骨架组件及具有其的电机

Abstract

本实用新型提供一种骨架组件及具有其的电机，其中的骨架组件包括第一骨架和接线端子，第一骨架具有第一轭部，第一轭部上形成有端子座，端子座具有安装腔，接线端子具有固定夹持部，固定夹持部上至少形成有两个夹持体，各夹持体错位分布，相邻两个夹持体之间形成夹持空间，接线端子安装在安装腔内，至少部分数量的夹持体在安装腔内受挤压发生形变以使至少部分数量的夹持空间缩小。根据本实用新型，当绕组的引线放置于接线端子的各夹持体形成的各夹持空间内，且接线端子安装到端子座内后，由于夹持体在端子座的安装腔内受挤压发生形变使得夹持空间缩小，因此可对绕组的引线形成稳定夹持，从而保证了接线端子与绕组之间的稳固连接。

Claims

1. A skeleton assembly, characterized by The device includes a first frame (1) and a terminal block (2). The first frame (1) has a first yoke (11) on which a terminal block (12) is formed. The terminal block (12) has a mounting cavity (3). The terminal block (2) has a fixing clamping part. At least two clamping bodies (21) are formed on the fixing clamping part. The clamping bodies (21) are staggered and a clamping space is formed between two adjacent clamping bodies (21). The terminal block (2) is installed in the mounting cavity (3). At least a portion of the clamping bodies (21) are squeezed and deformed in the mounting cavity (3) to reduce the clamping space of at least a portion of the clamping space.

2. The framework assembly of claim 1, wherein, The terminal block (12) has a wire passage (4) corresponding to the position of each clamp (21), and the wire passage (4) is connected to the mounting cavity (3).

3. The framework assembly of claim 1, wherein, A first bent body (22) is also formed on the fixed clamping part, and the first bent body (22) is deformed by compression in the mounting cavity (3).

4. The skeleton assembly according to any one of claims 1 to 3, characterized in that, The terminal block (2) also has a wiring fixing part connected to the fixing clamping part, and a wiring body (23) is formed on the wiring fixing part outside the mounting cavity (3).

5. The framework assembly of claim 4, wherein, A positioning body (24) is also formed on the wiring fixing part, and a positioning groove (5) communicating with the mounting cavity (3) is also formed on the terminal block (12), with the positioning body (24) located in the positioning groove (5).

6. The framework assembly of claim 4, wherein, A second bent body (25) is also formed on the wiring fixing part, and the second bent body (25) is deformed by compression in the mounting cavity (3).

7. The frame assembly of claim 4, wherein, A partition (13) is formed inside the terminal block (12), which divides the mounting cavity (3) into a first sub-cavity (31) and a second sub-cavity (32) that are connected. The fixing clamp is located in the first sub-cavity (31), and the wiring fixing part is located in the second sub-cavity (32).

8. The frame assembly of claim 4, wherein, A terminal protector (6) is assembled on the terminal base (12), and a clearance channel (7) is formed on the terminal protector (6). The wiring body (23) passes through the clearance channel (7), and the terminal protector (6) covers the mounting cavity (3).

9. The framework assembly of claim 8, wherein, A snap-fit ​​structure (14) is formed on the terminal block (12), and a snap-fit ​​engagement structure is formed on the terminal protector (6). The snap-fit ​​structure (14) is snap-fitted to the snap-fit ​​engagement structure.

10. An electric machine characterized by Includes the skeleton component as described in any one of claims 1 to 9.

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