Abstract:
A food waste gathering vehicle having a moisture removing device is provided to reduce energy by reducing a process to dry food waste by the moisture removing device. A food waste gathering vehicle includes a moisture removing device(110). The moisture removing device includes an input unit(120), a pressure unit(130), a moisture discharging unit(140), and a guide unit(150). The input unit has a guide hopper(122) to input food waste and a guide room(124) formed at a lower part of the guide hopper as one body. The pressure unit has a pressure cylinder(132) to pressurize the food waste inputted to the guide hopper and the guide room and a pressure bar installed in the guide room. The moisture discharging unit has a pressure room(142) with a plurality of first moisture discharging holes to discharge moisture of the food waste pressurized by the pressure unit. The guide unit has a guide cover(152) and a guide cylinder(154) to operate the guide cover. The guide cover closes a lower part of the pressure room when the pressure unit pressurizes the food waste and is opened when guiding the food waste into a second chamber.
Abstract:
본 고안은 적재함 내측에 구비되는 배출판이 수평 중심선을 기준으로 상하방향을 따라 양단으로 갈수록 만곡되어 원호의 곡선으로 형성되는 압축진개차량에 관한 것이다. 본 고안에 의한 압축진개차량은, 쓰레기를 압축하여 적재/하역하는 압축진개차량에 있어서, 적재함(200) 내측에 구비되는 배출판(220)은 수평 중심선을 기준으로 상하방향을 따라 양단으로 갈수록 만곡되어 원호의 곡선으로 형성된다. 그리고, 상기 배출판(220)은 상기 적재함(200)에 쓰레기를 적재할 때는 후진되고, 상기 적재함(200)에 쌓인 쓰레기를 하역할 때는 전진되며, 후단부에 설치되는 배출실린더(240)에 의해 작동됨을 특징으로 한다. 이와 같은 본 고안에 의하면, 배출판의 내구성이 증가되고, 적재함 내부에서의 점유공간이 최소화되어 적재량이 증대되는 이점이 있다.
Abstract:
Combination of a waste container (2) and a device (1) for cleaning the waste container, the waste container comprising: - a collecting bin (3) which forms a first receiving space (4); and - at least one flap (6) connected hingedly at an end edge (16) to an end edge (17) of the collecting bin, the device comprising: - first means for moving the waste container relative to the device; - a second receiving space (8); - a third receiving space (9); - second means (10) for displacing waste from the second receiving space to the third receiving space; and - at least one spray head (11) suitable for spraying liquid, wherein the at least one spray head is configured to generate a spray pattern (12) of a form such that no liquid is sprayed through at least one free space between the end edges during spraying of liquid by means of the at least one spray head.
Abstract:
The present document describes a kit for installation in a collection body, comprising a material receiver, for installation between the upper wall and the lower wall of the collection body, a tamping mechanism to allow the translation of materials disposed on the receptor and their discharge in the body, a packing mechanism to push the materials disposed in the body and compacting them.
Abstract:
The present invention relates to an apparatus and method of compressing compactable material (18) in a container (10). The apparatus comprising a container (10) with at least one moving ram (14) for moving the compactable material (18) further into the container (10), at least one compacting ram (20) placed to move away from at least one fixed surface for compacting the compactable material. These moving (14) and compacting rams (20) are moved by at least one bellows (12) to which the rams (14, 20) are attached. The rams (14, 20) are designed to operate in a sequence and are controlled by the movement of air into and out from the bellows (12). The air movement to and from the bellows (12) through an air conduit system (22) is generated by an air pump apparatus which function as a compressed air source and sub- atmospheric pressure source (16) and the air pump apparatus is controlled by a control system. The present invention also relates to same apparatus with minor modifications for use in a pneumatic solid waste collection system.
Abstract:
A vehicle (50) for collecting refuse comprising a chassis (51), a body (60) mounted with the chassis for receiving refuse therein, and a packer assembly (170) for moving refuse into the body. The packer assembly includes a platen (187) coupled to a linkage assembly (180) having a first linkage element (181) and a pivotally connected second linkage element (182), and a motor (210) for selectively varying the angular displacement between the first linkage element and the second linkage element.
Abstract:
A motor truck for use in collecting and processing solid waste material such as scrap tires. The truck includes a chassis including a cab (18); a body structure (34) positioned on the chassis behind the cab and defining a storage chamber (35); a shredder (36) mounted on top of the body structure (34) forwardly of the storage chamber (35); a compactor (38) positioned within the body structure (34) beneath the shredder (36) and forwardly of the storage chamber (35); and a conveyor system (40) for conveying tires from a curbside location upwardly for discharge downwardly into the open upper end of the shredder (36). The shredded tires are discharged downwardly into the body structure (34) rearwardly of the compactor (38), whereafter the compactor (38) is actuated to stroke rearwardly and compress the tire shreds into the storage chamber. After the truck has visited a series of retail tire outlets and the storage chamber (35) is full of tire shreds, the truck returns to a recycling center where a door (42) at the rear of the storage chamber is opened and the compactor (38) is utilized as an ejector to eject the tire shreds from the storage chamber (35). At the recycling center the tire shreds are processed to form a rubber crump material and the rubber crump material is combined with scrap plastic to form a rubbber/plastic resin compound in pellet form.
Abstract:
A refuse collection vehicle has a collecting container for refuse (3), placed on the chassis (1) behind the driver's cab (2). When the container (3) is revolvable in an already known way round a vertical axis (7) in relation to the chassis (1), it is possible to empty the container through a flap (6) at the front end, where the driver's cab (2) would otherwise be in the way. By this design the following is achieved: the rear wall of the collecting container for refuse can fit absolutely tightly to the bottom and side walls of the container, although it is possible to lift refuse in e.g. waste bins or waste containers placed at the rear end of the refuse collection vehicle by means of a conventional lifting mechanism to an opening, for example in the top side of the container, and later, after the refuse has been compressed against the front end of the collecting container, and the container has been rotated round the vertical axis in relation to the chassis, to discharge the refuse through a flap, which can be opened, but is otherwise tight-fitting, at the front end of the container in the direction of travel.
Abstract:
The description relates to a waste/valuable substance removal system consisting of at least one disposal vehicle fitted out as a collection (20) and/or discharge (10) vehicle, a collection container (90) in the form of an interchangeable or standardised container, a pressing device (56), a discharge device (52, 56), a lifting and tipping mechanism (60) for collection bins (130) and devices for actuating the pressing, discharge and lifting and tipping devices, whereby the actuation device is secured not to the collection container (90) but only to the disposal vehicle. The system comprises a collection container (90) in the form of a standardised container fitted with functional components for transport and/or rolling tipper operation.
Abstract:
The refuse collection vehicle has a collection container (2A) with an upper fill opening (14) and compacting means (7). An intermediate container (12A) adjacent the driver's cab has a fill opening (13A) and a discharge opening (14) communicating with the main container. Inside the intermediate container (12A) means (17) are provided for emptying its contents.