Connector assembly

Abstract

A connector assembly comprising two mating connectors, the connector assembly having a waterproof gasket located between the two connectors to prevent moisture from penetrating into the interior of the connector assembly, thereby improving the service life of the connector assembly.

Claims

1. A connector assembly comprising: A female connector includes a female insulating core, a first female conductive terminal, a second female conductive terminal, and a female waterproof rubber ring. The female insulating core comprises a core body, a first female core mating port, a second female core mating port, and a core mounting base. The core mounting base is disposed on the core body and has a core mounting ring mounting groove for mounting the waterproof rubber ring. The first and second female core mating ports are respectively disposed on the core mounting base, and a mating guide groove is provided between them. The first female conductive terminal extends from the core mounting base to the first female core mating port. The second female conductive terminal extends from the core body. The connector extends to the second female core mating port; and a male connector having a male insulating core, a first male conductive terminal, and a second male conductive terminal, wherein the male insulating core has a male core mating outer wall and a male core mating inner wall; the male core mating outer wall system has a male core mating outer wall head and a male core mating outer wall body, and the male core mating outer wall system extends to form a male core mating space; the male core mating inner wall system extends in the male core mating space to define a first male core mating subspace and a second male core mating subspace; the first male conductive terminal extends from the male insulating core to the first male core mating subspace; and the second male conductive terminal extends from the male insulating core to the second male core mating subspace; wherein... The male connector is compatible with the female connector, allowing the male core to engage with the inner wall and enter the female core's engagement guide groove. This guides the first and second female core docking ports into the first and second male core docking sub-spaces, respectively, enabling the first and second female conductive terminals to electrically engage with the first and second male conductive terminals. The male core docking head abuts against the female core body, positioning the male core docking body and allowing the female waterproof gasket to abut against the male core docking body, thus providing waterproofing to the first and second male core docking sub-spaces.

2. The connector assembly as described in claim 1, wherein, The outer contour shape of the first female end glue core dock is substantially equal to the outer contour shape of the first male end glue core dock subspace; and the outer contour shape of the second female end glue core dock is substantially equal to the outer contour shape of the second male end glue core dock subspace.

3. The connector assembly as described in claim 2, wherein, The outer contour shape of the first female core dock is substantially the same as the outer contour shape of the second female core dock.

4. The connector assembly as described in claim 1, wherein, The first female end connector has a first female end connector groove, wherein the first female conductive terminal extends into the first female end connector groove, and the first female end connector groove guides the first male conductive terminal, so that the first male conductive terminal can electrically connect to the first female conductive terminal in the first female end connector groove; and the second female end connector has a second female end connector groove, wherein the second female conductive terminal extends into the second female end connector groove, and the second female end connector groove guides the second male conductive terminal, so that the second male conductive terminal can electrically connect to the second female conductive terminal in the second female end connector groove.

5. The connector assembly as described in claim 1, wherein, The female connector also has a female locking ring body. The female locking ring body system has a female locking ring body structure. The female locking ring body system can move relative to the female core body, so that the female locking ring body structure moves from an initial position to a locking position, so that the female locking ring body structure can lock the male core body to the outer wall body at the initial position, thereby preventing the relative movement of the male insulating core body and the female insulating core body.

6. The connector assembly as described in claim 5, wherein, The female connector also has a female return elastic body. The female return elastic body connects the female locking ring and the female core body respectively. The female locking ring can rotate relative to the female core body to release the state in which the female ring locking structure is locked to the male core and the outer wall body. The female return elastic body can provide elastic force to force the female locking ring to move relative to the female core body, so that the female ring locking structure can return from the female ring locking position to the initial position of the female ring.

7. The connector assembly as described in claim 1, wherein, The female connector also has a third female conductive terminal, wherein the female insulating core also has a third female core mating port; the third female core mating port is disposed on the female core mounting base; the female core mating guide groove is located between the first female core mating port and the third female core mating port, and the female core mating guide groove is located between the second female core mating port and the third female core mating port; and the third female conductive terminal extends from the female core mounting base to the third female core mating port; and the male connector also has a third male conductive terminal, wherein the male core mating inner wall defines a third male core mating sub-space within the male core mating space; the third male conductive terminal extends from the male insulating core to the third male core mating sub-space; wherein... The third female end of the rubber core docking port can be guided into the third male end of the rubber core docking sub-space, so that the third female end conductive terminal is electrically connected to the third male end conductive terminal, and the female end waterproof rubber ring abuts against the male end of the rubber core docking outer wall body, and can also provide waterproofing for the third male end of the rubber core docking sub-space.

8. The connector assembly as described in claim 7, wherein, The outer contour shape of the first female end glue core dock is substantially equal to the outer contour shape of the first male end glue core dock subspace; the outer contour shape of the second female end glue core dock is substantially equal to the outer contour shape of the second male end glue core dock subspace; and the outer contour shape of the third female end glue core dock is substantially equal to the outer contour shape of the third male end glue core dock subspace.

9. The connector assembly as described in claim 8, wherein, The outer contour shapes of the first female core docking port, the second female core docking port, and the third female core docking port are substantially equal.

10. The connector assembly as described in claim 7, wherein, The first female end connector has a first female end connector groove, wherein the first female conductive terminal extends into the first female end connector groove, and the first female end connector groove guides the first male conductive terminal, allowing the first male conductive terminal to electrically connect with the first female conductive terminal in the first female end connector groove; the second female end connector has a second female end connector groove, wherein the second female conductive terminal extends into the second female end connector groove, and the second female end... The core terminal mating groove guides the second male conductive terminal, allowing the second male conductive terminal to electrically connect with the second female conductive terminal in the core terminal mating groove; and the third female conductive terminal has a third female conductive terminal mating groove, wherein the third female conductive terminal extends into the third female conductive terminal mating groove, and the third female conductive terminal mating groove guides the third male conductive terminal, allowing the third male conductive terminal to electrically connect with the second female conductive terminal in the third female conductive terminal mating groove.

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