Abstract: Computer program products for an apparatus with an automated derucker operatively associated with a netting chute whereby the derucker is configured to automatically travel through a derucker stroke cycle comprising upstream and downstream locations to pull segments of netting material toward a downstream end portion of the netting chute while product is pumped out of the horn.

Abstract: Loading caps suitable to mount to product chutes for rucking sleeves of covering material onto a chute body include a conical or frustoconical upper portion.

Abstract: Apparatus, systems, devices, methods and computer program products configured to provide one or more of the following: improved rotary table or platform packaging systems, improved adhesive (glue) based film seal systems, and/or easier loading or releasing mounting systems of horns, forming collars and/or sprockets.

Abstract: Methods of mounting a conveyor belt to a telescoping conveyor include: (a) providing a conveyor belt configured to mount to a telescoping conveyor mechanism; (b) pivoting a first idler roller to an operative fixed position; and (c) translating an idler residing below the first idler roller upward and rearward into its respective operative fixed position to thereby mount a telescoping conveyor belt.

Abstract: Computer program products are configured to allow dual operational modes of packaging systems to produce encased products using interchangeable first or second horns.

Abstract: Methods for rucking sleeves of covering material onto a chute body include a plurality of spaced apart rotatable wheels having a primary axis of movement, wherein, in operation, the plurality of wheels have an automated stroke cycle whereby each is configured to travel inwardly a distance sufficient to snugly abut an outer surface of a chute body and remain in contact with the chute body while the wheels travel in a first direction about the primary axis of movement and in an opposing second direction about the primary axis of movement.

Abstract: Apparatus for engaging a filler/product pump that include: (a) a horn having a length, an outer surface and an internal product channel extending therethrough; (b) a forming collar in communication with the horn, wherein, in operation, the forming collar is configured to cooperate with the horn to direct planar casing material to take on a generally tubular shape over an outer surface of the horn while product travels through the internal channel; (c) a netting chute sized and configured to receive a portion of the horn therein, the netting chute configured to hold a sleeve of elastic netting material thereon; and (d) an automated derucker operatively associated with the netting chute whereby the derucker is configured to automatically travel through a derucker stroke cycle comprising upstream and downstream locations to pull segments of netting material toward a downstream end portion of the netting chute while product is pumped out of the horn.

Abstract: Methods for removing a belt from a telescoping conveyor having a plurality of spaced apart idler rollers in communication with the belt include: (a) translating an idler associated with a telescoping conveyor downward from an operative position to a belt removal and/or belt load configuration while one end portion thereof remains attached to the conveyor frame to thereby allow a conveyor belt to at least partially collapse from an operative configuration; and (b) removing the conveyor belt from the telescoping conveyor after the translating step. Methods of mounting a conveyor belt to a telescoping conveyor include: (a) providing a conveyor belt configured to mount to a telescoping conveyor mechanism; (b) pivoting a first idler roller to an operative fixed position; and (c) translating an idler residing below the first idler roller upward and rearward into its respective operative fixed position to thereby mount a telescoping conveyor belt.

Abstract: Computer program products are configured to allow dual operational modes of packaging systems to produce encased products using interchangeable first or second horns.

Abstract: Pivoting clippers with a rotary actuator that is eccentrically attached to a cam and yoke assembly configured so that the rotary actuator moves the cam and yoke assembly which causes the clipper body to pivot from a home position to an operative clipping position.

Abstract: Methods for producing encased products using selectable first and second horns to thereby produce products in selectable different casing types include: (a) providing an apparatus having a first horn that, in operation, is configured to be in fluid communication with a filler pump located upstream thereof; (b) removing the first horn from the apparatus; and (c) mounting a second horn assembly comprising an intermediate pipe segment in fluid communication with a casing horn to the apparatus. The casing horn can pivot side-to-side. Related apparatus, systems, kits, assemblies and computer program products are configured to allow dual operational modes of producing encased products using first or second horns.

Abstract: Methods for producing encased products using selectable first and second horns to thereby produce products in selectable different casing types include: (a) providing an apparatus having a first horn that, in operation, is configured to be in fluid communication with a filler pump located upstream thereof; (b) removing the first horn from the apparatus; and (c) mounting a second horn assembly comprising an intermediate pipe segment in fluid communication with a casing horn to the apparatus. The casing horn can pivot side-to-side. Related apparatus, systems, kits, assemblies and computer program products are configured to allow dual operational modes of producing encased products using first or second horns.

Abstract: Apparatus for engaging a filler/product pump that include: (a) a horn having a length, an outer surface and an internal product channel extending therethrough; (b) a forming collar in communication with the horn, wherein, in operation, the forming collar is configured to cooperate with the horn to direct planar casing material to take on a generally tubular shape over an outer surface of the horn while product travels through the internal channel; (c) a netting chute sized and configured to receive a portion of the horn therein, the netting chute configured to hold a sleeve of elastic netting material thereon; and (d) an automated derucker operatively associated with the netting chute whereby the derucker is configured to automatically travel through a derucker stroke cycle comprising upstream and downstream locations to pull segments of netting material toward a downstream end portion of the netting chute while product is pumped out of the horn.

Abstract: Methods for rucking sleeves of covering material onto a chute body include a plurality of spaced apart rotatable wheels having a primary axis of movement, wherein, in operation, the plurality of wheels have an automated stroke cycle whereby each is configured to travel inwardly a distance sufficient to snugly abut an outer surface of a chute body and remain in contact with the chute body while the wheels travel in a first direction about the primary axis of movement and in an opposing second direction about the primary axis of movement.

Abstract: Methods, apparatus and associated devices for rucking sleeves of covering material onto a chute body include a plurality of spaced apart rotatable wheels having a primary axis of movement, wherein, in operation, the plurality of wheels have an automated stroke cycle whereby each is configured to travel inwardly a distance sufficient to snugly abut an outer surface of a chute body and remain in contact with the chute body while the wheels travel in a first direction about the primary axis of movement and in an opposing second direction about the primary axis of movement.

Abstract: Apparatus for engaging a filler/product pump that include: (a) a horn having a length, an outer surface and an internal product channel extending therethrough; (b) a forming collar in communication with the horn, wherein, in operation, the forming collar is configured to cooperate with the horn to direct planar casing material to take on a generally tubular shape over an outer surface of the horn while product travels through the internal channel; (c) a netting chute sized and configured to receive a portion of the horn therein, the netting chute configured to hold a sleeve of elastic netting material thereon; and (d) an automated derucker operatively associated with the netting chute whereby the derucker is configured to automatically travel through a derucker stroke cycle comprising upstream and downstream locations to pull segments of netting material toward a downstream end portion of the netting chute while product is pumped out of the horn.

Abstract: Methods for producing encased products using selectable first and second horns to thereby produce products in selectable different casing types include: (a) providing an apparatus having a first horn that, in operation, is configured to be in fluid communication with a filler pump located upstream thereof; (b) removing the first horn from the apparatus; and (c) mounting a second horn assembly comprising an intermediate pipe segment in fluid communication with a casing horn to the apparatus. The casing horn can pivot side-to-side. Related apparatus, systems, kits, assemblies and computer program products are configured to allow dual operational modes of producing encased products using first or second horns.

Abstract: Methods for removing a belt from a telescoping conveyor having a plurality of spaced apart idler rollers in communication with the belt include: (a) translating an idler associated with a telescoping conveyor downward from an operative position to a belt removal and/or belt load configuration while one end portion thereof remains attached to the conveyor frame to thereby allow a conveyor belt to at least partially collapse from an operative configuration; and (b) removing the conveyor belt from the telescoping conveyor after the translating step. Methods of mounting a conveyor belt to a telescoping conveyor include: (a) providing a conveyor belt configured to mount to a telescoping conveyor mechanism; (b) pivoting a first idler roller to an operative fixed position; and (c) translating an idler residing below the first idler roller upward and rearward into its respective operative fixed position to thereby mount a telescoping conveyor belt.

Abstract: A packaging system that includes an automated or semi-automated clipper and a conveyor mechanism in communication with the clipper, the conveyor mechanism comprising an axially telescoping conveyor with a belt defining a conveying surface having a conveying length configured to reciprocally axially extend and retract; the system also including at least one of the following: (a) at least one pair of upwardly extending product guide sidewalls residing at least partially above the conveying surface of the conveyor belt, the upwardly extending product guide sidewalls slidably attached to each other to axially translate substantially in concert with the axially telescoping conveyor between an extended and retracted position; (b) a first idler roller in communication with the belt with an idler in communication with the belt residing lower than the first idler roller and a substantially horizontal axially extending slot in a mounting bracket attached to the mounting frame, the slot and idler cooperate to allow f

Abstract: Apparatus, systems, devices, methods and computer program products configured to provide one or more of the following: improved rotary table or platform packaging systems, improved adhesive (glue) based film seal systems, and/or easier loading or releasing mounting systems of horns, forming collars and/or sprockets.