4results about How to "Fully take away" patented technology

The present invention discloses a purification device for lithium hexafluorophosphate, including a purification tower, a material bulk tray is arranged on the upper part; a multifunctional feeding mechanism, including a feed pipe, the bottom side of which is connected to a guide tray arranged at intervals with the material bulk tray; a material kinetic energy lifting mechanism, including a plurality of ultrasonic transducers evenly arranged on the guide tray; a hot nitrogen gas intake mechanism, including a hot nitrogen gas conduit fixed to the middle part of the purification tower, a plurality of hot nitrogen gas intake pipes are arranged in the middle part of the hot nitrogen gas conduit, and a plurality of hot nitrogen gas injection pipes are arranged in an arc shape on the bottom surface; a collecting hopper is arranged at the bottom of the purification tower, and a plurality of isolation plates are fixed to the outer wall of the collecting hopper, and hot nitrogen gas permeable holes are evenly arranged on the collecting hopper corresponding to the isolation plates. The present invention can effectively enable lithium hexafluorophosphate to be more fully in contact with the circulating hot nitrogen, thereby significantly improving the purification effect of lithium hexafluorophosphate products.

This application relates to the field of power socket technology, and in particular to an intelligent power socket. It includes a socket housing, multiple sockets on the socket housing, and a manual switch. A control mainboard is installed inside the socket housing, and the control mainboard is electrically connected to a WiFi module, a 4G module, and a switching circuit module. The switching circuit module is electrically connected to the sockets, and the 4G module signal is connected to a user terminal carrying an APP. In this application, users do not need to manually perform complex network configurations; the socket can automatically search for and connect to a WiFi network. The 4G module ensures that the socket can still maintain communication with the user terminal, guaranteeing the normal use of remote control functions. Furthermore, users can remotely control the power on / off of specific power ports anytime, anywhere via a mobile APP, facilitating the management of electrical appliances. This solution integrates multi-functional modules, avoiding the limitations of a single-function intelligent socket.

The utility model relates to vacuum coating equipment technical field discloses a cavity cooling device for vacuum coating machine, include: machine cavity and with the door board of machine cavity rotary connection, the side of machine cavity is provided with cooling cavity mechanism, and the bottom surface of machine cavity still is provided with cooling medium circulation mechanism, cooling cavity mechanism includes fixed mounting in the inner layer casing of machine cavity surface. This cavity cooling device for vacuum coating machine, through setting up cooling cavity mechanism in machine cavity surface, utilize cooling cavity mechanism in cooling pipe and surround machine cavity, increased the flowing path of cooling medium in cooling cavity, make cooling medium and inner layer casing contact fully, can take away the heat of coating machine cavity fast, improve the cooling efficiency, and cooling cavity mechanism adopts double -deck shell structure, and the heat conduction performance of inner layer casing is good, and the strength of outer layer casing is high, and the sealing structure is reliable, and the cooling pipe is matched, can effectively prevent the leakage of cooling medium, improve the reliability of equipment.

The utility model discloses a Schottky diode which comprises a Schottky diode body, and the left end of the Schottky diode body is provided with a contact line. The Schottky diode comprises a Schottky diode body and is characterized in that a cooling fin is attached to the bottom of the Schottky diode body, the bottom of the cooling fin extends into the Schottky diode body to form a sliding mechanism, open grooves are formed in the cooling fin at equal intervals, and diversion blocks are fixed in the open grooves of the cooling fin in a staggered mode and arranged in a triangular mode; the cooling fins are made of copper materials, and the flow guide blocks on the cooling fins are made of copper materials. Sliding blocks are fixed to the bottoms of the cooling fins, and the outer ends of the sliding blocks extend into the clamping grooves to form limiting mechanisms. The Schottky diode is provided with the flow guide blocks, and the speed of air in the cooling fins can be reduced through the flow guide blocks, so that the air can fully absorb heat on the cooling fins and the flow guide blocks, and the cooling effect is improved.