36results about How to "Avoid Manual Positioning" patented technology

The invention discloses a storage battery mounting device with auxiliary positioning, which comprises a mounting plate, a limiting fixing plate, an adaptive height adjusting device and an induction type automatic clamping device, the limiting fixing plate is arranged on the side end of the mounting plate, the induction type automatic clamping device is arranged on the mounting plate, and the adaptive height adjusting device is arranged on the limiting fixing plate. And the adaptive height adjusting device is arranged above the induction type automatic clamping device. The invention belongs to the technical field of storage battery mounting equipment, and particularly provides a clamping device which can set a clamping environment according to the height, the length and the width of a battery to achieve an effect of automatically positioning and clamping, and avoids manual positioning of a storage battery body during mounting, so that the mounting efficiency of the storage battery is improved, an insulation protection effect can be achieved, and the service life of the storage battery is prolonged. And the service life of the storage battery is prolonged.

The invention relates a method for testing linewidth uniformity. The method comprises the following steps of 1, preparing k linewidth testing figures of which desired values are linewidth design values on a lithographic plate, 2, testing linewidth actual values of all the k linewidth testing figures on the lithographic plate, 3, calculating k differences between the linewidth actual values of the k linewidth testing figures and the corresponding desired values, 4, carrying out photoetching of the k linewidth testing figures on a disk, 5, testing linewidth real values of the k linewidth testing figures on the disk, 6, calculating mask error enhancement factor (MEEF) verification values according to the desired values or the linewidth actual values as linewidth values of the k linewidth testing figures, and the linewidth real values, 7, respectively calculating the product of the k differences and the MEEF verification values so that k corresponding compensation values are obtained, and 8, calculating the sum of the linewidth real values of the k linewidth testing figures and the k corresponding compensation values so that k linewidth final values are obtained, wherein the k linewidth final values are utilized as linewidth uniformity evaluation data. The method provided by the invention has the advantage that plate making error compensation values are obtained by MEEF verification value calculation so that a plate making error is avoided.

The invention relates to car sealing strip cutoff equipment for the car field. The car sealing strip cutoff equipment comprises a base plate, a supporting device, an adjusting device, a positioning device, a motor device, a support device, a buffer device and a cutting device; the base plate is provided with a first supporting rod and a first roller; the supporting device comprises a first support, a steel plate, a first supporting block and a supporting plate; the adjusting device comprises a second support, a first positioning rod, a first limiting rod, an adjusting rod, a third support, a first motor, a first output shaft and a first pull line; the positioning device comprises a positioning frame, a second limiting rod, a third limiting rod, a first spring, a movable plate and a first transverse rod; the motor device comprises a second motor, a second output shaft, a second pull line, a first vertical rod and a second roller; and the support device comprises a fourth support, a positioning plate, a first connecting ring, a second spring, a third spring, a first vertical plate, a fifth support, a third roller, a first fixing rod and a sixth support. By means of the car sealing strip cutoff equipment, car sealing strips can be effectively cut, and the cutting efficiency is high.

This application provides a set of X-ray shooting multi-posture auxiliary placement and remote control fine correction system. The system includes: a multi-attitude rotating platform, a first flat panel detector and a control system. The controller in the control system is used to receive the control instruction sent by the terminal device, and send the control instruction to the first drive device, so that the first drive device adjusts the angle of the first rotation axis, the angle of the second rotation axis, The position of the first connecting rod in the first channel and the position of the second connecting rod in the second channel. Compared with the existing technology, the system can realize the multi-modal auxiliary placement of standard body positions or special body positions through the above-mentioned methods, and realize real-time, fine and remote correction of the patterned body positions. In this way, while obtaining the ideal standard posture X-ray film of the human body, it avoids the need for the doctor to repeatedly enter the radiology room to manually correct the body position, improves the shooting efficiency, and reduces the workload of the doctor.

The invention provides a device and a method for the continuous printing and printing ink drying of a flexible circuit board. The device comprises a spool-in device, a printing device, a drying device and a spool-out device; the two ends of the flexible circuit board are respectively wound with the spool-in device and the spool-out device, and the flexible circuit board is sequentially drawn intothe printing device and the drying device by virtue of the spool-in device; the printing device is provided with a command unit, a control unit and a positioning printing unit, the command unit is used for exchanging data information with the outside, the positioning printing unit is used for adjusting the position of the flexible circuit board and carrying out corresponding printing, and the control unit is used for respectively controlling the command unit and the positioning printing unit; the drying device comprises a transferring unit and a heating unit, the heating unit is used for the printing ink drying of the flexible circuit board, and the transferring unit is used for transferring the flexible circuit board; and the flexible circuit board is spooled in the transferring unit of the drying device by virtue of the spool-in device, the printing ink drying is realized in the process that the flexible circuit board is transferred by the transfer unit, and then the flexible circuit board is spooled out by the spool-out device.

The invention discloses a positioning device for assembling heat-dissipating fin plates of an evaporator, which includes a workbench, the four corners of the bottom of the workbench are fixedly connected with feet, and partitions are arranged between the feet, and the partitions are horizontally arranged on the workbench Vertically below, the workbench is provided with a vertical through hole, the inner walls of both sides of the vertical through hole are provided with rail slide grooves, a positioning cylinder is arranged in the vertical through hole, and the outer wall of the positioning cylinder is provided with a There is an annular groove and a track slide is set on the rotating sleeve. The two sides of the track slide extend into the track chute respectively, and the top and bottom corners of the track slide are equipped with pulleys. The top of the positioning cylinder is an opening. structure, and the inner wall of the positioning cylinder is provided with several fin placement grooves arranged at equal distances, and the bottom of the positioning cylinder is provided with round holes. The invention saves manpower, improves production efficiency, ensures positioning effect, improves safety, and satisfies people's use requirements in production and life.

The invention discloses a double-edge hot-rolling spring forming mechanism. Double-rail design is adopted, a heated column body is positioned, and production efficiency is improved. The mechanism comprises heating components and torsion components, wherein each torsion component comprises two rails which are arranged in parallel, and sliding brackets arranged on the rails; each sliding bracket isprovided with a rotating plate; each rotating plate is provided with a main shaft and a positioning bolt; and the rotating plates are independently driven through two motors or are subjected to transmission driving through one motor. The mechanism also comprises positioning components arranged between the heating components and the torsion components. Due to the arrangement of the two parallel rails and the sliding brackets arranged on the rails, two rotating plates capable of simultaneously rotating can be simultaneously in the presence, i.e., two groups of heating components which are correspondingly arranged can simultaneously produce two springs, production efficiency is high, in addition, the positioning components are arranged between the heating components and the torsion componentsso as to stabilize the position of the column body, manual positioning does not need to be carried out by manual work, an operation risk is greatly lowered, and production efficiency is improved.

The invention provides a device for continuously printing and drying flexible circuit boards. The device comprises a winding device, a printing device, a drying device and an unwinding device, two ends of a flexible circuit board are respectively wound on the winding device and the unwinding device, the winding device and the unwinding device can respectively wind at least two rolls of flexible circuit board side by side into the printing device and the drying device in sequence, the printing device is provided with a command unit, a control unit and a positioning printing unit, the command unit is used for exchange data information with the outside, the positioning printing unit can accommodate at least two rolls of flexible circuit board side by side and can adjust the positions of the flexible circuit boards for carrying out corresponding printing, the control unit is used for respectively controlling the command unit and the positioning printing unit, the drying device comprises atransmission unit and a heating unit, the transmission unit can transmit at least two rolls of flexible circuit board into the heating unit side by side so that ink on the flexible circuit boards aredried.