Battery packs and vehicles.

TH27873UActive Publication Date: 2026-04-21SVOLT ENERGY TECHNOLOGY CO LTD
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Patent Information

Application Number
TH2303003474
Authority / Receiving Office
TH · TH
Patent Type
Utility models
Current Assignee / Owner
Priority Date
2022-11-25
Filing Date
2023-11-24
Publication Date
2026-04-21
Estimated Expiration
2029-11-23

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Abstract

ocr This example demonstrates a type of battery pack and a car. The battery pack... This involves installing the first cover plate over the first opening of the frame, with the first cover plate connected by adhesive. With the bottom surface of the battery cell to ensure the stability of the MOCOL cell installation within the frame. On the side facing away from the battery cell on the first cover plate, there is a protective plate with an exposed moisture-proof section. It is constructed as a T-shaped structure, which, when subjected to external impact to the bottom of the battery pack, It can provide changes and share strong force, protecting the lower part of the microcell. It safely supports the battery while also providing robust support for the battery pack. Overall, these improvements enhance vibration damping capabilities and underbody protection of the battery pack. There is no need to install horizontal and vertical beams inside the frame, helping to maximize the use of space within the frame. The entire structure is lightweight, has low production costs, and a simple manufacturing process, helping to reduce production time. This significantly confirms the battery pack's performance and enhances its continuous driving capability. battery
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Claims

ocr 1. A type of battery pack has the following characteristics: The frame (1 10) has the first opening (1 1 1) and the second opening (112) arranged opposite each other. The Mocool Cell Battery (120) is installed in the frame (1 10) of the Mocool Cell Battery (120). It consists of at least two battery cells (121) stacked in the first direction (X). Battery cells (12 1 ) There are upper and lower surfaces arranged opposite each other, and the lower surface of the battery cell (121) Turn toward the first opening (11). The first cover (130) is mounted on the first opening (111). The first cover (130) is firmly connected. Thick to the bottom surface of the battery cell (12 1) The protective plate (140) is mounted on one side of the first cover (130), facing away from the Mokool. Battery cells (120) and protective plates (140) are securely connected to the first cover (130). Where the protective plate (140) has at least one protruding part (141) installed, the other parts (141) protrudes in a direction away from the first cover (130). The protruding part (141) is said to extend. Follow the first direction (X).

2. The battery pack under claim 1 is characterized by the fact that it is also composed of interlocking components. At least one impact (150) is installed between the protective plate (140) and the first cover (130). The impact-absorbing part (150) is extended in the first direction (X). The protruding part (141) on the protective plate (140) defines the support slots facing the pick plate. One (130) cushioning piece (Re0) is embedded in this support cavity, and cushioning piece (150) fits together. With the first lid (130) 3. The battery pack under claim 1 is characterized by the inclusion of supporting components. (160) At least one piece, support piece (160) extends in the first direction (X). Support piece (160) Installed between the battery cell module (120) and the first cover (130), the support piece (160) is connected. The adhesive is firmly attached to the underside of the battery cell (121). Or the support piece (160) is installed between the first cover (130) and the protective plate (140).

4. The battery pack under claim number 3 is characterized by the following supporting components (160): Hollow structure