3results about How to "Will not cause interference" patented technology

A radial material screening device and method are disclosed, relating to the technical field of material screening devices. The device includes a primary screening mechanism, a secondary screening mechanism, a screening channel, and a screening aperture control unit. The secondary screening mechanism includes a wheel-type sieve aperture inner diameter control unit, which is equipped with an elastic mimicry insert. The method includes screening out waste materials exceeding the upper and lower limits, and directionally dropping materials that meet the specified dimensions. This invention effectively solves the problem of poor adaptability of existing radial screening devices, which cannot be matched with automated production lines and affect subsequent processes. Through this invention, radial screening of materials can be achieved, removing waste materials exceeding the upper and lower limits, ensuring that the screened materials are fully free of impurities. Therefore, it will not interfere with subsequent automated production lines and can greatly improve the working efficiency of the entire production line.

This utility model discloses a double-groove bracket, including a bracket metal body and a first plastic layer. At least one first metal groove is provided on the front side of the bracket metal body. The first plastic layer is injection molded onto the edge region of the front side of the bracket metal body, so that a plastic groove is formed in the center of the first plastic layer. Several second partition strips are provided within the plastic groove, dividing the first metal groove into several independent groove regions. An LED blue light chip is fixed in one of the groove regions, and phosphor is laid in the groove region corresponding to the LED blue light chip. The remaining groove regions only have LED chips fixed in them. This utility model can both excite phosphor to emit white light using an LED blue light chip and generate white light by mixing LED chips of various primary colors. In this way, different light emission methods can be selected for different scenarios with low and high color temperatures, effectively improving the energy efficiency of the LED lighting system.

This invention relates to the field of automotive component structure technology, specifically to a high-braking lamp mounting structure and disassembly method. It includes a trunk lid and a high-braking lamp. The trunk lid comprises an inner panel and an outer panel. When the trunk lid is closed, the outer panel has a mounting groove recessed downwards in the Z direction at its X-axis front end. The high-braking lamp is mounted within the mounting groove, and when the trunk lid is closed, the X-axis front end of the high-braking lamp connects to the X-axis rear end of the rear windshield. A fixing structure for securing the high-braking lamp within the mounting groove and an arrangement structure for facilitating the installation of wiring harnesses on the high-braking lamp are provided between the inner panel, outer panel, and high-braking lamp. The high-braking lamp mounting structure of this application is very simple. The high-braking lamp is located outside the rear windshield, unobstructed, easy to install and disassemble, increases the storage capacity of the rear cargo area while increasing the luminous area of ​​the high-braking lamp, and has significant potential for widespread application.