delivery system one of the disadvantages of the prior art delivery system was its inability to move the scoops sufficiently out of the way to facilitate streaming with or without the orifice and to provide enough clearance for an easy orifice ring change while the scoop was sufficiently pivotable about a horizontal axis to effect the gob reject function clearing the gob to permit it to fall into a cullet chute the clearance was inadequate for an orifice ring change the present invention overcomes this disadvantage by providing scoop pivot assemblies 20a and 20b for pivoting each scoop out of the way about a vertical axis this interrupts the feeding of selected gobs to the blank molds and permits the glass from the corresponding feeder orifice to fall directly into cullet chute 22 this pivoting motion of each scoop pivot assembly permits selective gob reject as will be explained below and also facilitates orifice ring change the structure also permits a wider cullet chute than possible with the prior art design scoop pivot assemblies 20a and 20b will be more clearly understood by reference to fig2 4 and 5 since the operations of each scoop pivot assembly 20a and 20b are very similar the description herein will refer primarily to scoop pivot assembly 20a fig2 shows a diagrammatic plan view of a portion of fig1 and includes some.