Positioning component, battery pack assembly, battery change platform assembly, quick-change bracket assembly and electric car
A technology for positioning components and battery packs, applied in the field of electric vehicles, can solve the problems of easy displacement safety and hidden dangers of battery packs, and achieve the effects of improving safety performance and service life, high reusability, and reduced shaking
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Embodiment 1
[0071] Such as Figure 1-9 As shown, this embodiment discloses a positioning assembly 2000 . The positioning assembly 2000 includes a positioning housing 2300 , a positioning component 2100 , a rigid limiting component 2200 and a reset component 2400 .
[0072] The positioning component 2100 is slidably disposed on the positioning housing 2300 and can at least partially extend or retract the positioning housing 2300 along the positioning direction. To illustrate more clearly, as Figure 2-3 As shown, the positioning direction is divided into opposite first positioning direction DD1 and second positioning direction DD2, the first positioning direction DD1 is the direction in which the positioning component 2100 protrudes from the positioning housing 2300, and the second positioning direction DD2 is the retraction of the positioning component 2100 The orientation of the housing 2300 is positioned. The positioning component 2100 is used to abut against a fixing member.
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Embodiment 2
[0092] Such as Figure 10-11 As shown, the battery pack assembly 100 of this embodiment includes the battery pack 1000 and the positioning assembly 2000 of the first embodiment. The battery pack 1000 is the main component described in Embodiment 1. Moreover, the positioning component 2000 is arranged on the battery pack 1000, and the positioning direction is a direction close to or away from the battery pack 1000. Specifically, the first positioning direction DD1 is a direction away from the battery pack 1000, and the second positioning direction DD2 is a direction close to the battery pack 1000. direction.
[0093] The battery pack 1000 has a positioning side 1100 , and the positioning side 1100 is arranged opposite to the seating surface of the battery fixing seat (ie, the fixing member, not shown in this embodiment). Wherein, the battery fixing seat is used for installing the battery pack assembly 100 . The battery pack 1000 is generally symmetrically provided with two p...
Embodiment 3
[0095] Such as Figure 12-13 As shown, the battery swap platform assembly 30 of this embodiment includes a battery swap platform 300 and the battery pack assembly 100 described in Embodiment 2. The battery exchange platform 300 is used to match the battery pack assembly 100 to install the battery pack assembly 100 on the battery holder 410 or to disassemble the battery pack assembly 100 from the battery holder 410 .
[0096] The power exchange platform 300 includes a platform body 310 and an unlocking component 320 provided on the platform body 310 . The unlocking component 320 is used to connect with the positioning assembly 2000 to drive the rigid limiting component 2200 to overcome the elastic force of the reset component 2400 . During the process of installing the battery pack assembly 100 to the battery holder, the unlocking component 320 can act on the rigid limiting component 2200 so that the rigid limiting component 2200 does not press the positioning component 2100, s...
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