33 results about "CAR disassembly" patented technology

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 scraped car disassembly production line which comprises a main line and an assembly dismantling line. The main line comprises an environment-friendly pre-processing and ground disassembly line, an overhead chassis disassembly line and a ground finish line which are arranged in sequence. The environment-friendly pre-processing and ground disassembly line adopts a double-plate-chain structure, the overhead chassis disassembly line adopts an electronic manufacturing service (EMS) self-propelled trolley type conveying structure, and the ground finish line adopts a double-plate-chain structure. The assembly dismantling line comprises a car door dismantling line, an instrument board dismantling line, a car suspension frame dismantling line and an engine auxiliary dismantling line which respectively adopt accumulation type maneuvering roller way conveying structures, wherein the assembly dismantling line is located on the lateral face of the main line. The scraped car disassembly production line adopts an advanced automated logistic system, achieves mechanical and automatic production of car disassembly operation, remarkably improves the production efficiency, reduces labor intensity of workers, saves manpower resources and reduces safety accident occurrence rate.

An online system for disassembling a scraped car comprises a loading device and a conveying device, wherein the loading device comprises runners, the conveying device comprises at least two guide rails, moving machines and rolling beds, wherein the moving machines slide on the guide rails, the rolling beds are located on the side edges of working positions, the guide rails are located at two sides of the rolling beds in two rows, at least one moving machine is arranged on each guide rail, the runners are located on the moving machines, each moving machine is provided with a first slide driving structure which can drive the runners to slide on the moving machines, second slide driving structures which can drive the runners to slide on the rolling beds are arranged on the rolling beds, the moving machine on the guide rail on a disassembly working position is used for conveying the runners carrying the scraped car to the rolling beds, and the moving machine on the guide rail on the other side of the disassembly working position is used for receiving and sending the empty runners returned by the rolling beds. Therefore, the runners can be recycled, the car can be disassembled continuously, cars are conveyed in order rapidly, the car disassembly recycle efficiency is improved, and the cost is reduced.

The invention discloses a scraped car resource recovery system with a dust-removal device, and relates to the technical field of scraped car disassembly. According to the technical key point, the scraped car resource recovery system comprises a crushing unit and a screening unit, and the dust-removal mechanism crushing unit comprises a double-shaft shredding machine and a crusher; the dust-removalmechanism screening unit comprises a sieve shaker, a magnetic separator and an eddy current sorting machine which are sequentially connected; dust-removal mechanisms are arranged on one sides of thedust-removal mechanism sieve shaker and the dust-removal mechanism crusher; the dust-removal mechanisms comprise settling chambers, one sides of the two settling chambers are correspondingly connectedto the dust-removal mechanism sieve shaker and the dust-removal mechanism crusher; and dust-removal towers are connected to the other sides of the dust-removal mechanism settling chambers, and a tailgas tower is connected to the side, away from the dust-removal mechanism settling chambers, of the dust-removal mechanism dust-removal towers through draught fans. By arranging the dust-removal mechanisms, the settling chambers and the dust-removal towers with a dust-removal structure are used for absorbing and processing dust generated in the working process of the sieve shaker and the crusher,so that the dust in a working environment of a factory is reduced, and the good working environment is provided for operators.

The invention discloses an automobile rear axle disassembling device, and belongs to the field of automobile disassembly. The automobile rear axle disassembling device comprises a base, machine frames, a connecting frame and a first driving mechanism; the machine frames are arranged at two ends of the base, the connecting frame is horizontally arranged above the base, the connecting frame is slidably connected with the machine frames, and the first driving mechanism can drive the connecting frame to move up and down; the two ends of each second supporting part are correspondingly connected with the two ends of each first supporting part to surround a half bridge portion of a rear axle; and electric screwdrivers and electric wrenches are fixedly mounted on each of the first supporting partsand the second supporting parts. Compared with the prior art, according to the automobile rear axle disassembling device, the end part of a half bridge driving shaft can be quickly removed, manpoweris saved, and the disassembling efficiency is improved.

The invention discloses a forklift for disassembling an automobile. The forklift comprises a forklift body and a material receiving fixing frame. The material receiving fixing frame is arranged on the front side of the forklift. The two sides of the front end face of the forklift body are provided with hydraulic telescopic supporting columns. The front ends of the telescopic supporting columns are connected to the material receiving fixing frame through hinge connection pieces in a hinged mode. The fixing frame is provided with a transmission chain capable of being closed at the first place. The upper end and the lower end of the transmission chain are provided with transmission gears respectively. The transmission gears are fixed to the material receiving fixing frame through fixing shafts. The transmission gear fixing shaft at the lower end is connected with a drive device. The transmission chain is provided with a fixing beam. The fixing beam is provided with a fixing disc and a rotating disc. The rotating disc is arranged on the fixing disc in a rotating mode. The rotating disc is provided with a drive shaft. The rear end of the drive shaft is connected with a drive motor. The rotating disc is provided with a pair of symmetrical material receiving forks. According to the forklift, an existing material receiving mechanism for a forklift is improved, so that material receiving forks of the forklift can be rotated at a certain angle, and the use range and purpose of the forklift in an automobile disassembling line can be broadened.

The invention discloses a corrosion evaluation method for scraped car disassembly. The corrosion evaluation method comprises the following steps: (1) collecting basic information related to scraped car corrosion; (2) washing the scraped car, removing floating rust, mud ash and foreign matters on the surface of the scraped car, drying, and evaluating the corrosion state of the whole car before disassembly; (3) disassembling the scraped car, including pre-disassembling, final assembly disassembling and car body disassembling; and (4) carrying out corrosion rating on the disassembled metal finalassembly and the disassembled automobile body metal plate, and then carrying out corrosion evaluation, which comprises three aspects: the metal final assembly: corrosion type analysis, and anatomicalanalysis on parts with internal corrosion; vehicle body sheet metal: performing vehicle body manufacturing process corrosion evaluation, including electrophoretic film thickness, material, structure and manufacturing process; and testing: slicing the rusted area, and carrying out corrosion depth, corrosion area, corrosion morphology and XRD tests. Through qualitative corrosion evaluation and quantitative corrosion evaluation, reverse reference is provided for development and design of new products.

The invention discloses a connecting device for easy disassembly of automobile bearings, wherein the connecting device comprises a bracket and a functional seat. The bracket is composed of a close ring and a baffle ring; the baffle ring is arranged below the close ring; a bearing is arranged on the inner side of the bracket; a shaft head is arranged at the top of the bearing, and a shaft tail is arranged at the bottom of the bearing; the functional seat is arranged above the bracket; a rotary knob thread is arranged on the inner side of the functional seat, and a plurality of fixing clips arearranged on the outer side of the functional seat; a matching hole is arranged in the middle part of each fixing clip, and a dialing strip is arranged in the middle part of each fixing clip; a movablehole is arranged in the middle part of each dialing strip, and a connecting disc is arranged above the functional seat. According to the device, by operation of the dialing strips, a fixed extrusionforce is provided for the connecting disc after the shaft head is screwed and connected with the connecting disc, the connecting disc rotates to be divorced from the bearing after the rotary knob is arranged. The principle is simple, the operation is convenient and the practicability is high.

The invention relates to the technical field of scraped car disassembly, and discloses an automatic robot for disassembling two covers of an automobile and a control system of the automatic robot. The automatic robot comprises a door opening and code scanning station and a two-cover disassembling station, and the door opening and code scanning station conducts door opening and code scanning manually; and the two-cover disassembling station is used for disassembling an engine cover and a trunk cover of the automobile. According to the automatic robot for disassembling the two covers of the automobile and the control system of the automatic robot, the two-cover disassembling station is arranged, the two-cover disassembling station is used for disassembling an engine cover and a trunk cover of the automobile, and the two-cover disassembling station comprises two robots, a walking shaft, a hydraulic shearing device and an electromagnetic tooling, wherein one robot shears hinges of the engine cover and the trunk cover through the hydraulic shears, the other robot fixes and carries the engine cover and the trunk cover to the rack car through the electromagnetic tooling, and the engine cover and the trunk cover of the car can be disassembled conveniently through the arrangement of the station.

The invention discloses an adjustable anti-locking scraped car disassembly machine. The adjustable anti-locking scraped car disassembly machine comprises a disassembly device body, the disassembly device body is provided with a transmission device, the transmission device comprises an installation cylinder, an inner gear ring is rotationally arranged in the installation cylinder, a driving gear isarranged in the axis of the inner gear ring, an input shaft is fixedly connected to the axis of the left side face of the driving gear, and a transmission base is slidably arranged on the right sideof the driving gear. When a cutter tool in the device is locked, torque transmitted by the input shaft makes a locking pin totally separated from a hemispherical clamping groove, an inner clamping ring is loosened, and an output shaft rotates to drive the inner clamping ring to rotate, so that a motor driving device is protected. A user can adjust the maximum locking force of the locking pin by changing the pressure of a sliding rod on the locking pin, a brake disc makes the transmission base frictionally braked or released through automatic left and right movement of the transmission base, the safety of an operator is effectively ensured, when the device is clamped, the torque is discharged, and the service life of a motor is effectively prolonged.

The invention relates to a scraped car turnover device, and relates to the field of car disassembly, the scraped car turnover device comprises a workbench and a support installed on the workbench, the support is provided with a supporting frame in a lifting mode, and the supporting frame is provided with a supporting table used for placing a car and a clamping mechanism used for clamping the car. The automobile turnover protection device is characterized in that a plurality of sets of induction mechanisms used for surrounding an automobile turnover protection area are arranged on the outer edge of the working table, the working table is provided with a warning mechanism used for warning workers, the supporting table is provided with a reinforcing mechanism used for stabilizing the supporting table, and the induction mechanisms are in control connection with the warning mechanism. The automobile turnover device has the effect of warning workers, and the safety performance in the automobile turnover operation process is ensured.

The invention relates to a dry separation device for stainless steel in scraped car disassembly tailings. The dry separation device comprises a box body, a conveying magnetic separation device and a longitudinal blowing separation device; the conveying magnetic separation device and the longitudinal blowing separation device are respectively arranged in the box body; the conveying magnetic separation device is located in the middle of the box body, is horizontally arranged and comprises a separation conveying belt, a driving roller and a magnetic roller; the magnetic roller is arranged at one end of the separation conveying belt; the longitudinal blowing separation device is positioned in front of the conveying magnetic separation device; the longitudinal blowing separation device comprises a fan; and the draught fan is connected to the side face of the box body through an air pipe, and the air outlet of the air pipe is horizontally or obliquely arranged below the separation conveying belt. According to the dry separation device for the stainless steel in the scraped car disassembly tailings, the stainless steel existing in the scraped car disassembly tailings is conveniently and rapidly recycled, the equipment structure is simple, and the separation efficiency is greatly improved.