阅读说明：本技术 通讯设备 (Communication equipment ) 是由 门仲斌 于 2019-10-15 设计创作，主要内容包括：一种通讯设备,包括罩体、塑料块、集成式塑料块群与末盖；塑料块经罩体后部伸进罩体里；集成式塑料块群头部经塑料块后部伸进塑料块里；末盖配备在集成式塑料块群后部。有效避免了现有技术中RS232通讯头毁损的缺陷。(A communication device comprises a cover body, a plastic block, an integrated plastic block group and a tail cover; the plastic block extends into the cover body through the back part of the cover body; the head of the integrated plastic block group extends into the plastic block through the rear part of the plastic block; a tip cap is provided at the rear of the integrated plastic block group. Effectively avoids the defect of damage of the RS232 communication head in the prior art.)

1. A communication device is characterized by comprising a cover body, a plastic block, an integrated plastic block group and a tail cover; the plastic block extends into the cover body through the back part of the cover body; the head of the integrated plastic block group extends into the plastic block through the rear part of the plastic block; a tip cap is provided at the rear of the integrated plastic block group.

2. The communication device of claim 1, wherein the integrated plastic mass comprises:

the integrated plastic block I comprises a plastic block I and a binding post I arranged in the plastic block I;

the integrated plastic block II comprises a plastic block II and a wiring terminal II arranged in the plastic block II;

the integrated plastic block III comprises a plastic block III and wiring holes arranged at the head parts of the plastic block III;

the integrated plastic block I, the integrated plastic block III and the integrated plastic block II are sequentially arranged from high to low to form an integral framework, the wiring terminal I and the wiring terminal II are arranged in the wiring hole, and the wiring terminal I and the wiring terminal II are RS2324.1 wiring terminals.

3. The communication device of claim 1, wherein the first and second terminals are disposed in the connection hole to ensure the head of the communication head is neat and the front and rear walls are not required to be known during operation; and, the first binding post and the second binding post are RS2324.1 binding posts, which can support RS2324.1 module architecture and equipment standard.

Technical Field

The invention relates to the technical field of communication equipment, in particular to communication equipment.

Background

The communication head of the current communication device is usually the RS232 communication head, however, the RS232 communication head has the disadvantage that it is necessary to know the forward direction and the reverse direction during the operation, and the RS232 communication head is usually damaged because of the small impact.

Disclosure of Invention

In order to solve the above problems, the present invention provides a communication device, which effectively avoids the defect of damage to the RS232 communication head in the prior art.

In order to overcome the defects in the prior art, the invention provides a solution for communication equipment, which comprises the following specific steps:

a communication device comprises a cover body A1, a plastic block A2, an integrated plastic block group A3 and a tail cover A4; the plastic block A2 extends into the cover body A1 through the back part of the cover body A1; the head of the integrated plastic block group A3 extends into the plastic block A2 through the back part of the plastic block A2; a tip cap a4 is provided behind the integrated plastic mass A3.

Integrated plastic block group a3 includes:

an integrated plastic block one D1, comprising a plastic block one D12 and a binding post one D11 provided in the plastic block one D12;

the integrated plastic block II D2 comprises a plastic block II D22 and a wiring terminal II D21 arranged in the plastic block II D22;

an integrated plastic block three D3, comprising a plastic block three D32 and a wiring hole D31 equipped at the head of the plastic block three D32;

the integrated plastic block I D1, the integrated plastic block III D3 and the integrated plastic block II D2 are sequentially arranged from high to low to form an integral framework, the wiring terminal I D11 and the wiring terminal II D21 are arranged in the wiring hole D31, and the wiring terminal I D11 and the wiring terminal II D21 are RS2324.1 wiring terminals.

The first terminal D11 and the second terminal D21 are arranged in the wiring hole D31, so that the head of the communication head is ensured to be neat, and the front wall and the rear wall do not need to be known when the communication head is used; in addition, the first terminal D11 and the second terminal D21 are RS2324.1 terminals, and can support RS2324.1 module architecture and equipment standards.

The invention has the beneficial effects that:

the first terminal D11 and the second terminal D21 are arranged in the wiring hole D31, so that the head of the communication head is ensured to be neat, and the front wall and the rear wall do not need to be known when the communication head is used; in addition, the first terminal D11 and the second terminal D21 are RS2324.1 terminals, and can support RS2324.1 module architecture and equipment standards.

Drawings

FIG. 1 is a component diagram of a communication device of the present invention;

fig. 2 is a connection diagram of the integrated plastic block one of the present invention.

Detailed Description

The present invention will be further described with reference to the following examples.

As shown in fig. 1-2, the communication device of the present embodiment includes a housing a1, a plastic block a2, an integrated plastic block group A3, and a tip cover a 4; the plastic block A2 extends into the cover body A1 through the back part of the cover body A1; the head of the integrated plastic block group A3 extends into the plastic block A2 through the back part of the plastic block A2; a tip cap a4 is provided behind the integrated plastic mass A3.

Integrated plastic block group a3 includes:

an integrated plastic block one D1, comprising a plastic block one D12 and a binding post one D11 provided in the plastic block one D12;

the integrated plastic block II D2 comprises a plastic block II D22 and a wiring terminal II D21 arranged in the plastic block II D22;

an integrated plastic block three D3, comprising a plastic block three D32 and a wiring hole D31 equipped at the head of the plastic block three D32;

the integrated plastic block I D1, the integrated plastic block III D3 and the integrated plastic block II D2 are sequentially arranged from high to low to form an integral framework, the wiring terminal I D11 and the wiring terminal II D21 are arranged in the wiring hole D31, and the wiring terminal I D11 and the wiring terminal II D21 are RS2324.1 wiring terminals.

The first terminal D11 and the second terminal D21 are arranged in the wiring hole D31, so that the head of the communication head is ensured to be neat, and the front wall and the rear wall do not need to be known when the communication head is used; in addition, the first terminal D11 and the second terminal D21 are RS2324.1 terminals, and can support RS2324.1 module architecture and equipment standards.

The first terminal D11 and the second terminal D21 are arranged in the wiring hole D31, so that the head of the communication head is ensured to be neat, and the front wall and the rear wall do not need to be known when the communication head is used; in addition, the first terminal D11 and the second terminal D21 are RS2324.1 terminals, and can support RS2324.1 module architecture and equipment standards.

The present invention has been described in terms of embodiments, and it will be understood by those skilled in the art that the present disclosure is not limited to the embodiments described above, and various changes, modifications and substitutions may be made without departing from the scope of the present invention.