Abstract: The present disclosure pertains to the field of box closing devices, in particular, to a device for closing successively, boxes. The present invention in one aspect provides a device for closing an open box. The device comprises a drive track having an entrance portion for receiving and engaging an open flap of the box which merges through a gradually curved portion to a downstream portion. The downstream portion comprises means for completing the tucking in of the opened flap and for supporting a box moved therealong. The curved portion comprises means for initiating the tucking in of the opened flap by a transferring means for transferring the open box from the entrance through the downstream portion and then an engaging means for subsequently tucking any partially tucked pair of flaps.

Abstract: The present disclosure relates to a loading assembly including a cartoning section (100) for processing a plurality of cartons (114) and cartoning a plurality of blister leaflets (110) in the plurality of cartons (114) simultaneously. The cartoning section (100) includes a conveyor belt (106) for conveying the cartons (114) and the blister leaflets (110) thereon. Processing stations (116a, 116b, 116c, 116d, 116e, 116f, 116g) are located on the conveyor belt (106), each of which processes the plurality of cartons (114) and inserts the plurality of blister leaflets therein. Shuttles (104) carry at least one of a blister leaflet (110) and a carton (114). The shuttles (104) are guided on the conveyor belt (106) to pass through the plurality of processing stations for processing the plurality of cartons (114) and inserting the plurality of blister leaflets (110) into the plurality of cartons (114).

Abstract: The present disclosure is related to a system (100) for manufacturing and sealing a plurality of blister leaflets. The system (100) includes a blister manufacturing section (200) adapted to manufacture the plurality of blister leaflets, which includes a plurality of processing stations located on a transfer belt (128, 328). The plurality of processing stations is adapted to perform a preassigned task for manufacturing of the plurality of blister leaflets. A cartoning section (500) is located downstream to the blister manufacturing section (200) and is adapted to carton the plurality of blister leaflets simultaneously with manufacturing of the plurality of blister leaflets in the blister manufacturing section (200). A transfer unit is located between the blister manufacturing system (200) and the cartoning section (500) and is adapted to transfer the plurality of blister leaflets from the blister manufacturing section (200) to the cartoning section (500).

Abstract: The present disclosure relates to a blender having blades whose orientation angle is changeable, even while the blender is in operation. The blender 100 includes a housing 110 with inlets (140a, 140b) to allow inflow of ingredients and an outlet (140c) to allow outflow of blended ingredients. The blender 100 incorporates an external shaft 122 with the blades 123 rotatably coupled to it, and an internal shaft 121 inside the external shaft 122. The blender 100 incorporates a first driving unit 130 to rotate the external shaft 122 and blades 123 about a direction along a length of the housing 110 to allow blending of the ingredients. The internal shaft 121 having engaging means coupled to back of the blades 123 such that a linear displacement of the internal shaft 121 using a second driving unit 121, enables change in orientation of the blades 123.

Abstract: A rotary sealing apparatus for a blister packaging machine is disclosed. The rotary sealing apparatus includes a guide plate adapted to support a movement of a base foil having a plurality of blister pockets. The rotary sealing apparatus includes a counter sealing roller adapted to rotate to advance the base foil in a direction away from the guide plate and a sealing roller adapted to feed a seal foil between the counter sealing roller and the sealing roller. The counter sealing roller includes a plurality of cavities adapted to accommodate the plurality of blister pockets. The rotary sealing apparatus includes a cavity alignment unit disposed on the guide plate and adapted to align the plurality of blister pockets with the plurality of cavities. The cavity alignment unit is adapted to clamp the base foil on the guide plate to stretch the base foil to align the plurality of blister pockets with the plurality of cavities.

Abstract: A rotary sealing apparatus for a blister packaging machine is disclosed. The rotary sealing apparatus includes a guide plate adapted to support a movement of a base foil having a plurality of blister pockets. The rotary sealing apparatus includes a counter sealing roller adapted to rotate to advance the base foil in a direction away from the guide plate and a sealing roller adapted to feed a seal foil between the counter sealing roller and the sealing roller. The counter sealing roller includes a plurality of cavities adapted to accommodate the plurality of blister pockets. The rotary sealing apparatus includes a cavity alignment unit disposed on the guide plate and adapted to align the plurality of blister pockets with the plurality of cavities. The cavity alignment unit is adapted to clamp the base foil on the guide plate to stretch the base foil to align the plurality of blister pockets with the plurality of cavities.

Abstract: A reinforcement pillar assembly and a method for manufacturing such assembly for a machine are disclosed. The reinforcement pillar assembly includes a cover panel formed of a polymer material. The cover panel includes an outer surface and an inner surface adapted to face in a direction towards a wall of the machine housing. Further, the reinforcement pillar assembly includes at least one support pillar formed of a metallic material. The at least one support pillar is adapted to be coupled to the cover panel. The at least one support pillar includes a first planar extension and a second planar extension. The first planar extension is adapted to be coupled to the inner surface of the cover panel. The second planar extension is adapted to abut the wall of the machine housing. A gap is defined between the inner surface of the cover panel and the wall of the machine housing.

Abstract: Systems and methods for continuous production of filled capsules. The system includes a continuous blender for receiving and continuously blending ingredients discharged from one or more feeders to form a blended mixture. The system includes a capsule filling machine to receive empty capsules and fill the mixture in them to provide filled capsules. The system includes multiple sensors configured at predefined positions within the system to monitor the attributes associated with the ingredients, mixture, empty capsules, and filled capsules. The system includes a control unit to control the feeders, blender, capsule filling machine and other components of the system to bring the attributes within a predefined range to ensure that the filled capsules are of predefined quality.

Abstract: The present disclosure relates to a blender having blades whose orientation angle is changeable, even while the blender is in operation. The blender 100 includes a housing 110 with inlets (140a, 140b) to allow inflow of ingredients and an outlet (140c) to allow outflow of blended ingredients. The blender 100 incorporates an external shaft 122 with the blades 123 rotatably coupled to it, and an internal shaft 121 inside the external shaft 122. The blender 100 incorporates a first driving unit 130 to rotate the external shaft 122 and blades 123 about a direction along a length of the housing 110 to allow blending of the ingredients. The internal shaft 121 having engaging means coupled to back of the blades 123 such that a linear displacement of the internal shaft 121 using a second driving unit 121, enables change in orientation of the blades 123.