2results about How to "Save connection space" patented technology

The utility model relates to a connector device capable of reducing connection space, and belongs to the technical field of battery connectors. The device comprises a wiring terminal, a conductive nut and a pressing rivet nut, a bent strip main body of the wiring terminal is laterally provided with a wire interface connected with a first wire, the bottom of the wiring terminal fixes a fuse and the pressing rivet nut through a bolt, and the pressing rivet nut is connected with a second wire. Through the integrated design of the bending structure of the wiring terminal and the fuse and the nut, the vertical layout of the two wires is realized, and the occupation of the transverse space is reduced by more than 50%. The device solves the problem of insufficient wiring space of the upper sealing cover of the sodium battery due to limitation of the bending radius of the lead, improves the space utilization rate and the connection reliability, and reduces the risk of short circuit through partition protection of the insulating layer.

This utility model provides a motor clip, relating to the field of fan technology. It includes a clip body with a stepped opening or a through hole. A connecting shaft can pass through the stepped opening or the through hole, and its two ends are detachably connected to the fan blade structure and the brushless motor, respectively. The motor clip can provide two different forms of clip bodies, allowing for flexible selection of the specific form based on actual usage requirements. For fan blade structures with protruding connecting posts, a clip body with a stepped opening is preferred, as the stepped opening can accommodate the connecting post, shortening its length and effectively saving connection space. For fan blade structures with relatively flat joints, the through hole structure is simpler, facilitating assembly, storage, and transportation. The detachable connection makes disassembly and assembly easier, allowing for more flexible packaging and placement during storage and transportation.