The production method of MYOONG battery box
The application of battery box is very common to us, but what are the steps of making the battery box? I believe that many people do not understand, MYOONG Xiaobian today to introduce to you the production method and steps of a battery box, you may wish to take a look if you are interested.
Accessories that need to be prepared: upper shell, several conductive shrapnel, a circuit board, several conductive wires and a lower shell, the upper shell has a front wall, a rear wall, a bottom wall and two side walls. There are several mounting slots on the side walls. There are several clamping slots on the front, back, and side walls. The conductive dome is fixed in the mounting slot. The circuit board is mounted on the outside of the front wall of the upper housing. Each conductive wire is welded to a conductive dome and a circuit board. The lower housing has a front plate, a rear plate, a lower plate and two sides plates. A plurality of clamp strips are convex on the rear plate, and the upper end edge of the clamp strip forms a plurality of card slots with the rear wall. The front plate, the rear plate, the lower plate and the two sides of the plate correspond to the clamping groove of the upper housing and are convex inward, and several clamping wedges are convex inward. The lower housing is sleeved outside the upper housing, and the lower end of the rear wall of the upper housing is clamped in the clamping groove of the lower housing, and the clamping wedge of the lower housing corresponds to the clamping groove of the upper housing respectively. The utility model discloses a battery box adopts snap-on assembly, can make its assembly convenient, and saves cost.
“Recommend”
【editor】:MYOONGCopyright:Reproduced please indicate the source
MYOONGRecommend
RelevantJournalism
- The role of the battery holder in a coin cell battery
- The functional characteristics of MYOONG hardware spring sheet
- The production method of MYOONG battery box
- Letter of commitment to independent and controllable localization of electronic components








