38results about How to "Efficient dismantling" patented technology

A microphone structure of an MEMS device has a layer construction including: a base substrate; a deflectable microphone diaphragm at least partly spanning a through-opening in the substrate; a deflectable electrode of a microphone condenser system; a stationary counter-element having ventilation openings situated in the layer construction over the microphone diaphragm and acting as a bearer for a stationary electrode of the microphone condenser system. The diaphragm is bonded into the layer construction on the substrate via a flexible beam. The otherwise free edge region of the diaphragm is curved in a pan shape, so that it extends both vertically and also in some regions laterally beyond the edge region of the through-opening, and the edge region of the through-opening forms a lower stop for the diaphragm movement.

The invention discloses automatic disassembly equipment appliable to a flow process and used for waste mobile phones, relates to the technical field of environment protection of waste mobile phones, and mainly aims at solving the problems of low disassembly efficiency, low recovery value and the like of a disassembly line for mobile phones. The disassembly equipment comprises a loading system, a rotary-disc flow disassembly mechanism and an unloading system, wherein the rotary-disc flow disassembly mechanism comprises a rotary-disc disassembly table, and five disassembly areas formed at the side of the rotary-disc disassembly table; the five disassembly areas are a loading area, a first disassembly area, a second disassembly area, a third disassembly area and an unloading area separately;the table surface of the rotary-disc disassembly table is correspondingly divided into five placement areas for the mobile phones; and an electric clamping mechanism is arranged in each placement areafor the mobile phones. The disassembly equipment carries out information obtaining and transferring, and execution for a disassembly process by virtue of an industrial camera, an industrial robot andthe like, and is high in automation degree.

The invention discloses an easily recovered electroplated diamond grinding wheel. The grinding wheel comprises a matrix and a diamond grinding material layer, and is characterized in that: the matrix is provided with a connecting part which is in interference fit with an auxiliary matrix; and the diamond grinding material layer is electroplated on the outer surface of the auxiliary matrix. The grinding wheel has the advantages that: when extruded by the connecting part in a connecting state, the auxiliary matrix is in an elastic expansion and deformation state; in the process of recovering the grinding wheel, the auxiliary matrix is not in the elastic deformation state any more when removed from the connecting part, so that micro gaps are formed between the diamond grinding material layer and the auxiliary matrix, the diamond grinding material layer is easily separated from the surface of the auxiliary matrix, the quick and high-efficiency separation of the diamond grinding material layer from the matrix is realized, and the electroplated diamond grinding wheel is recovered more conveniently and easily.

The invention discloses a manufacturing method of an easily recoverable electroplated diamond grinding wheel, which has the advantages that: in the electroplated diamond grinding wheel manufactured by the method, due to the clearance connection of an auxiliary substrate and the connecting part and the electroplating of a diamond grinding material layer on the outside surface of the auxiliary substrate, the auxiliary substrate in a connected state is kept into an elastic expansion deformation state by the squeezing of the connecting part and, in a grinding wheel recovery process, is detached from the auxiliary substrate and restored from the elastic deformation state and forms a micro gap with the diamond grinding material layer to allow the diamond grinding material layer to separate from the surface of the auxiliary substrate easily; and thus, the diamond grinding material layer is detached from the substrate quickly and efficiently, and the recovery of the electroplated diamond grinding wheel is convenient and easy.

The invention relates to a metal recovery device, in particular to a stainless steel metal recovery device. The technical problem to be solved by device is to provide a stainless steel metal recoverydevice. The stainless steel metal recovery device comprises a bottom connecting frame, an operation control screen, supporting bottom feet, a top connecting frame, a middle top fixing frame, a handledisassembling mechanism, a bottom face cutting mechanism, a curled edge removing mechanism and a curled sheet separating mechanism; the operation control screen is arranged at the middle-lower part ofthe left end of the bottom connecting frame; the left side of the bottom end of the bottom connecting frame is connected with supporting bottom feet; the right side of the top of the bottom connecting frame is connected with the top connecting frame; and the handle disassembling mechanism is arranged on the left side in the bottom connecting frame. According to the device, the effects of disassembling and separating the handle and the stainless steel cylinder body at a high speed, accurately cutting off the bottom panel of the wrinkled cylinder body, finally efficiently cutting off the curlededge of the stainless steel rice cylinder and cutting and compacting the curled edge into a plate to obtain a stainless steel recycled plate are achieved.

The invention relates to a multilayer-roller-bed steering machine and a tree type roller bed conveying system of the dismantling industry thereof. The multilayer-roller-bed steering machine comprises a base and roller bed sections. The base comprises n layers of frames, and the edge portion of the frame of each layer is provided with a steering motor with a driving chain wheel and a limiting stopper. The steering machine comprises corresponding n layers of roller bed sections, the lower face of the middle portion of the roller bed section of each layer is connected with a driven chain wheel and a steering bearing and is in rotating fit with the upper face of the middle portion of the frame of each layer, the edge portion of the roller bed section of each layer is provided with a trigger block corresponding to the limiting stopper on the frame of each layer, the driven chain wheels are connected with the driving chain wheels on the frames of all layers through steering chains, and the upper portion of the roller bed section of each layer is provided with a material sensor for detecting materials. On the premise of reducing dismantling occupied area, conveying roller beds with multiplied length and the roller bed conveying system with doubled tree type join numbers are set up, economic and social benefits of abandoned automobile and electric appliance dismantling enterprises are substantially improved, and a novel way is provided for development and expansion of the abandoned automobile and electric appliance dismantling enterprises.

The invention provides equipment and a method for disassembling a solar cell module. The equipment for disassembling the solar cell module comprises a laser scanning device, a first collecting and conveying device, a hot knife device, a low-temperature processing device, a second collecting and conveying device, a rolling device and a separating device. According to the equipment and the method for disassembling the solar cell module provided by the invention, glass and an upper cover ethyl vinyl acetate (EVA) film adhered to the glass are disassembled from the solar cell module through the laser scanning device, and the glass and the upper cover EVA film adhered to the glass are separated through the hot knife device, so that the complete glass is obtained. Then through a low-temperatureenvironment manufactured by a low-temperature processing device under normal pressure, a complete backboard, a complete laid EVA film and a cell of the solar cell module are obtained. According to theequipment and the method for disassembling the solar cell module provided by the invention, the cells are crushed through the rolling device so as to obtain silicon wafer particles, metal welding strips and metal busbar, and different materials are separated and sorted through the separating device, so that the environment-friendly disassembling and the classified recycling of waste solar cell modules are achieved.

A fastening body structure having a screw member which uses a module screw having a countersunk head and also uses, together with the module screw, a washer made of a shape memory alloy. With this structure, the washer does not expand even if subjected to large fastening force in fastening of a part to be fastened and in which the washer can be easily removed when the screw fastening is released. The fastening body structure (1) fastens and fixes a desired part (10) to the installation section (20) by using the screw member (4) having the module screw (2) and the shape memory alloy washer (3). The module screw (2) has a male screw (2d) used as a pair with a female screw thread section (21) formed in the installation section (20), and also has the countersunk head (2a). The shape memory alloy washer (3) has an inner diameter corresponding to the module screw. An irregular surface section (5,(50)) is formed on a slope surface at the lower part of the head of the module screw or on that surface of the washer which makes contact with the screw.

A method for connecting a low speed main shaft of a wind turbine to an input shaft of a transmission gearbox of the wind turbine is disclosed. The method includes providing a connection surface on the main shaft and a corresponding connection surface on the input shaft, placing a friction enhancing means on at least one of the connection surfaces, and firmly connecting both connection surfaces to one another, a permanent load being applied on the connection surfaces.

An auxiliary disassembly device for disassembly of differentials comprises a mechanical portion and a hydraulic control portion. The mechanical portion comprises a disassembly mechanism final-assembly frame, a lifting sleeve, a center shaft, a bolt disassembling spanner and a lifting mechanism mechanical claw. The hydraulic control portion comprises an oil tank, a hydraulic pump, a hydraulic loop pipeline, a control valve set and a hydraulic cylinder. Damage-free disassembly of the differentials is realized by combined motion of the mechanical portion and the hydraulic portion, the center shaft is used for positioning and limiting, the bolt disassembling spanner is used for disassembly, and the lifting mechanism mechanical claw is used for grabbing a differential left shell to complete separation. The auxiliary disassembly device for disassembly of the differentials has the advantages that the problems of high labor intensity, low efficiency, large damage and primitiveness of differential disassembly means in manufacturing are solved, disassembly tools are integrated, and high efficiency, excellent quality, energy saving, material saving and environment friendliness are achieved.

Provided is an apparatus for controlling a striking device. The apparatus for controlling the striking device equipped with a weapon to strike a target includes: a display unit which displays an image captured by a camera mounted on the striking device; a control unit which controls firing of the weapon; and a manipulation unit which transmits a fire signal to the control unit, wherein the control unit calculates the number of rounds of ammunition left in the striking device, calculates an accuracy rate which is a probability that the striking device will hit the target, and determines whether the target can be neutralized by considering the calculated number of rounds of ammunition left and the calculated accuracy rate for the target.

A method for forming test patterns is provided; original test patterns in an original test pattern library are subjected to a series of transformation, and finally, a first test pattern and a second test pattern are obtained; the first test pattern and the second test pattern are added to the original test pattern library, and a new test pattern library is formed. In addition to comprising a plurality of original test patterns, the new test pattern library also comprises the first test pattern and the second test pattern, so the types and number of the test patterns in the new test pattern library are greatly enriched. Therefore, when original design patterns provided by customers are disassembled and detected subsequently, a best and most accurate first design pattern and second design pattern can be obtained, so as to help to form a higher-yield product subsequently.

The invention discloses a waste mobile phone disassembly fault intelligent classification processing method based on cloud computing. The method comprises the following steps: carrying out the statistics of mobile phone faults, uploading the mobile phone faults to a cloud computing database, calculating the probability, completing the disassembly process, arranging a fault detection sequence according to the priority through the cloud computing database, and when a fault instruction is transmitted, downloading a corresponding fault solution instruction to a computer by the cloud computing database according to the arranged fault detection sequence according to the priority so as to operate machinery to solve the fault. According to the method, the fault probability is exported through the computer and the cloud computing database, the fault detection sequence is arranged according to the priority, and the fault detection efficiency is improved. The problem that manual disassembly is slow and low in efficiency is solved. Meanwhile, a cloud computing database is continuously enriched to cope with big data in the field of mobile phone disassembly, and solutions can be implemented more quickly when different faults occur.

The invention provides wire tidying cutting shafts of a waste wire automatic disassembling device. Each wire tidying cutting shaft is arranged behind a wire blocking devices; and the wire tidying cutting shafts and wire tidying rollers are fixedly arranged in a machine body in parallel respectively. The surface of each wire tidying cutting shaft is provided with a cutter structure in close fit with wire tidying hook blades. The surface of each wire tidying cutting shaft is provided with hook blade bulges, which are in close fit with the wire tidying hook blades to form the cutter structure. The wire tidying cutting shaft is of a roller structure and is connected with a speed regulation machine. The circumference surface of each wire tidying cutting shaft is provided with the hook blade bulges, which are in close fit with the wire tidying hook blades to form the cutter structure. The surface of each wire tidying cutting shaft is provided with hook blade grooves for allowing the wire tidying hook blades to pass respectively. The wire tidying hook blades and the hook blade grooves are cooperated closely to form the cutter structure. The wire tidying cutting shaft is of the roller structure and is connected with a speed regulation machine; and the hook blade grooves for allowing the wire tidying hook blades to pass are annularly arranged in the circumference surface of the roller wire tidying cutting shaft, and the wire tidying hook blades and the annular hook blade grooves in the circumference surface of the roller wire tidying cutting shaft are in close fit to form the cutter structure.

The invention provides a motor shell accurate cutting device, and belongs to the field of disassembling jigs. The motor shell accurate cutting device comprises a rotating clamping head and an abuttinghead which are arranged oppositely, a motor is arranged between the rotating clamping head and the abutting head, and the rotating clamping head and the abutting head can rotate synchronously. The opening and closing of the rotating clamping head can be realized by a first air cylinder, and the clamping and releasing of the motor are completed. A turning tool is vertically arranged in the axial direction of the motor, the contraction and retraction of the turning tool is realized by a second air cylinder, and fine-tuning and precise positioning are realized through a micro-metering head. Themotor shell accurate cutting device can accurately cut a shell of the motor to avoid damage to the internal parts and has high precision.