Multipurpose film handling cassette having a modular film processor

An applicator for depositing a coating of processing fluid on a moving run of photographic film strip, the applicator comprising:

• a fluid reservoir having an opening in an exterior surface through which processing fluid may pass, said exterior surface further including at least one recess of a given depth positioned adjacent said opening;
• a nozzle plate having a fluid opening therein and a reservoir facing surface normally spaced from said reservoir exterior surface, thereby defining a space therebetween, said nozzle plate being configured to be urged towards said reservoir exterior surface to sealingly engage and cooperate with said reservoir exterior surface so that fluid will flow only through said nozzle plate opening when said plate and reservoir are so engaged, said reservoir facing surface having at least one appendage extending above said reservoir facing surface a distance less than or equal to said given depth of said recess and being configured to be cooperatively received within said recess when said reservoir facing surface is operatively engaged with said reservoir exterior surface;
• a tear tab having a portion thereof positioned in said space defined between said reservoir and said nozzle plate with a first length of said tear tab in sealing engagement around the opening in said reservoir exterior surface to initially seal processing fluid in said reservoir, and operative, responsive to advancing removal of said tab portion from between said reservoir exterior surface and said nozzle, for releasing said fluid from said reservoir;
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• means for biasing said nozzle plate towards said reservoir exterior surface such that said appendage is in engagement with the portion of said tear tab positioned in said space, thereby spacing said reservoir facing surface from said tear tab and whereby, upon removal of said portion of said tear tab from said space between said nozzle plate and said reservoir, said appendage moves into said recess and said nozzle plate moves into proper sealing engagement with said reservoir exterior surface.

An applicator for depositing a coating of processing fluid on a moving run of photographic film strip, the applicator comprising:

• a fluid reservoir having a downwardly facing exterior surface having an opening therein through which processing fluid may pass, said exterior surface further including at least one recess, of a given depth, therein, positioned adjacent said opening;
• a tear tab having a first length thereof in sealing engagement with said downwardly facing surface of said reservoir to initially seal processing fluid therein, said first length thereof overlying each of said recesses when in said sealing engagement, said tear tab further having a second length folded back over said first length and terminating in a free end, the advancement of said free end of said tear tab resulting in removal of said first length of said reservoir surface and release of the fluid contained therein;
• a nozzle plate having a downwardly facing fluid applicator conformation including a fluid opening therein and an upwardly facing planar surface, said planar surface having at least one upwardly extending appendage carried thereby, said appendage extending upwardly a distance less than or equal to said given depth of said at least one recess and being configured to be cooperatively received within said recess with said upwardly facing planar surface in confronting relation with said downwardly facing exterior surface of said fluid reservoir, said first length and said second length of said tear tab closure being disposed between said downwardly facing exterior surface of said fluid reservoir and said upwardly facing surface of said nozzle plate;
• means for biasing said nozzle plate toward said downwardly facing exterior surface of said reservoir such that when said opening in said exterior surface of said reservoir is in fluid communication alignment with said fluid opening of said nozzle plate and when each of said upwardly extending appendages of said nozzle plate is in cooperative alignment with a corresponding recess of said downwardly facing surface of said fluid reservoir, said nozzle plate will be urged into said confronting relationship with said exterior surface of said reservoir, said first and second lengths of said tear tab closure being of sufficient rigidity to resist said means for biasing said nozzle plate when in their initial position and, accordingly, said upwardly facing planar surface of said nozzle plate being spaced from said second length of said tear tab a distance equal to the height of said upwardly extending appendages;
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• a sealing element having a thickness less than the height of said upwardly extending appendages mounted upon said upwardly facing planar surface of said nozzle plate and extending around the outer perimeter of said fluid opening within said nozzle plate, whereby, upon advancement of said free end of said tear tab and the removal of said first length thereof from said reservoir surface, said means for biasing will displace said nozzle plate into the above-described cooperative relationship with said downwardly facing surface of said fluid reservoir, with each of said upwardly extending appendages thereof passing into cooperating relationship with its corresponding recess in said downwardly facing surface and said sealing element being urged into sealing relationship with said opening in said fluid reservoir's downwardly facing surface thereby resulting in a sealed fluid communication between said opening in said fluid reservoir surface and said nozzle plate's upwardly facing planar surface resulting in passage of said processing fluid from said reservoir through said nozzle opening into the region of said fluid applicator conformation and subsequent deposit thereof on a moving run of photographic film passing thereby.