Apparatus and method for distributing interstitial material in battery
A technology of interstitial material and equipment, applied in the direction of secondary batteries, battery pack parts, battery boxes/jackets, etc., can solve the problems of the deformability and adaptability of cooling elements or thermally conductive elements, but not flexibility and flexibility. , to achieve the effect of reducing mechanical stress and shortening process time
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[0035]figure 1 A distribution device 10 for distributing the interstitial material 12 is shown. In the embodiment shown here, the distribution device 10 has an injection nozzle 14 and a negative pressure generating device 16. Furthermore, the negative pressure generating device 16 shown here has a cover 18 and a pump 20 arranged on the cover.
[0036]infigure 1 In the illustrated embodiment, the injection nozzle 14 is connected to the battery housing 24 at a predetermined injection site 22. A battery module 26 including a plurality of battery cells 28 is arranged inside the battery case 24. infigure 1 , A cavity 30 is shown between the battery case 24 and the battery module 26. Use arrow 31 tofigure 1 It is explained in the section that how the gap filler 12 is drawn into the cavity 30 between the battery housing 24 and the battery module 26 and distributed in the cavity through the negative pressure generated by the negative pressure generating device 16. infigure 1 In the illustrated...
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