text: referring initially to fig1 , a first embodiment of the present invention is shown in cross section . in fig1 a container 1 for storing and transporting foods is shown with a closure 2 is situated across top of container 1 . with closure 2 in place over top of container 1 , separate first compartment 3 and second compartment 4 are created in container 1 . separate first compartment 3 may be created by compartment wall 3 a and closure 2 or , in the alternative , separate first compartment 3 may be created by wall 3 a and a second wall 3 b ( not shown ) residing under closure 2 . separate second compartment 4 may be created by container wall 4 a and backside of wall 3 a of separate first compartment 3 . separate first compartment 3 and separate second compartment 4 are closed and sealed , generally after the interior of each compartment is sterilized , and each compartment is filled with a substance , generally separately contained foods in combination with inert gas , such as nitrogen , to retard spoilage and decomposition . between first compartment 3 and second compartment 4 of fig1 , a pre - formed channel 5 is formed , generally near the lowest point of first compartment 3 . channel 5 is closed by a first frangible or pealable first seal 6 , situated over or within the mouth of channel 5 during manufacture of container 1 . first seal 6 is designed to be broken away from its position over mouth of channel 5 during the food mixing operation , thereby opening channel 5 between previously closed and sealed first compartment 3 and second compartment 4 . the opening of channel 5 between first compartment 3 and second compartment 4 allows a fluid ( or a fluid with food additive ) to travel through channel 5 , thereby allowing the contents of first compartment 3 to fall into second compartment 4 in response to the urging of gravity . means for opening first compartment 3 to second compartment 4 appears in fig2 in the form of a tab or ring 10 , having a hole 11 removably affixed to the upper side of closure 2 . tab 10 is connected to first seal 6 by a tape 12 transmitting tension from tab 10 to first seal 6 . tape 12 is formed to pass through first compartment 3 , thereby providing tension in the proper direction to separate first seal 6 from channel 5 . a second seal 13 is situated around tape 12 as it passes out of an opening 14 in closure 2 from first compartment 3 . second seal 13 may be firmly attached to tape 12 , with a frangible connection to wall 3 b of first compartment 3 ( or to closure 2 where first compartment 3 is created by wall 3 a and closure 2 ). alternatively , second seal 13 may be firmly attached to wall 3 b or closure 2 , and simply close snugly around tape 12 , so that tape 12 may slip through second seal 13 as the user pulls on tape 12 using tab 10 . the interior of each compartment may be sterilized and filled with food or other materials , and such food or other materials may be sterilized prior to such filling . after closure and sealing with closure 2 , the interior of each compartment of container 1 is , by use of the closure , hermetically sealed away from the environment outside the container , and hermetically sealed away from the interior of each other compartment . referring now to fig2 , a second cross section of the first preferred embodiment of fig1 is shown as it is operated by a user . fig2 shows all components of container 1 of fig1 , and in addition shows how a user may , in operation of the first preferred embodiment , pull on tab 10 using hole 11 , thereby breaking tab 10 away from closure 2 with the application of tension to tape 12 . the tension so created by the user is transmitted by tape 12 to first seal 6 , thereby applying force to first seal 6 to break it away from its position over the mouth of channel 5 , thereby further allowing fluid to flow by gravity from first compartment 3 to second compartment 4 . as tape 12 moves in response to the tension created by the user , second seal 13 also breaks away from wall 3 b of first compartment 3 ( or away from closure 2 when closure 2 is used to close first compartment 3 ), or tape 12 moves through second seal 13 if second seal is designed to allow such movement . as a result , at least one fluid ( with or without food additives ) contained within first compartment 3 flows out of first compartment 3 , and into second compartment 4 , thereby combining the fluid of first compartment 3 with the solid already residing second compartment 4 of container 1 . referring now to fig3 , a second embodiment of the present invention is shown in a top down view drawing . in fig3 , lid 21 of the second embodiment also shows a pull tab 22 , with a hole or ring 23 extending through an opening a - a near the center of lid 21 . lid 21 may be affixed to a variety of containers of standard size or configuration ( not shown ), and cover the main compartment of such containers ( also not shown ). fig4 shows lid 21 of fig3 in cross section , with flexible pouch 24 affixed to the underside of lid 21 . pouch 24 in fig4 has a first lobe 24 a and a second lobe 24 b , and each of these lobes are attached to pull tab 22 near the center of lid 21 . in fig4 , pull tab 22 has been moved to a vertical position extending from opening a - a near the center of lid 21 , having been previously deployed from its storage position against the top of lid 21 . lid 21 is otherwise of standard configuration , having a lip 27 which may be engaged with the edge of the substantially vertical wall of a generally circular container ( not shown ). foods or other fluids may be placed in pouch 24 , which is then sealed to contain the contents so placed . when lid 21 is then placed over the main compartment of a container of standard size or configuration ( not shown ), pouch 24 is situated under lid 21 , and within the main compartment of such container ( also not shown ). fig5 shows the underside of lid 21 of fig3 and fig4 , and flexible pouch 24 removably affixed to the underside of lid 21 , with pouch 24 in this case having lobes 24 a and 24 b . lobes 24 a and 24 b , residing on top of , above , or over , the contents of a main compartment ( or compartments ) of a standard container ( not shown ), are generally formed from a flexible polyvinyl material , approximately two millimeters ( 2 mil ) in thickness . after closure and sealing with lid 21 , the interior of the main compartment of the container ( not shown ) over which the lid is placed is hermetically sealed away from the environment outside the container , and the interior and its contents may be maintained in sterile condition if required . after closure , a first fluid is also hermetically sealed within lobe 24 a of pouch 24 , and a second fluid is hermetically sealed within lobe 24 b . as with other embodiments of the present invention , each compartment may be filled with a combination of food ( or fluid with additive ) and inert gas , such as nitrogen , to retard spoilage and decomposition . in fig5 , lobes 24 a and 24 b of pouch 24 are each formed with a frangible area or line 30 a and 30 b , which areas or lines are designed to rupture when lobes 24 a and 24 b are manipulated . frangible areas or lines 30 a and 30 b will rupture before any other part of lobes 24 a and 24 b of pouch 24 ruptures . frangible areas or lines 30 a and 30 b may be located at the periphery of lobes 24 a and 24 b , or they may be located anywhere else in the flexible material forming lobes 24 a and 24 b found to be desirable for spreading the contents of lobes 24 a and 24 b over or into the contents of the main compartment ( not shown ) below lid 21 . in fig5 , each of lobes 24 a and 24 b of pouch 24 is formed from two polyfilm sheets , and each are sealed around their perimeters by application of heat after being filled with their fluid and other contents , and attached to pull - tab 22 . fig6 shows flexible pouch 24 in cross section as seen in fig4 , but separately from lid 21 , with first lobe 24 a and second lobe 24 b , and each of these lobes attached to pull tab 22 . during manufacture , lobes 24 a and 24 b of pouch 24 are filled fluids , and thereby expanded , and flexible pouch 24 is then affixed to the underside of lid 21 near its center of lid 21 . pull tab 22 is inserted through opening a - a , and then pressed against the top of lid 21 for storage or transport . fig7 shows lid 21 of fig3 in cross section as in fig4 . in fig7 , however , the user has manipulated flexible pouch 24 by pulling on pull tab 22 , thereby removing pouch 24 from the underside of lid 21 , lobes 24 a and 24 b , which are attached to pull tab 22 , have been drawn toward and partially through opening a - a . lobe 24 a and 24 b of pouch 24 have each been subjected to pressure as much of each lobe was drawn toward and through opening a - a , and such pressure has resulted in rupture of frangible areas or lines 30 a and 30 b . as frangible areas or lines 30 a and 30 b are located at the periphery of lobes 24 a and 24 b in fig7 , the fluid contents of each lobe has been ejected from the distal ends of lobes 24 a and 24 b as each lobe was drawn to and partially through opening a - a , thereby spreading the contents of lobes 24 a and 24 b over or into the contents of the main compartment ( not shown ) below . referring now to fig8 , a third embodiment of the present invention is shown in a top down view drawing . in fig8 , cap 31 is comprised of three separate compartments 32 a , 32 b , and 32 c ( also termed herein “ dispensing chambers ”). the dispensing chambers are bounded at their upper ends by end walls or roofs 33 a , 33 b , and 33 c ( as shown in fig9 ), and each chamber 32 a , 32 b , and 32 c has additional walls between their roofs and their open ends ( not shown in fig8 ). each chamber 32 a , 32 b , and 32 c is situated as one or more caps over “ bosses ” ( not shown ) extending from a fourth connecting chamber 36 . turning to fig9 , the third embodiment of the present invention shown in fig8 is shown side view , with one half of the embodiment shown in cross section . fig9 shows two of the three separate dispensing chambers 32 a , 32 b , and 32 c found in fig8 , and chamber roofs 33 a , 33 b , and 33 c . in addition , fig9 shows additional chamber walls 34 a , 34 b , and 34 c , each of which walls engage with the corresponding walls of bosses 40 a and 40 b extending from connecting chamber 36 . connecting chamber 36 has an open end 38 , and means for fastening connecting chamber 36 at its open end 38 to other vessels in or on that open end . such means generally consists of threads formed in the generally cylindrical interior wall of the open end 38 of connecting chamber 36 . in fig9 , bosses 40 a and 40 b of connecting chamber 36 are also closed by walls 37 at the upper , or distal , end of each boss , except for passages 41 which extends through each of walls 37 . passages 41 through walls 37 at the upper end of bosses 40 a and 40 b may be of any shape . each boss 40 a and 40 b of connecting chamber 36 is formed to fit within the open end of each dispensing chamber 32 a , 32 b , and 32 c . each dispensing chamber 32 a , 32 b , and 32 c is thereby closed , thereby creating three compartments closed to the movement of liquids from their interior to the environment . as the interior of walls 34 a , 34 b , and 34 c of dispensing chambers 32 a , 32 b , and 32 c may slide along the exterior walls of bosses 40 a and 40 b of connecting chamber 36 , the volume within dispensing chambers 32 a , 32 b , and 32 c may increase or decrease . in use , dispensing chambers 32 a , 32 b , and 32 c act largely independently from each other , but each dispensing chamber is guided by the walls of the corresponding boss of the connecting chamber to which it is fitted . each dispensing chamber 32 a , 32 b , and 32 c is fitted at the time of manufacture with plunger , with a shaft 42 , extending from roofs 33 a , 33 b , and 33 c of dispensing chambers 32 a , 32 b , and 32 c axially through the dispensing chambers , to walls 37 at the closed upper ends of each boss 40 a and 40 b of connecting chamber 36 , and through passages 41 formed in the walls 37 at the closed upper ends of bosses 40 a and 40 b . while the plungers are not wide enough to close passages 41 throughout most of the length of shafts 42 , the plungers are fitted at their ends with widened portions 43 which act as stoppers when inserted into passages 41 . when dispensing chambers 32 a , 32 b , and 32 c are in raised position , stoppers 43 at the ends of shafts 42 form liquid - tight seals with passages 41 . referring now to fig1 , a fourth embodiment of the present invention is shown . in fig1 , a container 51 for storing and transporting foods is shown , the container having at least an inner compartment 52 and an outer compartment 53 . inner compartment 52 is separated from outer compartment 53 by wall 54 of inner compartment 52 , as inner compartment 52 resides within outer compartment 53 . inner compartment 52 and outer compartment 53 are each closed and sealed . thus , after closure and sealing , the interior of each compartment of container 51 is hermetically sealed away from the environment outside the container , and hermetically sealed away from the interior of each other compartment . inner compartment 52 resides within outer compartment 53 , and a pre - formed channel 55 , formed in wall 54 of inner compartment 52 , runs between inner compartment 52 and outer compartment 53 . wall 54 of inner compartment 52 is generally rigid or semi - rigid in character , so that a sealing device 58 may be used to seal channel 55 . wall 60 of outer compartment is generally flexible enough that a user may manipulate sealing device 58 of inner container 52 through wall 60 of outer compartment 53 . channel 55 may be additionally closed by a first frangible or pealable seal ( not shown ) between wall 54 of inner compartment 52 and sealing device 58 . means for opening 61 inner compartment 52 to outer compartment 53 may be supplied , generally by way of tab or lever 61 . means for opening outer compartment 53 ( not shown ), to supply access to the contents of the outer compartment , may also be supplied . in operation of the preferred embodiment of fig1 , a user moves tab or lever 61 affixed over channel 55 , thereby opening channel 55 between inner compartment 52 and outer compartment 53 . the user &# 39 ; s access to tab or lever 61 is through the flexible outer wall 60 of outer compartment 53 , rather than directly . the opening of channel 55 thereafter allows the transfer of fluids from inner compartment 52 to outer compartment 53 , a process which may be facilitated if the user squeezes inner compartment 52 .