Bottle guide support assembly

Claim 2

A bottle divider grid assembly capable of disassembly for use with a horizontal bottle supply conveyor comprising: (a) a lower divider means comprising a plurality of vertical lower plate means spatially disposed parallel with respect to one another extending longitudinally with respect to the direction of movement of the bottle supply conveyor, said lower plate means defining a plurality of slot means extending vertically therein; (b) a plurality of grid support assemblies each defining a channel means extending vertically therethrough, said channel means adapted to interlock with said slot means of said lower divider means to be removably mounted into one of said slot means, each said grid support assembly including guiding fingers extending downwardly therefrom along each opposite side of said lower plate means to define an array of bottle guiding paths extending downwardly thereadjacent; (c) a securement means for detachably retaining said grid support assembly with said channel means thereof extending into said slot means of said lower divider means comprising: (1) an upper divider means comprising a plurality of upper plate means spatially disposed parallel with respect to one another extending longitudinally with respect to the direction of movement of the bottle supply conveyor and oriented immediately above and adjacent to said lower plate means, said upper plate means being engageable with respect to said grid support assemblies to urge same into position retained in said slot means; (2) lateral retaining means secured with respect to each of said upper plate means for maintaining same in spaced parallel relationship with respect to one another and to facilitate removal of each of said upper plate means simultaneously for selective removal and replacement of said grid support assemblies and said guiding fingers; and (3) an alignment means secured with respect to said upper divider means to maintain correct orientation between said upper plate means and said lower plate means.

Claim 3

The bottle guide support assembly as defined in claim 1 wherein said alignment means comprises a pin means being engageable with respect to said lower divider means to maintain alignment of said upper plate means parallel to and immediately above said lower plate means.

Claim 4

The bottle guide support assembly as defined in claim 1 wherein said upper plate means is adapted to selectively extend into said channel means of said guide support assembly positioned in said slot means of said lower divider means to selectively securely orient said grid support assemblies.

Claim 5

The bottle guide support assembly as defined in claim 1 wherein said guide support assemblies define three rows of four bottle guiding paths each.

Claim 6

The bottle guide support assembly as defined in claim 1 wherein said guide support assemblies define four rows of four bottle guiding paths each.

Claim 7

The bottle guide support assembly as defined in claim 2 further including a carriage means for maintaining position and orientation of said lower divider means with respect to one another and further defining alignment apertures therein adapted to receive said pin means therein to selectively fix orientation of said upper divider means with respect to said lower divider means.

Claim 8

The bottle guide support assembly as defined in claim 1 wherein said upper divider means includes a first upper section and a second upper section and said lower divider means including a first lower section and a second lower section immediately adjacent one another longitudinally with respect to the direction of movement of the bottle supply conveyor, said first lower section with said first upper section and said second lower section with said second upper section defining two adjacent 4×6 arrays of bottle guiding paths.

Claim 9

The bottle guide support assembly as defined in claim 1 wherein said downwardly extending guiding fingers are of plastic material.

Claim 10

The bottle guide support assembly as defined in claim 1 further including resilient reinforcement means adjacent to each of said guiding fingers to facilitate urging of bottles downwardly through said bottle guiding paths.

Claim 11

The bottle divider grid assembly as defined in claim 1 wherein said slot means are defined extending vertically downwardly from the upper edges of said lower divider means.

Claim 12

The bottle guide support assembly as defined in claim 10 wherein said securement means comprises a spring plunger means mounted within said guide support assemblies to be biased against said divider means to detachably secure said channel means of said guide support assembly within said slot means of said lower divider means.

Claim 13

The bottle guide support assembly as defined in claim 11 wherein said lower divider means defines a securement aperture means therein adjacent to said spring plunger means to receive said spring plunger means biased thereinto when said channel means of said guide support assembly is secured with respect to said slot means of said lower divider means to facilitate detachable securement therebetween.

Claim 14

The bottle guide support assembly as defined in claim 10 wherein said securement means comprises a screw means mounted within said guide support assemblies to be secured into said divider means to detachably secure said channel means of said guide support assembly within said slot of said lower divider means.

Claim 15

The bottle divider grid assembly as defined in claim 13 wherein said lower divider means defines a securement aperture means therein adjacent to said screw means to receive said screw means extending therein when said channel means of said grid support assembly is secured with respect to said slot means of said lower divider means to facilitate detachable securement therebetween.

Claim 16

The bottle guide support assembly as defined in claim 1 wherein said slot means are defined extending vertically upwardly from the lower edges of said lower divider means.

Claim 17

The bottle guide support assembly as defined in claim 15 wherein said securement means comprises a spring plunger means mounted within said guide support assemblies to be biased against said divider means to detachably secure said channel means of said guide support assembly within said slot means of said lower divider means.

Claim 18

The bottle guide support assembly as defined in claim 16 wherein said lower divider means defines a securement aperture means therein adjacent to said spring plunger means to receive said spring plunger means biased thereinto when said channel means of said guide support assembly is secured with respect to said slot means of said lower divider means to facilitate detachable securement therebetween.

Claim 19

The bottle guide support assembly as defined in claim 15 wherein said securement means comprises a screw means mounted within said guide support assemblies to be secured into said divider means to detachably secure said channel means of said guide support assembly within said slot means of said lower divider means.

Claim 20

The bottle guide support assembly as defined in claim 18 wherein said lower divider means defines a securement aperture means therein adjacent to said screw means to receive said screw means extending therein when said channel means of said guide support assembly is secured with respect to said slot means of said lower divider means to facilitate detachable securement therebetween.

Claim 21

A bottle divider grid assembly capable of disassembly for use with a bottle supply conveyor comprising: (a) a lower divider means comprising a plurality of lower plate means spatially disposed parallel with respect to one another extending longitudinally with respect to the direction of movement of the bottle supply conveyor, said lower plate means defining a plurality of slot means therein extending vertically from the uppermost edges of said lower plate means vertically downwardly therein; (b) a plurality of grid support assemblies each defining a channel means extending vertically therethrough, said channel means adapted to interlock with said slot means for said grid support assemblies to be removably mounted into one of said slot means, each said grid support assembly including plastic guiding fingers extending downwardly therefrom along each opposite side of said lower plate means to define an array of bottle guiding paths extending downwardly thereadjacent, each of said guiding fingers including a resilient reinforcement means; (c) an upper divider means comprising a plurality of upper plate means spatially disposed parallel with respect to one another extending longitudinally with respect to the direction of movement of the bottle supply conveyor and oriented immediately above and adjacent to said lower plate means, said upper divider means including a carriage means to maintain spaced orientation of said upper plate means with respect to one another, said carriage means further defining alignment apertures therein, said upper plate means being engageable with respect to said channel means of said grid support assemblies to urge same into position retained in said slot means; (d) lateral retaining means secured with respect to each of said upper plate means for maintaining same in spaced parallel relationship with respect to one another and to facilitate removal of each of said upper plate means simultaneously for selective removal and replacement of said grid support assemblies and said guiding fingers; and (e) an alignment means secured with respect to said upper divider means to maintain correct orientation between said upper plate means and said lower plate means, said alignment means including a pin means secured with respect to said carriage means and adapted to be positioned extending into said alignment apertures to retain said upper plate means parallel to and immediately above said lower plate means.

Claim 22

A bottle divider grid assembly capable of disassembly for use with a bottle supply conveyor comprising: (a) a lower divider means comprising a plurality of lower plate means spatially disposed parallel with respect to one another extending longitudinally with respect to the direction of movement of the bottle supply conveyor, said lower plate means defining a plurality of slot means therein extending vertically from the uppermost edges of said lower plate means vertically downwardly therein; (b) a plurality of grid support assemblies each defining a channel means extending vertically therethrough, said channel means adapted to interlock with said slot means for said grid support assemblies to be removably mounted into one of said slot means, each said grid support assembly including plastic guiding fingers extending downwardly therefrom along each opposite side of said lower plate means to define an array of bottle guiding paths extending downwardly thereadjacent, each of said guiding fingers including a resilient reinforcement means; (c) an upper divider means comprising a plurality of upper plate means spatially disposed parallel with respect to one another extending longitudinally with respect to the direction of movement of the bottle supply conveyor and oriented immediately above and adjacent to said lower plate means, said upper divider means including a carriage means to maintain spaced orientation of said upper plate means with respect to one another, said carriage means further defining alignment apertures therein, said upper plate means being engageable with respect to said channel means of said grid support assemblies to urge same into position retained in said slot means; (d) lateral retaining means secured with respect to each of said upper plate means for maintaining same in spaced parallel relationship with respect to one another and to facilitate removal of each of said upper plate means simultaneously for selective removal and replacement of said grid support assemblies and said guiding fingers; and (e) an alignment means secured with respect to said upper divider means to maintain correct orientation between said upper plate means and said lower plate means, said alignment means including a pin means secured with respect to said carriage means and adapted to be positioned extending into said alignment apertures to retain said upper plate means parallel to and immediately above said lower plate means.

Claim 23

The bottle guide support assembly as defined in claim 20 wherein said guide support assemblies define 3 rows of 4 bottle guiding paths each.

Claim 24

The bottle guide support assembly as defined in claim 20 wherein said guide support assemblies define 4 rows of 4 bottle guiding paths each.

Claim 25

A bottle divider grid assembly capable of disassembly for use with a bottle supply conveyor comprising: (a) a lower divider means comprising a plurality of lower plate means spatially disposed parallel with respect to one another extending longitudinally with respect to the direction of movement of the bottle supply conveyor, said lower plate means defining a plurality of slot means therein extending vertically from the uppermost edges of said lower plate means vertically downwardly therein, said lower divider means including a first lower section and a second lower section immediately adjacent to one another spaced longitudinally in relationship to the direction of movement of the bottle supply conveyor; (b) a plurality of grid support assemblies each defining a channel means extending vertically therethrough, said channel means being vertically engageable with respect to said slot means for said grid support assemblies to be removably mounted into one of said slot means, each said grid support assembly including plastic guiding fingers extending downwardly therefrom along each opposite side of said lower plate means to define an array of bottle guiding paths extending downwardly thereadjacent, each of said guiding fingers including a resilient reinforcement means; (c) an upper divider means comprising a plurality of upper plate means spatially disposed parallel with respect to one another extending longitudinally with respect to the direction of movement of the bottle supply conveyor and oriented immediately above and adjacent to said lower plate means, said upper divider means including a carriage means to maintain spaced orientation of said upper plate means with respect to one another, said carriage means further defining alignment apertures therein, said upper plate means adapted to extend into said channel means of said grid support assemblies to urge same down into position retained in said slot means, said upper divider means including a first upper section and a second upper section immediately adjacent to one another longitudinally with respect to the direction of the movement of the bottle supply conveyor, with said first upper section located immediately above and parallel with respect to said first lower section and with said second upper section and with said second upper section also located immediately above and parallel with respect to said second lower section to define two adjacent arrays of bottle guiding paths.

Claim 26

A bottle divider grid assembly capable of disassembly for use with a bottle supply conveyor comprising: (a) a lower divider means comprising a plurality of lower plate means spatially disposed parallel with respect to one another extending longitudinally with respect to the direction of movement of the bottle supply conveyor, said lower plate means defining a plurality of slot means therein extending vertically from the uppermost edges of said lower plate means vertically downwardly therein, said lower divider means including a first lower section and a second lower section immediately adjacent to one another spaced longitudinally in relationship to the direction of movement of the bottle supply conveyor; (b) a plurality of grid support assemblies each defining a channel means extending vertically therethrough, said channel means being vertically engageable with respect to said slot means for said grid support assemblies to be removably mounted into one of said slot means, each said grid support assembly including plastic guiding fingers extending downwardly therefrom along each opposite side of said lower plate means to define an array of bottle guiding paths extending downwardly thereadjacent, each of said guiding fingers including a resilient reinforcement means; (c) an upper divider means comprising a plurality of upper plate means spatially disposed parallel with respect to one another extending longitudinally with respect to the direction of movement of the bottle supply conveyor and oriented immediately above and adjacent to said lower plate means, said upper divider means including a carriage means to maintain spaced orientation of said upper plate means with respect to one another, said carriage means further defining alignment apertures therein, said upper plate means adapted to extend into said channel means of said grid support assemblies to urge same down into position retained in said slot means, said upper divider means including a first upper section and a second upper section immediately adjacent to one another longitudinally with respect to the direction of the movement of the bottle supply conveyor, with said first upper section located immediately above and parallel with respect to said first lower section and with said second upper section and with said second upper section also located immediately above and parallel with respect to said second lower section to define two adjacent arrays of bottle guiding paths.

Claim 27

The bottle guide support assembly as defined in claim 1 wherein the arrays of bottle guiding paths defined by said first upper section and first lower section is a 4×6 array, and the array defined by said second upper section and second lower section is also a 4×6 array.