CN217653733U

CN217653733U - High energy-saving LED square track lamp

Info

Publication number: CN217653733U
Application number: CN202221080778.4U
Authority: CN
Inventors: 王通
Original assignee: Shenzhen Huashenghua Technology Co ltd
Current assignee: Shenzhen Huashenghua Technology Co ltd
Priority date: 2022-04-25
Filing date: 2022-04-25
Publication date: 2022-10-25
Anticipated expiration: 2032-04-25

Abstract

The utility model discloses a high energy-conserving LED square track lamp, including the tail-hood, the back fixed mounting of tail-hood has the screw stopper, the back fixed mounting of tail-hood has the dial indicator stopper, the inside fixed mounting of tail-hood has the PCB mount, the front of tail-hood just is located PCB mount fixed mounting and has the mixing of colors PCB of adjusting luminance, the front of tail-hood just is located the below fixed mounting who adjusts luminance mixing of colors PCB and keeps off the code dialing ware five, the front fixed mounting of tail-hood has the power support. The utility model discloses a set up zoom lens, tight shot, reflection of light cup camera lens, protruding lens camera lens and surely light camera lens of zooming, pivot rotation 180 degrees during the use, 90 degrees forward, 90 degrees backward, the jib adopts 2 structures to fix, and the attenuator adopts the damping heart, and the damping cover, spring, both sides have circular screw hole of taking, take spacing hardware, lamp body die-casting or other heat radiation material shaping technology, and the material is: aluminum alloy or other heat dissipating material.

Description

High energy-saving LED square track lamp

Technical Field

The utility model belongs to the technical field of the LED track lamp, especially, relate to a square track lamp of high energy-conserving LED.

Background

The LED track lamp is a track lamp with an LED as a luminous source, is one type of track lamp, is widely applied to key illumination places such as shopping malls (brand exclusive stores such as clothing stores, furniture stores and the like), automobile displays, jewelry, star hotels, brand clothing, high-grade clubs, museum and object exhibition halls, chain markets, brand business halls, professional show windows, counters and the like, is an ideal light source for replacing the traditional halogen tungsten lamp and the metal halogen lamp, and has various styles, flexible and changeable shapes along with the continuous development of electronic technology.

The LED track lamp takes an LED as a light source, and has the advantages of no radiation, no heavy metal pollution, pure color, high luminous efficiency, low stroboflash, energy conservation and health, but the traditional LED track lamp has little function selectivity, a damping part rotates by one M6 or M4 inner hexagonal screw, the rotation smoothness is poor, the damping effect is not generated after the rotation is carried out for multiple times, a power supply is not fixed in a casing, the risk of safe power utilization is caused, and the wire rod falls off badly after falling, so 1. We propose a high-energy-saving LED square track lamp to solve the problems.

SUMMERY OF THE UTILITY MODEL

To the above problem, the utility model provides a high energy-conserving LED square track lamp, it is through setting up zoom, the tight shot of focus, anti-light cup camera lens, protruding through zoom lens camera lens and surely light camera lens, 180 degrees are rotated in the pivot during use, forward 90 degrees, backward 90 degrees, the jib adopts 2 structures to fix, the attenuator adopts the damping core, the damping cover, the spring, there is circular screw hole of taking in both sides, take spacing hardware, lamp body die-casting or other heat sink material forming process, the material is: the lens is made of an aluminum alloy CNC (computer numerical control) machining forming or any other process machining forming, the tail cover is made of PC (polycarbonate) injection molding or other plastics and is made of hardware materials, the lens is made of a silicone-eye zoom lens, PC, PMMA (polymethyl methacrylate) and silicone-eye injection molding or other material forming lenses, the fixed focus lens is made of PC, PMMA, 15-degree transparent, 36-degree transparent or 60-degree transparent, the reflector cup is made of PC vacuum aluminum plating and is made of 11-degree transparent, 22-degree transparent, 38-degree transparent or 47-degree transparent, meanwhile, the zoom structure is formed by using three guide grooves and guide columns, the zoom outer ring is twisted by the outer ring with three straight grooves inside to drive the lens, the aperture size can be changed, the decorating part is made of stainless steel or any other material, the guide rail head is made of a decorating part capable of being provided with 2-line, 3-line, 4-line, 6-line or a top disc with an embedded spring clamp seat or a top suction disc, the tail cover can have no function of any other module, the replaceable tail cover is provided with a single or a plurality of holes, the PCB is assembled with a module with a dimming and a color adjusting plate, and the product can realize the function of adjusting the color.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the utility model provides a high energy-conserving LED square track lamp, includes the tail-hood, the back fixed mounting of tail-hood has the screw stopper, the back fixed mounting of tail-hood has dial indicator stopper, the inside fixed mounting of tail-hood has the PCB mount, the front of tail-hood just is located PCB mount fixed mounting and has the mixing of colors PCB of adjusting luminance, the front of tail-hood just is located the below fixed mounting who adjusts the mixing of colors PCB and has five grades of dialling a ware, the front fixed mounting of tail-hood has the power support, the top fixed mounting of power support has the power, the front fixed mounting of tail-hood has the lamp body, the rocker sticker has all been pasted to the left and right sides of lamp body, the right side fixed mounting of lamp body has the rocker lower extreme, the top movable mounting of lamp body has the damping pivot, the left side fixed mounting of lamp body has the rocker upper end, rocker top threaded connection has the special tooth festival of track head, the top movable mounting of rocker upper end has the track head, the bottom threaded connection of lamp body has the hollow hexagonal screw, the inside fixed mounting of lamp body has COB, the front fixed mounting of lamp body has the decorative piece, the front of lens upper end is provided with zoom lens, the fixed mounting of the fixed focus lens, the reflective lens cup and the reflective lens.

Preferably, zoom includes first preceding ring, decorate the positive fixed mounting of piece and have first preceding ring, the inside movable mounting of first preceding ring has first COB support, the inside movable mounting of first preceding ring has the zoom lens snap ring, the positive fixed mounting of first COB support has zoom lens, zoom lens's positive fixed mounting has zoom lens ring, it has first copper post to peg graft between zoom lens and the zoom lens ring, the positive fixed mounting of first preceding ring has the outer loop that zooms, the inside movable mounting of the outer loop that zoos has the inner ring that zooms.

Preferably, the fixed focus camera lens includes the second COB support, the positive fixed mounting who decorates the piece has the second COB support, the positive fixed mounting of second COB support has fixed focus lens, fixed focus lens's positive fixed mounting has the second preceding ring.

Preferably, anti-light cup camera lens includes the third COB support, the positive fixed mounting of decorating the piece has the third COB support, the positive fixed mounting of third COB support has anti-light cup, anti-light cup's positive fixed mounting has the third front ring.

Preferably, the convex zoom lens comprises a fourth front ring, the front fixed mounting of the decorative sheet is provided with a fourth front ring, the internal movable mounting of the fourth front ring is provided with a fourth COB support, the internal movable mounting of the fourth front ring is provided with a plano-convex lens snap ring, the front fixed mounting of the fourth COB support is provided with a plano-convex lens, the front fixed mounting of the plano-convex lens is provided with a plano-convex lens ring, a second copper column is inserted between the plano-convex lens and the plano-convex lens ring, the front fixed mounting of the fourth front ring is provided with a plano-convex outer ring, and the internal movable mounting of the plano-convex outer ring is provided with a plano-convex inner ring.

Preferably, the light cutting lens comprises a linking barrel, the front fixed mounting of the decoration sheet is provided with the linking barrel, the front of the decoration sheet is fixedly provided with a fifth COB support inside the linking barrel, the inside of the linking barrel is fixedly provided with a tail barrel, the front of the tail barrel is fixedly provided with a hemispherical lens, the front of the tail barrel is fixedly provided with a tail barrel space ring, the front of the tail barrel space ring is fixedly provided with a biconvex lens, the outer surface of the biconvex lens is fixedly provided with a space ring, the front of the space ring is fixedly provided with an O-shaped ring, the front of the O-shaped ring is fixedly provided with a tail barrel tooth ring, the front of the tail barrel tooth ring is fixedly provided with a light cutting base, the front of the light cutting base is fixedly provided with an insertion sheet buckle-A, the front of the insertion sheet buckle-A is fixedly provided with an insertion sheet, the front of the insertion sheet buckle-B, the front of the inserting piece buckle-B is fixedly provided with a spacer, the front of the light cutting base is fixedly provided with a base, the inside of the base is fixedly provided with an M pressing ring, the front of the M pressing ring is fixedly provided with a double convex lens, the front of the double convex lens is fixedly provided with a plano-concave lens, the front of the plano-concave lens is fixedly provided with a lens group barrel spacer ring, the front of the lens group barrel spacer ring is fixedly provided with a plano-convex lens, the front of the plano-convex lens is fixedly provided with a concave-convex lens, the front of the base is fixedly provided with a lens group barrel, the front of the lens group barrel is fixedly provided with a lens group front ring, the outer surface of the lens group front ring is spliced with a third copper column, the outer surface of the lens group front ring is sleeved with a light cutting outer ring, the inside of the light cutting outer ring is movably provided with a light cutting inner ring, the front of the light cutting inner ring is fixedly provided with a protective glass, and the front of the light cutting outer ring is fixedly provided with a fourth outer ring.

Preferably, an inserting piece buckle-A, an inserting piece and an inserting piece buckle-B are fixedly mounted between the spacer and the base, and the front ring of the lens group is slidably mounted inside the light cutting outer ring through a third copper column.

Compared with the prior art, the beneficial effects of the utility model are that:

1. through setting up zoom lens, tight shot, reflection of light cup camera lens, the lens camera lens of zooming of protruding passing through and surely light camera lens, the pivot is rotated 180 degrees during the use, 90 degrees forward, 90 degrees backward, and the jib adopts 2 structures to fix, and the attenuator adopts the damping heart, damping cover, spring, and there is circular screw hole of taking in both sides, takes spacing hardware, lamp body die-casting or other heat dissipation material forming process, and the material is: the lens adopts a zoom inner ring and a zoom outer ring, the lens ring is formed by CNC (computerized numerical control) processing of aluminum alloy or any other process, the tail cover is formed by PC injection molding or other plastics and is formed by hardware materials, the lens adopts a silicon-eye zoom lens, PC, PMMA and silicon-eye injection molding or other material forming lenses, the fixed focus lens is PC, PMMA, transparent 15 degrees, 24 degrees, 36 degrees or 60 degrees and can be selected, the reflector cup adopts PC vacuum aluminum plating 11 degrees, 22 degrees, 38 degrees and 47 degrees, meanwhile, the zoom structure adopts three guide grooves and guide posts, the zoom outer ring with three straight grooves inside is twisted to drive the lens, the aperture size can be changed, the decorating piece is stainless steel or any other material decorating piece, the guide rail head is a configurable 2-line, 3-line, 4-line, 6-line or a clamping seat with an embedded spring or a suction top disc, the tail-hood can not have the function of any ability or other modules, removable tail-hood has single or a plurality of trompils, the module PCB board of mixing colours is adjusted luminance in the equipment area, the product realizes adjusting colours and mixing colours the function of adjusting luminance, also can adorn the PCB board of three fender or five fender dial-up modules, realize mixing colours the function, can also adorn the module PCB board of adjusting colours, realize adjusting colours the function, the module support can be arbitrary technology or arbitrary material, the power is fixed on the power support, this patent is temporarily for metal stamping process, the power passes through the screw fixation on the power support, the power support is fixed on the tail-hood of telling, effectively promote the power consumption safety standard, 1, adopt the plastic tail-hood, the tail-hood accessible is changed and is increased the tail-hood of trompil, increase the function control PCB board of afterbody, realize that the product increases the function, the plastic can be moulded plastics into black and white, the lamp body surface can be handled by the water transfer printing: black sand lines, white sand lines, red oak grain, the white oak grain, the walnut color and the lens part can be replaced at will for a drop test, and no power supply loosens or falls off, so that the safety risk caused by improper fixation of the built-in power supply is solved.

2. The plastic tail cover is adopted, the tail cover can be replaced by the tail cover with the added opening to increase the function control PCB board of the tail part, the product added function is realized, the plastic can be molded into black and white, the surface of the lamp body can be processed into sand-grain black, sand-grain white, red oak grain, white oak grain and walnut color through water transfer printing, the lens part can be replaced at will, a drop test is carried out, and no power supply loosens or falls off, so that the safety risk caused by improper fixation of the built-in power supply is solved.

Drawings

Fig. 1 is a schematic structural view of a zoom lens of a high energy-saving LED square track lamp provided by the present invention;

fig. 2 is a schematic view of a structure of a fixed focus lens of a high energy-saving LED square track lamp provided by the present invention;

fig. 3 is a schematic view of a structure of a reflector lens of a high energy-saving LED square track lamp provided by the present invention;

fig. 4 is a schematic structural view of a high energy-saving convex zoom lens of an LED square track lamp according to the present invention;

fig. 5 is the utility model provides a light lens structure schematic diagram is cut to square track lamp of high energy-conserving LED.

In the figure: 1 screw stopper, 2 dialling stopper, 3 tail-caps, 4PCB mounts, 5 adjust luminance mixing of colors PCB, 6 keep off the code dialing, 7 powers, 8 power supports, 9 rocker stickers, 10 rocker lower extremes, 11 damping pivots, 12 rocker upper ends, 13 special tooth sections of track head, 14 track heads, 15 hollow hexagonal screw, 16 lamp bodies, 17COB, 18 decorative plate.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments.

Referring to fig. 1, fig. 2, fig. 3, fig. 4 and fig. 5, a high energy-saving LED square track lamp, including a tail cover 3, a screw plug 1 is fixedly installed on the back of the tail cover 3, a dial plug 2 is fixedly installed on the back of the tail cover 3, a PCB fixing frame 4 is fixedly installed inside the tail cover 3, a dimming and toning PCB5 is fixedly installed on the front of the tail cover 3 and is located on the PCB fixing frame 4, a five-gear dial-up device 6 is fixedly installed on the front of the tail cover 3 and is located below the dimming and toning PCB5, a power support 8 is fixedly installed on the front of the tail cover 3, a power supply 7 is fixedly installed on the top of the power support 8, a lamp body 16 is fixedly installed on the front of the tail cover 3, rocker stickers 9 are pasted on the left and right sides of the lamp body 16, a rocker lower end 10 is fixedly installed on the right side of the lamp body 16, a damping rotating shaft 11 is movably installed on the top of the lamp body 16, a rocker upper end 12 is fixedly installed on the left side of the lamp body 16, a screw is connected with a special tooth joint 13 for the head of the rocker upper end 12, a track head is movably installed on the top of the rocker upper end 12, a hollow screw is connected with a track head 14, a decorative lens 16 is installed on the hollow hexagonal screw, a decorative lens 16, a zoom lens 16 and a decorative lens 18 for a zoom lens are installed on the front of the zoom lens, and a decorative lens are provided with a zoom lens 18.

In fig. 1, the zoom lens is composed of a first front ring 191, a first COB holder 201, a zoom lens retainer ring 211, a zoom lens 221, a zoom lens ring 241, a first copper cylinder 231, a zoom outer ring 251, and a zoom inner ring 261, and when mounted:

1. installing the light and color adjusting PCB on the PCB fixing piece and locking the PCB by using 2 screws;

2. mounting the assembly part assembled in the step 1 on a tail cover, and locking and fixing by using 2 screws;

3. mounting a five-gear dial plate on the tail cover, and locking and fixing by using 2 screws;

4. mounting the power supply bracket on the tail cover, and locking and fixing by using 2 screws;

5. the power supply is arranged on the power supply bracket and is locked and fixed by 2 screws;

6. a hollow hexagonal screw penetrates through the lamp body and is locked with the lower end 0 of the rocker through a screw thread;

7. installing a positive electrode, a negative electrode and a ground wire into a guide rail head, installing the guide rail head on a tooth joint, enabling a wire rod to pass through a wire passing hole in the center of the tooth joint and be locked and fixed with the upper end of a rocker by a machine-meter screw, and enabling a fiber tube to be added on the wire rod for insulation protection;

8. the damping rotating shaft is locked and fixed with the upper end of the rocker through 3 screws;

9. the assembly assembled in the step 8 is assembled at the lower end of a rocker and is locked and fixed through 3 screws;

10. connecting positive and negative wires of the guide rail head to a power supply, and locking a ground wire in a ground wire hole of the machine shell by using a screw for grounding;

11. connecting power output wires LED +, LED-two wires to a five-gear dialer PCB, connecting power dimming wires DIM +, DIM-two wires to a dimming and toning PCB, and outputting control wires LED +, LED-two wires and the dimming and toning PCB from the five-gear dialer PCB, and then welding the wires with a COB7 through an opening of a lamp body 6 to realize electric conduction;

12. pressing the COB bracket on the COB, coating heat dissipation glue inside the lamp body, and locking and fixing by using 2 screws;

13. the assembly obtained in the step 11 is arranged in a lamp body and is locked and fixed by 2 screws;

14. placing the fixed-focus lens on a COB support, penetrating the decorative sheet through the front ring, and screwing the threads to realize fixation;

15. after the aging test is finished, the screw plug is arranged on the tail cover 3, the rocker sticker is arranged at the lower end of the rocker, and the product assembly is finished.

In fig. 2, the fixed focus lens is composed of a second COB holder 202, a fixed focus lens 192, and a second front ring 212, and when mounted:

1-13, referring to the fixed coke cost in the assembling mode;

14. the zoom lens is arranged in the lens ring and is fixed through the zoom lens clamp spring;

15. placing the assembly part assembled in the step 14 in the zooming inner ring, and locking and fixing the assembly part through a copper column;

16. inserting the assembled part obtained in the step 15 into the zooming outer ring;

17. the front ring penetrates through the decorative sheet, and the screw thread is screwed on the lamp body in a rotating manner;

18. screwing the assembled part obtained in the step 16 onto a front ring in a rotating way;

19. after the aging test is finished, the screw plug is arranged on the tail cover, the rocker sticker is arranged at the lower end of the rocker, and the product is assembled.

In 3, the reflective cup lens is composed of the third COB holder 203, the reflective cup 193, and the third front ring 213, and when mounted:

1-13, referring to the fixed coke money in an assembly mode;

14. placing the reflective cup on a COB support, penetrating the decorative sheet through the front ring, and screwing the threads to realize fixation;

15. and after the aging test is finished, the screw plug-1 is arranged on the tail cover, the rocker sticker is arranged at the lower end of the rocker, and the product is assembled.

In fig. 4, the lenticular zoom lens consists of a fourth front ring 194, a fourth COB support 204, a plano-convex lens snap ring 214, a plano-convex lens 224, a plano-convex lens ring 244, a second copper cylinder 234, a plano-convex outer ring 254, and a plano-convex inner ring 264, when mounted:

1-13, referring to the fixed coke cost in the assembling mode;

14. the plano-convex lens is arranged in the lens ring and fixed through the zoom lens clamp spring;

18. screwing the assembled part obtained in the step 16 onto a front ring in a rotating mode;

19. after the aging test is finished, the screw plug is arranged on the tail cover, the rocker sticker is arranged at the lower end of the rocker, and the product assembly is finished.

In fig. 5, the light-cutting lens is composed of a link cylinder 195, a fifth COB holder 205, a tail cylinder 215, a 48 hemispherical lens 225, a tail cylinder spacer 235, a 48 biconvex lens 245, a spacer 255, an O-ring 265, a tail cylinder ring 275, a light-cutting base 285, a tab buckle-a 295, a tab 305, a tab buckle-B315, a spacer 325, a base 335, an M47 retainer 345, a 46 biconvex lens 355, a 38 biconvex lens 375, a 38 plano-concave lens 385, a lens group cylinder spacer 395, a 38 plano-convex lens 405, a 38 meniscus lens 415, a lens group cylinder 425, a lens group front ring 445, a third copper column 455, a light-cutting outer ring 465, a light-cutting inner ring 475, a protective lens 485, and a fourth outer ring 495, when mounted:

1-13, referring to the fixed coke cost in the assembling mode;

14. putting 48 hemispherical lenses, a tail cylinder spacing ring, 48 biconvex lenses, a tail cylinder spacing ring H7.2, 48 biconvex lenses and an O-shaped ring into a tail cylinder in sequence, and screwing the tail cylinder with a tail cylinder M49 tooth ring in a rotating manner;

15. the insert buckle-A and the insert buckle-B are buckled on the insert in a pressing way;

16. putting the 38 concave-convex lens, the 38 plano-convex lens, the lens group barrel spacing ring, the 38 plano-concave lens and the 38 biconvex lens into the lens group barrel in sequence, and screwing the lenses by using an M39 tooth ring in a rotating manner;

17. putting 46 biconvex lenses into the assembly obtained in the step 16, and screwing the biconvex lenses by using an M47 tooth ring;

18. putting the 54 concave-convex lens into the front ring of the lens group, and screwing the concave-convex lens by using the component in the step 17;

19. placing the assembly part assembled in the step 18 in the zooming inner ring, and locking and fixing the assembly part through a copper column;

20. inserting the assembled part obtained in the step 19 into a zooming outer ring;

21. placing the protective glasses on the assembly assembled in the step 20, and screwing the protective glasses by using the front ring in a rotating manner;

22. screwing the assembly assembled in the step 21 to the base;

23. screwing the tail cylinder assembly assembled in the step 14 onto a light cutting base in a rotating mode;

24. the connecting piece penetrates through the decorative sheet, and the thread is screwed on the lamp body in a rotating manner;

25. vertically placing the assembly assembled in the step 22 below a lens, sequentially pressing the spacer, the inserting sheet assembly 2 sleeve in the step 15, the spacer and the assembly assembled in the step 23, and locking and fixing by using 4 screws.

26. Rotating and screwing the assembly assembled in the step 25 on a link;

27. after the aging test is finished, the screw plug is arranged on the tail cover 3, the rocker sticker is arranged at the lower end of the rocker, and the product assembly is finished.

In fig. 5, a tab fastener-a 295, a tab 305 and a tab fastener-B315 are arranged between the spacer 325 and the base 335 for connection, and the front ring 445 and the light-cutting outer ring 465 are slidably mounted through a third copper column 455 for ensuring the stability of mounting.

In fig. 5, the base 335 is sleeved on the outer surface of the light cutting base 285, and the inner structure of the tail cover 3 is installed inside the lamp body 16.

Now, the operation principle of the present invention is described as follows:

by arranging a zoom lens, a fixed focus lens, a reflective cup lens, a convex zoom lens and a light cutting lens, when in use, a rotating shaft rotates 180 degrees, and moves 90 degrees forwards and 90 degrees backwards, a suspender is fixed by 2 structural parts, a damper adopts a damping core, a damping sleeve, a spring, a circular screw hole with two sides and a hardware part with a limit, a lamp body is cast or formed by other heat dissipation materials, the material is aluminum alloy or other heat dissipation materials, the lens adopts a zoom inner ring and a zoom outer ring, the lens ring is formed by aluminum alloy CNC machining or any other process, a tail cover is formed by PC injection molding or other plastics and is formed by hardware materials, the lens adopts a silicon eye zoom lens, PC, PMMA and a silicon eye injection molding or other material forming lens, the fixed focus lens is PC, PMMA, transparent 15 degrees, 24 degrees, 36 degrees or 60 degrees, the reflective cup adopts PC vacuum aluminum plating 11 degrees, 22 degrees, 38 degrees or 47 degrees, meanwhile, the zooming structure realizes the size change of an aperture by using three guide grooves and guide pillars and twisting the zooming outer ring with three straight grooves inside to drive a lens, the decorating part is stainless steel or any other decorating part made of materials, the guide rail head can be configured with 2 lines, 3 lines, 4 lines, 6 lines or a clamping seat with an embedded spring or a sucking top disc, the tail cover can not have any function or the function of other modules, the replaceable tail cover is provided with a single or a plurality of holes to assemble a module PCB board with dimming and toning, the product realizes the dimming and toning functions, the PCB board of a three-gear or five-gear dial code module can be assembled to realize the toning function and also can be assembled with the dimming module PCB board to realize the dimming function, the module bracket can be any process or any material, the power supply is fixed on the power supply bracket, the patent is temporarily set as a metal stamping process, and the power supply is fixed on the power supply bracket through screws, the power supply bracket is fixed on the tail cover, so that the power utilization safety standard is effectively improved, 1, the plastic tail cover is adopted, the tail cover can be replaced by the tail cover additionally provided with holes to increase the function control PCB of the tail part, so that the product is increased in functions, the plastic can be molded into black and white, the surface of the lamp body can be subjected to water transfer printing treatment into sand-grained black, sand-grained white, red oak grain, white oak grain and walnut color, the lens part can be replaced at will, a drop test is carried out, and no looseness or drop of the power supply exists, so that the safety risk caused by improper fixation of the built-in power supply is solved.

The above, only be the embodiment of the preferred of the present invention, but the protection scope of the present invention is not limited thereto, and any person skilled in the art is in the technical scope of the present invention, according to the technical solution of the present invention and the utility model, which are designed to be replaced or changed equally, all should be covered within the protection scope of the present invention.

Claims

1. The utility model provides a high energy-conserving LED square track lamp, includes tail-hood (3), its characterized in that, the back fixed mounting of tail-hood (3) has screw stopper (1), the back fixed mounting of tail-hood (3) has dial-up stopper (2), the inside fixed mounting of tail-hood (3) has PCB mount (4), the front of tail-hood (3) just is located PCB mount (4) fixed mounting and has the mixing of colors PCB (5) of adjusting luminance, the front of tail-hood (3) just is located the below fixed mounting who adjusts luminance mixing of colors PCB (5) and has five shelves code (6), the front fixed mounting of tail-hood (3) has power support (8), the top fixed mounting of power support (8) has power (7), the front fixed mounting of tail-hood (3) has lamp body (16), the left and right sides of lamp body (16) all pastes rocker (9), the right side fixed mounting of lamp body (16) has rocker (10), the top movable mounting of rocker (16) has damping pivot (11), the left side fixed mounting of lamp body (16) has rocker upper end (12), the screw thread section upper end (12) is connected with the head of hexagonal section of the paster (13) of screw thread (12), the lamp body (14) top of the screw thread head (13) of the special use of the rocker (14), the inside fixed mounting of lamp body (16) has COB (17), the positive fixed mounting of lamp body (16) has and decorates piece (18), the front of decorating piece (18) is provided with zoom lens, tight shot, anti-light cup camera lens, the zooming lens camera lens of protruding passing through and cuts light camera lens.

2. The high energy-saving LED square track lamp according to claim 1, wherein the zoom lens comprises a first front ring (191), a first front ring (191) is fixedly installed on the front surface of the decorative sheet (18), a first COB support (201) is movably installed inside the first front ring (191), a zoom lens snap ring (211) is movably installed inside the first front ring (191), a zoom lens (221) is fixedly installed on the front surface of the first COB support (201), a zoom lens ring (241) is fixedly installed on the front surface of the zoom lens (221), a first copper column (231) is inserted between the zoom lens (221) and the zoom lens ring (241), a zoom outer ring (251) is fixedly installed on the front surface of the first front ring (191), and a zoom inner ring (261) is movably installed inside the zoom outer ring (251).

3. The high-energy-saving LED square track lamp according to claim 1, wherein the fixed focus lens comprises a second COB bracket (202), the front surface of the decorative sheet (18) is fixedly provided with the second COB bracket (202), the front surface of the second COB bracket (202) is fixedly provided with a fixed focus lens (192), and the front surface of the fixed focus lens (192) is fixedly provided with a second front ring (212).

4. The high energy saving LED square track lamp according to claim 1, wherein the reflective cup lens comprises a third COB bracket (203), the front surface of the decorative sheet (18) is fixedly provided with the third COB bracket (203), the front surface of the third COB bracket (203) is fixedly provided with a reflective cup (193), and the front surface of the reflective cup (193) is fixedly provided with a third front ring (213).

5. The square track lamp of high energy-conserving LED of claim 1, characterized in that, the protruding zoom lens camera lens of passing through includes fourth front ring (194), the front fixed mounting who decorates piece (18) has fourth front ring (194), the inside movable mounting of fourth front ring (194) has fourth COB support (204), the inside movable mounting of fourth front ring (194) has plano-convex lens snap ring (214), the front fixed mounting of fourth COB support (204) has plano-convex lens (224), the front fixed mounting of plano-convex lens (224) has plano-convex lens ring (244), it has second copper post (234) to peg graft between plano-convex lens (224) and plano-convex lens ring (244), the front fixed mounting of fourth front ring (194) has plano-convex outer loop (254), the inside movable mounting of plano-convex outer loop (254) has plano-convex inner ring (264).

6. The high energy saving LED square track lamp according to claim 1, wherein the light cutting lens comprises a linking barrel (195), the front face of the decorative sheet (18) is fixedly provided with the linking barrel (195), the front face of the decorative sheet (18) is fixedly provided with a fifth COB bracket (205) inside the linking barrel (195), the inside of the linking barrel (195) is fixedly provided with a tail barrel (215), the front face of the tail barrel (215) is fixedly provided with 48 hemispherical lenses (225), the front face of the tail barrel (215) is fixedly provided with a tail barrel spacing ring (235), the front face of the tail barrel spacing ring (235) is fixedly provided with 48 biconvex lenses (245), the outer surface of the 48 biconvex lenses (245) is fixedly provided with a spacing ring (255), the front face of the spacing ring (255) is fixedly provided with an O-shaped ring (265), the front face of the O-shaped ring (265) is fixedly provided with a tail barrel spacing ring (275), the front face of the tail barrel spacing ring (275) is fixedly provided with a light cutting base (285), the front face of the light cutting base (285) is fixedly provided with an inserting sheet (295A-315), the front face of the front face fixing buckle (325) is provided with an inserting sheet (325-325), and the front face of the front face buckle (325) is provided with an inserting sheet (325-mounting sheet (325) and a-315), the utility model discloses a quick-witted, including tangent light base (285), the front fixed mounting of base (285) has base (335), the inside fixed mounting of base (335) has M47 clamping ring (345), the front fixed mounting of M47 clamping ring (345) has 46 biconvex lens (355), the front fixed mounting of 46 biconvex lens (355) has 38 biconvex lens (375), the front fixed mounting of 38 biconvex lens (375) has 38 plano-concave lens (385), the front fixed mounting of 38 plano-concave lens (385) has a mirror group section of thick bamboo spacer ring (395), the front fixed mounting of mirror group section of thick bamboo spacer ring (395) has 38 plano-convex lens (405), the front fixed mounting of 38 plano-convex lens (405) has 38 meniscus lens (415), the front fixed mounting of base (335) has a mirror group section of thick bamboo (425), the front fixed mounting of mirror group section of thick bamboo (425) has a mirror group front ring (445), the outer ring (455) of mirror group front ring (425) has third copper column (455) to peg graft, the outer loop (465) of mirror group front ring (445) has the outer loop of tangent light, the inner movable mounting of mirror group has a light outer loop (465), the outer loop (465) of light section of mirror group inner loop (465), the light section of mirror (475) has a light section of mirror protection ring (475), the outer loop (475) is installed, the outer loop (475) of cut outer loop (475), the outer loop (475) of light outer loop (475), the outer loop (475) of cut outer loop (475), the outer loop (475) of light outer loop (475) is outer loop (475), the outer loop (475) of cut outer loop (475), the outer loop (475) is outer loop (475), the outer loop (475) of the outer loop (475) is installed in the outer loop (475), the outer loop (475) of cut.

7. The high energy-saving LED square track lamp according to claim 6, wherein a tab buckle-A (295), a tab (305) and a tab buckle-B (315) are fixedly installed between the spacer (325) and the base (335), and the front ring (445) of the lens group is slidably installed inside the outer light-cutting ring (465) through a third copper column (455).