초록 ▼

Among other things, a case forming system is provided. The system includes a conveyance apparatus for conveying case precursors along a conveyance path and a case set-up apparatus characterized by a case forming member. Upstream case precursors are conveyed along the conveyance path for operation th

Among other things, a case forming system is provided. The system includes a conveyance apparatus for conveying case precursors along a conveyance path and a case set-up apparatus characterized by a case forming member. Upstream case precursors are conveyed along the conveyance path for operation thereupon by the case forming member. A case forming mandrel of a mandrel assembly is movably mounted in relation to the conveyance apparatus for continuous motion with respect thereto. The continuous motion is delimited by travel of the case forming mandrel between an upstream locus and a downstream locus of the conveyance path, and reversible extension of the case forming mandrel towards case precursors during travel between the upstream locus and the downstream locus of the conveyance path.

대표청구항 ▼

1. A case forming apparatus comprising a mandrel head assembly and a mandrel head assembly support, said mandrel head assembly movably supported for reversible linear motion in relation to said mandrel head assembly support so as to define a mandrel head assembly travel path, said mandrel head assem

1. A case forming apparatus comprising a mandrel head assembly and a mandrel head assembly support, said mandrel head assembly movably supported for reversible linear motion in relation to said mandrel head assembly support so as to define a mandrel head assembly travel path, said mandrel head assembly characterized by spaced apart case forming mandrels and a base upon which each spaced apart case forming mandrel of said spaced apart case forming mandrels is movably supported for reversible linear motion so as to define a case forming mandrel travel path, travel of said case forming mandrels through said case forming mandrel travel path being concurrent with travel of said mandrel head assembly through said mandrel head assembly travel path so as to thereby delimit a portion of a continuous motion travel path for said spaced apart case forming mandrels. 2. The apparatus of claim 1 wherein said case forming mandrels include opposing case forming elements for select tensioned engagement with portions of a case precursor corresponding to a sidewall thereof. 3. The apparatus of claim 1 wherein said case forming mandrels include an end portion characterized by expansible case sidewall forming elements. 4. The apparatus of claim 1 wherein said case forming mandrels include an end portion characterized by expansible case forming elements about which a case sidewall of a case precursor is formable. 5. The apparatus of claim 1 wherein said case forming mandrels include an end portion characterized by a case end wall forming element. 6. The apparatus of claim 1 wherein said case forming mandrels include a free end characterized by a resiliently responsive element. 7. The apparatus of claim 1 wherein said case forming mandrels comprise expansible arms, and frames supported by said expansible arms. 8. The apparatus of claim 1 wherein said case forming mandrels comprise a pair of arms, and toggles uniting arms of said pair of arms in furtherance of selectively establishing a spaced apart condition for said arms of said pair of arms. 9. Apparatus to aid continuous case formation from case precursors during conveyance of case precursors along a conveyance path of a conveyance system, the apparatus comprising a mandrel assembly, characterized by a base and a mandrel, and a fixedly positionable assembly support, said mandrel assembly operatively supported by said assembly support for translation thereupon via said assembly base so as to delimit an assembly travel path, said mandrel operatively supported by said base of said mandrel assembly for translation thereupon so as to delimit a mandrel travel path, said assembly travel path corresponding to a segment of the conveyance path of the conveyance system, said mandrel travel path comprising reversible extension of said mandrel towards a case precursor during translation of said mandrel assembly in relation to said assembly support. 10. The apparatus of claim 9 wherein said mandrel includes an end portion characterized by expansible case forming elements operably engageable with the case precursor. 11. The apparatus of claim 9 wherein said case forming mandrel comprises expansible arms and frames supported by said expansible arms. 12. The apparatus of claim 9 wherein said case forming mandrel comprises a pair of arms and toggles uniting arms of said pair of arms in furtherance of selectively establishing a spaced apart condition for said arms of said pair of arms. 13. The apparatus of claim 9 further comprising a drive assembly for effectuating translation of said mandrel assembly upon said fixedly positionable assembly support, said drive assembly operatively uniting said base of said assembly with said support. 14. The apparatus of claim 9 further comprising a drive assembly for effectuating translation of said mandrel upon said base of said mandrel assembly, said drive assembly operatively uniting said mandrel with said base. 15. The apparatus of claim 9 further comprising a further, second mandrel spaced in parallel arrangement relative to said mandrel, a first mandrel, said second mandrel operatively supported by said base of said mandrel assembly for translation thereupon, said second mandrel operable upon a case precursor adjacent a case precursor operated upon by said first mandrel. 16. The apparatus of claim 9 wherein translation of said assembly relative to said support is characterized by an advancement rate and a retraction rate, said retraction rate exceeding said advancement rate. 17. The apparatus of claim 9 wherein translation of said mandrel relative to said base is characterized by an advancement rate and a retraction rate, said retraction rate exceeding said advancement rate. 18. The apparatus of claim 9 wherein translation of said mandrel relative to said base is characterized by an advancement rate and a retraction rate, said advancement rate exceeding said retraction rate. 19. The apparatus of claim 9 wherein translation of said mandrel relative to said base is characterized by an advancement rate and a retraction rate, said advancement rate and said retraction rate being substantially equivalent. 20. The apparatus of claim 9 wherein translation of said mandrel relative to said base is characterized by an advancement rate and a retraction rate, portions of said mandrel actuatable for engagement with a the case precursor subsequent to advancement and prior to retraction of said mandrel.