16 results about "Waste compaction" patented technology

The utility model relates to a color box production technical field especially relates to a color box production die cutting waste recovery device. The utility model provides such a color box production die cutting waste recovery device, including support, it is the installation carrier of part, conveying mechanism, install in the support upper portion, fixed plate, connect in the support upper side, conveying mechanism is located between the support with fixed plate, electric sliding rail, front and back symmetry formula install on fixed plate, moving plate, connect between two electric sliding blocks on the electric sliding rail. The utility model drives the waste compaction through starting the cylinder drive compression plate shift, and the compression plate shift drives the baffle shift simultaneously, is used for blocking the waste on conveying mechanism and enters second mount, starts first electric push rod and second electric push rod in proper order, makes the waste fall to the push plate and second mount inner lower part in proper order, controls second electric push rod reverse operation and pushes out the waste from second mount.

The utility model relates to agricultural waste treatment technical field discloses a kind of crop organic solid waste compaction devices, including box, pressure sensor and controller, hydraulic cylinder is fixedly connected with the top in box, compaction assembly is connected with the output end of hydraulic cylinder, limit slot is opened in box, support box is slidably connected in limit slot, lifting assembly is connected with the bottom in support box, limit component is connected with the side of box.The utility model has the advantages compared with prior art in that: in crop organic solid waste compaction device, lifting assembly is used to adjust the height of support plate, which is convenient to take out the compacted crop organic waste from the support box, and it is more convenient without damaging the briquetting; limit component is used to fix the support box in the limit slot for compaction treatment, which avoids the influence of shaking and facilitates subsequent extraction to take out the compacted waste block.

The utility model relates to a kind of solid waste compaction device, it is related to solid waste utilization technical field. Including pre-press unit and final-press unit being sequentially arranged on rack, pre-press unit includes cylinder, dehydration component and pre-press component being arranged in cylinder, cylinder front end has with cylinder intercommunication feed bin, cylinder is away from the end of feed bin and has discharge port, final-press unit is connected with discharge port and is used to carry out compaction to waste after pre-press dehydration. After sorting, solid waste enters cylinder by feed bin, dehydration component and pre-press component cooperate to carry out pre-press and dehydration to solid waste, waste after dehydration pre-press enters final-press unit to carry out compaction after discharge port, to reduce the moisture content in solid waste, and pre-press unit can handle water-containing waste, also can handle non-water-containing waste, waste is carried out secondary compaction by pre-press unit and final-press unit cooperation, improve compaction efficiency.

The invention relates to a waste compaction device, comprising: - a frame for receiving a waste container, - a waste compression unit comprising: -- a compression plate (3) arranged to move vertically inside the container and, in use, to compress the waste, -- an articulated structure (4) connected to the compression plate (3) for moving said plate vertically, said structure comprising two pairs of articulated arms, characterized in that: - the arms of one pair mesh with the arms of the other pair at gears arranged on the upper and lower arms of the articulated structure (4), - a system of cables and pulleys is arranged to unfold the articulated structure (4) to lower the compression plate (3) and to fold it back to raise said plate. Figure 4

A waste compacting apparatus (10) comprises an outer framework (1); an inner compacting chamber (7); a compaction plate assembly; and a waste ejection assembly for ejecting compacted waste from the apparatus. The inner compacting chamber comprises a pair of spaced apart side walls (8, 8') and a base (9), wherein the side walls and base are fixedly attached to the outer framework. The inner compacting chamber is positioned within the outer framework such that the side walls and the base of the inner compacting chamber locate within an interior space of a roll cage when a roll cage is introduced into the framework. The compaction plate assembly includes a press plate (14) which is moveable between an upper position and a lower position within the inner compacting chamber such that waste within the inner compacting chamber is compacted by the press plate. The waste ejection assembly comprises at least one pusher plate (15) configured to move between a retracted position located at a rear region of the inner compaction chamber, and an extended position located at a front region of the inner compaction chamber. A method for compacting waste using the apparatus is also disclosed.

The utility model relates to metal material recycling processing technical field especially relates to a copper material processing waste compacting and recycling equipment. The utility model provides a copper material processing waste compacting and recycling equipment. Including base, processing frame, air cylinder, connecting rod, extruding block, baffle and processing table etc. ; The left side fixed coupling of base top has processing frame, and the top fixed coupling of processing frame has air cylinder, and the fixed coupling of air cylinder telescopic link has connecting rod, and the bottom fixed coupling of connecting rod has extruding block, and the right side fixed coupling of extruding block has baffle, and the middle of processing frame is equipped with processing table. The utility model discloses through the air cylinder drive extruding block up and down movement, and cooperate the linkage structure of the guide slot of baffle, has realized the automatic feeding of waste, compaction and discharge, and the operation is simple, and the artificial labor intensity has been effectively reduced, and the working efficiency of copper material waste recycling processing has been improved.

The invention concerns a bulk waste compactor for compacting waste such as plastic and other containers, paper, cardboard, tubular items and timber. The apparatus features a material-receiving opening and an elongated trough and includes a first auger mounted to rotate in, and drive material axially lengthwise of, the elongated trough, and a second auger arranged beside the first auger and mounted to counter rotate in, and drive material axially lengthwise of, the elongated trough. The elongated trough includes an outlet opening through which the material is driven by the augers and the augers each include an auger flight, the auger flights having a plurality of auger teeth projecting radially outwardly therefrom.

A smart controller for a waste compactor is disclosed which includes a computer device including a display interface, a sensor array including a load sensor, a vibration sensor, a temperature sensor, and a pressure sensor, a communications module configured for wireless connectivity, wherein the smart controller is configured to monitor fullness of the waste compactor, and the smart controller is configured for diagnostics monitoring including temperature, motor strain and hydraulic leaks. Command / control of the power unit for industrial compactors is also disclosed, featuring an integrated universal artificial intelligence (AI) program that uses machine learning for optimization. The system performs all functions of operating a compactor including monitoring compactor fullness, diagnosing operational issues, internal warranty tracking calendar and AI replacement predictability in addition to end-user remote troubleshooting to minimize service calls.

A waste compacting apparatus 10 has an outer framework 1, an inner compacting chamber 7, a compaction plate assembly, and a waste ejection assembly. The inner compacting chamber has a pair of spaced a

A waste compacting apparatus (10) comprises an outer framework (1); an inner compacting chamber (7); a compaction plate assembly; and a waste ejection assembly for ejecting compacted waste from the apparatus. The inner compacting chamber comprises a pair of spaced apart side walls (8, 8') and a base (9), wherein the side walls and base are fixedly attached to the outer framework. The inner compacting chamber is positioned within the outer framework such that the side walls and the base of the inner compacting chamber locate within an interior space of a roll cage when a roll cage is introduced into the framework. The compaction plate assembly includes a press plate (14) which is moveable between an upper position and a lower position within the inner compacting chamber such that waste within the inner compacting chamber is compacted by the press plate. The waste ejection assembly comprises at least one pusher plate (15) configured to move between a retracted position located at a rear region of the inner compaction chamber, and an extended position located at a front region of the inner compaction chamber. A method for compacting waste using the apparatus is also disclosed.

A waste compacting apparatus comprises an outer framework; an inner compacting chamber; a compaction plate assembly; and a waste ejection assembly for ejecting compacted waste from the apparatus. The inner compacting chamber comprises a pair of spaced apart side walls and a base, wherein the side walls and base are fixedly attached to the outer framework. The inner compacting chamber is positioned within the outer framework such that the side walls and the base of the inner compacting chamber locate within an interior space of a roll cage when a roll cage is introduced into the framework. The compaction plate assembly includes a press plate which is moveable between an upper position and a lower position within the inner compacting chamber such that waste within the inner compacting chamber is compacted by the press plate. The waste ejection assembly comprises at least one pusher plate configured to move between a retracted position located at a rear region of the inner compaction chamber, and an extended position located at a front region of the inner compaction chamber. A method for compacting waste using the apparatus is also disclosed.

A waste compacting apparatus 10 has an outer framework 1, an inner compacting chamber 7, a compaction plate assembly, and a waste ejection assembly. The inner compacting chamber has a pair of spaced a

The utility model discloses a metal waste compaction conveying mechanism with damping device belongs to metal waste processing technical field, including box, transmission mechanism and damping device body, the both sides of box bottom all are fixedly connected with support leg, and the conveyor body is installed between two support legs, and the inside of box is equipped with material cavity, and the top of material cavity is equipped with the feed port of intercommunication, and the inner wall of feed port is connected with the limit cover of screw thread, and the inside of material cavity movably is provided with extrusion board, and one side of extrusion board is installed with hydraulic cylinder, and the output of hydraulic cylinder is fixedly connected with the outer wall of extrusion board that is close to, and the other side of extrusion board is provided with damping device body, and the bottom of material cavity is equipped with the discharge port of intercommunication, and the inside of discharge port movably is provided with the baffle, the utility model discloses through the structural design of conveyor body, discharge port, baffle and transmission mechanism, can realize the fast conveying of metal waste compression, simple operation, and the operation efficiency is high.

This application discloses a hydraulic system for reducing noise in waste compaction equipment, including an oil tank, a hydraulic pump, a pusher cylinder, a first integrated valve plate, a pressure sensor, and a controller. The first integrated valve plate includes a first solenoid valve, a second solenoid valve, a bypass valve, and a throttle valve. The oil ports P of the first and second solenoid valves are respectively connected to the hydraulic pump. The oil port B of the first solenoid valve is connected to the rodless chamber of the pusher cylinder. The oil port B of the second solenoid valve is connected to the oil port B of the bypass valve. The rod chamber of the pusher cylinder is connected to the oil port B of the bypass valve. The oil port T of the bypass valve is connected to the inlet of the throttle valve. The outlet of the throttle valve is connected to the oil tank. When the controller detects that the retraction pressure value of the pusher cylinder exceeds a preset pressure value, it controls the bypass valve to open. When the retraction pressure of the pusher cylinder exceeds the preset pressure value, this application will promptly control the bypass valve to open, allowing some of the hydraulic oil in the pusher cylinder to flow back into the oil tank, thereby reducing the retraction speed of the pusher and thus reducing the noise of the impact between the pusher and the main body of the integrated box.

The present application belongs to the field of nuclear power plant radioactive waste treatment, and particularly relates to a nuclear power plant radioactive waste compaction cake grab. The nuclear power plant radioactive waste compaction cake grab comprises a travelling crane fixing assembly, a rotating assembly, a compaction cake grabbing and placing assembly and an instrument detection switch. The compaction cake grabbing and placing assembly is connected with the fixing assembly, the rotating assembly and the instrument detection switch. The nuclear power plant radioactive waste compaction cake grab has the following advantages: (1) the compaction cake grab is provided with a rotating motor, and can rotate at any angle to reduce the manual rotation operation of the steel barrel by the on-site operator and reduce the operation dose of the operator; and (2) the grab adopts a steel wire rope lifting structure, and adopts a cooperation mode of a guide wheel and a guide fixed plate. When the compaction cake assembly is lifted to the highest position, the guide plate 203 cooperates with the guide wheel 104 to prevent the shaking of the compaction cake grab.