3results about How to "Avoid balance" patented technology

The utility model belongs to bicycle lighting technical field, specifically disclose a kind of bicycle safety tail light with radar monitoring and camera function.The utility model includes tail light body, the side of tail light body is equipped with monitoring component and warning component, monitoring component includes camera module and radar module, camera module and radar module are used to real-time monitoring bicycle rear road condition, warning component includes lampwick and COB light source, the side of tail light body is equipped with lens body, through radar module in monitoring component real-time acquisition rear 200m vehicle data and synchronous code table, let rider can perceive incoming car without turning back, avoid distraction and imbalance, and through camera module whole process record road condition, can provide evidence for accident and be used for sharing, simultaneously through warning component through 300LM highlight flickering light and high-transmittance lens, form wide-angle warning range at night or in bad weather, let rear vehicle clearly see rider, make it concentrate on riding, guarantee safety.

The utility model discloses a rotational flow feed liquid distributor, relates to high-speed atomizer component technical field, including main shaft, distribution seat, shell and distribution block, main shaft passes through said distribution seat and distribution block, the distribution seat is equipped with feed inlet and distribution cavity, the distribution seat and distribution block end face attach tightly, the shell is equipped with the feed inlet and the distribution cavity, and the distribution block is equipped with the feed inlet and the distribution cavity. The distribution block is provided with a spiral groove distributed in the circumferential direction, the distribution cavity is communicated with the spiral groove, the other end face of the distribution block is provided with a tightening nut used for fastening, and the shell, the distribution block and the tightening nut form a flow channel. The technical problem to be solved by the utility model is to provide the rotational flow feed liquid distributor which improves the blanking uniformity, effectively reduces the impact force and enhances the operation stability and reliability.

This utility model relates to a novel heat-resistant glove for moxibustion, comprising a glove surface layer, an inner filling of expanded graphite heat-insulating felt, a composite non-woven fabric at the bottom of the expanded graphite heat-insulating felt, an organosilicon rubber sponge layer at the bottom of the composite non-woven fabric, a fiberglass mesh at the bottom of the organosilicon rubber sponge layer, and a first rubber pad fixedly connected at equal intervals at the bottom of the glove surface layer. The beneficial effects of this utility model are that the multi-layered structure forms a multi-composite heat insulation system, improving heat protection capabilities from the dimensions of blocking, buffering, and filtering, effectively resisting the high temperatures of moxibustion and protecting the skin of the hands. The first and second rubber pads reinforce protection for the high-temperature areas at the bottom of the glove, enhancing local heat protection performance, meeting the needs of moxibustion operation scenarios, and improving safety. The cooperation of each functional layer ensures heat insulation while improving wearing comfort through the organosilicon rubber sponge layer, achieving a balance between protection and comfort.