Abstract:
A segmented residential front loading refuse collection vehicle for collecting recyclable waste materials includes a frame and bed pivotally mounted on the frame, the bed having a front, a rear, a top, and a bottom. A fixed wall extends vertically from the bed bottom toward the bed top and extends longitudinally from the bed rear toward the bed front. A movable wall cooperates with the fixed wall for dividing the bed into side-by-side compartments. A single compactor blade is positioned partially within each of the side-by-side compartments for compacting the compartments in tandem.
Abstract:
A refuse collection vehicle which has a refuse collection hopper mounted thereto, such that the hopper has a closed first end and an open second end and an opening located adjacent the first end for providing access to the hopper. A tailgate is connected to the hopper which, in conjunction with the hopper, defines with an inner cavity. The tailgate is movable between a closed position for covering the second end of the hopper and an open position for uncovering at least a portion of the second end of the hopper for emptying refuse therefrom. A divider panel is mounted within the hopper for generally horizontally dividing the inner cavity into an upper chamber and a lower chamber. A paddle is connected to the divider panel and is movable relative thereto to thereby change the relative volume of the upper and lower chambers. The paddle cooperates with the tailgate for selectively emptying at least one of the upper chamber and the lower chamber when the tailgate is in the open position.
Abstract:
A refuse collecting vehicle with a two-tier collection compartment. Recyclable material is placed in the upper portion of the collection compartment and conventional rubbish is collected in the lower portion of the collection compartment. The receptacle for depositing the recyclable material preferably is located between the cab and the collection compartment. The roof closure device for a roof opening at the top of the collection compartment is operatively connected to the lifting arms of the receptacle whereby the roof is opened while the receptacle is lifted to its uppermost discharge position and closed as the receptacle is lowered to its lowermost refuse-receiving position.
Abstract:
An improved waste collection system having an on-site container which is internally compartmented to receive and separately store the various waste components such as aluminum, glass, paper and land-fill trash. The route collection vehicle is divided into chambers and has a compaction system for compacting the contents of at least some of the collection vehicle chamber. The vehicle has a loading apparatus which lifts the container to an inverted dumping position in which position the container is positioned with respect to the chambers to cause the waste to be inherently separated or classified within the collection vehicle chambers. The loading apparatus may be side or front loading.
Abstract:
An improved waste collection system having an on-site container which is internally compartmented to receive and separately store the various waste components such as aluminum, glass, paper and land-fill trash. The route collection vehicle is divided into chambers and has a compaction system for compacting the contents of at least some of the collection vehicle chamber. The vehicle has a loading apparatus which lifts the container to an inverted dumping position in which position the container is positioned with respect to the chambers to cause the waste to be inherently separated or classified within the collection vehicle chambers. The loading apparatus may be side or front loading.
Abstract:
An improved garbage truck is disclosed having an inlet opening leading into a tipping section, where a press reciprocally moves in the tipping section, guided along the side walls thereof, to propel garbage through an opening into a removable container. The tipping section has at least one lateral arm or wall reinforcing the side walls of the tipping section and is arranged above the press. A sensing element is arranged in the tipping section with generates a signal when there is a jam or when there are tilted or bulky objects, the signal stops the travel of the press or reverses the direction of the press to prevent damage to the garbage truck.
Abstract:
A trash compactor is provided that has a single ram that simultaneously precompacts trash in an auxiliary precompacting chamber and compacts trash that has already been precompacted in a main copacting and storage chamber. The ram has a single actuating device and efficiently provides for both precompacting in the auxiliary precompacting chamber and for compacting in the compacting and storage chamber with each stroke of the ram.
Abstract:
A vehicle having a bed pivotal from a trash collection position to a trash dumping position. The bed has inner walls for forming three compartments, a central compartment for receiving paper and two side compartments for receiving, respectively, metal materials and glass materials. The central compartment has a pusher ram which forces paper materials rearwardly toward a rear access door. The blade carries two skimmer plates in respective side compartments for skimming the top piles of waste materials in the two side compartments. The bed has rear side openings covered by doors which, when opened, allow materials to exit the side compartments when the bed is tilted. The vehicle has a lifting structure provided with a pair of pivotal blades for placement in the side guides of a container to be lifted into a dumping position above the top, front opening of the bed. Clamps are on the lifting structure so that three individual carts can be clamped and then lifted and dumped simultaneously of their contents into respective compartments of the bed.
Abstract:
A system for accommodating and transporting materials, for example domestic refuses, includes a collecting vehicle having two or more chambers for receiving the materials and a plurality of collecting containers each having the same number of material receiving chambers as the vehicle so that when one of the collecting containers is applied to the vehicle for transferring the materials from the collecting container to the vehicle, the several chambers of the vehicle are adjacent the respective chambers of the collecting container.
Abstract:
A material compacting and disposal apparatus comprising a press unit for compressing the material, an extrusion housing for further reducing the volume of the compressed material and a disposal conduit for disposing of the material. The press unit comprises a precompression chamber having a gate pivotally movable therethrough and a compression chamber oriented below and communicating with the precompression chamber and having a press platen movable longitudinally therethrough. The gate pivots through the precompression chamber, compresses material delivered thereto into the compression chamber and forms the top of the compression chamber. The press platen then moves through the compression chamber and forces the material therein through the extrusion housing and into the disposal conduit. The apparatus may be mounted on the floor of a building or attached to a refuse truck wherein the disposal conduit enters the storage compartment of the truck. In the embodiment used in buildings the disposal conduit communicates with a storage housing which has a reciprocating conveyor therein.