8results about How to "Improve locking efficiency" patented technology

The application relates to an invasive brain-computer interface surgical robot system and relates to the technical field of implantable brain-computer interfaces, which comprises a flexible electrode assembly, a multi-needle implant unit, a synchronous positioning driving unit and an implant planning control unit; the flexible electrode assembly comprises a plurality of flexible electrode wires; the multi-needle implant unit comprises a female needle and a plurality of male needles, and the plurality of male needles are connected with the plurality of flexible electrode wires respectively; the synchronous positioning driving unit comprises an open guide rail and a plurality of driving modules, the plurality of driving modules are arranged on the open guide rail, the open end of the open guide rail provides an avoiding space, and each driving module carries a group of multi-needle implant units; the implant planning control unit is communicatively coupled with the synchronous positioning driving unit, is used for planning a plurality of implant target points, and controls the action of the synchronous positioning driving unit. The application is favorable for realizing efficient and accurate implantation and visualized evaluation of high-throughput flexible electrodes, and significantly improves the efficiency, accuracy and safety of the invasive brain-computer interface surgery.

The invention discloses a roller washing machine locking device and a locking method, the roller washing machine locking device comprises a plurality of first mounting racks, a conveying mechanism used for conveying roller washing machine racks is arranged below the first mounting racks, and each first mounting rack is provided with a plurality of locking mechanisms used for locking a roller washing machine; an X-axis transverse moving module used for horizontally and transversely moving the locking mechanism in the X direction is further arranged on the first mounting frame, a camera support is further arranged above the first mounting frame, and a positioning detection camera used for positioning the locking holes is arranged on the camera support. According to the structure, the multiple first mounting frames are arranged, the multiple locking mechanisms are arranged on each first mounting frame, and the X-axis transverse moving module is matched, so that multi-position simultaneous locking is achieved, and the locking efficiency is greatly improved.

The utility model relates to a lock catch equipment technical field especially, it relates to a luggage lock catch, it includes hook seat, lock seat and lock cover. The hook seat is provided with the clasp, and the lock seat is provided with the lock core. The lock cover includes the press cover, the clamping piece of setting in the press cover one end and the fixed part of setting below the press cover. Clamping piece and clasp card set connection, the one end of fixed part is close to clamping piece and is hinged to lock seat connection, and the other end of fixed part is hinged to the other end of press cover away from clamping piece. The lock core is used for fixing fixed part. Press cover, clamping piece, fixed part are integrally arranged, and the assembly is more convenient. When locking, directly press press cover can be in clamping piece card in clasp, fixed part and lock core accurate alignment simultaneously, and the operation is simple, and the locking efficiency is higher. Moreover, when needing to open, first, fixed part and lock core are unlocked, then directly pull press cover and can easily separate clamping piece and clasp, open press cover and fixed part, save time and effort.

The invention relates to the technical field of injection molds, and discloses an anti-dislocation locking mechanism for double guide rings of an injection mold, the anti-dislocation locking mechanism comprises an injection fixing mechanism and an injection driving mechanism, the injection fixing mechanism and the injection driving mechanism are respectively mounted at the driving end of an injection device, and the inner wall of the injection fixing mechanism is connected with the anti-dislocation locking mechanism. According to the invention, through the anti-dislocation locking mechanism and the precise matching of a guide sleeve, a positioning gear ring, a positioning gear and a linkage mechanism, the precise and rapid positioning of a guide column in a guide hole is realized, and the dislocation of the mold caused by vibration or external force in the injection molding process is effectively prevented; the injection molding precision and stability are obviously improved; the generation of defects such as burrs is reduced, so that the defective rate is reduced, and the overall competitive product rate of products is improved; and due to stable locking, unnecessary abrasion of the mold in the injection molding process is reduced, the service life of the mold is prolonged, and the frequency and cost for replacing the mold are reduced.

The present application relates to injection mold technical field, disclose a kind of injection mold double-guide ring's mistake-proof locking mechanism, including injection fixed mechanism and injection drive mechanism, the injection fixed mechanism and injection drive mechanism are respectively installed in the drive end of injection device, the inner wall of the injection fixed mechanism is connected with mistake-proof locking mechanism, the injection fixed mechanism includes injection fixed die, the present application is through mistake-proof locking mechanism, utilize the precision fit of guide sleeve, positioning tooth ring, positioning gear and linkage mechanism, the accurate and rapid positioning of guide column in guide hole is realized, effectively prevent the mold misplacement caused by vibration or external force in injection molding process, significantly improve injection precision and stability;It reduces the generation of burr and other defects, thereby reducing the rate of defective products, improve the overall product quality rate;Stable locking reduces unnecessary wear of mold in injection molding process, prolongs the service life of mold, reduces the frequency and cost of replacing mold.

The utility model relates to battery technology field especially relates to a battery assembly is with self -adaptation lock screw device, including base, support plate, product placing seat, battery pack, BMS, battery cover and support frame, two support plates are fixedly connected on the base, product placing seat is fixedly connected on the base, the battery pack is placed on product placing seat, is provided with BMS on the battery pack, support frame is fixedly connected on the base, the battery cover is placed on support frame. Through the rotation push rod drive fixed link and connecting rod rotation, the connecting rod rotation extrude second mount pad and move to right, second mount pad and drive third mount pad, feeding plate, two sliders and two fixed blocks move to right while moving to right, the feeding plate removes and moves the nut in the placing groove to the battery cover, can make the nut and the installation hole on the battery cover automatic alignment in this way, and then can not need manual positioning bolt hole, thereby avoid the nut to fall into the battery pack and cause damage to it when artificial installation.

This application belongs to the field of energy storage equipment, specifically providing an energy storage shell and an energy storage device. The energy storage shell includes a shell body, a shell cover, and a locking structure. The upper end of the shell body is provided with an opening and several limiting blocks. The shell cover is connected to the upper end of the shell body and can close the opening. The locking structure includes a first driving member, a transmission disc, and several locking pins. The first driving member passes through the shell cover and is rotatably connected to the shell cover. The transmission disc and locking pins are located inside the shell cover. The transmission disc is fixedly connected to one end of the first driving member located inside the shell cover. The locking pins are slidably connected to the shell cover, and each locking pin corresponds to one of the limiting blocks. One end of each locking pin is slidably hinged to the transmission disc. The rotation of the transmission disc can drive all the locking pins to slide synchronously, so that the other end of the locking pins selectively abuts against the limiting blocks. In this solution, one first driving member can simultaneously drive multiple locking pins, effectively improving the locking / unlocking efficiency between the shell cover and the shell body.

The utility model relates to a kind of earphone sleeve of sponge of horn mouth shape, belong to earphone sleeve technical field. Including earplug main body, the earplug main body is equipped with the sound amplification part for amplifying sound, the sound amplification part is located at the top of earplug main body and is horn-shaped, the axial through-hole that is penetrated with sound amplification part is equipped in the earplug main body, the earplug main body outside is equipped with annularly arranged memory sponge.The utility model provides a kind of earphone sleeve of sponge of horn mouth shape, by horn mouth sound amplification part and hard smooth surface design, improve high-frequency sound quality resolving power, reduce distortion;Memory sponge dynamically adapts ear canal, with anti-skid protrusion, enhance wearing stability and comfort degree;Anti-blocking component effectively blocks foreign matter, water barrier protects electronic component;Sound amplification part design substantially improves sound pressure level, accurately guide low-frequency energy, improve sound field positioning, solve the existing earphone sleeve sound quality turbid, wear unstable and other problems, improve user experience.