CN209948096U - Connector for fast connecting and connecting wires - Google Patents
Connector for fast connecting and connecting wires Download PDFInfo
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- CN209948096U CN209948096U CN201920712119.XU CN201920712119U CN209948096U CN 209948096 U CN209948096 U CN 209948096U CN 201920712119 U CN201920712119 U CN 201920712119U CN 209948096 U CN209948096 U CN 209948096U
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Abstract
The utility model discloses a connector of wire high-speed joint cluster, including connector button shell, the both ends of connector button shell are equipped with two plug mouths of a wire plug mouth and wire respectively, and the inner chamber of connector button shell is equipped with stainless steel elasticity conducting strip, and connector button shell is equipped with connector plug wire button outward, and connector button shell is equipped with lock in both ends wire plug mouth department and attaches wire one and pull out or drop the safety cover and prevent that two slopes of wire from droing the safety cover. The stainless steel elastic conductive sheet is arranged in the channel of the lead inserting connector, and the stainless steel elastic conductive sheet presses against the single-stranded copper lead in the opposite direction or is compressed to loosen the lead by the rigid elasticity of the material of the stainless steel elastic conductive sheet. The wire plugging device has the advantages that the wire plugging device can be plugged in place in one step and can be taken off in one step, the wire connection step and operability of the wire are simplified, the wire connection time is shortened, the wire connection and disconnection efficiency is improved, and the operation is simple, convenient and fast.
Description
Technical Field
The utility model relates to a part that electrical apparatus connects the cluster to lead to especially relates to a connector that wire high-speed joint cluster leads to.
Background
The wire connector in the prior art is used as a wiring terminal, can be suitable for single-strand and multi-strand copper wires, and is an important part for connecting and connecting electrical appliances in series.
However, because the existing connectors or terminals have various structures, the connection cannot be completed in one step, and other tools are needed to complete the connection installation. Or the wiring process is too complicated, for example, screws, rivets and the like are used for locking and fastening the lead on the connector, so that the wiring process and efficiency are increased for installation and production. Especially, when the connector is connected with a wire, the wire needs to be detached from the connector and then installed again, which is very inconvenient. There are also some connectors that have no insulation to prevent the wires from falling off the protective covers, and the wires are very likely to fall off or break loose from the connectors after being inserted into the connectors when the wires are bent or twisted. And the exposed lead is an extremely dangerous potential safety hazard and can cause harm to the safety of people and property.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing a connector that wire high-speed joint UNICOM led to.
The utility model aims at realizing through the following technical scheme:
the utility model discloses a connector of wire high-speed joint cluster, including connector button shell, the both ends of connector button shell are equipped with two plug mouths of a wire plug mouth and wire respectively, the inner chamber of connector button shell is equipped with stainless steel elasticity conducting strip, the edge of stainless steel elasticity conducting strip at the edge of the one end of a wire plug mouth and the edge of the one end of two plug mouths of wire inclines and is equipped with the V type guide way of plug wire to the chamber middle part respectively, connector button shell is equipped with connector plug wire button outward, connector plug wire button to the inner chamber of connector button shell stretches out two archs, and two archs are pressed respectively on the edge at stainless steel elasticity conducting strip both ends.
By the foregoing the technical scheme provided by the utility model, the embodiment of the utility model provides a connector of wire high-speed joint UNICOM realizes that two strands of wires that need the butt joint dock or split, effectively promotes the availability factor and the performance that present wire connection UNICOM or split, one step targets in place during the plug wire, also targets in place during the off-line, has simplified wire wiring step and operability, has shortened the wiring time, has improved the efficiency of wiring and off-line, and is easy and simple to handle swift.
Drawings
Fig. 1a, fig. 1B and fig. 1c are respectively a schematic view of a connector assembly structure, a sectional view in the direction of a-a and an enlarged view of a part B of a quick wire connection serial connector according to an embodiment of the present invention;
fig. 2a and 2b are respectively two-directional exploded views of a connector for quick connection and series connection of wires according to an embodiment of the present invention;
fig. 3a, 3b, and 3c are a front cross-sectional view, a side cross-sectional view, and another side cross-sectional view of the embodiment of the present invention;
fig. 4a, 4b, and 4c are a side view, a top view, and another side view of the second-plug direction of the second-inserted connector of the second-stranded copper conductor, the second-plug direction of the second-stranded copper conductor, and the second-plug direction of the second-stranded copper conductor, respectively.
In the figure:
1, plugging and unplugging a wire button by a connector; 2a connector button housing; 3 stainless steel elastic conductive sheet; 4 locking the lead wire, namely pulling out or dropping off the protective cover; 5, preventing the second lead from falling off the protective cover obliquely; 6, a first single-strand copper wire; 7 single strand copper wire two.
Detailed Description
Embodiments of the present invention will be described in further detail below. Details not described in the embodiments of the present invention belong to the prior art known to those skilled in the art.
The utility model discloses a connector of wire high-speed joint cluster, the concrete implementation mode of its preferred is:
including connector button shell, the both ends of connector button shell are equipped with two plug mouths of a wire plug mouth and wire respectively, the inner chamber of connector button shell is equipped with stainless steel elasticity conducting strip, the edge of stainless steel elasticity conducting strip at the edge of the one end of a wire plug mouth and the edge of the one end of two plug mouths of wire incline to the chamber middle part respectively and are equipped with the V type guide way of plug wire, connector button shell is equipped with connector plug wire button outward, connector plug wire button to the inner chamber of connector button shell has stretched two archs, and two archs are pressed respectively on the edge at stainless steel elasticity conducting strip both ends.
The connector button shell is provided with a locking wire which is pulled out or falls off at one end of a wire plugging port, and after the locking wire which is pulled out or falls off the protective cover is plugged into the connector button shell, the top wall of the protective cover is just inserted into a gap between the edge of the connector plugging wire button and the connector button shell.
And a protective cover for preventing the second lead from inclining and falling off is arranged at one end of the second lead plugging port of the connector button shell.
The first locking wire is an insulation piece, and the protective cover for pulling out or falling off and the protective cover for preventing the second wire from inclining and falling off are insulation pieces.
The utility model discloses a connector of wire high-speed joint cluster leads to, the wire inserts and is equipped with stainless steel elasticity conducting strip in the connector passageway, relies on stainless steel elasticity conducting strip material rigidity elasticity to the connector of single strand copper conductor journey opposite direction roof pressure or stainless steel elasticity conducting strip compressed, unclamp the wire. The protective covers for preventing the local bending and twisting of the lead are arranged at the two ends of the inserted lead of the connector, so that the problem that the local bending and twisting of the lead is prevented from falling off or breaking away from the connector is effectively solved; lead wires are exposed to bring potential safety hazards, and harm is caused to the safety of people and property. The connector is developed to realize the butt joint or the split of two wires needing butt joint, and the use efficiency and the performance of the conventional wire connection serial connection or split are effectively improved. The connector has the functions of one-step in-place during wire plugging and one-step in-place during wire disconnecting, simplifies the wiring steps and operability of the wires, shortens the wiring time, improves the efficiency of wiring and disconnecting, and is simple, convenient and quick to operate.
The specific embodiment is as follows:
as shown in fig. 1a to 2b, the wire plugging/unplugging device comprises a connector wire plugging/unplugging button 1, a connector button shell 2, a stainless steel elastic conductive sheet 3, a first locking wire pulling-out or dropping-off protective cover 4, and a second wire inclination preventing protective cover 5, wherein in the figure, a first single-stranded copper wire 6 and a second single-stranded copper wire 7;
as shown in fig. 3a to 3c, the principle of a single strand copper wire-plug-in connector is:
single strand copper wire-quick connect feedthrough description:
firstly, the first single-stranded copper conductor 6 passes through the first locking conductor to be pulled out or fall off the protective cover 4, and then as shown in a plug wire direction front view sectional view 3a, the first single-stranded copper conductor 6 can be easily and quickly inserted into the connector button shell 2 along a stainless steel elastic conductive sheet 3V-shaped groove. As shown in the cross-sectional view 3b in the plug-in direction, the conductive sheet 3 has a rigid elasticity due to the material property of the stainless elastic conductive sheet. When the first single-stranded copper conductor 6 is inserted into the connector button shell 2, the stainless steel elastic conductive sheet 3 exerts elastic force on the first single-stranded copper conductor 6 by means of the rigid elastic force of the material, and the first single-stranded copper conductor 6 bears on the top wall of the inner side of the connector button shell 2. Therefore, if the single-strand copper conductor I6 is pulled out of the connector button shell 2, the stainless steel elastic conductive sheet 3 presses against the single-strand copper conductor I6 in the opposite direction by means of the rigid elastic force of the material. The single strand of copper wire one 6 is difficult to pull out of the connector button housing 2.
The correct way to pull out the single strand copper wire is explained:
as shown in the plug-in direction side sectional view 3c, the connector plug wire button 1 is fixed to the connector button housing 2. Pressing down connector plug wire button 1 through the finger, connector plug wire button 1 can compress stainless steel elasticity conducting strip 3, is compressed the back when stainless steel elasticity conducting strip 3, just can not have upwards elasticity roof pressure single strand copper conductor 6 again. The first single-stranded copper wire 6 is in a free and non-pressing state, and the first single-stranded copper wire 6 can be easily pulled out of the connector button shell 2.
Explanation of the mode of locking the single-strand copper conductor to fall off or be pulled out:
if the plug wire direction looks sideways at the cross-sectional view 3c and shows, because of extracting a sub-strand copper conductor mode for pressing connector plug wire button 1 through the finger correctly, connector plug wire button 1 can compress stainless steel elasticity conducting strip 3, causes a sub-strand copper conductor 6 to be in free no roof pressure state, and a sub-strand copper conductor 6 can easily break away from and extract from connector button shell 2. Therefore, the mode of locking and attaching the single-stranded copper conductor to fall off or pull out is that after the single-stranded copper conductor 6 passes through the locking and attaching conductor to be pulled out or fall off the protective cover, the single-stranded copper conductor 6 can be easily and quickly inserted into the connector button shell 2 along the stainless steel elastic conductive sheet 3V-shaped groove. Then, the locking wire is pulled out or the protective cover 4 is pulled off and buckled on the button shell 2 of the connector. As shown in the cross-sectional side view 3c in the plugging direction, the wall thickness of the top of the pull-out or pull-off protective cover 4 of the locking wire just supports the downward pressing gap of the connector plug wire button 1. It can be seen that the connector insert/pull wire button 1 cannot perform the downward pressing operation, and therefore, the single strand of copper wire cannot be detached or pulled out from the connector button housing 2.
Locking the lead, pulling out or dropping off the protective cover:
the pull-out or falling-off protective cover 4 of the locking wire I is an insulating component and has the function of blocking the local bending and twisting of the single-strand copper wire I6. Prevent that the local bending of the first 6 of sub-strand copper conductor from warping, coming off or struggling to break away from the connector, avoid the wire to expose and cause the potential safety hazard, cause the injury to the personal safety and property.
As shown in fig. 4a to 4c, the principle of the single copper conductor two-plug connector is as follows:
description of the second quick connection series connection of the single-stranded copper conductor:
firstly, the second single-stranded copper conductor 7 penetrates through the protective cover 5 for preventing the second conductor from obliquely falling off, and then as shown in a side sectional view 4b of the second conductor in the wire plugging direction, the second single-stranded copper conductor 7 can be easily and quickly inserted into the connector button shell 2 along a 3V-shaped groove of the stainless steel elastic conductive sheet. As shown in the cross-sectional view 4a in the plug-in direction, the conductive sheet 3 has a rigid elastic force due to the material property thereof. When the second single-stranded copper conductor 7 is inserted into the connector button shell 2, the stainless steel elastic conductive sheet 3 exerts elastic force on the second single-stranded copper conductor 7 by means of the rigid elasticity of the material, and the second single-stranded copper conductor 7 bears against the top wall of the inner side of the connector button shell 2. Therefore, if the second single-stranded copper conductor 7 is pulled out of the connector button shell 2, the stainless steel elastic conductive sheet 3 presses the second single-stranded copper conductor 7 in the opposite direction by means of the rigid elastic force of the material. The second single copper conductor 7 is difficult to be pulled out from the connector button housing 2.
The two ways of correctly drawing the single-stranded copper conductor are illustrated as follows:
as shown in the plug-in direction side sectional view 4c, the connector plug wire button 1 is fixed to the connector button housing 2. Pressing down connector plug wire button 1 through the finger, connector plug wire button 1 can compress stainless steel elasticity conducting strip 3, and after stainless steel elasticity conducting strip 3 was compressed, just can not have two 7 of elasticity roof pressure single strand copper conductor upwards again. The second single-stranded copper conductor 7 is in a free and non-jacking state, and the second single-stranded copper conductor 7 can be easily separated from being pulled out of the connector button shell 2.
The second drawing mode of the single-stranded copper conductor is not used for locking and attaching the structure, because the connector is an important part for connecting the electric appliance. The main purpose is to connect or disconnect the wire and the electric appliance quickly, so the connector only has one end copper wire as the structure for preventing the pulling out and locking.
And (3) preventing the second lead from falling off the protective cover in an inclined way:
the second lead wire inclination falling prevention protective cover 5 is an insulating component and has a function of preventing the second single-strand copper lead wire 7 from local bending and twisting. The second 7 single-stranded copper conductor is prevented from local bending and twisting and falling off or breaking loose from the connector, and potential safety hazards caused by exposed conductors and damage to human safety and property are avoided.
The above description is only for the preferred embodiment of the present invention, but the protection scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are all covered by the protection scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (4)
1. The utility model provides a connector of wire high-speed joint cluster, its characterized in that, includes connector button shell, the both ends of connector button shell are equipped with two plug mouths of a wire plug mouth and wire respectively, the inner chamber of connector button shell is equipped with stainless steel elasticity conducting strip, the edge of stainless steel elasticity conducting strip at the edge of the one end of a wire plug mouth and the edge of the one end of two plug mouths of wire inclines and is equipped with the V type guide way of plug wire to the chamber middle part respectively, connector button shell is equipped with connector plug wire button outward, connector plug wire button to the inner chamber of connector button shell is stretched and is had two archs, and two archs are pressed respectively on the edge at stainless steel elasticity conducting strip both ends.
2. The connector of claim 1, wherein the connector button housing is provided with a locking wire-pull-out or pull-off protective cover at one end of the wire-pull opening, and the top wall of the locking wire-pull-out or pull-off protective cover is just inserted into the gap between the edge of the connector wire-pull button and the connector button housing after the locking wire-pull-out or pull-off protective cover is plugged into the connector button housing.
3. The connector for quick wire connection and series connection of claim 2, wherein the connector button housing is provided with a protective cover at one end of the insertion opening of the second wire to prevent the second wire from tilting off.
4. The quick connect through wire connector of claim 3, wherein said first pull-out or drop-off shield and said second tilt-off shield are insulators.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920712119.XU CN209948096U (en) | 2019-05-17 | 2019-05-17 | Connector for fast connecting and connecting wires |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920712119.XU CN209948096U (en) | 2019-05-17 | 2019-05-17 | Connector for fast connecting and connecting wires |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209948096U true CN209948096U (en) | 2020-01-14 |
Family
ID=69133406
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920712119.XU Active CN209948096U (en) | 2019-05-17 | 2019-05-17 | Connector for fast connecting and connecting wires |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209948096U (en) |
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2019
- 2019-05-17 CN CN201920712119.XU patent/CN209948096U/en active Active
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