5results about How to "Realize automatic start and stop" patented technology

This invention provides a stacker crane for aisle storage, including a traveling base beam and a stacking device on the traveling base beam. A buffer device is also provided on the traveling base beam, and an adjustment device is installed at the outer end of the buffer device. The buffer device includes a buffer frame on the traveling base beam, with multiple sets of buffer crossbeams fixedly connected to both sides of the buffer frame, defining multiple buffer levels distributed vertically within the buffer frame. Buffer plates are fixedly connected to the multiple sets of buffer crossbeams, and multiple sets of goods are placed on the buffer plates. A conveying component is provided on the buffer plates, and scanning components are provided on the multiple sets of buffer crossbeams. A contact component is provided at one end of each set of buffer crossbeams. This invention improves storage and retrieval efficiency through multi-level buffering and path optimization, achieves real-time monitoring and automatic correction of goods status through intelligent scanning and pressure sensing fusion, and completes high-precision automatic docking based on laser ranging and electromechanical linkage. Ultimately, it constructs a highly efficient, reliable, and fully automated intelligent warehousing and stacking system.

This invention discloses a reactor for the remediation of carbon and nitrogen metabolism in lake water under low-oxygen conditions. When the riser pipe is filled with water, the water tank, riser pipe, and drain pipe can form a siphon effect. Through the sludge suction port, sludge from the bottom of the reaction chamber is first pumped into the water tank, then raised to the top of the riser pipe, and finally discharged out of the water tank through the drain pipe. The siphon effect can enhance the suction force of the sludge suction port. When the siphon is started, the air-sealing ring first descends to close the air inlet, and then the piston rises. At this time, the one-way diaphragm closes. As the piston rises, the water in the water tank is pushed into the riser pipe by the piston, thereby expelling the air in the riser pipe from the drain pipe, thus starting the siphon. When the piston descends, the one-way diaphragm opens upward to prevent the piston's descent from interfering with the siphon process. When the siphon is stopped, the air-sealing ring rises to allow air to enter the riser pipe, thereby breaking the siphon. Through the cooperation of the air-sealing ring and the piston, the siphon effect can be automatically started and stopped, facilitating the control of the cleaning work.

The utility model relates to the technical field of bearing ring detection devices, in particular to a bearing ring detection device for a heat treatment production line. And the U-shaped plate is fixedly installed on the top of the base, a fixing plate is fixedly installed on the open side of the U-shaped plate, and the fixing plate is fixedly installed on the top of the base. The intermittent meshing of the incomplete gear and the gear is controlled by the driving motor, and automatic start and stop of a plurality of to-be-detected bearing rings during conveying can be realized, so that when the bearing rings move, the detection plate can be far away from the to-be-detected bearing rings, otherwise, when the bearing rings stop, the touch switch is turned on, the electromagnet is electrified to repel the magnetic block, and the bearing rings are automatically detected. According to the bearing ring detection device, the detection plate is made to make contact with the to-be-detected bearing rings, at the moment, under measurement of the laser range finder, the effect of automatically and continuously detecting the multiple bearing rings can be achieved, and the detection efficiency of the bearing rings is improved.

The utility model provides an automatic drainage device of an air pump, and relates to the technical field of drainage devices. An inlet pipe is arranged at the lower left position of the air pump machine, the inlet pipe is connected with the top position of a limiting pipe, a conical groove is formed in the lower position in the limiting pipe, a Y-shaped frame is arranged at the lower middle position in the limiting pipe, and a telescopic sensor is fixedly installed in the middle position of the bottom of the Y-shaped frame. When the water level rises to a set height, the floating ball rises to push the plug piece to be separated from the conical groove, the drainage channel is opened, and the air pump is started; when the water level drops, the spring piece resets to drive the plug piece to close the channel, the air pump machine is switched off synchronously, and manual intervention is not needed. The problems that an existing traditional drainage device usually needs to manually monitor the water level and manually start and stop equipment, the automation degree is low, drainage is not timely or excessive, and the applicability and reliability of the device are poor due to the fact that the water level threshold value for triggering drainage cannot be flexibly adjusted according to the water level height requirements of different scenes are solved.

The invention discloses a short-circuit protection testing device and system. The device comprises a main control unit, a relay, a contactor and a communication unit, the relay is electrically connected with the contactor; the relay, the contactor and the communication unit are electrically connected with the to-be-tested equipment respectively; the main control unit is used for controlling on-off of the relay according to the test time sequence; after the relay is closed, the to-be-tested equipment operates under a target working condition, and the contactor controls one field-effect tube of the to-be-tested equipment to be short-circuited so as to realize short-circuit protection test; the communication unit is used for inquiring and sending the current state of the to-be-tested equipment to the main control unit, so that the main control unit determines whether the to-be-tested equipment breaks down or not according to the current state, and the test process is ended when the to-be-tested equipment breaks down. According to the scheme, on-off of the relay can be controlled based on the test time sequence, so that automatic start and stop of test are realized, and equipment damage caused by long-time test is avoided; meanwhile, real-time monitoring of the equipment state can be achieved before testing or in the testing process, invalid testing is avoided, and the testing efficiency is improved.