CN202442281U - Sliding assembly type power installing component - Google Patents
Sliding assembly type power installing component Download PDFInfo
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- CN202442281U CN202442281U CN2012200748409U CN201220074840U CN202442281U CN 202442281 U CN202442281 U CN 202442281U CN 2012200748409 U CN2012200748409 U CN 2012200748409U CN 201220074840 U CN201220074840 U CN 201220074840U CN 202442281 U CN202442281 U CN 202442281U
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Abstract
The utility model relates to a sliding assembly type power installing component which is suitable for the fields such as industrial lighting, civil lighting, decorative lighting, light box advertising, neon lights and the like, and is used for connecting a power source with a load. The sliding assembly type power installing component is provided with a power board and a load board, wherein a binding post on the power board is connected with a power line, and the load board is connected with the load, and an electric piece on the load board enters into an electric piece inlet on the power board to slide, so that the electric piece is connected with an electric board, and the load board is assembled with the power board. Compared with the prior art, the sliding assembly type power installing component does need lifting a connecting wire for a long time, so that the labor intensity of a wireman can be reduced, the time can be saved, and the labor can be saved; when the wireman overhauls, the fault between a power circuit and the power board can be measured at the electric piece inlet on the power board, and the fault of the load can be measured on the ground, so that the time of high-place operation can be shortened; and in the case that the power circuit is free of fault, like products can be optimally interchanged by a uniform standard part without disassembling the power board.
Description
Technical field the utility model relates to fields such as suitable industrial lighting, domestic lighting, lamp decoration, lamp box advertisement, neon light, is used for a kind of sliding combined power supply installation component that is connected between power supply and the load.
The existing lamp installation of background technology is that load directly is connected with power line.Generally be to lift wiring on the both hands, time length can make electricians produce sense of fatigue, and labour intensity is big, and inefficiency is so the installation method that this load directly is connected with power line is not easy to Fast Installation, maintenance, exchange to light fixture, inefficiency.
Summary of the invention is to overcome the above-mentioned deficiency that existing light fixture exists in installation process, makes things convenient for installation, maintenance, the replacing of light fixture, and the utility model provides a kind of sliding combined power supply installation component.The design of this sliding combined power supply installation component is: adopt not directly wiring between power supply and the load; Be provided with power panel and load board two parts in the structure; Adopt the connected mode of sliding combination between power panel and the load board; Its concrete structure is that this sliding combined power supply installation component is made up of power panel and load board two parts; Wherein the structure of power panel includes the zero-power line binding post that two ends in the zero-power line conductive plate that above power panel, is provided with rectangle successively, the hole have reverse thread; The screw that power panel, zero-power line conductive plate and zero-power line binding post are tightened together; Be provided with a zero-power line wiring hole that communicates with endoporus in zero-power line binding post side; In the endoporus on zero-power line binding post top, be provided with the zero-power line holding screw; Above the power panel of zero-power line conductive plate side, be provided with the power supply phase line conductive plate of rectangle, the power supply phase line binding post identical with zero-power line binding post structure successively, the screw with power panel, power supply phase line conductive plate and power supply phase line binding post tighten together is provided with a power supply phase line wiring hole that communicates with endoporus on power supply phase line binding post side; In the endoporus of power supply phase line binding post top, be provided with power supply phase line holding screw; On the power panel between zero-power line conductive plate and the power supply phase line conductive plate, in position, have two the different rectangles of size load zero line connected vertically electric-conductors inlets, have the different rectangles of two sizes load phase electric-conductors inlet connected vertically in position, on the power panel periphery, have power panel screw is installed near power supply phase line conductive plate near the zero-power line conductive plate; Wherein the structure of load board includes above load board, to be provided with rectangular slab and is converted into] load zero line electric-conductor and load phase electric-conductor type, the opposite setting of two opening directions; Below load board, be provided with load zero line binding post and load phase binding post; Screw tightens together load zero line electric-conductor, load board and the load zero line binding post below load board; Screw tightens together load phase electric-conductor, load board and the load phase binding post below load board; Be provided with a load zero line wiring hole that communicates with endoporus in the side of load zero line binding post; In the endoporus of load zero line binding post bottom, be provided with load zero line holding screw; Be provided with a load phase wiring hole that communicates with endoporus in load phase binding post side, in the endoporus of load phase binding post bottom, be provided with the load phase holding screw, on the periphery of load board, be provided with load board screw is installed; Power panel and load board are that the load phase electric-conductor that the load phase electric-conductor enters the mouth that is connected and gets into of load zero line electric-conductor and zero-power line conductive plate through getting into load zero line electric-conductor inlet was combined with being connected of power supply phase line conductive plate.
The utility model advantage compared with present technology is: 1, need not hold the both hands wiring for a long time high, power panel is connected with power line earlier, and be fixed on the ceiling; Because power panel is very light, leicht fallen D/A is so the time is very short; Thereby alleviated electricians' labour intensity, load board is with after light fixture is connected, as long as insert load zero line electric-conductor inlet to load zero line electric-conductor and load phase electric-conductor and the load phase electric-conductor enters the mouth; Position one to zero-power line binding post and power supply phase line binding post pushes away; Just accomplish the fixed installation of light fixture, saved time, laborsaving, improved operating efficiency.2, the fault between when maintenance, power circuit and power panel, the electric-conductor inlet on power panel just can be measured; The fault of load can be accomplished on ground, has shortened the time of operation aloft greatly.3, adopt unified standardized designs,, under the situation of not removing power panel, just can arbitrarily exchange like product as long as power circuit does not break down.
Description of drawings
Fig. 1, be the structural representation of the sliding combined power supply installation component among the embodiment 1.
Fig. 2, be the schematic top plan view of the sliding combined power supply installation component among the embodiment 1.
Fig. 3, be the schematic top plan view of the sliding combined power supply installation component among the embodiment 2.
Fig. 4, be the schematic top plan view of the sliding combined power supply installation component among the embodiment 3.
Fig. 5, be the schematic top plan view of the sliding combined power supply installation component among the embodiment 4.
The specific embodiment is for having further understanding to the structure of the sliding combined power supply installation component of the utility model, and details are as follows in conjunction with several embodiment of the utility model:
With reference to accompanying drawing 1,2; The structure of the sliding combined power supply installation component in the present embodiment is dimerous by power panel 1 and load board 2; Wherein the structure of power panel 1 includes the zero-power line binding post 5 that two ends in the zero-power line conductive plate 3 that above rectangle power panel 1, is provided with rectangle successively, the hole have reverse thread; The screw 4 that power panel 1, zero-power line conductive plate 3 and zero-power line binding post 5 are tightened together; Be provided with a zero-power line wiring hole 6 that communicates with endoporus in the side of zero-power line binding post 5; In the endoporus on zero-power line binding post 5 tops, be provided with zero-power line holding screw 7; Above the power panel 1 of zero-power line conductive plate 3 sides, be provided with the power supply phase line conductive plate 8 of rectangle, the power supply phase line binding post 10 identical successively with zero-power line binding post 5 structures; The screw 9 that power panel 1, power supply phase line conductive plate 8 and power supply phase line binding post 10 are tightened together; On power supply phase line binding post 10 sides, be provided with a power supply phase line wiring hole 11 that communicates with endoporus, in power supply phase line binding post 10 top endoporus, be provided with power supply phase line holding screw 12, on the power panel 1 between zero-power line conductive plate 3 and the power supply phase line conductive plate 8, have two the different rectangles of size load zero line connected vertically electric-conductors inlets 13 near the position of zero-power line conductive plate 3; Have the different rectangles of two sizes load phase electric-conductor inlet 14 connected vertically in position, on power panel 1 periphery, have power panel screw 15 is installed near power supply phase line conductive plate 8; Wherein the structure of rectangular load plate 2 includes above load board 2, to be provided with rectangular slab and is converted into] load zero line electric-conductor 16 and load phase electric-conductor 21 type, the opposite setting of two opening directions; The load zero line binding post 18 and load phase binding post 23 in band reverse thread hole in below load board 2, being provided with; Screw 17 tightens together load zero line electric-conductor 16, load board 2 and the load zero line binding post 18 below load board 2; Screw 22 tightens together load phase electric-conductor 21, load board 2 and the load phase binding post 23 below load board 2; On the side of load zero line binding post 18, be provided with a load zero line wiring hole 19 that communicates with endoporus; In load zero line binding post 18 bottom endoporus, be provided with load zero line holding screw 20; Be provided with a load phase wiring hole 24 that communicates with endoporus in load phase binding post 23 sides; In load phase binding post 23 bottom endoporus, be provided with load phase holding screw 25, on the periphery of load board 2, be provided with load board screw 26 is installed; Power panel 1 and load board 2 are being connected and getting into enter the mouth 14 load phase electric-conductor 21 of load phase electric-conductor and combine with being connected of power supply phase line conductive plate 8 of load zero line electric-conductor 16 and zero-power line conductive plate 3 through getting into load zero line electric-conductor inlet 13.What power panel 1 and load board 2 were adopted all is the bakelite material, and power supply on the two boards and load connector all are copper.The sliding combined power supply installation component of this structure is applicable to the circuit that is provided with a power switch control.
Step is installed gathers:
1, on the position that power supply connects, bored the hole according to the position of the installation screw 15 on the power panel 1, and expanded core has been installed.The power outlet mouth is greater than the load zero line electric-conductor inlet 13 and load phase electric-conductor inlet 14 on the power panel 1.
2, peel off the insulating barrier of zero-power line the end of a thread, zero-power line the end of a thread is inserted in the zero-power line wiring hole 6 on the zero-power line binding post 5, tighten zero-power line holding screw 7, phase line connects after the same method.
3, with screw is installed power panel 1 is fixed, the plate face is parallel with installed surface.
4, after load and load board 2 are fixed; On load board 2] the load zero line electric-conductor of type 16 aims at load zero line electric-conductor inlet 13 and load coupling electric-conductor inlet 14 on the power panels 1 with load phase electric-conductor 21; It is got into and slide to put in place, promptly install to the direction of zero-power line binding post 5 and power supply phase line binding post 10.
With reference to accompanying drawing 3; Identical among other structure in the present embodiment in the structure of sliding combined power supply installation component and the embodiment 1, different is on power panel 1, to be provided with four groups of power supply phase line conductive mechanism that a row is made up of screw 9 in power supply phase line conductive plate 8, power supply phase line binding post 10, power supply phase line binding post 10 endoporus and power supply phase line holding screw 12; Can be provided with successively on the load board 2 with power panel 1 on four groups of power supply phase line conductive mechanism being provided with four groups of load phase conductive mechanism corresponding, that constitute by load phase electric-conductor 21, screw 22, load phase binding post 23, load phase holding screw 25.The sliding combined installation component of this structure is applicable to the circuit of a public zero curve and four power switch controls.
With reference to accompanying drawing 4; Power panel 1 in the sliding combined power supply installation component is circular with load board 2; Load zero line electric-conductor inlet 13 is trapezoidal with load phase electric-conductor inlet 14; Being] enter the mouth 14 shape of upper plane and the load zero line electric-conductor inlet 13 and the load phase electric-conductor of the load zero line electric-conductor of type 16 and load phase electric-conductor 21 is complementary, identical among other parts in the structure and the embodiment 1.When power panel 1 was connected with load board 2, load board 2 was slided 16 ° by turning clockwise, and load zero line electric-conductor 16 is connected with zero-power line conductive plate 3, and load phase electric-conductor 21 is connected with power supply phase line conductive plate 8.The sliding combined power supply installation component of this structure is applicable to the circuit that is provided with a power switch control.
With reference to accompanying drawing 5; The structure of sliding combined power supply installation component is in the present embodiment; On the power panel 1 of circle, be evenly equipped with the one group of zero-power line conductive mechanism that constitutes by zero-power line conductive plate 3, screw 4, zero-power line binding post 5 and zero-power line holding screw 7 and three groups of power supply phase line conductive mechanism that constitute by power supply phase line conductive plate 8, screw 9, power supply phase line binding post 10, power supply phase line holding screw 12, be provided with on the load board 2 of circle one group with power panel 1 on the corresponding load zero line conductive mechanism that constitutes by load zero line electric-conductor 16, screw 17, load zero line binding post 18 and load zero line holding screw 20 of zero-power line conductive mechanism and with power panel 1 on the corresponding load phase conductive mechanism that constitutes by load phase electric-conductor 21, screw 22, load phase binding post 23 and load phase holding screw 25 of three groups of power supply phase line conductive mechanism.Wherein load zero line electric-conductor inlet 13 be trapezoidal mouthful with load phase electric-conductor inlet 14, is] enter the mouth 14 shape of the load zero line electric-conductor 16 of type and the upper plane of load phase electric-conductor 21 and load zero line electric-conductor inlet 13 and load phase electric-conductor is complementary.When power panel 1 was connected with load board 2, load board 2 was slided 16 ° by turning clockwise, and load zero line electric-conductor 16 is connected with zero-power line conductive plate 3, and load phase electric-conductor 21 is connected with power supply phase line conductive plate 8.The sliding combined power supply installation component of this structure is applicable to the circuit that is provided with public zero curve and three power switch controls.
Claims (5)
1. sliding combined power supply installation component; It is characterized in that it is made up of power panel (1) and load board (2) two parts; Wherein the structure of power panel (1) includes the zero-power line binding post (5) that in power panel (1) top is provided with the zero-power line conductive plate (3), hole of rectangle successively two ends have reverse thread; The screw (4) that power panel (1), zero-power line conductive plate (3) and zero-power line binding post (5) are tightened together; Be provided with a zero-power line wiring hole (6) that communicates with endoporus in zero-power line binding post (5) side; The zero-power line holding screw (7) that in the endoporus of zero-power line binding post (5) top, is provided with; Power panel (1) top in zero-power line conductive plate (3) side is provided with the power supply phase line conductive plate (8) of rectangle, the power supply phase line binding post (10) identical with zero-power line binding post (5) structure successively; The screw (9) that power panel (1), power supply phase line conductive plate (8) and power supply phase line binding post (10) are tightened together; On power supply phase line binding post (10) side, be provided with a power supply phase line wiring hole (11) that communicates with endoporus; In the endoporus of power supply phase line binding post (10) top, be provided with power supply phase line holding screw (12); Go up, have two the different rectangles of size load zero line connected vertically electric-conductor inlets (13) in position with the power panel (1) between the power supply phase line conductive plate (8) at zero-power line conductive plate (3), have the different rectangle load phase electric-conductor inlets connected vertically of two sizes (14) in position, on power panel (1) periphery, have power panel screw (15) is installed near power supply phase line conductive plate (8) near zero-power line conductive plate (3); Wherein the structure of load board (2) includes what load board (2) top was provided with and is converted into rectangular slab] load zero line electric-conductor (16) and load phase electric-conductor (21) type, the opposite setting of two opening directions; Be provided with load zero line binding post (18) and load phase binding post (23) in the below of load board (2); Screw (17) tightens together load zero line electric-conductor (16), load board (2) and the load zero line binding post (18) in load board (2) below; Screw (22) tightens together load phase electric-conductor (21), load board (2) and the load phase binding post (23) in load board (2) below; Be provided with a load zero line wiring hole (19) that communicates with endoporus in the side of load zero line binding post (18); In the endoporus of load zero line binding post (18) bottom, be provided with load zero line holding screw (20); Be provided with a load phase wiring hole (24) that communicates with endoporus in load phase binding post (23) side; In the endoporus of load phase binding post (23) bottom, be provided with load phase holding screw (25), on the periphery of load board (2), be provided with load board screw (26) is installed; Power panel (1) and load board (2) are being connected and getting into the enter the mouth load phase electric-conductor (21) of (14) of load phase electric-conductor and combine with being connected of power supply phase line conductive plate (8) of load zero line electric-conductor (16) and zero-power line conductive plate (3) through getting into load zero line electric-conductor inlet (13).
2. sliding combined power supply installation component according to claim 1 is characterized in that on power panel (1), can being provided with four groups of power supply phase line conductive mechanism that a row is made up of screw (9) in power supply phase line conductive plate (8), power supply phase line binding post (10), power supply phase line binding post (10) endoporus and power supply phase line holding screw (12); On load board (2), can be provided with four groups of power supply phase line conductive mechanism that go up to be provided with power panel (1), four groups of load phase conductive mechanism corresponding, that constitute by load phase electric-conductor (21), screw (22), load phase binding post (23), load phase holding screw (25) successively.
3. sliding combined power supply installation component according to claim 1; It is characterized in that power panel (1) and load board (2) are for circular; Load zero line electric-conductor inlet (13) be trapezoidal with load phase electric-conductor inlet (14), is] the load zero line electric-conductor (16) of type and the upper plane of load phase electric-conductor (21) and load zero line electric-conductor enters the mouth (13) and the load phase electric-conductor enters the mouth (14) shape be complementary.
4. sliding combined power supply installation component according to claim 1; It is characterized in that being evenly equipped with on the power panel (1) in circle the one group of zero-power line conductive mechanism that constitutes by zero-power line conductive plate (3), screw (4), zero-power line binding post (5) and zero-power line holding screw (7) and three groups of power supply phase line conductive mechanism that constitute by power supply phase line conductive plate (8), screw (9), power supply phase line binding post (10), power supply phase line holding screw (12); Be provided with on the load board (2) one group with power panel (1) on the corresponding load zero line conductive mechanism that constitutes by load zero line electric-conductor (16), screw (17), load zero line binding post (18) and load zero line holding screw (20) of zero-power line conductive mechanism and with power panel (1) on the corresponding load phase conductive mechanism of three groups of power supply phase line conductive mechanism by load phase electric-conductor (21), screw (22), load phase binding post (23) and load phase holding screw (25) formation; Wherein, load zero line electric-conductor inlet (13) be trapezoidal with load phase electric-conductor inlet (14), be] the load zero line electric-conductor (16) of type and the upper plane of load phase electric-conductor (21) and load zero line electric-conductor enters the mouth (13) and the load phase electric-conductor enters the mouth (14) shape be complementary.
5. sliding combined power supply installation component according to claim 4 is characterized in that power panel (1) and load board (2) are when being connected; Load board (2) is slided 16 ° by turning clockwise; Load zero line electric-conductor (16) is connected with zero-power line conductive plate (3), and load phase electric-conductor (21) is connected with power supply phase line conductive plate (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200748409U CN202442281U (en) | 2012-03-02 | 2012-03-02 | Sliding assembly type power installing component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200748409U CN202442281U (en) | 2012-03-02 | 2012-03-02 | Sliding assembly type power installing component |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202442281U true CN202442281U (en) | 2012-09-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200748409U Expired - Fee Related CN202442281U (en) | 2012-03-02 | 2012-03-02 | Sliding assembly type power installing component |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202442281U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107636389A (en) * | 2016-12-21 | 2018-01-26 | 深圳市豪恩光电照明股份有限公司 | A kind of panel light |
-
2012
- 2012-03-02 CN CN2012200748409U patent/CN202442281U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107636389A (en) * | 2016-12-21 | 2018-01-26 | 深圳市豪恩光电照明股份有限公司 | A kind of panel light |
| WO2018112793A1 (en) * | 2016-12-21 | 2018-06-28 | 深圳市豪恩光电照明股份有限公司 | Panel lamp |
| CN107636389B (en) * | 2016-12-21 | 2020-09-15 | 深圳市豪恩智能物联股份有限公司 | Panel light |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120919 Termination date: 20150302 |
|
| EXPY | Termination of patent right or utility model |