CN-224217763-U - Ethernet power connection locking mechanism and connector

Abstract

The utility model relates to the technical field of electric connection, in particular to an Ethernet electric connection locking mechanism and a connector, comprising a shell, an electric connection element and a fixing element, wherein an inserting part, a fixing part and a wiring part are sequentially arranged in the shell, the inserting part is sequentially communicated with the fixing part and the wiring part, a limiting groove and a fixing buckle are arranged on the fixing part, a limiting step is arranged on the end face of the limiting groove, the limiting step is opposite to the fixing buckle, the electric connection element is provided with a first fixing table and a second fixing table, one end of the first fixing table is abutted against the limiting step, the fixing buckle is used for being buckled on the second fixing table, a secondary locking groove is arranged on one side of the shell, one end of the secondary locking groove extends to the fixing buckle, and the fixing element is arranged in the secondary locking groove and fixes the fixing buckle. The utility model provides a more stable and efficient connection solution for the field of Ethernet communication through an optimized structural design and an innovative secondary locking function.

Inventors

• XIE CHENGZHI
• XIE YIYUN

Assignees

• 东莞市信翰精密工业有限公司

Dates

Publication Date

20260508

Application Date

20250429

Claims (10)

1. 1. The Ethernet power connection locking mechanism is characterized by comprising a shell, a power connection element and a fixing element, wherein an inserting part, a fixing part and a wiring part are sequentially arranged in the shell, the inserting part is sequentially communicated with the fixing part and the wiring part, a limiting groove and a fixing buckle are arranged on the fixing part, a limiting step is arranged on the end face of the limiting groove, the limiting step is opposite to the fixing buckle, a first fixing table and a second fixing table are arranged on the power connection element, one end of the first fixing table is abutted to the limiting step, the fixing buckle is used for being buckled on the second fixing table, a secondary locking groove is formed in one side of the shell, one end of the secondary locking groove extends to the fixing buckle, and the fixing element is arranged in the secondary locking groove and fixes the fixing buckle.
2. 2. The Ethernet power-on locking mechanism according to claim 1, wherein a mounting element is arranged at the bottom of the housing, an assembling chute is arranged on the mounting element, a mounting buckle is arranged on one side of the assembling chute, and a guiding inclined plane is arranged at a notch of the assembling chute.
3. 3. The Ethernet power-on locking mechanism as set forth in claim 1, wherein the housing is provided with a socket, the socket is provided with a socket, one end of the socket extends to the socket, and one end of the power-on element extends to the socket and the other end extends to the wiring portion.
4. 4. The Ethernet power-on locking mechanism according to claim 1, wherein the two sides of the fixing buckle are provided with cutting grooves, two ends of each cutting groove respectively penetrate through the fixing part and the secondary locking groove, and the cutting grooves enable the fixing buckle to have movable elastic force so as to clamp and fix the second fixing table.
5. 5. The Ethernet power-on locking mechanism according to claim 1, wherein the first fixing table is formed on the power-on element by stamping, and one end of the first fixing table abuts against the limiting step to limit the plugging direction of the power-on element.
6. 6. The Ethernet power on locking mechanism of claim 1, wherein a neck portion is provided at one side of the second fixing base, and a terminal is provided at the neck portion, and the terminal extends to the wiring portion.
7. 7. The Ethernet power on locking mechanism of claim 6, wherein a 90-degree right angle is formed between the wall surface of the necking part and the second fixing table, and the fixing buckle is used for being buckled at the 90-degree right angle.
8. 8. The Ethernet power-on locking mechanism of claim 1, wherein the wall surface of the secondary locking groove is provided with a locking clamping groove, and both sides of the fixing element are provided with assembling buckles which are used for being buckled on the locking clamping groove so as to fix the fixing element on the secondary locking groove and fix the fixing buckles.
9. 9. The Ethernet power-on locking mechanism according to claim 1, wherein the fixing element is provided with a pressing positioning part and a locking pressing part, one side of the secondary locking groove is provided with a positioning groove, the pressing positioning part is arranged in the positioning groove, and the locking pressing part is used for pressing and fixing the fixing buckle.
10. 10. An ethernet connector, characterized in that it comprises the ethernet connection locking mechanism according to any one of claims 1 to 9.

Description

Ethernet power connection locking mechanism and connector Technical Field The utility model relates to the technical field of electric connection, in particular to an Ethernet power connection locking mechanism and a connector. Background The vehicle-mounted Ethernet connector is a key component applied to an automobile electronic system and aims to realize high-speed and reliable Ethernet communication connection. It is used mainly for transmitting data between various Electronic Control Units (ECU), sensors, cameras and other on-board devices of a vehicle. In the physical level, the device needs to adapt to complex and severe environments of automobiles, such as temperature fluctuation, vibration, electromagnetic interference and the like, so that the device has good anti-interference capability and mechanical stability. The requirements of high-speed data transmission of the Ethernet can be met in terms of electrical performance. The application of the vehicle-mounted Ethernet connector greatly improves the data interaction efficiency in the automobile, and promotes the development of technologies such as intelligent driving, internet of vehicles and the like. The intelligent vehicle has the advantages that information among all parts of the vehicle can be shared in real time, for example, data such as road conditions, vehicle speeds and the like collected by the sensors can be rapidly transmitted to the control unit, the assisting vehicle makes a precise decision, and a solid foundation is laid for improving the safety, comfort and intelligent level of the vehicle. The existing ethernet connector structure, especially the internal power connection structure, can result in poor internal structural stability due to the internal structural design, so that a new design is required for the existing ethernet connector structure. Disclosure of utility model In order to solve the problems, the utility model obviously improves the performance and the reliability of the Ethernet cable harness connector through the optimized structural design and the innovative secondary locking function, and provides an Ethernet power-on locking mechanism and a connector with more stable and efficient connection solution for the field of Ethernet communication. The technical scheme includes that the Ethernet power-on locking mechanism comprises a shell, a power-on element and a fixing element, wherein an inserting part, a fixing part and a wiring part are sequentially arranged in the shell, the inserting part is sequentially communicated with the fixing part and the wiring part, a limiting groove and a fixing buckle are arranged on the fixing part, a limiting step is arranged on the end face of the limiting groove and opposite to the fixing buckle, a first fixing table and a second fixing table are arranged on the power-on element, one end of the first fixing table is abutted to the limiting step, the fixing buckle is used for being buckled on the second fixing table, a secondary locking groove is formed in one side of the shell, one end of the secondary locking groove extends to the fixing buckle, and the fixing element is arranged in the secondary locking groove and fixes the fixing buckle. The improvement of the scheme is that the bottom of the shell is provided with a mounting element, the mounting element is provided with an assembly chute, one side of the assembly chute is provided with a mounting buckle, and the notch of the assembly chute is provided with a guide inclined plane. According to the technical scheme, the shell is provided with the plug-in cavity, the plug-in part is provided with the plug-in sleeve, one end of the plug-in sleeve extends to the plug-in cavity, and one end of the electric connection element extends to the plug-in sleeve and the other end extends to the wiring part. According to the scheme, the two sides of the fixing buckle are provided with the cutting grooves, the two ends of each cutting groove are respectively communicated with the fixing part and the secondary locking groove, and the cutting grooves enable the fixing buckle to have movable elastic force so as to clamp and fix the second fixing table. According to the technical scheme, the first fixing table is formed on the electric connection element through stamping, and one end of the first fixing table is abutted to the limiting step so as to limit the plugging direction of the electric connection element. In a further improvement of the above scheme, a neck portion is provided on one side of the second fixing table, and a terminal is provided on the neck portion and extends to the wiring portion. The improvement of the scheme is that a 90-degree right angle is formed between the wall surface of the necking part and the second fixing table, and the fixing buckle is used for being buckled at the 90-degree right angle. The improvement of the scheme is that the groove wall surface of the secondary locking groove is provided with a locking