3results about How to "Simplify assembly work" patented technology

This utility model discloses an anti-tilt monitor stand, relating to the field of monitor accessory technology. Specifically, it includes a base, a swing arm, and a tilting arm. The swing arm includes a housing and a slotted frame. The housing is movably fastened to the top of the slotted frame. An adjustable elastic anti-tilt mechanism is installed between the housing and the slotted frame via a connecting component. The front end of the adjustable elastic anti-tilt mechanism is hinged to the inner side of the front end of the housing, while the rear end is hinged to the end of the slotted frame via the connecting component. This utility model utilizes a retractable guide positioning component to guide and position a spring, constructing an elastic reaction mechanism to counteract the load of the monitor stand. Simultaneously, it continuously utilizes the spring's elasticity to counteract the monitor stand's tendency to tilt. This effectively avoids spring misalignment and jamming, achieving smooth angle adjustment operation, preventing wear and abnormal noise during swing arm adjustment, and enabling stable, immediate stopping operation of the monitor stand.

An assembled spiral radiator is characterized in that a plurality of straight pipes (3) which are sequentially stacked and distributed side by side from top to bottom are adopted as metal guide pipes, a plurality of spiral sheet sections (1) are sequentially arranged on the outer wall of each metal guide pipe in the axis direction of the metal guide pipe, and each spiral sheet section (1) is composed of continuous spiral sheets (2) formed on the outer wall of the metal guide pipe in an extrusion mode. The spiral sheets (2) are used as radiating fins; u-shaped connecting pipes (15) are further arranged at the same side ends of each group of adjacent metal conduits, the upper ends of the U-shaped connecting pipes (15) are assembled and connected with the outlets of the metal conduits on the upper side, and the lower ends of the U-shaped connecting pipes (15) are assembled and connected with the inlets of the metal conduits on the lower side, so that all the metal conduits are sequentially assembled, connected and communicated through the U-shaped connecting pipes (15); according to the assembled spiral radiator, a penetrating structure is omitted, meanwhile, manufacturing and assembling are more convenient, assembling work is simplified, and in addition, the guide pipe and the radiating fins are integrally designed.

This application discloses a battery module and a battery pack, belonging to the field of batteries. The battery module includes: a module mounting frame, a connecting strip, and multiple battery cells. The module mounting frame includes: a first mounting frame and a second mounting frame, which are distributed in a first direction and are used to enclose and form at least one assembly chamber. Multiple battery cells are installed in at least one assembly chamber. The assembly chamber formed by the first and second mounting frames provides assembly space for the multiple battery cells. Thus, when installing multiple battery cells in the battery module, the first mounting frame fits onto a portion of the multiple battery cells, and the second mounting frame fits onto another portion of the multiple battery cells, thereby achieving the installation and fixation of multiple battery cells. No squeezing operation is required during the assembly process of the entire battery module, and no steel strips or end plates are needed. This simplifies the structure and assembly work of the battery module and reduces costs.