阅读说明：本技术 一种高压输电的电讯连接座 (Telecommunication connecting seat for high-voltage power transmission ) 是由 汪伟 于 2019-09-04 设计创作，主要内容包括：本发明公开了一种高压输电的电讯连接座,其特征在于：主要由连接座本体、整流稳压电路、工作电源电路组成,所述整流稳压电路包括二次绕组的线圈L1,二极管D1、D2、C1、C2、C3；工作电源电路包括D4、R1、C5和WZ1；大电流取样电路包括D3、C4、C6；逻辑判断电路包括与非门IC3、反向器IC4；识别电路包括R5、R6、R7、C6、WZ2和反向器IC1、IC2；具体电路连接：D1(+)接D2(-)、L1、C1及R5,D1的(-)接C3(+)、D4(+)；D2(+)接C2(-)、接地连接座本体为一塑料件,扣接电路板的导针板可压入扣卡于其中,导针与导针板为射制结合成一体,导针板为一直角件,垂直板处并水平成一中空口,上层电流输入导针为结合在导针板的水平板中,且其后端为下折九十度弯曲伸入导针板的中空口上方。(The invention discloses a telecommunication connecting seat for high-voltage power transmission, which is characterized in that: the rectifier and voltage regulator circuit mainly comprises a connecting seat body, a rectifier and voltage regulator circuit and a working power supply circuit, wherein the rectifier and voltage regulator circuit comprises a coil L1 of a secondary winding, diodes D1, D2, C1, C2 and C3; the working power supply circuit comprises D4, R1, C5 and WZ 1; the large current sampling circuit comprises D3, C4 and C6; the logic judgment circuit comprises a NAND gate IC3 and an inverter IC 4; the identification circuit comprises R5, R6, R7, C6, WZ2 and inverters IC1 and IC 2; the specific circuit connection is as follows: d1(+) is connected with D2(-), L1, C1 and R5, and D1 (-) is connected with C3(+), D4 (+); d2(+) connects C2(-) and the grounding connecting seat body is a plastic piece, the guide pin board buckled with the circuit board can be pressed into and buckled in the plastic piece, the guide pin and the guide pin board are combined into a whole by injection, the guide pin board is a right-angle piece, the vertical board is horizontally formed into a hollow opening, the upper layer current input guide pin is combined in the horizontal board of the guide pin board, and the rear end of the upper layer current input guide pin is bent by ninety degrees downwards and extends into the upper part of the hollow opening of the guide pin board.)

1. A telecommunication connecting seat for high-voltage transmission is characterized in that: the rectifier and voltage regulator circuit mainly comprises a connecting seat body, a rectifier and voltage regulator circuit and a working power supply circuit, wherein the rectifier and voltage regulator circuit comprises a coil L1 of a secondary winding, diodes D1, D2, C1, C2 and C3; the working power supply circuit comprises D4, R1, C5 and WZ 1; the large current sampling circuit comprises D3, C4 and C6; the logic judgment circuit comprises a NAND gate IC3 and an inverter IC 4; the identification circuit comprises R5, R6, R7, C6, WZ2 and inverters IC1 and IC 2; the specific circuit connection is as follows: d1(+) is connected with D2(-), L1, C1 and R5, and D1 (-) is connected with C3(+), D4 (+); d2(+) connects C2(-) the ground connection seat body is a plastic piece, the guide pin board of the lock joint circuit board can be pressed into and detained among them, guide pin and guide pin board are for penetrating the system and combining into an organic whole, the guide pin board is a right angle spare, the vertical plate department is horizontal to become a hollow mouth, the upper strata current input guide pin is for combining in the horizontal plate of guide pin board, and its rear end is for bending down ninety degrees and stretching into the hollow mouth top of guide pin board, horizontal plate below becomes an inner groovy and a card stop lug, lower floor's guide pin in the hollow mouth divides into two rows from front to back, stretch into the interior each guide pin contact point of hollow mouth and become curved shape.

Technical Field

The invention relates to the technical field of high-voltage power transmission, in particular to a telecommunication connecting seat for high-voltage power transmission.

Background

When electric power of a large power plant is transmitted in a long distance, a method of increasing transmission voltage is adopted in order to reduce line loss. At present, the power transmission voltage is hundreds of kilovolts, in order to ensure the safety of the power transmission line, a radio fault tester of the high-voltage power transmission line is provided, a locator such as patent ZL99229314.6 is used, the radio fault tester can be safely and conveniently installed on the power transmission line which normally runs, the principle of a current transformer is utilized, a high-voltage wire is taken as a primary winding, an annular iron core is installed on the locator, a secondary winding is wound on the annular iron core, the power supply condition of the line can be judged by detecting the induced potential of the secondary winding, the detected signal is changed into a high-frequency coding signal to be emitted by an antenna, and therefore the working condition of the line can be monitored by receiving the signal in a remote control room.

In the prior art, the general functions are mostly in the process of conducting input and output current, that is, each guide pin in the guide pin plate is a whole support (one end is input and the other end is output), the design requirements of the connecting seat are mostly in the contact mode and conduction effect of the connecting seat with the power line and the electric wire of the conducting product, but along with the change and the requirement of various telecommunication products, how to enhance various effects (such as filtering, crosstalk prevention and the like) is relatively important, particularly, the short and thin are pursued, and the difficulty of adding various electronic components (such as capacitor, resistor and the like) is quite high, therefore, the improvement is carried out on the basis of the connecting seat only having the conducting function, and the adding of a circuit board component or other electronic components is feasible and reasonable consideration

Disclosure of Invention

In order to solve the above technical problems, the present invention provides a telecommunication connection socket for high voltage transmission

The invention provides a rectifier and voltage regulator circuit, which mainly comprises a connecting seat body, a rectifier and voltage regulator circuit and a working power supply circuit, wherein the rectifier and voltage regulator circuit comprises a coil L1 of a secondary winding, diodes D1, D2, C1, C2 and C3; the working power supply circuit comprises D4, R1, C5 and WZ 1; the large current sampling circuit comprises D3, C4 and C6; the logic judgment circuit comprises a NAND gate IC3 and an inverter IC 4; the identification circuit comprises R5, R6, R7, C6, WZ2 and inverters IC1 and IC 2; the specific circuit connection is as follows: d1(+) is connected with D2(-), L1, C1 and R5, and D1 (-) is connected with C3(+), D4 (+); d2(+) connects C2(-) the ground connection seat body is a plastic piece, the guide pin board of the lock joint circuit board can be pressed into and detained among them, guide pin and guide pin board are for penetrating the system and combining into an organic whole, the guide pin board is a right angle spare, the vertical plate department is horizontal to become a hollow mouth, the upper strata current input guide pin is for combining in the horizontal plate of guide pin board, and its rear end is for bending down ninety degrees and stretching into the hollow mouth top of guide pin board, horizontal plate below becomes an inner groovy and a card stop lug, lower floor's guide pin in the hollow mouth divides into two rows from front to back, stretch into the interior each guide pin contact point of hollow mouth and become curved shape.

Drawings

FIG. 1 is a schematic diagram of the connection relationship of the present invention.

Detailed Description

The invention will be further explained with reference to the drawings and the embodiments.

As shown in fig. 1, the connector mainly comprises a connector body, a rectification voltage-stabilizing circuit and a working power supply circuit, wherein the rectification voltage-stabilizing circuit comprises a coil L1 of a secondary winding, diodes D1, D2, C1, C2 and C3; the working power supply circuit comprises D4, R1, C5 and WZ 1; the large current sampling circuit comprises D3, C4 and C6; the logic judgment circuit comprises a NAND gate IC3 and an inverter IC 4; the identification circuit comprises R5, R6, R7, C6, WZ2 and inverters IC1 and IC 2; the specific circuit connection is as follows: d1(+) is connected with D2(-), L1, C1 and R5, and D1 (-) is connected with C3(+), D4 (+); d2(+) connects C2(-) the ground connection seat body is a plastic piece, the guide pin board of the lock joint circuit board can be pressed into and detained among them, guide pin and guide pin board are for penetrating the system and combining into an organic whole, the guide pin board is a right angle spare, the vertical plate department is horizontal to become a hollow mouth, the upper strata current input guide pin is for combining in the horizontal plate of guide pin board, and its rear end is for bending down ninety degrees and stretching into the hollow mouth top of guide pin board, horizontal plate below becomes an inner groovy and a card stop lug, lower floor's guide pin in the hollow mouth divides into two rows from front to back, stretch into the interior each guide pin contact point of hollow mouth and become curved shape.

The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the present specification and the accompanying drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.