8results about How to "Reduce transfer process" patented technology

This invention discloses an integrated stamping, packaging, and receiving device for thin products, comprising a stamping module, a packaging module, and a waste disposal mechanism. The stamping module includes a lower module and an upper module. The lower module has a first channel for a material carrier to pass through, and the upper module has a first punch for punching the raw material into the material carrier. The packaging module includes the material carrier, a feeding track connected to the feeding end of the first channel for moving the material carrier into the first channel, and a discharging track connected to the discharging end of the first channel for moving the material carrier carrying the stamped product out, a heat-sealing mechanism disposed on the discharging track for heat-sealing a cover tape onto the material carrier carrying the product, a receiving mechanism for winding the heat-sealed material carrier, and a first feeding mechanism disposed between the heat-sealing mechanism and the receiving mechanism for feeding the heat-sealed material carrier toward the receiving mechanism.

This utility model relates to the field of non-ferrous metal metallurgy technology and discloses a mixing tank for sponge titanium raw materials. The mixing tank includes legs fixedly connected at equal intervals on both sides of its bottom. A discharge pipe is installed on both sides of the bottom of the mixing tank, and a valve is installed on the outer wall of the discharge pipe. A mixing component is installed on the top of the mixing tank. This utility model, by setting up the mixing component, can mix sponge titanium raw materials. In conjunction with a crushing and dust removal component, it achieves continuous crushing and mixing. The raw material enters the mixing hopper, and a motor is started to drive a stirring rod to mix the material in the mixing hopper. Simultaneously, a pulley and a belt drive pulley and stirring rod to rotate, opening the solenoid valve and allowing the material to fall into the mixing tank for further mixing. This continuous crushing and mixing reduces transfer steps, saves mixing cycles, and improves production efficiency, thereby achieving the desired mixing effect.

The invention relates to the technical field of bearing assembling, and discloses a bearing assembling device which comprises a bearing platform, a plurality of ball falling pipes and a plurality of ball receiving groove bodies which are evenly distributed in a circular arc shape. The lower side of the bearing platform is connected with a fixing shaft, the outer side of the fixing shaft is provided with a plurality of swing rods corresponding to the ball receiving groove bodies, the tail ends of the swing rods are supported on the lower sides of the ball receiving groove bodies, the middles of the swing rods are connected end to end through a plurality of hinged connecting rods, the swing rod at the head end is fixedly connected with the fixing shaft, and the other swing rods are hinged to the fixing shaft. One end of each connecting rod is hinged to the corresponding swing rod, the other end of each connecting rod is hinged to the corresponding sliding block of the adjacent swing rod, and a circular-arc-shaped through hole allowing the ball receiving groove body to move is formed in the bearing platform; the swing rod and the connecting rod are folded into a fan shape and unfolded into a circle, ball separation is achieved through the ball receiving groove body without being affected by the diameters and gaps of the balls, the balls are directly separated at the ball placing station, irregular dispersion of the balls is avoided, the ball separation process is stable and free of impact, the balls cannot be damaged, and the structure is compact.

The application discloses a cage type cast aluminum rotor defect detection device and method, and belongs to the cast aluminum rotor defect detection field, including a test table, a magnetic field generating unit, a rotor clamp unit, a defect monitoring device and a constant temperature control system are arranged on the test table; the principle of locked-rotor experiment is used to detect the cast aluminum rotor bar defects, the stator winding temperature is monitored in real time through the constant temperature control unit temperature sensor, when the temperature exceeds the preset threshold value, the cooling assembly is started, the temperature is stabilized in the target range, the winding resistance is maintained constant, the current change is ensured to be caused by the rotor defect, not the temperature fluctuation, thereby the detection accuracy is improved, in the batch detection of the rotor assembly line, if the temperature is not controlled, continuous detection of multiple rotors can cause the winding temperature to gradually increase, the resistance change accumulates, and finally the current reference deviates from the initial value. The constant temperature control unit itself ensures that the detection environment of each rotor is consistent through real-time cooling, and accumulation error is avoided.

The utility model relates to filling device technical field especially for automatic filling device based on piperacillin sodium and tazobactam sodium medicine powder for injection, including conveying line and support drive package, support drive package one end installs the storage component, the inboard of storage component is installed and is smashed and is unloaded component, and the storage component includes storage shell, and the upper end fixed connection of storage shell has the unloading cylinder, and the upper end of storage shell is opened and has the discharge hole, and the lower end fixed connection of storage shell has the guide plate, and the smashed and unloaded component includes drive motor, and the drive motor main shaft end fixed connection has first extension shaft, and first extension shaft outside fixed connection has eccentric wheel and crushing knife, and the second extension shaft is installed to the crushing knife through the clutch, and second extension shaft outside fixed connection has spiral blade, in the utility model, the device can effectively solve the caking problem of medicine powder because of hygroscopicity, ensure the uniformity of medicine powder to realize the high accuracy ration filling, guarantee the consistency of medicine quality.

This invention discloses a load latch cavity, a wafer transfer preprocessing method, and semiconductor process equipment. The load latch cavity, located between the equipment's front-end module and transfer module, includes: a wafer carrier; a heating assembly for preheating the wafer to be transferred to the transfer module; an alignment and identification assembly for identifying the wafer's orientation; and a rotation mechanism connected to the wafer carrier for rotating the wafer according to its orientation during the preheating process. This invention reduces redundant transfer steps, optimizes the wafer transfer path, thereby shortening the pre-loading time of a single wafer, improving the wafer supply capacity to the back-end reaction chamber, and significantly increasing equipment capacity to meet the demands of high-efficiency mass production.

The application discloses an adaptation method and device, equipment and medium, and relates to the technical field of computers. Compared with the adaptation mode of adding adaptation information of a bus interface device in boot system code, the boot system of the server in the method provided by the application realizes adaptation of the bus interface device by using information of a configuration file, the code of the boot system is not modified, that is, the device adaptation and the code of the boot system are decoupled, so that the adaptation no longer depends on modification of the boot system code, but adaptation information is provided by the configuration file, and the boot system only needs to adapt the bus interface device according to the information of the configuration file. Since the period of file modification is less than the period of boot system version upgrade, the adaptation process is shortened, and the adaptation efficiency is improved. Compared with the upgrade of the boot system itself, the file can be flexibly adjusted, the transmission process from the research and development end to the customer group is greatly reduced, and better maintainability is provided.

The application discloses a content uploading method, a wearable device and a storage medium, and relates to the technical field of wearable devices. The method comprises the following steps: after receiving an interaction instruction, acquiring collected image data; extracting text information in the image data to obtain text data, and selecting at least one first index for evaluating the quality of the text data; acquiring or setting a decision rule corresponding to the first index, and deciding an uploading mode according to the decision rule and the first index, wherein the uploading mode is uploading text or uploading an image; and uploading corresponding data to a target device according to the uploading mode, so that the target device executes the interaction instruction based on the received data. The application reduces the invalid image transmission process and reduces the data transmission power consumption.