4results about How to "Accelerate escape" patented technology

This utility model relates to a high-efficiency heat dissipation vehicle display screen, including a display module, a frame, and a flexible heat-conducting component. The display module is disposed inside the frame, and a gap exists between one side of the display module and the frame. The flexible heat-conducting component fills the gap and is in close contact with the display module and the frame to conduct heat from the display module to the frame. This utility model can quickly conduct heat from the edge of the display module to the frame, improving the user experience and extending the lifespan of the display module.

The present application is suitable for the technical field of textile manufacturing, and provides a garment anti-static treatment method, comprising the following steps: water washing: placing the garment in a drum washing machine, adding a water washing working solution, setting the temperature to 40-50 DEG C, the rotating speed to 15-20 r / min, the bath ratio to 1:30, and the water washing time to 20-30 min; dehydration; drying, the temperature being 50-90 DEG C; garment absorbing finishing liquid; drying, the temperature being 60-90 DEG C; baking: the temperature being 140-170 DEG C, and the time being 1-3 min; cooling; the present application is helpful for the subsequent anti-static finishing liquid to fully penetrate into the garment material by first water washing and adding a penetrating agent, and then using an anti-static finishing liquid containing a block copolymer of polyethylene oxide and polyethylene terephthalate to finish, introducing an anti-static group and cross-linking reaction with the fiber to form a reticular cross-linked polymer, reducing the friction coefficient of the fabric, reducing the fiber surface resistance, accelerating the dissipation of static electricity, so as to achieve the effect of reducing static electricity.

The application provides a kind of intelligent comprehensive distribution box with fire-fighting system function, and relates to the technical field of distribution box.A kind of intelligent comprehensive distribution box with fire-fighting system function includes distribution box body, the distribution box body includes electrical component box, air inlet end box and air outlet end box, the air inlet end box is provided with bottom end initiative mechanism, the bottom end initiative mechanism includes vacuum pump, two filter cabins, shunt component and plugging component, the air outlet end box is provided with top end initiative mechanism, the top end initiative mechanism includes two current collectors, exhaust fan, dustproof component and elastic component;By vacuum pump, exhaust fan and plugging component, the inside of distribution box body can form smooth air passage for normal use in ventilation and heat dissipation, and also can form closed and vacuum state in the distribution box body, for reducing the oxygen required by open fire and then reducing the probability of open fire formation.

The application relates to a defoaming device and a defoaming system. The defoaming device comprises a defoaming container, a vacuum generator and an ultrasonic generator. The defoaming container is provided with a containing cavity, the air inlet of the vacuum generator is communicated with the containing cavity, the ultrasonic generator comprises a transducing assembly and a vibrating piece, the output end of the transducing assembly and the vibrating piece are located in the containing cavity, and the vibrating piece is connected to the output end of the transducing assembly. The defoaming container of the defoaming device can contain photosensitive glue, the vacuum generator is communicated with the containing cavity of the defoaming container through the air inlet and extracts the gas in the containing cavity. The transducing assembly in the ultrasonic generator can convert electric energy into mechanical energy, the vibrating piece transmits the ultrasonic energy generated by the transducing assembly to the photosensitive glue, the ultrasonic wave generates a cavitation effect in the photosensitive glue, forms tiny bubbles, the acoustic radiation force generated by the ultrasonic wave pushes the bubbles to move and gather, accelerates the bubbles to float and escape, the vacuum generator extracts the escaped gas, and thus the photosensitive glue can be defoamed.