CN205282744U

CN205282744U - Double -line terminal platform structure

Info

Publication number: CN205282744U
Application number: CN201521067065.4U
Authority: CN
Inventors: 吴上财
Original assignee: Dinkle Enterprise Co Ltd
Current assignee: Dinkle Enterprise Co Ltd
Priority date: 2015-12-21
Filing date: 2015-12-21
Publication date: 2016-06-01
Anticipated expiration: 2025-12-21

Abstract

The utility model discloses a double -line terminal platform structure, including an insulator, one lead and connect the terminal seat and one press from both sides the line terminal stroma. What insulator was equipped with that a line ball groove and relative line ball trench move one presses line block. Lead two extension arms that connect the terminal seat to have a base and extend from a base lateral buckling. Two elastic arms that press from both sides the line terminal stroma and have the base plate that is positioned the base, buckle from the base plate and connect one of each elastic arm one end and press the portion that touches, its middling pressure line block can pass two extension arms and press down each and press and touch the portion, make two elastic arms flexibly break away from with the butt of two extension arms, and then make the wire insert and the clamping between elastic arm and extension arm. Borrow this mode that makes connecting wire convenient and fast more, efficiency is higher.

Description

Dual wire terminals platform structure

Technical field

This utility model is relevant a kind of terminal table structure, espespecially a kind of dual wire terminals platform structure that can be simultaneously connected with two wires.

Background technology

Terminal board is a kind of electronic component being widely used on various machine, it is possible to be used for connecting power line, control line or information transmission line etc. Be generally used for connect wire terminal board include seat under a body, a terminal seat of honour and a terminal, under terminal seat be arranged at body one fluting in, the terminal seat of honour be slidedly arranged on fluting and can relative to seat sliding under terminal. Therefore when the terminal seat of honour in fluting in slidably away from terminal under seat time, wire can be inserted under the terminal seat of honour and terminal between seat, so reaches the purpose coupling wire (locking wire).

But existing terminal board does not have and the function of plug grafting, it is therefore necessary to extra riveted joint or welding one socket on terminal board, with described plug grafting, the signal of wire, electric power or information could could be transmitted/conducted. In other words, existing terminal board does not have three kinds of functions such as the angle simultaneously reaching locking wire and welding circuit board and socket, and existing by independent socket by riveted joint or in the way of welding manner is combined with terminal board, it is easy to cause socket and plug splicing stability and the problem such as reliability is bad.

Furthermore, existing single terminal board only connects single wire, and the suitability cannot meet the market demand. To couple more wire at terminal board, reach above-mentioned and other effect again simultaneously.

Utility model content

In order to solve above-mentioned technical problem, one of this utility model purpose, it is in that to provide that a kind of mode making connection wire is more convenient, saves time, dual wire terminals platform structure in hgher efficiency.

This utility model another object, is in that to provide a kind of socket and the integrated dual wire terminals platform structure of insulating body.

For reaching above-mentioned purpose, this utility model provides a kind of dual wire terminals platform structure, including an insulating body, a guiding access Stroma and a cramping terminal seat. Insulating body is provided with a socket of a storage tank, two wire inserting slots, a pressuring line groove, a wire pressing block of relative pressuring line groove displacement and adjacent storage tank. Storage tank is connected with two wire inserting slots and pressuring line groove respectively. Guiding access Stroma have be positioned storage tank bottom a pedestal, from pedestal one lateral buckling extend two adjutages and between two adjutages to the inserting foot that socket is extended. Cramping terminal seat have be positioned pedestal a substrate, from substrate bending extend two elastic arms and connect inside each elastic arm one end one pressure contact portion, wherein wire pressing block can pass two adjutages and pressing make two elastic arms flexibly depart from abut with two adjutages respectively press contact portion.

It is preferred that pedestal is also convexly equipped with two location divisions and the holes between this two location division, this substrate relatively this two location division is then provided with two holes, and respectively this location division can be sticked in respectively in this hole.

It is preferred that respectively this adjutage also comprises a vertical section and connects a horizontal segment of this vertical section, this horizontal segment is horizontally opposed this pedestal and arranges.

It is preferred that respectively this pressure contact portion also comprises the Fixed Division connecting ora terminalis inside this elastic arm and the kink connecting this one end, Fixed Division, wherein this kink bends more towards the direction of this inserting foot.

It is preferred that this wire pressing block is vertical with the direction that two wires insert this two wire inserting slot in the direction of this pressuring line groove displacement, and this two wire can be held between this two elastic arm and this two adjutage respectively.

It is preferred that this guiding access Stroma also has one first angle from the bending extension of this pedestal and one second angle, and this first angle is relative to each other and parallel with this second angle.

It is preferred that respectively the inner surface of this horizontal segment also has multiple double wedge.

It is preferred that the another side of this insulating body this pressuring line groove relatively is additionally provided with one first hole, location positioning this first angle and positions one second hole, location of this second angle.

It is preferred that this first angle erectly wears from this pedestal one end and is positioned this hole, the first location, this second angle one end is then erectly connected with this pedestal, and the other end is towards bending away from this holes direction and being positioned this hole, the second location.

It is preferred that also have one first gap between this two adjutage, then there is between this two elastic arm one second gap, the setting corresponding with this second gap of this first gap.

This utility model also has following effect, the inserting foot of guiding access Stroma, the first angle, the second angle are directly from substrate stamping bending forming, several functions can be reached, such as connect plug and can be electrically coupled to the inserting foot in socket, and first, second angle can be easy to and welding circuit board etc. Each pressure contact portion of cramping terminal seat also strikes out a tearing configuration from each elastic arm, presses for wire pressing block. Therefore this utility model adopts the guiding access Stroma made of punching press and cramping terminal seat, can significantly save material cost, reduces number of parts, and then makes easy to assembly, saves time and efficiency is high.

Accompanying drawing explanation

Fig. 1 is the schematic perspective view illustrating the multiple dual wire terminals platform structure of this utility model side by side.

Fig. 2 is the exploded perspective view illustrating this utility model guiding access Stroma with cramping terminal seat.

Fig. 3 is the constitutional diagram illustrating this utility model guiding access Stroma with cramping terminal seat.

Fig. 4 is the sectional view illustrating this utility model guiding access Stroma with cramping terminal seat.

Fig. 5 illustrates this utility model wire pressing block to press down the sectional view making elastic arm separate with adjutage.

Fig. 6 clamps wire for illustrating this utility model cramping terminal seat on guiding access Stroma, and one connects the sectional view that plug can couple with socket.

Description of reference numerals:

100 dual wire terminals platform structures;

110 insulating bodies;

120 storage tanks;

130 wire inserting slots;

140 pressuring line grooves;

150 wire pressing blocks;

160 sockets;

170 slots;

180 first hole, location;

190 second hole, location;

200 guiding access Stromas;

210 pedestals;

220 adjutages;

222 vertical sections;

224 horizontal segments;

226 fins;

228 double wedges;

230 inserting foots;

240 first angles;

250 second angles;

260 holes;

270 location divisions;

280 first gaps;

300 cramping terminal seats;

310 substrates;

320 elastic arms;

330 pressure contact portions;

332 Fixed Divisions;

334 kinks;

340 holes;

350 second gaps;

400 wires;

410 cores;

500 connect plug;

510 inserting terminals.

Detailed description of the invention

Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail, so that those skilled in the art can be better understood from this utility model and can be practiced, but illustrated embodiment is not as to restriction of the present utility model.

As shown in Figures 1 to 6, this utility model provides a kind of dual wire terminals platform structure 100, and in order to two wires 400 of electric property coupling respectively, and by being provided with a pair inserting terminal 510 connects plug 500 and connects, to transmit information, signal or electric power. Embodiment as shown in Figure 1 is preferably and multiple dual wire terminals platform structures 100 is used side by side, and its quantity optionally changes, and only explains for single dual wire terminals platform structure 100 below.

Dual wire terminals platform structure 100 as shown in Figure 1 includes insulating body 110, guiding access Stroma 200 and a cramping terminal seat 300. Insulating body 110 is provided with a socket 160 of storage tank 120, two wire inserting slot 130, pressuring line groove 140, a wire pressing block 150 of relative pressuring line groove 140 displacement and adjacent storage tank 120. Storage tank 120 is connected with two wire inserting slots 130 and pressuring line groove 140 respectively. The socket 160 of the present embodiment is additionally provided with a slot 170, and the opening direction of the opening direction of slot 170 and pressuring line groove 140 is similarly positioned in the top of insulating body 110, and socket 160 is arranged at the opposite side of two wire inserting slot 130 opposing insulation bodies 110.

Please also refer to shown in Fig. 2 to Fig. 4, it is advantageous to the guiding access Stroma 200 made with metal or its alloy have be positioned storage tank 120 bottom a pedestal 210, from pedestal 210 1 lateral buckling extend two adjutages 220 and between two adjutages 220 to the inserting foot 230 that socket 160 is extended. The cramping terminal seat 300 preferably made with metal or its alloy have be positioned pedestal 210 a substrate 310, from substrate 310 bending extend two elastic arms 320 and connect inside each elastic arm 320 one end one pressure contact portion 330.

Pedestal 210 is also convexly equipped with two location divisions 270 and the holes 260 between two location divisions 270, relative two location divisions 270 of substrate 310 are additionally provided with two holes 340, making each location division 270 can be sticked in each hole 340, therefore the substrate 310 of cramping terminal seat 300 can be stably positioned on the pedestal 210 of guiding access Stroma 200. In the present embodiment, two location division 270 shapes are preferably circle, and the shape of two holes 340 then should be circular relatively. But in the embodiment that other are different, the shape of each location division 270 and each hole 340 also can should be oval, triangle or other shapes being suitable for relatively, is not limiting as.

Each adjutage 220 also comprises a vertical section 222 and connects a horizontal segment 224 of vertical section 222, horizontal segment 224 is horizontally opposed pedestal 210 and arranges, and the inner surface of horizontal segment 224 also has multiple double wedge 228, to increase the effect of clamping wire (figure is slightly). The outer surface of each vertical section 222 is additionally provided with a fin 226, in order to strengthen the structural strength of adjutage 220, and simultaneously also can support (entirety) intensity of reinforced insulation body 110.

Additionally, pressure contact portion 330 comprises the Fixed Division 332 connecting ora terminalis inside elastic arm 320 and connects a kink 334 of one end, Fixed Division 332, wherein kink 334 bends more towards the direction of inserting foot 230. As shown in Figures 2 and 3, also having one first gap 280 between two adjutages 220, then have one second gap 350 between two elastic arms 320, the first gap 280 and the second corresponding setting in gap 350, inserting foot 230 more extends from the direction in the first gap 280. As it can be seen, wire pressing block 150 can pass the first gap 280 of two adjutages 220 and press each pressure contact portion 330, make two elastic arms 320 flexibly depart from the abutting with two adjutages 220, please also refer to shown in Fig. 5 and Fig. 6.

Guiding access Stroma 200 also has one first angle 240 and one second angle 250 extended from pedestal 210 bending, and the first angle 240 is relative to each other and parallel with the second angle 250, in order to soldered circuit board (figure is slightly). The another side of the relative pressuring line groove 140 of insulating body 110 is additionally provided with one first hole, location 180 and one second hole 190, location. As shown in Figures 5 and 6, first angle 240 erectly wears from pedestal 210 one end and is positioned the first hole, location 180, second angle 250 one end is erectly connected with pedestal 210, and the other end is then towards bending away from holes 260 direction and being positioned on the second hole, location 190.

As shown in Figure 5, the wire pressing block 150 of insulating body 110 is vertical with the direction that two wires 400 insert two wire inserting slots 130 in the direction of pressuring line groove 140 displacement, and two wire 400 can be held on respectively between two elastic arms 320 and two adjutages 220, therefore the information of two wires 400, signal or electric power can be delivered to inserting foot 230. Additionally, inserting foot 230 extends bendingly towards socket 160 direction and parallel with the first angle 240 and the second angle 250 between two adjutages 220.

When wire pressing block 150 presses each pressure contact portion 330 slippingly in pressuring line groove 140, two elastic arms 320 are namely flexibly away from two adjutages 220. Now, namely the wire 400 with core 410 can be inserted into from wire inserting slot 130. When, after release wire pressing block 150, two elastic arm 320 elasticity recovery ground clamp described core 410, therefore make wire 400 fasten and be electrically connected between elastic arm 320 and adjutage 220, as shown in Figure 6.

In the embodiment illustrated in fig. 6, also comprise the connection plug 500 being provided with a pair inserting terminal 510, in order to be plugged in the slot 170 of socket 160, make inserting foot 230 and this is to inserting terminal 510 electric property coupling, so make the information of wire 400, signal or electric power by connecting in the electronic installation (figure is slightly) that plug 500 is transferred to connect.

This utility model utilizes pressing wire pressing block 150, makes two elastic arms 320 strut simultaneously, more convenient in the way of connecting two wires 400, save time and in hgher efficiency. In addition, this utility model utilizes inserting foot the 230, first angle 240, second angle 250 of guiding access Stroma 200 directly from pedestal 210 punching press bending forming, several functions can be reached, such as connect plug 500 and can be electrically coupled to the inserting foot 230 in socket 160, and first angle the 240, second angle 250 can be easy to weld with circuit board (figure is slightly). Each pressure contact portion 330 of cramping terminal seat 300 also strikes out a tearing configuration from each elastic arm 320, for pressing with wire pressing block 150. Therefore this utility model adopts the guiding access Stroma 200 made of punching press and cramping terminal seat 300, can significantly save material cost, reduces number of parts, and then makes easy to assembly, saves time and efficiency is high.

Embodiment described above is only the preferred embodiment lifted for absolutely proving this utility model, and protection domain of the present utility model is not limited to this. Equivalent replacement that those skilled in the art make on this utility model basis or conversion, all within protection domain of the present utility model. Protection domain of the present utility model is as the criterion with claims.

Claims

1. a dual wire terminals platform structure, it is characterised in that including:

One insulating body, is provided with a socket of a storage tank, two wire inserting slots, a wire pressing block of a pressuring line groove, relatively this pressuring line groove displacement and this storage tank adjacent, and this storage tank is connected with this two wire inserting slot and this pressuring line groove respectively;

One guiding access Stroma, have be positioned this storage tank bottom a pedestal, from this pedestal one lateral buckling extend two adjutages and between this two adjutage to the inserting foot that this socket is extended; And

One cramping terminal seat, a pressure contact portion inside two elastic arms have the substrate being positioned this pedestal, bending extension from this substrate and connection respectively this elastic arm one end, wherein this wire pressing block can make this two elastic arm flexibly depart from respectively this pressure contact portion abutted with this two adjutage through this two adjutage pressing.

2. dual wire terminals platform structure as claimed in claim 1, it is characterised in that this pedestal is also convexly equipped with two location divisions and the holes between this two location division, this substrate is then provided with two holes in this two location division relatively, and respectively this location division is sticked in respectively in this hole.

3. dual wire terminals platform structure as claimed in claim 1, it is characterised in that respectively this adjutage also comprises a vertical section and connects a horizontal segment of this vertical section, and this horizontal segment is horizontally opposed this pedestal and arranges.

4. dual wire terminals platform structure as claimed in claim 1, it is characterised in that respectively this pressure contact portion also comprises the Fixed Division connecting ora terminalis inside this elastic arm and the kink connecting this one end, Fixed Division, and wherein this kink bends towards the direction of this inserting foot.

5. dual wire terminals platform structure as claimed in claim 1, it is characterised in that this wire pressing block is vertical with the direction that two wires insert this two wire inserting slot in the direction of this pressuring line groove displacement, and this two wire is held between this two elastic arm and this two adjutage respectively.

6. dual wire terminals platform structure as claimed in claim 2, it is characterised in that this guiding access Stroma also has one first angle from the bending extension of this pedestal and one second angle, and this first angle is relative to each other and parallel with this second angle.

7. dual wire terminals platform structure as claimed in claim 3, it is characterised in that respectively the inner surface of this horizontal segment also has multiple double wedge.

8. dual wire terminals platform structure as claimed in claim 6, it is characterised in that the another side of this insulating body this pressuring line groove relatively is additionally provided with one first hole, location positioning this first angle and positions one second hole, location of this second angle.

9. dual wire terminals platform structure as claimed in claim 8, it is characterized in that, this first angle erectly wears from this pedestal one end and is positioned this hole, the first location, this the second angle one end is then erectly connected with this pedestal, and the other end is towards bending away from this holes direction and being positioned this hole, the second location.

10. dual wire terminals platform structure as claimed in claim 1, it is characterised in that also there is between this two adjutage one first gap, then there is between this two elastic arm one second gap, the setting corresponding with this second gap of this first gap.