CN207316864U - Energization plug-in unit on flexible LED strip - Google Patents
Energization plug-in unit on flexible LED strip Download PDFInfo
- Publication number
- CN207316864U CN207316864U CN201721375126.2U CN201721375126U CN207316864U CN 207316864 U CN207316864 U CN 207316864U CN 201721375126 U CN201721375126 U CN 201721375126U CN 207316864 U CN207316864 U CN 207316864U
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- China
- Prior art keywords
- plug
- elastic sheet
- contact pin
- electroconductive elastic
- unit
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Abstract
It the utility model is related to the energization plug-in unit in lighting technical field, more particularly to flexible LED strip.Including the first plug division and the second plug division for being inserted into flexible lamp strip with LED light strip electrical communication, first plug division includes the first contact pin that can be used to be inserted into flexible lamp strip with the first electroconductive elastic sheet of LED light strip electrical communication, positioned at the side of first electroconductive elastic sheet, second plug division includes the second contact pin that can be used to be inserted into flexible lamp strip with the second electroconductive elastic sheet of LED light strip electrical communication, positioned at the side of second electroconductive elastic sheet, and first plug division and the second plug division are connected by the connecting portion that insulate.As long as so insulation connecting portion is clutched with hand, you can once cross and 2 plug divisions are inserted into flexible LED strip, such grafting is more stable, and is unlikely to deform in grafting.
Description
【Technical field】
It the utility model is related to the energization plug-in unit in lighting technical field, more particularly to flexible LED strip.
【Background technology】
LED flexible light bar is widely used in because the features such as lamp bar main body is soft, frivolous, color is pure, simple installation
Building body profile, step, exhibition booth, bridge, hotel, KTV decorative lightings and the making of various advertising signboards, various large-scale cartoons,
The places such as the advertisement design of calligraphy and painting.The structure of general flexible lamp strip is to set LED light strip and conducting wire in lamp bar body interior, is passed through
Another conductor wire connection LED light strip and conducting wire, then the power supply realized to LED light strip that connected by power supply with conducting wire.With section
The very little that the size of the development of skill, lamp bar main body and LED light strip can design so that LED light strip and the connection space of conducting wire subtract
It is few, if still easily occurring the situation of loose contact or disconnection by way of a conductor wire connects, influencing making for lamp bar
With.There are also existing substituting the connection of conductor wire using external connection plug-in unit, but general connection plug-in unit leads to for multiple widgets
Cross the modes such as welding to connect and could be used, so not only make complexity, but also be not easy to install.
The applicant directly also designs a kind of lamp device for the problem, it is respectively adopted with electroconductive elastic sheet and leads
The plug division of electric mortiser pin, being inserted into by 2 plug divisions in lamp bar, which makes light bar be electrically connected with conducting wire, plays energization action, but due to
Lamp device itself is frivolous, is easily deformed in actual use during its grafting, if two plug divisions are because of conductive bullet
Piece deformation finally links together or does not connect with light bar, then cannot play the conductive effect of connection, generally require to replace
Again grafting.
【The content of the invention】
To solve the problems, such as that connection plug-in unit is not easy to install and use in the prior art, the utility model provides flexible LED
Energization plug-in unit in lamp bar.
The utility model is achieved through the following technical solutions：
Energization plug-in unit on flexible LED strip, including for being inserted into flexible lamp strip and LED light bar electrical communications
First plug division and the second plug division, first plug division includes can be with the first electroconductive elastic sheet of LED light strip electrical communication, position
Be used to being inserted into the first contact pin in flexible lamp strip in the side of first electroconductive elastic sheet, first electroconductive elastic sheet with it is described
First contact pin is integrally formed by conductive material, second plug division include can with the second electroconductive elastic sheet of LED light strip electrical communication,
The second contact pin for being used to be inserted into flexible lamp strip positioned at the side of second electroconductive elastic sheet, second electroconductive elastic sheet and institute
State the second contact pin to be integrally formed by conductive material, and first plug division is connected with the second plug division by an insulation connecting portion
Connect.
Energization plug-in unit on flexible LED strip as described above, the insulation connecting portion is in the first plug division and second
The rear end of plug division, and the first pin stretched out on rear side of the insulation connecting portion is additionally provided with first plug division, it is described
The second pin stretched out on rear side of the insulation connecting portion is additionally provided with second plug division.
Energization plug-in unit on flexible LED strip as described above, first pin and the second pin are bent up folding and sticking
On the rear end face of the insulation connecting portion.
Energization plug-in unit on flexible LED strip as described above, first electroconductive elastic sheet and first contact pin are by metal plate
Golden part pressing and bending is integrally formed.
Energization plug-in unit on flexible LED strip as described above, the root of first electroconductive elastic sheet and first contact pin
Portion is connected with each other, and first electroconductive elastic sheet is the long cutting extended forward from root side, and first contact pin is from root
The long contact pin that extends forward of opposite side.
Energization plug-in unit on flexible LED strip as described above, side of the root with the first contact pin are relatively another
Side is folded upward at making forming clamping gap between the conductive pin and the electroconductive elastic sheet.
Energization plug-in unit on flexible LED strip as described above, the side of the root bending is perpendicular to root level
Side.
Energization plug-in unit on flexible LED strip as described above, the length that first contact pin extends forward are less than described
The length of electroconductive elastic sheet.
Energization plug-in unit on flexible LED strip as described above, is located on the electroconductive elastic sheet and is equipped with its front end
The elastic pressing part of the V-type above bent further along after bending downward.
Energization plug-in unit on flexible LED strip as described above, the front end of the conductive pin are the spacing of upper and lower end face
The tip gradually decreased before descriscent.
Compared with prior art, the utility model has the following advantages：
1st, the utility model provides the energization plug-in unit on flexible LED strip, passes through the first plug division of energization plug-in unit,
Two plug divisions are connected with the light bar of flexible LED strip, light bar is formed into a loop with external power supply, its concrete mode is conductive for first
Shrapnel is electrically connected with light bar, and the first plug division is connected with conducting wire, LED light strip is electrically connected with conducting wire, and the first contact pin is for convenience
It is inserted into inside flexible LED strip and plays fixation so that electric plug connects conducting wire all with light bar, instead of traditional
Pass through the connection mode of a conductor wire so that connection structure is more stable, and in addition electroconductive elastic sheet and conductive pin are by conduction material
Material is integrally formed, its making is more simple, and production efficiency is high, and easy to use.And by the connecting portion that insulate by the first grafting
Portion, the second plug division link together, as long as so clutching insulation connecting portion with hand in grafting, you can once cross and insert 2
Socket part is inserted into flexible LED strip, and such grafting is more stable, and is unlikely to deform.
2nd, there are the pin of stretching in first plug division of the utility model, the second plug division in insulation connecting portion rear end, lead to
Crossing welding can be by conductor wire and pin welding, so that easy to use, and can be folded upward at being attached to the rear end of insulation connecting portion
On face, so during transport or use, pin can be protected not easily broken.
3rd, for the energization plug-in unit of the utility model integrally by sheet metal component one bending punch forming, its production process is simple, and
It is and easy to use.
【Brief description of the drawings】
It is required in being described below to embodiment in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing to be used is briefly described, it should be apparent that, drawings in the following description are only some realities of the utility model
Example is applied, for those of ordinary skill in the art, without creative efforts, can also be according to these attached drawings
Obtain other attached drawings.
Fig. 1 is the structure diagram of the energization plug-in unit on the utility model flexible LED strip；
Fig. 2 is the structure diagram two of the energization plug-in unit on flexible LED strip (after pin bending)；
Fig. 3 is the structure diagram three (not increasing insulation connecting portion) of the energization plug-in unit on flexible LED strip.
【Embodiment】
In order to which the technical problem, technical solution and the beneficial effect that are solved the utility model are more clearly understood, below
With reference to accompanying drawings and embodiments, the utility model is further elaborated.It should be appreciated that specific implementation described herein
Example only to explain the utility model, is not used to limit the utility model.
The utility model is achieved through the following technical solutions：
As shown in Figure 1 to Figure 3,1, the energization plug-in unit on flexible LED strip, it is characterised in that including soft for being inserted into
Property lamp bar in the first plug division and the second plug division of LED light strip electrical communication, first plug division includes can be with LED light
It is used to be inserted into flexible lamp strip with the first electroconductive elastic sheet of electrical communication 101, positioned at the side of first electroconductive elastic sheet 101
First contact pin 102, first electroconductive elastic sheet 101 are integrally formed with first contact pin 102 by conductive material, and described second inserts
Socket part includes with the second electroconductive elastic sheet of LED light strip electrical communication 201, positioned at the side of second electroconductive elastic sheet 201 to be used for
The second contact pin 202 being inserted into flexible lamp strip, second electroconductive elastic sheet 201 is with second contact pin 202 by conductive material
It is integrally formed, and first plug division is connected with the second plug division by an insulation connecting portion 3.The utility model provides soft
Energization plug-in unit in property LED light bar, passes through the light bar of the first plug division of energization plug-in unit, the second plug division and flexible LED strip
It is connected, light bar is formed into a loop with external power supply, its concrete mode is electrically connected for the first electroconductive elastic sheet with light bar, and the first grafting
Portion is connected with conducting wire, LED light strip is electrically connected with conducting wire, and the first contact pin is inserted into inside flexible LED strip and plays for convenience
Fixation so that electric plug connects conducting wire all with light bar, instead of traditional connection mode by a conductor wire, makes
Connection structure it is more stable, in addition electroconductive elastic sheet is integrally formed with conductive pin by conductive material, its making is more simple, give birth to
Produce efficient and easy to use.And the first plug division, the second plug division are linked together by the connecting portion that insulate, so
As long as insulation connecting portion is clutched with hand, you can once cross and 2 plug divisions are inserted into flexible LED strip, so in grafting
Grafting is more stable, and is unlikely to deform.
Specifically, the terminals on conducting wire and light bar that the connection of the first plug division connects with positive pole, the second grafting
Another terminals on conducting wire and light bar that portion's connection connects with power cathode.
In addition, the production process of this product is, the first electroconductive elastic sheet 101, the second electroconductive elastic sheet are stamped out on a metal plate part
201 and first contact pin 102, the shape of the second contact pin 202, electroconductive elastic sheet and contact pin are positioned at being same as in plane at this time, then rush
The curved root by the first contact pin, the second contact pin of backfin is folded upward at, and in the rear end of the first electroconductive elastic sheet and the second electroconductive elastic sheet
The first pin and the second pin are reserved respectively, then forms tight insulation connecting portion in rear end by modes such as encapsulating, blowings, and will be connect
Foot exposes the design so that this product is simple to manufacture, and production efficiency is high, it is easy to use the advantages that.
Wherein, the insulation connecting portion 3 is located at the rear end of the first plug division and the second plug division, and first plug division
On be additionally provided with the first pin 105 stretched out from insulation connecting portion 3 rear side, be additionally provided with second plug division from it is described absolutely
The second pin 205 that the rear side of edge connecting portion 3 stretches out.First pin, 105 and second pin 205 is folded upward at being attached to described
Insulate on the rear end face of connecting portion 3.There are the pin of stretching in first plug division, the second plug division in insulation connecting portion rear end, lead to
Crossing welding can be by conductor wire and pin welding, so that easy to use, and can be folded upward at being attached to the rear end of insulation connecting portion
On face, so during transport or use, pin can be protected not easily broken.
Moreover, first electroconductive elastic sheet 101 and first contact pin 102 are integrally formed by sheet metal component pressing and bending.Metal plate
Gold is a kind of synthesis cold machining process for sheet metal, its significant feature is exactly Same Part consistency of thickness.And metal plate
Golden part has the characteristics that light-weight, intensity is high, conductive, cost is low, scale of mass production performance is good.
Wherein, the root of first electroconductive elastic sheet 101 and first contact pin 102 is connected with each other, and described first is conductive
Shrapnel 101 is the long cutting extended forward from root side, and first contact pin 102 extends forward for the opposite side from root
Long contact pin.Side 1021 of the root with the first contact pin 102 is folded upward at making the conductive pin with respect to opposite side 1011
Clamping gap 103 is formed between 102 and the electroconductive elastic sheet 101.The bending can process letter by pressing and bending one-pass molding
It is single and efficient, and be in by the first electroconductive elastic sheet of bending 101 from the first contact pin 102 in different planes,
Gap is left between vertical, after lighting in plug-in unit insertion lamp bar main body, light bar is then placed in the gap by conductive bullet in the gap
Piece 101 and conductive pin 102 clamp, and can play fixed effect, make the luminous more stable of lamp bar.
Specifically, the side 1021 of the root bending is perpendicular to the side 1011 of root level.The structure to process
It is more convenient.
More specifically, the length that first contact pin 102 extends forward is less than the length of the electroconductive elastic sheet 101.It is described
It is located at the elastic pressing part 1012 equipped with the V-type above bent further along after bending downward at its front end on electroconductive elastic sheet 101.It is described
The tip 1022 that the front end of conductive pin 102 distance between upper and lower end face gradually decreases forward.Electroconductive elastic sheet 101 is by nearby
Elastic pressing part is set at end, electroconductive elastic sheet can be reinforced and contacted with light bar being inserted into lamp bar main body, make contact more stable.It is conductive
The tip of contact pin 102 contributes to conductive pin to be inserted into lamp bar main body, makes installation more convenient, simply.
The utility model provides the energization plug-in unit on flexible LED strip, passes through the first plug division of energization plug-in unit, second
Plug division is connected with the light bar of flexible LED strip, light bar is formed into a loop with external power supply, its concrete mode is the first conductive bullet
Piece is electrically connected with light bar, and the first plug division is connected with conducting wire, LED light strip is electrically connected with conducting wire, and the first contact pin is for convenience of slotting
Enter to flexible LED strip inside and play fixation so that electric plug connects conducting wire all with light bar, instead of traditional lead to
Cross the connection mode of a conductor wire so that connection structure is more stable, and in addition electroconductive elastic sheet and conductive pin are by conductive material
It is integrally formed, its making is more simple, and production efficiency is high, and easy to use.And by insulate connecting portion by the first plug division,
Second plug division links together, as long as so clutching insulation connecting portion with hand in grafting, you can once crosses 2 plug divisions
It is inserted into flexible LED strip, such grafting is more stable, and is unlikely to deform.
It is to combine one or more embodiments that particular content provides as described above, does not assert the tool of the utility model
Body is implemented to be confined to these explanations.It is all approximate with the method for the utility model, structure etc., identical or new for this practicality
Make some technologies under type concept thereof to deduce, or replacement should all be considered as the scope of protection of the utility model.
Claims (10)
1. the energization plug-in unit on flexible LED strip, it is characterised in that including powered with LED light for being inserted into flexible lamp strip
The first plug division and the second plug division of gas connection, first plug division include to lead with the first of LED light strip electrical communication
Electric shrapnel (101), the first contact pin for being used to be inserted into flexible lamp strip positioned at the side of first electroconductive elastic sheet (101)
(102), first electroconductive elastic sheet (101) is integrally formed with first contact pin (102) by conductive material, second grafting
Portion include can with the second electroconductive elastic sheet (201) of LED light strip electrical communication, positioned at the side of second electroconductive elastic sheet (201)
For the second contact pin (202) being inserted into flexible lamp strip, second electroconductive elastic sheet (201) and second contact pin (202)
It is integrally formed by conductive material, and first plug division is connected with the second plug division by an insulation connecting portion (3).
2. the energization plug-in unit on flexible LED strip according to claim 1, it is characterised in that the insulation connecting portion (3)
It is additionally provided with positioned at the first plug division and the rear end of the second plug division, and on first plug division from the insulation connecting portion (3)
The first pin (105) that rear side stretches out, the stretched out on rear side of the insulation connecting portion (3) is additionally provided with second plug division
Two pins (205).
3. the energization plug-in unit on flexible LED strip according to claim 2, it is characterised in that first pin (105)
It is folded upward at being attached on the rear end face of the insulation connecting portion (3) with the second pin (205).
4. the energization plug-in unit on flexible LED strip according to claim 1, it is characterised in that first electroconductive elastic sheet
(101) it is integrally formed with first contact pin (102) by sheet metal component pressing and bending.
5. the energization plug-in unit on flexible LED strip according to claim 2, it is characterised in that first electroconductive elastic sheet
(101) be connected with each other with the root of first contact pin (102), first electroconductive elastic sheet (101) be from root side forward
The long cutting of extension, the long contact pin that first contact pin (102) extends forward for the opposite side from root.
6. the energization plug-in unit on flexible LED strip according to claim 5, it is characterised in that the root carries first
The side (1021) of contact pin (102) is folded upward at making first contact pin (102) lead with described first with respect to opposite side (1011)
Clamping gap (103) is formed between electric shrapnel (101).
7. the energization plug-in unit on flexible LED strip according to claim 5, it is characterised in that the one of the root bending
Side (1021) is perpendicular to the side of root level (1011).
8. the energization plug-in unit on flexible LED strip according to claim 2, it is characterised in that first contact pin (102)
The length extended forward is less than the length of first electroconductive elastic sheet (101).
9. the energization plug-in unit on flexible LED strip according to claim 2, it is characterised in that first electroconductive elastic sheet
(101) it is located at the elastic pressing part (1012) equipped with the V-type above bent further along after bending downward at its front end on.
10. the energization plug-in unit on flexible LED strip according to claim 2, it is characterised in that first contact pin
(102) tip (1022) that front end distance between upper and lower end face gradually decreases forward.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721375126.2U CN207316864U (en) | 2017-10-13 | 2017-10-13 | Energization plug-in unit on flexible LED strip |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721375126.2U CN207316864U (en) | 2017-10-13 | 2017-10-13 | Energization plug-in unit on flexible LED strip |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207316864U true CN207316864U (en) | 2018-05-04 |
Family
ID=62382207
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721375126.2U Active CN207316864U (en) | 2017-10-13 | 2017-10-13 | Energization plug-in unit on flexible LED strip |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207316864U (en) |
-
2017
- 2017-10-13 CN CN201721375126.2U patent/CN207316864U/en active Active
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