4results about How to "Prevent overturning" patented technology

This utility model discloses a double-sided heating melting device for adhesive blocks, including a frame and a heat conduction system mounted on the frame. A melting tank is provided on the frame. The heat conduction system includes a first heating component and a second heating component. The first heating component is adapted to heat and melt the bottom of the adhesive block and convey the melted adhesive to the coating device. The second heating component is located at the outlet of the melting tank. This utility model, by placing a second heating component at the outlet of the melting tank, heats the bottom and sides of the resin respectively through the first and second heating components, enhancing the melting capacity, ensuring the resin melts and is used as soon as possible, and preventing the resin from tipping over the baffle when reaching the resin outlet, thus affecting the normal operation of the entire device.

This utility model relates to the field of kitchen utensils, and specifically discloses a pot support and stove. The pot support includes: multiple corner pieces and multiple anti-slip components; the anti-slip components are pivotally connected to the upper ends of the corner pieces in a vertical plane; each anti-slip component includes a body, a first support portion, and a second support portion; the first support portion is located at the inner circumferential end of the body and protrudes upward from the body, the second support portion is located at the outer circumferential end of the body and protrudes upward from the body, the second support portion is elastically extendable and retractable relative to the body, and the pivot point of the anti-slip component relative to the corner pieces is located on the body between the first support portion and the second support portion. This pot support, through its pivotable anti-slip components, effectively prevents pots from slipping when placed on the pot support.

A frameless car door C-pillar sealing strip upper corner, C-pillar sealing strip assembly, and vehicle are disclosed, relating to the field of vehicle body structure technology. The C-pillar sealing strip upper corner includes: a corner body having a top surface corresponding to the roof direction and an outer surface corresponding to the side of the vehicle; a water-blocking lip protruding from the inner, rear, and outer sides of the top surface to block water from flowing towards the rear and roof direction on the top surface; and a water guide channel disposed on the top surface to guide the water blocked by the water-blocking lip from the top surface to the outer surface. When water flows in from the gap between the side trim strip and the rear quarter window trim strip, the water is blocked by the water-blocking lip on the top surface of the corner body, preventing it from flowing towards the rear and roof direction. The blocked water is then guided by the water guide channel to the drainage channel inlet of the C-pillar sealing strip and discharged outside the vehicle along the drainage channel path. By improving the sealing structure at the water inlet and optimizing the water flow path, the water leakage problem of the C-pillar sealing strip assembly is solved at its root.