A compacting apparatus (1) for compacting receptacles has a compacting unit (3) with at least one first advancing device (4) for transporting at least one receptacle (G) in an insertion direction (E). The compacting unit (3) is configured to compact the receptacle (G) while the receptacle (G) is transported in the insertion direction (E). A post-compacting unit (5) is downstream of the compacting unit (3) in the insertion direction (E) and has at least one second advancing device (6) for transporting the at least one receptacle (G) through the post-compacting unit (5). The post-compacting unit (5) is configured to compact the at least one receptacle (G) further. Positions of the at least one first advancing device (4) of the compacting unit (3) and the at least one second advancing device (6) of the post-compacting unit (5) are changeable with respect to one another in the insertion direction (E).

A can crushing and storing module has a chassis, a crushing unit, and a storage unit. The crushing unit includes a drawer, which is slidable into and out of the chassis, and a can crushing device that is mounted in the drawer.

The present invention relates to a fraud detection system for a reverse vending machine, the system comprising: a detector adapted to detect at least one container entered into the reverse vending machine; a compactor load sensor adapted to measure load of a compactor of the reverse vending machine during operation, wherein the compactor is adapted to compact entered containers downstream of said detector; and a compactor load sensor monitoring device configured to determine whether the detected at least one container is compacted as expected based on the load measured by the compactor load sensor.

A fully integrated, low maintenance, manually operated beverage container compacting system featuring a free-standing, user powered, enclosed, beverage container compactor and storage receptacle. The compactor includes a self retracting puncture mechanism to release pressure due to air and liquids in sealed containers prior to their compacting. The storage system includes double trap doors with gaskets to create a sealed storage receptacle that reduces odors. A first top trap door includes a rubber gasket to prevent liquids from being expelled out of the compactor; and a bottom trap door is configured for capturing escaped liquids. The bottom trap door is actuated into an open state at an end of a crushing stroke to drop the container into the storage receptacle after captured liquids have drained into a liquid capture container for improved cleanliness. A self reset mechanism renders the system to an initial state for a next user after compacting.

A trolley for collecting waste includes a housing having a main waste chamber for receiving waste, and wheels attached to a bottom wall of the housing. The housing has at least one module seating, each configured to receive a waste module for collecting waste. Each module seating includes fasteners configured to releasably couple to a waste module. The waste module includes a module housing having at its top surface a top opening for inserting waste, and having a module waste chamber for receiving waste inserted through the top opening. The module housing includes second connection means at its outside surface, which are configured to releasably interact with first connection means of a trolley for collecting waste. Also disclosed herein is a system that includes the trolley and at least one waste module inserted into the at least one module seating.

A collection apparatus weight and fullness level reporting system includes: an inlet; a removable collection bin receiving material placed into the collection apparatus; a compacting mechanism including a ram body, wherein the ram body travels between a home position located above the collection bin to a maximum travel position located inside the collection bin, wherein during each compaction cycle the ram body travels along a variable length of the compaction path; a fullness-reporting module that determines the height of the material in the collection bin; and a controller that determines the length of the compaction path the ram body travels during each compaction cycle based on the input received from the fullness reporting module, wherein at the end of each compaction cycle in which the material height is below a maximum height, the ram body is brought to rest at a height below the home position.

A device for separating beverage capsules, in particular coffee, comprises a base unit (10) and a pusher (22). The base unit (10) has a face with an opening (16) for receiving a used capsule, and the pusher (22) comprises a projection sized to fit within the opening (16), which has a stepped profile. In use, the pusher (22) inverts the capsule. The stepped profile significantly reduces the force required to invert the capsule enabling larger or multiple capsules to be inverted.

A can press includes a supporting part, a power part and a turnover part. The supporting part includes a placing plate and a supporting piece, and the placing plate is movably connected with the supporting piece; the power part includes an extruding piece and a driving piece, the extruding piece is slidably connected to the supporting piece, the driving piece is used for driving the extruding piece to slide, the extruding piece is used for extruding a pop can, after the extrusion, the extruding piece slides to drive the turnover part to move, and the turnover part drives the placing plate to turn over, so that the pop can falls off from the placing plate. The mode is convenient for a user to apply force, saves physical strength, and reduces fatigue of arms of the user.