543results about "Vehicle dissasembly recovery" patented technology

A disassembling process of end-of-life vehicles (ELVS) takes place in a circular two-story structure. An elevator moves a vehicle between stories of the structure, and a conveyor system moves the vehicle between facilities in each story. The first and last steps in the disassembling process take place on the first story and the other steps take place in facilities arranged sequentially around the perimeter of the second story.

A method for the non-destructive removal of very small fixed window elements (40) from vehicles uses a cutting wire that is threaded through the adhesive bonding a window element to a vehicle, that is placed in a loop around the perimeter of the window element and that is pulled by wire wind-up elements (3) of a window element removal device. The device (1) is fitted to a window element frame (41), is expanded into firm clamping engagement with the window element frame (41) and is locked in the position firmly engaging the window element frame (41). The wire wind-up elements (3) are then operated until the wire cuts through the adhesive at the edge of the side window element around the entire perimeter thereof.

The invention discloses a production line device for disassembling scrapped cars, which comprises a transport trolley, a transport guide rail and disassembling stations, wherein a guide wheel is arranged at the bottom of the transport trolley, is matched with the transport guide rail and can move along the transport guide rail; the disassembling stations comprise an engine disassembling station, a part disassembling station, a waste oil extracting station and a hazardous waste disassembling station, and each disassembling station is arranged along the line of the transport guide rail; the transport trolley comprises a transport trolley body and a rotating trolley body; a rotating device is arranged between the rotating trolley body and the transport trolley body; a thrust bearing is arranged in the rotating device; and the rotating trolley body can rotate for 360 degrees around the rotating device. By using the transport guide rail and the transport trolley as transport devices, the cars to be disassembled can be transported to different disassembling stations, thereby realizing the mechanized and automated production of car disassembling operation, greatly improving the production efficiency, reducing the labor intensity of workers and reducing the occurrence rate of safety accidents.

The invention discloses a scrapped car disassembly line. Along the conveying direction of scrapped cars, the scrapped car disassembly line is structurally characterized in that a feeding system is used for conveying the scrapped cars to a pre-disassembly conveying system, the pre-disassembly conveying system is used for completing preparations required by chassis disassembly and conveying the scrapped cars to an overhead conveying system, the overhead conveying system is used for disassembling the scrapped cars and conveying the disassembled scrapped cars to a post-disassembly conveying system which is used for packaging the scrapped cars, and the feeding system, the pre-disassembly conveying system, the overhead conveying system and the post-disassembly conveying system are connected with a PLC (programmable logic controller) module. The scrapped car disassembly line adopting the technical scheme has the advantages of mechanized operation, PLC module control, dynamic automated disassembly and higher disassembly efficiency, the subsystems facilitate arrangement of the whole disassembly line and are clear in division of responsibilities, corresponding parts are sequentially disassembled along with conveyance of the scrapped cars, disassembly efficiency is high, and management and adjustment are facilitated.

The invention discloses an intelligent dismantling system and method for a scraped motor vehicle. The intelligent dismantling system comprises a component recognizing and positioning system, a dangerous component safety pretreatment system, a component dismantling system and a transferring system. The dismantling method comprises the steps that firstly, the scraped motor vehicle is hoisted to a dismantling station, the vehicle type is judged, a space coordinate system is established, information of components of the motor vehicle is collected through an X-ray detector, a CCD video camera and a CPU processing unit, the kind is judged, and position information is recorded; then dangerous component processing and component dismantling are carried out; and finally the components are classified and transferred into a warehouse. The intelligent dismantling system and the flexible dismantling method are adopted and are suitable for scraped motor vehicles of different types, and the dismantled components are classified. The intelligent dismantling system and method have the beneficial effects of being intelligent, efficient and capable of safely dismantling the scraped motor vehicles and are suitable for large-scale production.

The invention provides a prefabricated concrete pipe culvert production assembly line and a production process. The production assembly line comprises a reinforcement machining workshop, a reinforcement cage conveying line, a mold dismounting and mounting conveying line, a reinforcement mold assembling line, a material distribution zone, a maintaining line and a finished product conveying-out line. The reinforcement cage conveying line is arranged at an output port of the reinforcement machining workshop, and the mold dismounting and mounting conveying line is parallel to the reinforcement cage conveying line. The reinforcement mold assembling line is parallel to the mold dismounting and mounting conveying line. The material distribution zone is arranged on the reinforcement mold assembling line. The maintaining line is parallel to the reinforcement mold assembling line. Translation shuttle buses are arranged at the two ends of the maintaining line and the two ends of the reinforcement mold assembling line. A crown block is erected on the two outer sides of the reinforcement cage conveying line and the maintaining line. The layout occupies small spaces, workshop land is saved, the prefabrication production efficiency of pipe culverts is effectively improved, the worker labor intensity is lowered, the production cost is lowered, and the quality consistency and reliability of pipe culvert products can be ensured.

The present invention relates to a system and method for disassembling scrapped vehicles in which multiple process-based facilities are provided in series on one path for performing each disassembling process from a loading process of a scrapped vehicle to a final vehicle body compression process. The scrapped vehicles are moved along the path while mounted on a truck that moves the vehicles via a transfer rail. The truck that has completed a transfer is lowered into the interior of a tunnel beneath the path and transferred back to the position where the first process was performed.

Disclosed are a method and a device for dismantling and recycling a scrapped automobile. The method comprises disassembling hazardous wastes at a hazardous waste disassembling work station and feeding the hazardous waste disassembled scrapped automobile to a buffer work station to prepare to enter into the next work station; extracting waste oil at a waste oil extraction work station and feeding the waste oil extracted scrapped automobile to the buffer work station to prepare to enter into the next work station; disassembling an engine gearbox at an engine gearbox disassembling work station and feeding the engine gearbox disassembled scrapped automobile to the buffer work station to prepare to enter into the next work station; disassembling parts at a part disassembling work station and feeding an automobile body of the scrapped automobile to a discharging work station. The method and the device for dismantling and recycling the scrapped automobile have the advantages of being flexible in operation, greatly improving the working efficiency and the degree of refinement of the dismantling and recycling of the scrapped automobile, avoiding secondary pollution and achieving the purposes of treating the scrapped automobile reasonably, protecting the environment and saving resources.

The invention relates to a scrapped automobile disassembling production line and disassembling process. The production line involves a front and rear windshield glass disassembling station, a vehicledoor disassembling station, an inner decoration offline disassembling station and a chassis offline disassembling station; the front and rear windshield glass disassembling station is provided with amanipulator and an AGV transporting trolley, the two sides of the vehicle door disassembling station are provided with a vehicle disassembling robot and an AGV transporting trolley correspondingly, the inner decoration offline disassembling station is connected with the chassis offline disassembling station through a ground dragging chain conveying assembly line, and one end of the ground draggingchain conveying assembly line extends to one side of the vehicle door disassembling station to form a closed circulating conveying route; and the inner decoration offline disassembling station is provided with a crane, a disassembling tool and an AGV transporting trolley, and the chassis offline disassembling station is provided with a crane, a chassis tilting device and an AGV transporting trolley. According to the disassembling production line and disassembling process, the technological process and equipment configuration are reasonable, the technological route is compact, and the occupiedarea is small; and a scrapped automobile can be finely disassembled, and the recycling of scrapped automobile parts is realized to the greatest extent.

A technology for inspecting the railway car includes such steps as pre-inspection, detaching hook buffer system, inspecting and repairing it, detaching the bogie, inspecting and repairing it, lifting the car body, disassembling it, inspecting and repairing fittings, inspecting and repairing steel structure, testing and assembling the railway car.

The invention relates to the technical field of waste recovery, in particular to a scraped car glass disassembling and cleaning device. The scraped car glass disassembling and cleaning device comprises a ceiling and a terrace, wherein a track is fixed on the ceiling through a fixed strut; a cutting mechanical arm and a sucker mechanical arm are arranged on the track; a cleaning device, a console and a storage device are arranged on the terrace; and a dust collecting device is arranged on the cutting mechanical arm. Through adoption of the scraped car glass disassembling and cleaning device provided by the invention, the window glass of a scraped car at any position can be automatically disassembled and the disassembled glass can be cleaned and organized; therefore, the scraped car glass disassembling and cleaning device provided by the invention has the advantages of energy-saving effect and high disassembling efficiency and satisfies use requirements.

The invention discloses an undamaged disassembling device of a windscreen of a scraped car. The undamaged disassembling device comprises a conveying part, a mechanical arm part and a control part, wherein the conveying part is used for conveying a to-be-disassembled car, the mechanical arm part is used for detecting the windscreen edge and cutting, the control part is used for controlling cutting parameters and a cutting path, the mechanical arm part comprises a mechanical arm, the tail end of the mechanical arm is provided with a windscreen edge detection sensor and a cutter, the windscreen edge detection sensor and the cutter are respectively and electrically connected with the control part, the windscreen edge detection sensor is used for detecting three-dimensional parameters of a plurality of feature points of the windscreen edge and sending the three-dimensional parameters to the control part, and the control part is used for determining the cutting path according to the three-dimensional parameters, sent from the windscreen edge detection sensor, of the feature points and controlling the cutter to cut according to the cutting path. According to the undamaged disassembling device disclosed by the invention, the calibrating on an outer starting position or an outer key position does not need to be carried out; complicated software processing is not needed; a human-computer interaction mode is adopted, and the production cost and the use cost are reduced.

The invention relates to a disassembly line of a large scrapped automobile. The disassembly line is characterized by comprising a lifter (1), a trolley (2), a traveling crane (3), a transport trolley (4) and a hydraulic disassembling machine (5). According to the disassembly line, the finished automobile is disassembled, and components and parts are disassembled at various stations by using the equipment. The disassembly line is unequivocal in disassembly order and high in safety and reduces labor intensity of disassembly workers, and circulation equipment are arranged reasonably.

The invention belongs to the technical field of vehicle disassembly, and particularly relates to a disassembling system for an ex-service passenger vehicle, which conducts efficient and fine disassembly base on the ex-service passenger vehicle. The disassembling system at least comprises a main disassembling line system; the main disassembling line system at least comprises an environment-friendly pretreatment line, an oil extraction air line, a vehicle front part disassembling line, an engine, a base plate air disassembling line, a vehicle body disassembling line and a vehicle body flattening line which are connected sequentially from front to back; ground disassembling working positions are formed by the environment-friendly pretreatment line, the vehicle front part disassembling line and the vehicle body disassembling line; the ground working positions are connected mutually through plate link chain ground conveying belts; air disassembling working positions are formed by the oil extraction air line and the base plate air disassembling line. According to the invention, processing and fining in the vehicle disassembling process can be efficiently realized; disassembling efficiency is high; part recovery percent after disassembly can be improved remarkably; meanwhile, influence on ambient environment can be reduced greatly and avoided.

The invention discloses overturning equipment for a scraped car, which belongs to the field of scraped car treatment equipment, and comprises rotary arms, locking mechanisms, a frame and driving mechanisms, wherein the locking mechanisms are arranged on the corresponding rotary arms, the rotary arms are arranged on the frame, one end of each rotary arm is movably connected with the frame, the other end of each rotary arm is a free end, the free end of each rotary arm is capable of overturning for a certain angle on the frame along the end of the rotary arm connected with the frame, and the ends of the rotary arms, which are connected with the frame, are further provided with the driving mechanisms for driving the corresponding rotary arms to overturn, and connected with the frame through the corresponding driving mechanisms. The overturning equipment is capable of fixing and overturning the car for 90 degrees, detachment of an engine and bottom parts of the scraped car is greatly facilitated, disassembly efficiency of the scraped car is improved, and safety during disassembly is ensured.

The invention discloses a scraped car dismantling and recycling process whichcomprises the following steps: (1) pre-treating a station; (2) dismantling, namely dismantling scraped car parts and selecting out parts with rich rare and precious metals; (3) mechanically and automaticallycrushing and separating a car body; (4) crushing the dismantled scraped car parts with the rare and precious metals in the steps (2 and 3), grinding, performing dissolution reaction, and recycling. According to the process provided by the invention, the mechanized operation efficiency is high, no secondary environmental pollution is caused, the labor intensity of workers is greatly reduced, the scraped car body is quickly ground and physically separated, and materials such as steel and iron, copper, aluminum and rubber in the car body are recovered.

The invention provides a fixture for replacing vehicle wheels. The fixture comprises two rolling wheel supporting seats, a lifting supporting seat, a left-end lifter, a right-end lifter, a supportingcross beam, a right-end supporting rolling wheel, a left-side gripper, a right-side gripper and a left-end supporting seat, wherein the lifting supporting seat is mounted between the two rolling wheelsupporting seats in a lifting and sliding manner; a jack is arranged on the lifting supporting seat; supporting rolling wheels are mounted under the rolling wheel supporting seats; the left-end lifter is fixedly mounted on the side surface of one of the rolling wheel supporting seats; the left-end supporting seat is mounted on the left-end lifter in a lifting and movable manner; the left end of the supporting cross beam is mounted on the left-end supporting seat in a hinged manner; the right end of the supporting cross beam is fixedly mounted on the right-end lifter; the right-end supportingrolling wheel is mounted on the right-end lifter in a lifting and movable manner; and the left-side gripper and the right-side gripper are mounted on the supporting cross beam in a sliding manner. Through the adoption of the fixture, the fixture is convenient to move, the jack can be stably supported, the lifting height of the wheels can be flexibly and conveniently adjusted, and the precise positioning of wheel mounting holes can be achieved.

The invention relates to a scraped-car fuel tank residual fuel recycling device and a working method thereof. The scraped-car fuel tank residual fuel recycling device comprises a fuel collection barrel, and a drilling device used for drilling a hole in the bottom of a fuel tank is arranged in the fuel collection barrel and is controlled by a control module. Residual fuel in the fuel tank flows into the fuel collection barrel via the hole after drilling. The scraped-car fuel tank residual fuel recycling device and the working method thereof have the advantages that the fuel recycling device is utilized for recycling the residual fuel of the fuel tank of a scraped car, so that safety and environment protection are achieved, and the residual fuel of the fuel tank of the scraped car can be recycled to the greatest extent; the fuel recycling device is high in automation degree, capable of achieving automated operation in the whole recycling process, time saving, labor saving, high in efficiency, small in occupied space, flexible to move and convenient for workshop layout and operation.

The invention discloses an intelligent maintaining method, robot and system of a vehicle, and relates to the technical field of transportation management. The maintaining robot comprises an information collection circuit used for collecting a maintaining request message of the vehicle, an information treatment circuit connected with the information collection circuit and used for obtaining position information of the vehicle according to the above maintaining request message, a shifting structure connected with the information treatment circuit and used for being shifted to the position of the above vehicle and a maintaining execution structure used for judging the condition of the above vehicle so as to carry out maintaining operation. Through the invention, the robot is used for carrying out effective, accurate and unified-standard maintaining on the vehicle, the vehicle is maintained in time, the vehicle management efficiency is improved, and the user experience is improved to a certain degree.

The invention provides a bulk-cargo-vehicle-mounted self-unloading system. The bulk-cargo-vehicle-mounted self-unloading system comprises a horizontal self-unloading device, a bottom-starting carriage and movable-carriage-body control devices. The bottom-starting carriage is composed of two movable carriage bodies which are bilaterally symmetrical, and bottom plates of the two movable carriage bodies can butt joint and can be separated; the movable-carriage-body control devices are arranged between the movable carriage bodies and a bottom vehicle frame, and comprise hydraulic stretching oil cylinders, supporting frames, supporting wheels and arc sliding rails, the two ends of the hydraulic stretching oil cylinders are hinged to edge beams connected on the vehicle frame and the bottom plates of the movable carriage bodies respectively, and the multiple supporting wheels are arranged at the bottoms of the supporting frames; starting and closing of the bottom plates of the movable carriage bodies are controlled by the hydraulic stretching oil cylinders, and loaded bulk cargoes fall down a self-unloading rail or a conveying belt arranged at the bottom of the carriage along starting openings, and then are uploaded on the ground along with the conveying belt. Automatic unloading is achieved through the hydraulic stretching oil cylinders and a conveying device arranged at the bottom, and the bulk-cargo unloading efficiency is greatly improved.

The invention relates to a mobile dismantling platform for scrap cars and dismantling method thereof. The platform comprises a mobile tool containing a platform. The mobile tool platform is provided with a lifting device, lifting overturning devices and a safety environmental protection pretreatment device. The lifting device is located in the center of the lifting device. Two lifting overturning devices are positioned at the left and right sides of lifting device respectively, and are located at the edges of both front sides and both rear sides respectively. The safety environmental protection pretreatment device comprises a dismantling equipment, a waste oil liquid extraction equipment, a cold medium recycling equipment and a safety airbag explosion equipment which are distributed at front both sides and rear both sides of the lifting device and at the sides of two lifting overturning devices away from the lifting device. A dismantling line is not a mandatory part of the dismantling platform, and can acquire the recyclable car parts by crossing areas. The platform has the advantage of having low operation costs and reasonable arrangement. The dismantling method comprises three steps, namely the pre-dismantling scrap car check, pretreatment and full car dismantling. The method does not ask for the total dismantling of the scrap cars, thus simplifying the dismantling process.

The invention provides a disassembling and recycling technique for a decrepit car and relates to the field of decrepit car recycling. The disassembling and recycling technique comprises the following steps: (1) recycling and processing auto parts: recycling waste fuel, seats, batteries and tires and disassembling front and rear lamps and a steering wheel; (2) disassembling nonmetallic auto parts: disassembling the nonmetallic auto parts, such as automotive glass, of the decrepit car, and cleaning and recycling the nonmetallic auto parts with a dedicated glass cleaning agent after disassembling the same; (3) disassembling metallic auto parts: disassembling front and rear hoods, doors, bumpers, seats, an air conditioner and an engine; (4) cleaning a car frame with a car cleaning agent to facilitate subsequent materials to be crushed and recycled; (5) crushing and screening the car frame and gradually crushing a car body to a predetermined size by virtue of multistage crushing. The disassembling and recycling technique for the decrepit car realizes quick crushing and physical disassembly for screening and crushing separation of the car body of the decrepit car, and the material cleaning effect after the screening and recycling is good so as to reduce the pollution and enable metal, rubber, glass and other materials of the car body to be fully recycled.

A suspended automobile disassembly line that does not utilize any hydraulically operated equipment is provided. The disassembly line utilizes a plurality of electrically operated lift system to stabilize and suspend an automobile while at various stages of disassembly. Since the automobile is suspended throughout the disassembly line, human handling is reduced and efficiency of the disassembly process is improved. The lift system includes a plurality of grabber arms that provide a wide range of motion adapted to move and tilt a vehicle into various positions during disassembly.

The invention relates to a mechanical scrapped car disassembling platform suitable for disassembling scrapped cars. The mechanical scrapped car disassembling platform comprises a base (1), a sliding carriage (6) and a portal frame (16); the top of the base (1) is provided with a first mechanical jack (5) and two guide posts (9); the sliding carriage (6) is sleeved on the two guide posts (9) emptily, and the bottom of the sliding carriage (6) is connected with the first mechanical jack (5); a first screw mandrel (13) vertically passes through the top of the portal frame (16), and the lower endof the first screw mandrel (13) is linked with a nut press block (14); the portal frame (16) is internally provided with a set of mechanism for clamping a scrapped car, the mechanism consists of a second screw mandrel (21), a long nut (23), two connecting rods (24), a movable supporting plate (17) and a handwheel (25), wherein one ends of the two connecting rods (24) are hinged with the long nut (23), and the other ends of the two connecting rods (24) are hinged with the movable supporting plate (17). The invention can realize that a plurality of parts on the scrapped car can be disassembled on the same site and station.