6results about How to "Save handling time" patented technology

The utility model provides a kind of track fastener oiling device in the technical field of track fastener oiling, including oiling frame and power frame, the tail end of oiling frame is detachably movably connected with the front end of power frame, the bottom four corners of oiling frame are distributed with four first track wheels, the left and right sides of oiling frame are each equipped with extension frame, the bottom of extension frame is each equipped with multiple proximity sensors, oiling frame is equipped with oiling assembly, oiling assembly includes multiple oil nozzles, multiple oil nozzles are symmetrically distributed on the extension frame of the two sides of oiling frame, two pumps are also installed on oiling frame along the symmetric distribution of oiling frame middle part;The bottom four corners of power frame are distributed with four second track wheels, power assembly is installed on power frame, power assembly drives device to walk by itself, oiling is carried out by automatic detection by pump and proximity sensor, the track fastener on the left and right sides of two tracks can be simultaneously oiled, oiling efficiency is greatly improved, and the labor intensity of operator is reduced.

This utility model provides an auxiliary device for welding plastic water pipes, including a frame. A movable welding frame is provided on the top of the frame. A movable frame and a front support are symmetrically provided on both sides of the welding frame. The front support is arranged between the movable frame and the welding frame. The movable frame and the front support are movably arranged on the top of the frame. A detachable ball bearing support is provided on the movable frame and the front support. The ball bearing support facilitates the movement of the pipe above it. This auxiliary device for welding plastic water pipes, by setting up a movable movable frame, a front support, and a welding frame, and cooperating with a servo motor driven screw transmission system, realizes automated pipe docking and welding positioning, greatly reducing manual intervention. The design of the ball bearing support facilitates smooth movement of the pipe on the device. After welding, it can be directly transported to the next process, eliminating the manual handling link, significantly saving handling time, and improving production efficiency.

This application discloses an in-memory computing chip, comprising multiple blocks connected by an on-chip network. Each block includes an in-memory computing module and a vector processing module. The in-memory computing chip is used to obtain the number of attention heads according to the configuration parameters of the network model, and to store the attention weights of the neural network in the in-memory computing modules of multiple blocks according to the number of attention heads. Each in-memory computing module stores all types of attention weights. The input data is convolved with the attention weights to obtain multiple feature vectors, each feature vector including multiple feature vector matrices. One of the multiple feature vector matrices corresponding to each feature vector is sent to the vector processing module of each block for multi-head attention operation to obtain multiple attention head matrices. This application also provides an operation method for the in-memory computing chip, which can realize multi-head parallel operation of the attention mechanism, improve computational efficiency, and reduce the latency of the inference process.

The utility model discloses an automatic carrying mechanism of ES fiber preparation relates to ES fiber preparation auxiliary equipment technical field, and the utility model discloses a conveyor is equipped with the floor sticking one side, the floor sticking top surface is equipped with pull mechanism, the pull mechanism includes the fixed plate of fixed connection in the floor sticking top surface, the fixed plate one side is equipped with the rotary column, the fixed plate one side is equipped with servo motor, the rotary column outside surface is fixedly connected with the baffle, the rotary column outside surface is wound and is connected with the steel wire rope, the floor sticking top surface clamping inlay sliding connection has the carrying box, be equipped with pull mechanism through the setting, and servo motor drive rotary column rotates, and the rotary column drives the steel wire rope on winding, and the steel wire rope pulls the carrying box and slides on the floor sticking, and this automatic pulling mode replaces manual carrying, can fast, continuously with carrying box moves to the specified position, and the carrying time is greatly shortened.

This application provides a wafer cassette transfer device for a vertical furnace, comprising: a support platform for receiving wafer cassettes transported by an overhead crane; a telescopic arm including a first robotic arm and a second robotic arm rotatably connected, the extension length and angle of which are adjusted in the telescopic direction of the support platform, and retracting vertically into the space below the support platform when the support platform is extended; the lifting end of the first robotic arm is connected to a lifting mechanism, which drives the telescopic arm to move up and down in the lifting direction to lift the wafer cassette from the support platform; the clamping end of the second robotic arm is provided with a clamping mechanism to clamp the wafer cassette placed on the support platform; and a wafer cassette detection mechanism is located at the front end of the support platform along the extension direction and extends into the periphery of the target position inside the vertical furnace. The telescopic design of the telescopic arm reduces the floor space required, improves safety through sensors, and is applicable to different types of wafer cassettes, improving transmission efficiency and offering strong adaptability.

The application provides an electronic component gull leg forming method and relates to the technical field of electronic component manufacturing technology, and comprises the following steps: S1, degumming: precisely positioning the electronic component product by using a frame, setting a glue punching upper cutter above the positioned product, and being equipped with a glue punching lower cutter below, and removing the glue body remaining around the plastic encapsulation body by controlling the glue punching upper cutter and the glue punching lower cutter to cooperate with each other. The electronic component gull leg forming method integrates multiple operations such as degumming, cutting and forming in one process, reduces the process conversion and material handling time in the production process, greatly improves the production efficiency, reduces the production cost, accurately calculates the leg cutting length, controls the timing action of the mold, and adopts the special design of the forming unloading guide block and the flattening mechanism, so that the key parameters such as the leg cutting length, the bending angle and the lead end shape of the gull leg can be accurately controlled.