10results about How to "Reliable transfer" patented technology

The utility model discloses a battery module vacuum adsorption hoisting and transferring device, which comprises a hoisting plate, a plurality of adsorption holes, a plurality of vacuum adsorption plates, a plurality of vacuum adsorption plates, a plurality of vacuum adsorption plates, a plurality of vacuum adsorption plates and a plurality of vacuum adsorption plates, the elastic cushion is arranged at the bottom of the hoisting plate, and adsorption grooves are formed in the positions, corresponding to the adsorption holes, of the elastic cushion in a penetrating mode; the vacuumizing equipment is communicated with the vacuum channel and is used for vacuumizing the vacuum channel; and the anti-falling clamping mechanism is mounted on the hoisting plate and is used for clamping the battery module. According to the utility model, the elastic pad can be tightly attached to the upper surface of each battery cell, and the elastic pad and each battery cell form a stable negative pressure environment through the vacuumizing equipment, so that each battery cell is uniformly subjected to upward traction force in the vertical direction to offset the gravity of the battery cell body; it is guaranteed that the battery module is stably and reliably transferred to other positions in the hoisting and suspending process, operation is convenient, stability is high, and efficiency is high.

This invention belongs to the field of semiconductor materials technology and discloses a method for preparing transferable layered bismuth oxide selenide semiconductor thin films by heterolayer interface control. The method includes: 1) activating and growing a substrate; 2) depositing an interface-controlled heterolayer, which is a two-dimensional material or a water-soluble oxide; 3) CVD growing a Bi₂O₂Se thin film on the heterolayer; and 4) using a polymer support film to assist wet peeling, separating the film from the substrate and transferring it to a target substrate. This invention solves the problem of non-destructive transfer due to excessively strong adhesion between the film and substrate by introducing a heterolayer with weak interfacial interactions, and is applicable to fields such as flexible electronics and silicon-based integration.

The present application relates to a kind of mobile tunnel kiln with blank system and blank method, solve the technical problem that mobile blanking machine in prior art is easy to cause brick blank deformation or collapse phenomenon when blanking the blank with high moisture content.It provides a kind of mobile tunnel kiln with blank system including mobile platform, brick blank conveying belt and blank transfer device are arranged on mobile platform, the inlet end of brick blank conveying belt is equipped with brick blank transfer machine, and brick blank transfer machine is used to move the brick blank on the brick blank conveying belt to the brick blank conveying belt, and blank transfer device is used to grab the brick blank on the brick blank conveying belt and blank it on the ring kiln bottom;Mobile platform is respectively arranged on the inside and outside of ring kiln bottom on walking support, and the up and down position of mobile platform on walking support is adjustable, and the bottom surface of mobile platform is used to keep the top surface of ring kiln bottom with set interval to enable mobile platform to cross the half blank stack of first set height on ring kiln bottom to realize partial stacking.

The shutter automated demolding and transferring equipment and the prefabricated part production line of the application comprise a bearing beam, a walking unit, a lifting and pushing assembly, a shutter holding device and a control unit; the walking unit comprises an end beam, a cross beam and a first walking driving unit, the walking unit is connected across two bearing beams, and the first walking driving unit is used for driving the walking unit; the lifting and pushing assembly is connected with the cross beam; further comprising a first mounting seat, a first fork holding piece connected with the first mounting seat, a second fork holding piece, a first pushing assembly and a second pushing assembly, the first mounting seat is connected with the lifting and pushing assembly, the pushing end of the first pushing assembly is connected with the first fork holding piece, and the pushing end of the second pushing assembly is connected with the second fork holding piece; the first walking driving unit, the lifting and pushing assembly, the first pushing assembly and the second pushing assembly are all controlled by the control unit. The shutter demolding and transferring equipment of the application can meet the requirements of shutter automated demolding and transferring, and can effectively improve the production efficiency of the shutter and reduce the labor intensity.

The application relates to the field of aviation technology and discloses a trailer carrying chassis lifting system mechanism of a damaged aircraft fast dragging system, which comprises a vehicle body, liftable driving wheels arranged at the front end and the rear end of the vehicle body, and carrying wheel lifting structures symmetrically arranged at the left side and the right side of the vehicle body. The carrying wheel lifting structure comprises a first hydraulic cylinder, a second hydraulic cylinder, a first carrying wheel, a second carrying wheel, a first rotating support and a second rotating support. The first rotating support and the second rotating support both comprise a first hinged position, a second hinged position and a third hinged position which are distributed in a triangular shape. Two first hinged positions are rotatably connected with the vehicle body, and two second hinged positions are rotatably connected with the first carrying wheel and the second carrying wheel. The trailer carrying chassis lifting system mechanism of the damaged aircraft fast dragging system can solve the problem that the carrying chassis of the rescue trailer cannot be lifted in the prior art, improve the use reliability, and greatly improve the transfer efficiency of the damaged aircraft.

The application relates to a magnetic core processing turnover mechanism and relates to the technical field of inductor processing. The magnetic core processing turnover mechanism comprises a rack, an input conveying belt, an output conveying belt and a turnover turntable arranged between the input conveying belt and the output conveying belt. The turnover turntable is driven to rotate intermittently by a turnover driving element, a plurality of magnetic core carriers are arranged on the turnover turntable in a circumferential direction, and a fixing element is arranged on the magnetic core carrier. The conveying directions of the input conveying belt and the output conveying belt are parallel, and the rotation shaft of the turnover turntable is perpendicular to the conveying directions. In operation, the magnetic core is conveyed to the end after the upper surface is processed on the input belt, is taken and fixed by the empty carrier on the turnover turntable, is rotated and turned over by the turnover turntable, is released to the output conveying belt at a discharging station and is processed on the lower surface. Through cooperation of the multi-station magnetic core carrier and the intermittent rotation, the application realizes automatic and continuous turnover and conveying of the magnetic core between double-surface processing procedures, and effectively solves the problems of beat imbalance, low efficiency and magnetic core damage caused by poor connection of procedures in the traditional mode.

The application relates to the field of aviation technology and discloses a trailer loading and unloading linkage bridge plate mechanism of a damaged aircraft fast dragging system, which comprises a vehicle body, liftable driving wheels arranged at the front end and the rear end of the vehicle body, load bearing wheel lifting structures symmetrically arranged at the left side and the right side of the vehicle body, first hydraulic cylinders, second hydraulic cylinders, first load bearing wheels, second load bearing wheels, first rotating supports and second rotating supports, the first rotating supports and the second rotating supports each comprising first hinged positions, second hinged positions and third hinged positions which are in a triangular distribution, two first hinged positions being rotationally connected with the vehicle body, and two second hinged positions being rotationally connected with the first load bearing wheels and the second load bearing wheels respectively. The trailer loading and unloading linkage bridge plate mechanism of the damaged aircraft fast dragging system provided by the application solves the problems that four wheels are used as driving wheels and load bearing wheels in the prior art, the reliability is low, and the transfer efficiency on the landing gear is low.

The invention discloses a pasting method of a fuel cell bipolar plate sealing element. The pasting method comprises the following steps: 1, a negative pressure adsorption assembly works to generate negative pressure; 2, placing the bipolar plate coated with the primer in a placing groove of a mounting seat, placing a sealing element in a mounting groove of a cover plate at an initial position, pressing the sealing element on an elastic component under the negative pressure adsorption action of a negative pressure adsorption assembly, and enabling the elastic component to deform under pressure and the top of the elastic component not to extend into the mounting groove; thirdly, the cover plate is turned over downwards, when the cover plate covers the mounting base, the sealing piece in the mounting groove just covers the sealing position of the sealing piece on the bipolar plate, the sealing piece is adhered by the primer, at the moment, the negative pressure disappears, the elastic component resets and protrudes into the mounting groove, and the sealing piece is ejected out of the mounting groove; and fourthly, the cover plate is turned upwards to the initial position. The sealing element pasting device has the advantages that the sealing element pasting efficiency and pasting accuracy are effectively improved, and the labor cost is greatly reduced.

An image processing apparatus and an image processing method are provided that can reliably transfer foil onto a recording medium without compromising appearance. The problem is solved by an image processing apparatus comprising a generation unit and a synthesis unit, and an image processing method comprising a first step, a second step, and a third step. The generation unit generates foil transfer data for an image representing an image to be printed on the recording medium, showing an ejection area of ​​adhesive ink in a predetermined color. The synthesis unit combines the foil transfer data with the image data to generate composite image data. The image processing apparatus ejects adhesive ink into the predetermined color area of ​​the composite image data during printing on the recording medium. The foil transfer data is generated in the first step, the composite image data is generated in the second step, and the adhesive ink is ejected into the predetermined color area of ​​the composite image data in the third step to transfer the foil onto the recording medium.

The invention provides a side-pull wing-unfolding torpedo anchor with a delay guide cable, and relates to the technical field of deep sea anchoring devices. The torpedo anchor comprises an anchor body, a wing type anti-pulling anchor plate, an anchor core, a first driving device, a second driving device and a guide cable switching mechanism. And the wing type anti-pulling anchor plate is rotationally connected with the anchor body. And the first driving device drives the wing type anti-pulling anchor plate to turn over to the unfolding position from the folding position. The anchor core can stretch out in the axis direction of the anchor body. The second driving device is arranged on the anchor body to drive the anchor core to extend out in the axis direction of the anchor body. The fairlead switching mechanism comprises a lifting lug, a steel cable, a fairlead groove and a releasable constraint piece. The cable guide groove is formed in the periphery of the anchor body. And the releasable constraint piece is arranged in the cable guide groove and is used for releasable fixation of the steel cable accommodated in the cable guide groove. And after the releasable constraint piece is released, the steel cable is released from the cable guide groove and can slide relative to the cable guide groove, and the steel cable forms a lateral leading-out section at the lifting lug.