vector();
		StringBuffer	argBuf = new StringBuffer();

		boolean backSlash = false;
		boolean matchSglQuote = false;
		boolean matchDblQuote = false;

		for ( int cIdx = 0 ; cIdx < argStr.length() ; ++cIdx )
			{
			char ch = argStr.charAt( cIdx );

			switch ( ch )
				{
				//
				// W H I T E S P A C E
				//
				case ' ':
				case '\t':
				case '\n':
				case '\r':
					if ( backSlash )
						{
						argBuf.append( ch );
						backSlash = false;
						}
					else if ( matchSglQuote || matchDblQuote )
						{
						argBuf.append( ch );
						}
					else if ( argBuf.length() > 0 )
						{
						result.addElement( argBuf.toString() );
						argBuf.setLength( 0 );
						}
					break;

				case '\\':
					if ( backSlash )
						{
						argBuf.append( "\\" );
						}
					backSlash = ! backSlash;
					break;

				case '\'':
					if ( backSlash )
						{
						argBuf.append( "'" );
						backSlash = false;
						}
					else if ( matchSglQuote )
						{
						result.addElement( argBuf.toString() );
						argBuf.setLength( 0 );
						matchSglQuote = false;
						}
					else if ( ! matchDblQuote )
						{
						matchSglQuote = true;
						}
					break;

				case '"':
					if ( backSlash )
						{
						argBuf.append( "\"" );
						backSlash = false;
						}
					else if ( matchDblQuote )
						{
						result.addElement( argBuf.toString() );
						argBuf.setLength( 0 );
						matchDblQuote = false;
						}
					else if ( ! matchSglQuote )
						{
						matchDblQuote = true;
						}
					break;

				default:
					if ( backSlash )
						{
						switch ( ch )
							{
							case 'b': argBuf.append( '\b' ); break;
							case 'f': argBuf.append( '\f' ); break;
							case 'n': argBuf.append( '\n' ); break;
							case 'r': argBuf.append( '\r' ); break;
							case 't': argBuf.append( '\t' ); break;

							default:
								char ch2 = argStr.charAt( cIdx+1 );
								char ch3 = argStr.charAt( cIdx+2 );
								if ( (ch >= '0' && ch <= '7')
										&& (ch2 >= '0' && ch2 <= '7')
										&& (ch3 >= '0' && ch3 <= '7') )
									{
									int octal =
										( ( (ch - '0') * 64 )
											+ ( (ch2 - '0') * 8 )
												+ (ch3 - '0') );
									argBuf.append( (char) octal );
									cIdx += 2;
									}
								else if ( ch == '0' )
									{
									argBuf.append( '\0' );
									}
								else
									{
									argBuf.append( ch );
									}
								break;
							}
						}
					else
						{
						argBuf.append( ch );
						}

					backSlash = false;
					break;
				}
			}

		if ( argBuf.length() > 0 )
			{
			result.addElement( argBuf.toString() );
			}

		return result;
		}

	}

redpajama_set_name: RedPajamaGithub


text:
Huge Herd Of Deers Crossing A Road In Hungary
Two videos came from Hungary, which quickly circulated around the web thanks to the captured scenes.
On the outskirts of the village of Sátorhely, a year ago, a herd of deer was captured on camera from several angles as the animals crossed the road.
At the time, a video from one of the vehicles landed on the internet, in which a large group of wild animals could be seen as they crossed the main road. The video, posted by driver József Rákóczi on his Facebook profile, already has almost 5.5 million views.
Source: klipland
The Family Rescued The Fox cub in The Backyard and Reunited Him with His Mother
Cockatoo Removes Bird Deterrent Spikes From Ledge In Australia
Hilarious Moment Russian Football Presenter Is Soaked By Sprinkler
Donkey Meets Baby Goat And Instantly Falls In Love
Sassy little toddler gets mad at her mom when she won't let her eat a rock
Two Hilarious Comedians Teach Us the Importance of Communication
Coach Unknowingly Recorded By Teacher Fixing Girls Hair, Mom Sees Footage Online & Speaks Up
Two-year-old Deacon is always finding his own way of doing things and is described by his family as having a very high tolerance for pain. Case in point…
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redpajama_set_name: RedPajamaCommonCrawl


This is a Robomow optional remote control for use with the RS, RM, TS and MS Robomow automatic mowers. This remote eanbles you to easily transport the mower without having to lift it. It can also be used for manual mowing in smaller areas.


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The KONG Naturals Crinkle Ball w/ Feathers are specifically designed to appeal to your cat's natural hunting instincts. The crinkle sound instantly sparks curiosity — and the combination of natural fabric, feathers and catnip provide exercise and entertainment. These toys are designed to appeal to the natural instincts of the indoor cat. KONG Naturals are ecologically responsible cat toys. The materials and dyes used come from natural, renewable resources. Colors vary.
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At An NRA Protest, We Ask: Is There A Middle Ground On Guns?
People on both sides of the gun debate stood outside of the NRA headquarters in Virginia chanting, protesting and debating the issue.
Hundreds of people were outside of the NRA's headquarters in Virginia on Saturday. One side was protesting the NRA with the help of some students from Parkland, Florida; the other was a group of Second Amendment proponents open carrying handguns and other firearms.
It's rare to have both sides so close in proximity, so we asked them if there was middle ground to be had in the gun debate.


text:
Summer's clichés are just as important as its realities. As long as we hope and believe that it's endless, breezy, and free—that each day could very well be the best one yet—then summer will continue to captivate. Maryland rapper Innanet James' "Summer" sounds just how we think the season should. G-funk synths (courtesy of the Kount's "Hey" instrumental) are blown out to beam with absolute joy. The song constantly moves while staying relaxed enough to bask in its own warmth. It's among this unspoken tension that James hints on the obvious, unexciting truth that good things eventually close. We rush to the beach on a sunny day because it may rain tomorrow, and it will certainly snow by December.
While James senses the season's brevity, "Summer" maintains its pure naivety, never giving voice to the possibility of any endings. Similar songs, like Justin Timberlake's "Summer Love," are misguided in comparison, as Timberlake pleads for something more extensive than just "summer love." James sees no reason to anticipate the end, but again, he doesn't waste time idling in the warm weather. When the hook repeats, "and I just won't find no lover like you," James convinces himself that there'll be something *more—*but it's the simultaneous acknowledgment that something must happen now to make summer special.
Ultimately, it's not just the underlying push-and-pull of hope that makes "Summer" so irresistible. James' voice is inviting—his flow could never be mistaken for singing, but it has a natural melody and rhythm. At one point, he self-awarely and playfully dips into plainspoken patois ("dirty wind"), and his wordplay is complete fun, especially when he spins, "you my favorite Mary, but Ms. Parker's fine, and matter fact let me park and blow Ms. Parker's mind." "Summer" feels good just like summer feels good. It's intuitive, which James summarizes succinctly and self-evidently: "Summertime shine like summertime do."


text:
Exocentrus plagiatus är en skalbaggsart som beskrevs av Hintz 1919. Exocentrus plagiatus ingår i släktet Exocentrus och familjen långhorningar. Inga underarter finns listade i Catalogue of Life.

Källor

Långhorningar
plagiatus

redpajama_set_name: RedPajamaWikipedia


text:
Ilan Klipper, né en 1978, est un réalisateur français.

Biographie
En 2013, le festival international du film Entrevues à Belfort lui décerne le prix Eurocks One + One pour l'esprit musical de Juke-Box.

Filmographie

Réalisateur

Courts métrages
 2010 : Pandore (coréalisateur: Virgil Vernier)
 2014 : Juke-Box

Longs métrages
 2007 : Flics (coréalisateur: Virgil Vernier)
 2009 : Commissariat (coréalisateur : Virgil Vernier)
 2011 : Sainte-Anne, hôpital psychiatrique
 2017 : Le Ciel étoilé au-dessus de ma tête
 2020 : Funambules
2020 : Soigner à tout prix

Web-série
 2013 : Les Affaires familiales

Directeur de la photographie
 2007 : Flics
 2009 : Commissariat
 2010 : Pandore
 2011 : Sainte-Anne, hôpital psychiatrique

Notes et références

Liens externes

Réalisateur français
Documentariste français
Naissance en 1978


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text:
Method and device for monitoring deterioration of battery
United States Patent 5886527
This invention makes it possible to inform a user of a battery replacement timing and a necessity for maintenance by storing in advance a reference vale of average battery temperature rise speed, obtaining an actual value of average battery temperature rise speed by measuring the battery temperature during charging, determining the battery deterioration easily, reliably, and irrespective of ambient temperatures at which the battery is charged and discharged by comparing the actual value of average battery temperature rise speed with the reference vale of average battery temperature rise speed.
Ito, Masaki (Iwata, JP)
Yamaha Hatsudoki Kabushiki Kaisha (Iwata, JP)
320/150, 320/153, 324/426, 324/427
G01R31/36; H01M10/46; H01M10/48; H02J7/00; (IPC1-7): G01R31/36; H01M10/44
Field of Search:
324/426, 324/427, 324/431, 324/433, 324/435, 340/636, 320/134, 320/136, 320/152, 320/153, 320/155, 320/156, 320/157, 320/144, 320/150
Download PDF 5886527 PDF help
US Patent References:
5686815 Method and apparatus for controlling the charging of a rechargeable battery to ensure that full charge is achieved without damaging the battery 1997-11-11 Reipur et al. 324/426
5680030 Condition managing system of storage battery for a movable body 1997-10-21 Kadouchi et al. 320/152
5675258 Apparatus for detecting battery pack deterioration during discharge mode and method for inhibiting deterioration detection of a significantly drained battery pack during charging mode 1997-10-07 Kadouchi et al. 324/431
5583871 Method for high-speed charging of secondary batteries and apparatus therefor 1996-12-10 Simmonds et al. 320/156
4755735 Charge control circuit for a battery charger 1988-07-05 Inakagata 320/153
3852652 RAPID BATTERY CHARGING SYSTEM AND METHOD 1974-12-03 Jasinski 320/150
Foreign References:
JP3137780 June, 1991 324/431 HEATING APPARATUS FOR DIE BONDING OF SEMICONDUCTOR CHIP IN ELECTRONIC COMPONENT
JPH03137780A 1991-06-12
Do, Diep N.
KNobbe, Martens, OLson & BearLLP
1. A method for monitoring deterioration of a battery comprising the steps of storing a reference value of average battery temperature rise speed, measuring the initial temperature of the battery charging the battery for a predetermined time interval after the initial temperature is taken, measuring the battery temperature after charging for the predetermined time, calculating an average battery temperature rise speed from the temperature rise measured and the predetermined time interval, and comparing the actual value of average battery temperature rise speed with the reference value of average battery temperature rise speed to determine the degree of battery deterioration.
2. A battery deterioration monitoring method of claim 1, characterized in that a signal is given according to the determination of the battery deterioration.
3. A device for monitoring deterioration of a battery comprising reference value storage means for storing a reference value of average battery temperature rise speed, battery temperature detecting means for measuring the battery temperature during charging, battery temperature rise speed calculating means for obtaining an actual value of average battery temperature rise speed by measuring the battery temperature during charging at first and second time intervals and dividing the increase in battery temperature by the time interval, and battery deterioration determining means for determining the battery deterioration by comparing the actual computed value of average battery temperature rise speed with the reference value of average battery temperature rise speed.
4. A battery deterioration monitoring device of claim 3, characterized in that the battery temperature rise speed calculating means measures and stores the battery temperature at the start of charging with a constant current, and further obtains the average battery temperature rise speed over a specified period of time of charging by measuring the battery temperature after the specified period of time of charging.
5. A battery deterioration monitoring device of claim 4, wherein the device is provided with deterioration level display means for displaying the results of the comparison.
6. A device for monitoring deterioration of a battery as set forth in claim 5, wherein the display is of the battery deterioration level.
7. A device for monitoring deterioration of a battery as set forth in claim 5, wherein the display is a battery deterioration warning if the deterioration is greater than a predetermined amount.
8. A device for monitoring deterioration of a battery as set forth in claim 7, wherein the display further is of the battery deterioration level.
9. A battery deterioration monitoring method of claim 2, wherein the signal comprises an indication of the deterioration level of the battery.
This invention relates to method and device for monitoring deterioration in storage battery mounted as a power source for example on an electric motor-operated vehicle.
For example, there are the Ni-MH secondary battery and the lead-acid secondary battery as batteries to be mounted as a power source for the electric motor-operated vehicle. The discharge capacity of such batteries gradually decreases through cyclic uses.
It is conceivable to carry out the maintenance including replacing, cleaning, and replenishing the electrolyte liquid of the battery after determining the deterioration of the battery by a voltage comparison method. However, the voltage comparison method requires cumbersome temperature compensation because the battery voltage itself changes with the ambient temperature.
Therefore, at the moment there is no simple, reliable means for constantly providing information on the necessity for the maintenance by accurately determining the state of deterioration of the battery as a power source of the electric motor-operated vehicle even during use, although such information is important.
The object of the invention made in view of the above situation is to provide method and device for monitoring deterioration in the storage battery that makes it possible to determine simply and reliably the state of deterioration in the storage battery capacity.
DISCLOSURE OF THE INVENTION
The storage battery deterioration monitoring method of the invention makes it possible always to accurately determine the state of deterioration of the battery irrespective of the ambient temperatures at which charging and discharging are carried out and to inform a user of the necessity for maintenance and the battery replacement timing through the following steps: A reference value of average battery temperature rise speed is stored in advance, an actual value of the average battery temperature rise speed is determined from the measurement of the battery temperature rise during charging, and the actual value of the average battery temperature rise speed is compared with the reference value of the average battery temperature rise speed to determine the degree of deterioration of the battery.
The value of the average battery temperature rise speed is determined by measuring and storing the battery temperature at the time of starting charging at a constant current, farther measuring the battery temperature after a specified period of time of charging, and calculating the average battery temperature rise speed for the specified period of time. The average battery temperature rise speed calculation makes accurate determination possible.
Also, display of deterioration level and/or warning of battery deterioration based on the determination of battery deterioration may inform the user of the necessity for the battery replacement timing and maintenance.
The battery deterioration monitoring device of the invention comprises; reference value storage means for storing the reference value of the average battery temperature rise speed, battery temperature detection means for measuring the battery temperature during charging, battery temperature rise speed calculating means for determining the average battery temperature rise speed by measuring the battery temperature during charging, and battery deterioration degree determination means for determining the degree of battery deterioration by comparing the actual value of the average battery temperature rise speed with the reference value of the average battery temperature rise speed. Comparison of the actual value of the average battery temperature rise speed with the reference value of the average battery temperature rise speed, and determination of the degree of deterioration easily and accurately irrespective of the ambient temperatures at which the battery is charged and discharged makes it possible to determine the degree of battery deterioration accurately and to inform the user of the battery replacement timing and the necessity for maintenance.
Also, the battery temperature rise speed calculating means measures and stores the battery temperature at the start of charging at a constant current, measures the battery temperature after a specified period of time of charging, and then calculates the average battery temperature rise speed for the specified period of time. Since the average battery temperature rise speed is calculated with a simple device, accurate determination is made.
Also, deterioration level display means for displaying the deterioration level based on the determination of the degree of the battery deterioration and/or battery deterioration warning means for issuing warning of the battery deterioration are provided. By using a simple device and displaying the deterioration level and/or issuing battery deterioration warning, the user is reliably informed of the battery replacement timing and the necessity for the maintenance.
FIG. 1 is a block diagram roughly showing a battery deterioration monitor device.
FIG. 2 is a graph of test results showing the relationship between dischargeable capacity after repeated charge-discharge cycles and average temperature rise speed of the battery during charging.
THE BEST FORM OF IMPLEMENTING THE INVENTION
An embodiment of method and device for monitoring battery deterioration will be hereinafter described in detail in reference to the drawings.
FIG. 2 is a graph of test results showing the relationship between dischargeable capacity after repeated charge-discharge cycles and average temperature rise speed of the battery during charging. In the graph, the line showing the change in Tup values shows the reference value.
A battery deterioration monitor device 1 monitors the deterioration of a battery 2 mounted on a motor-operated vehicle such as an electric motor-assisted bicycle. A series circuit of the battery 2 and a switch 3 is connected in parallel to a series circuit of a load 4, a switch 5, and a connector 6. At the time of charging, a charger 7 is connected through the connector 6. The battery 2 is a Ni-MH secondary battery for example. The load 4 is an electric motor or the like.
The switches 3 and 5 are controlled with charge-discharge control means 26 in a controller 8. To run the electric motor-operated vehicle, the switches 3 and 5 are closed to discharge electric power to the load 4. The control means 26 also controls the amount of electric discharge to the load 4 during the running. When the electric motor-operated vehicle is stopped for charging at night for example, the battery 2 is connected through the connector 6 to a charger 7, and the charge-discharge controller 26 controls to close the switch 3 and open the switch 5 so that the battery 2 is charged.
In this way, charge-discharge cycle of the battery 2 relative to the load 4 is repeated (cyclic uses) with commands from the charge-discharge controller 26 of the controller 8. Here, a voltage sensor 9 detects the voltage of the battery 2 and the voltage information is sent to the charge-discharge control means 26 so that a voltage -ΔV is detected during charging, and a final voltage is detected during discharging. Also, the temperature of the battery being charged is monitored with a temperature sensor 10 and the temperature information is sent to battery temperature detection means 21 and the charge-discharge control means 26 of the controller 8.
The controller 8 comprises; reference value storage means 20, battery temperature detection means 21, battery temperature rise speed calculation means 22, and battery deterioration degree determination means 23. The reference value storage means 20 stores in advance the reference value (the line in FIG. 2 showing the change in the value of Tup) of the average temperature rise speed of the battery 2. The battery temperature detection means 21 calculates the battery temperature using the temperature information from the temperature sensor 10. The battery temperature rise speed calculation means 22 measures the temperature of the battery 2 during charging and calculates the average temperature rise speed of the battery 2. In this embodiment, in the Ni-MH battery for example, at the time of charging at a constant current, the first step charging is finished by the detection of a voltage -ΔV, or dT/dt, and the battery temperature, and moves on to the next charging. With this method, the battery temperature (Ts) at the start of constant current charging and the battery temperature (T10) after for example 10 minutes from the charging start are measured, and the average temperature rise speed of the battery 2 over the 10 minutes (° C./min) is calculated as the battery temperature (T10) after 10 minutes from the charging start minus the battery temperature at the charging start divided by 10 minutes.
The battery deterioration degree determination means 23 determines the deterioration degree of the battery 2 by comparing the actual value of the average temperature rise speed of the battery 2 with the reference value of the average temperature rise speed of the battery 2. That is to say, the state of deterioration of the battery 2 is determined by comparing the actual average temperature rise speed value Tup of the battery 2 with the average temperature rise speed value Tup which has been stored in advance.
Here, the period of time for calculating the average temperature rise speed of the battery 2 is not limited to 10 minutes used in this embodiment. However, for improving the accuracy, 5 minutes or longer is preferable. The battery temperature rise speed may be determined accurately with the charging time of 10 minutes, which applies to all the Ni-MH batteries.
The battery deterioration monitor device 1 is also provided with deterioration level display means 24 for displaying the determined deterioration level and battery deterioration warning means 25 for issuing battery deterioration warning. The degree of battery deterioration is determined with the controller 8 and the deterioration level is displayed with the deterioration level display means 24. The deterioration level display indicates how many cycles of discharge may be made or how many kilometers the vehicle may run from now on in either analog or digital form. Also, battery deterioration warning is issued from the battery deterioration warning means 25. The battery deterioration warning may be issued by either a lamp or a buzzer. In this way, using the simple device of the deterioration level display means 24 or the battery deterioration warning means 25, the user is reliably alerted to the battery replacement timing or the necessity for maintenance.
As seen from FIG. 2 of the relationship between the possible vehicle travel distance (dischargeable capacity) and the average battery temperature rise speed value Tup, the possible vehicle travel distance (dischargeable battery capacity) decreases, and the average battery temperature rise speed value Tup increases with the lapse of discharge cycles. When the deterioration level exceeds a certain value (Tup=TupD), the battery capacity thereafter decreases rapidly. When the value Tup becomes equal to the value TupD, warning is issued with the deterioration level display means 24 or the battery deterioration warning means 25 to inform the user of the battery replacement timing before the discharge capacity decrease rapidly or the necessity for maintenance.
In the above description, the reference value is the curve showing the change in the Tup value of FIG. 2. However, this invention is not limited to such an arrangement but for example also includes an arrangement in which only one point of TupD is stored as a reference value and display or warning is issued only when the actual average temperature rise speed Tup reaches the TupD, or an arrangement in which reference values of several points on the curve of FIG. 2 are stored in addition to the TupD and display is carried out every time the Tup reaches respective points.
POSSIBLE INDUSTRIAL APPLICABILITY
As described above, the device for monitoring the deterioration of the battery is mounted on the electric motor-operated vehicle such as the electric motor-assisted bicycle and informs the rider of the battery replacement timing and the necessity for maintenance based on accurate information on the degree of deterioration in the battery capacity determined easily and accurately irrespective of ambient temperatures at which the battery is charged and discharged by comparing the actual value of average battery temperature rise speed with the reference value of average battery temperature rise speed. Also, the degree of battery deterioration may be accurately determined by calculating the average battery temperature rise speed. Furthermore, displaying the deterioration level and/or warning the battery deterioration make it possible to make the user aware of the battery replacement timing and the necessity for maintenance using a simple device.
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text:
To contact Sussex Police please visit www.sussex.police.uk
Victims' Services
Pan-Sussex Strategy for Domestic Abuse Accommodation and Support 2021-2024
Closing statement
Needs assessment process
What will Sussex local authorities do next
Local support services
Although funding has currently only been allocated to local authorities for one year, the government has committed to longer-term investment in domestic abuse safe accommodation and support. For this reason, the recommendations outlined in this Strategy will be delivered over a three-year period and needs reviewed in future refreshes.
This Strategy outlines the priorities and recommendations for domestic abuse accommodation and support. It represents a commitment that Sussex local authorities will consider and cater for the needs identified when making commissioning decisions around support provisions. The six strategic priorities should be used to ensure that future funding is spent in an inclusive, meaningful and sustainable way. Action plans alongside lived experience work are under development locally to guide the implementation, delivery and monitoring of the priorities and recommendations.
Thanks are extended to the various local and national stakeholders and professionals whose views and recommendations were vital to this process. We would like to thank the survivors of domestic abuse that generously shared their experiences and stories throughout the needs assessment process. Their suggestions formed the centre of this Strategy and their voices must be central in any future decision-making.
Sussex strives to be a safer place for everyone, where survivors feel believed, where funding for essential services is long-term and sustainable, and where everyone can access the support they need.
Keep up to date with our latest news and information
Sussex Police & Crime Commissioner, Sackville House, Brooks Close, Lewes, East Sussex, BN7 2FZ
© 2022 Sussex Police & Crime Commissioner


text:
'Exciting times' – Rangers ace reveals immediate thoughts after Gerrard appointment
Date: 20th June 2018 at 9:19am
Written by: support
Ryan Jack has revealed that he immediately thought that he can learn from Steven Gerrard and Gary McAllister were appointed as the Rangers management team – and admits they can "only improve your game."
The former Liverpool pair were confirmed by the Gers on May 4th before formally getting started on June 1st and midfielder Jack thinks the Light Blues can "learn off their knowledge."
After spending much of last season sidelined through injury, Jack admits he needs to hit the ground running ahead of the Europa League games coming up next month.
"It's exciting times. As soon as the appointment was announced you're delighted and looking forward to it and straight away I was thinking I can pick their brains and learn," Jack told RangersTV, as quoted by the Evening Times.
"It's two players who have played at the highest level in football so any tips you can get can only improve your game.
"I'm a midfielder and they are massive names in football who enjoyed great careers and we can learn off their knowledge.
"I need to try and put in as much work as I can and hit the ground running and hopefully that will stand me in good stead for when the friendlies and Europa League games come up."
Football Insider verdict:
Jack has always come across as a really shrewd operator and it's no surprise that his thought immediately turned to how the managerial appointment can help him improve. The former Aberdeen captain is never going to be the creative outlet in a team but he's a fantastic worker who often doesn't get the praise his performances merit. The Scotland international will likely be an important part of how Steven Gerrard's side play this season as they try to end their long trophy drought. After being injured since December, Jack's return will be like having a new player available for the Light Blues. With a packed midfield already, Jack will need to be at the very top of his game to force his way straight into the side but it's likely that either Jack or Jordan Rossiter will be given the responsibility of protecting the Gers defence. Jack showed last season how effective he can be at mopping up and then moving the ball on to more creative team-mates.
In other Rangers transfer news, Steven Gerrard has revealed the Gers 'love' this Ibrox star.
Don't miss out on breaking and exclusive Rangers news by clicking here for our brilliant 24/7 updates on Facebook,Instagram and YouTube.
Exclusive: Barnsley keen to blow Colchester away to sign 17 goal/assist attacker


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Sherbro Foundation is an amazing organization for what it has accomplished with young girls in Sierra Leone with so little financial support. The first young women provided an education are now entering college with dreams of professional careers. Schools have been built, qualified teachers hired, computer and other technical support provided and monitoring and supervision conducted. The Executive Director is Arlene Golembiewski, a former Peace Corps volunteer in this location, who is dedicated to raising the economic level of the area through education, agricultural improvements to fund the education and community development. She travels to Sierra Leone at her own cost. Further, she recently was awarded the Sargent Shriver Returned Peace Corps Volunteer Award for her inspiring efforts on behalf of the Sherbro Foundation.
Pay attention to this organization and Arlene's efforts - doing the right thing in the right places.
I support Sherbro Foundation of Sierra Leone and I have asked my friends to support it due to the high level of integrity and organizational skills of its founder: Arlene Golembiewski who I personally know for more than 10 years as a dear neighbor and a coworker at P&G. Arlene after a long and successful career returned to where she started as a Peace Corp in Sierra Leone in her early 20s reconnecting with the local people. There she found her next act in life pouring all her energy, perseverance and skills to develop programs with clear and measurable goals; focused on education and local economic empowerment with high local involvement at each step.
I do prefer to support small social enterprises since have targeted objectives and well established connections with the local people.
I have been deeply impressed by the effective actions quickly implemented by Paramount Chief Caulker thanks also to the funds raised by Arlene that helped minimize the spread of Ebola in the Chiefdom.
This is an organization worth to support since delivering real results to the people.
The Sherbro Foundation has, and continues to establish creative, sustainable programs to help the people, especially females, of Bumpeh Chiefdom.
Education and empowerment are at the heart of the programs up and running right now, each providing members of the community with an opportunity to earn a wage sufficient to provide their family with food, shelter and an education. School in Sierra Leone is not free – a family must pay school fees each year for a child to attend classes. In a area that saw its villages burn and its children forced into military service during the brutal "blood diamond" civil war, an area then thrown into crisis with the threat of Ebola, economic stability, education were thrown to the wayside. Subsistence farming, trying to provide for ones family on $1 a day or less was reality.
The Sherbro Foundation provided a way out of the past into the future: a community computer center, vegetable growing, a newborn education fund, scholarships for girls and a village orchard. All creative, empowering programs to help individuals and the community grow and prosper.
As a former Peace Corps Volunteer in nearby Kargboro Chiefdom, I know first hand how valuable these programs are and how much they can provide. I know that funds raised by the Sherbro Foundation are used exclusively for these programs. I know that Chief Caulker is a respected, trusted and visionary leader.
For these and many other reasons I wholeheartedly support the work of the Sherbro Foundation and would urge others to support it as well.
The Sherbro Foundation has been doing a tremendous amount of good for the people of Sierra Leone especially the young girls who without the support of the Sherbro Foundation would likely have an extremely dim even tragic future. The grant to support equipping Rotifunk's new community computer center is a classic example of "teaching people how to fish instead of giving them a fish." The computer and printing capability this grant would provide would enable the center to be the only computer and printing resource within a 3 hour ride. This will generate funds to enable a community education center to be established. This grant will go a long way toward creating an element of self-sufficiency for the people of Rotifunk.
I support Sherbro Foundation of Sierra Leone because: 1) it is achieving measurable results in providing increased education for girls; 2) there is strong local support and involvement through the leadership of Paramount Chief Caulker; 3) the unique Newborn Baby Project ensures that an infant's future secondary school fees begin to accumulate through the planting of a fruit producing tree upon a child's birth; and 4) I am personally aware of the Foundation president's dedication, careful oversight of resources, and commitment to full local involvement in all in all of the Foundation's programs.
I heartily support Sherbro Foundation's work in impoverished Sierra Leone because it has quickly become successful by doing so much with so little -- except the dedication of its volunteers.
The strong partnership with Bumpeh Chiefdom's leaders and its own volunteer nonprofit results in community-led programs that meet the people's needs. And that means they're reaching even the most-remote and needy villages overlooked by all other aid.
Local ideas using local resources are proving to the country's government that they are sustainable and worth replicating. I am proud to be a Sherbro Foundation board member.
A donation of to Sherbro Foundation Sierra Leone has been added to your Giving Basket!


Aditya, the premier promoter of quality education in the coastal districts of Andhra Pradesh for the past two decades, leads various institutions ranging from K.G to P.G besides professional colleges like Engineering, Pharmacy, and Nursing. Sri Nallamilli Seshareddy as a founder chairman, promoted the educational society in the name and style of Aditya Academy at Kakinada in the year 1984, with a vision and mission to create a platform for holistic growth and success to students at all levels.
Aditya has made its entry into the educational arena with a public school to meet the needs of primary and secondary education. In succession and with rapid strides, the academy established a number of Junior Colleges, Degree Colleges, PG Colleges, Engineering Colleges, Pharmacy Colleges, Nursing Colleges, Teacher Training Institutions.


U.S. Steel Corporation (USS) is reporting a net income in the second quarter of 2012 of $101 million or 62 cents per diluted share, compared to a net loss $219 million or $1.52 in the first quarter and a net income of $222 million or $1.33 in the year-ago.
Adjusted second-quarter net income was $110 million or 69 cents per diluted share, excluding an $11 million after-tax early redemption premium on the company's $300 million 5.65-percent Senior Notes due 2013.
Adjusted first-quarter net income was $110 or 67 cents per diluted share, excluding a $399 million after-tax loss on the sale of U.S. Steel Serbia; also excluding a $58 million after-tax gain on the sale of transportation assets; and excluding a $12 million after-tax gain on property-tax settlements.
•USSE reported an income from operations of $34 million, compared to a loss from operations of $34 million in the first quarter and a loss of $18 million in the year-ago.
•Tubular reported an income from operations of $103 million, compared to $129 million in the first quarter and $31 million in the year-ago.
•Other businesses reported an income from operations of $16 million, compared to $17 million in the first quarter and $9 million in the year-ago.
•Total income from operations was $253 million, compared to a loss from operations of $73 million in the first quarter and an income of $300 million in the year-ago.
•The average realized price per net ton of flat-rolled was $772 in the second quarter, compared to $764 in the first quarter and $803 in the year-ago.
•USS and USSE shipped a total of 5.434 million tons in the second quarter, compared to 5.666 million in the first quarter and 5.498 million in the year-ago.
•Flat-rolled raw-steel capability utilization was 77 percent in the second quarter, compared to 83 percent in the first quarter and 81 percent in the year-ago.
•USS reported net sales of $5.017 billion in the second quarter, compared to $5.172 billion in the first quarter and $5.12 billion in the year-ago.
•Flat-rolled capital expenditures were $151 million in the second quarter, compared to $181 million in the first quarter and $142 million in the year-ago.
•On June 30, USS had $565 million in cash and $2.4 billion of total liquidity, compared to $652 million in cash and $2.5 billion of total liquidity on March 31.


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Linda Kay Darty
Linda is a jewelry professor at East Carolina University and founder/ director of the ECU Italy Intensives study abroad program in Tuscany, where she currently lives and teaches for 7 months each year. She has an extensive international exhibition record, is the author of The Art of Enameling, and frequently teaches workshops on enameling in this country and abroad. Linda is the recipient of the Lifetime Achievement Award for research from East Carolina University, the Board of Governors Award for teaching excellence and the Life Time Achievement Award from The Enamelist Society. Her work is in public and private collections including the Victoria and Albert Museum in London and the Museum of Art and Design in NYC.


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Hawaii Five-0: Deleted Series Finale Scene Reveals a Cliffhanger for the Season 11 That Will Never Be
By Matt Webb Mitovich / July 16 2020, 1:01 PM PDT
Hawaii Five-0's Alternate Very Final Scene? You Saw It Years Ago
TV Shows That Ended in 2020
One of the Hawaii Five-0 team members is paid a visit by a very ominous individual in this deleted scene from the series finale that aired April 3 on CBS.
As TVLine previously reported, multiple small cliffhangers were cut from the CBS series' grand finale once it was decided that there would in fact be no Season 11. One of the scenes involved a relationship beat between Tani and Junior (played by Meaghan Rath and Buelah Koale), where the former discovers that the latter has been somewhat supporting the family of the ex whose boyfriend he killed (in Season 9, Episode 16).
One of the other deleted finale moments appears above. In the exclusive TVLine clip, Adam (Ian Anthony Dale) is greeted at HQ by a most unwelcome guest — Ryo (Michael Hagiwara), a Yakuza bigwig — who comes bearing news that portends to have the lawman being ever more mindful of his actions and occasional interactions with the Japanese crime syndicate. (As you'll recall, Adam was under the Yakuza's thumb for some of the final season, until he betrayed them bigtime.) Press play above to hear the stern warning given to Adam, ahead of the Season 11 that would never be.
This and other deleted scenes — as well as extended scenes, a gag reel and more special features — are all a part of Hawaii Five-0: The Final Season, a five-DVD collection available Tuesday, July 28 from CBS Home Entertainment and Paramount Home Entertainment. (Shop for it here.)
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