3results about How to "Large assembly space" patented technology

The invention provides an assembling and adjusting system and method for an overall assembly station. The system comprises a general splicing frame, a side wall robot, a top cover robot, a first visual positioning device, a second visual positioning device and a controller. Through the first visual position measuring device and the second visual position measuring device, monitoring of all-station feature points is achieved, the detection precision is improved, non-contact measurement is achieved, and therefore the assembly space is saved. The position space of the side wall robot and the top cover robot is increased, and due to the fact that an original top cover righting mechanism or a main clamp shields a large number of welding tongs channels, many welding spots need to be transferred to a repair welding line or a follow-up station. And through real-time detection and adjustment, the stability of the assembly size is improved, and the assembly quality is guaranteed. Due to the fact that whole-course assembly achieves automation, off-line measurement time is shortened. A top cover station and a side wall station are combined, one station is reduced, and the utilization rate of the robot is increased.

The utility model discloses a kind of micro line pair board vertical female connectors for power battery, it includes female casing and male terminal, terminal hole is equipped in female casing, male terminal is worn in terminal hole and stretches out in the tail end surface of female casing;Male terminal includes vertical part and horizontal part, ladder is equipped in vertical part and horizontal part corner position inboard, ladder is in convex state;Avoid welding mouth is equipped in horizontal part bottom surface.Such can increase stability and structural strength, so that male terminal is not easy to break off.And when using mechanical equipment to assemble terminal and shell, ladder structure can play the role of stop.

This invention belongs to the field of battery technology, specifically disclosing a battery cell housing and a battery cell. The battery cell housing includes two housing parts, each housing part including a first encapsulation part and two second encapsulation parts. The two second encapsulation parts are symmetrically arranged about the first encapsulation part, and are arranged at an angle to the first encapsulation part. The two opposing second encapsulation parts in the two housing parts are inclined in a direction away from each other. Each of the two housing parts has a splicing interface on its side closest to each other, and the two splicing interfaces are welded together. The two housing parts together form a battery cell housing with a specific shape structure. Therefore, irregular installation space in the car floor or other electrical devices can be rationally utilized, while avoiding other components in the car floor or other electrical devices, resulting in high space utilization. This invention also provides a battery cell, including the above-described battery cell housing.