CN211118979U

CN211118979U - Antiskid L ED underground lamp

Info

Publication number: CN211118979U
Application number: CN201922451673.XU
Authority: CN
Inventors: 程世友; 杨钇; 汤燕军; 胡居刚; 王云龙
Original assignee: Zhejiang Jingri Science And Technology Co ltd
Current assignee: Zhejiang Jingri Science And Technology Co ltd
Priority date: 2019-12-31
Filing date: 2019-12-31
Publication date: 2020-07-28
Anticipated expiration: 2029-12-31

Abstract

The utility model discloses a bury lamp antiskid L ED, including built-in fitting (1), be equipped with L ED lamp body (2) in built-in fitting (1), L ED lamp body (2) top is equipped with glass (3) and face lid (4) in proper order, glass (3) upper surface is equipped with a set of non-slip raised (5).

Description

Antiskid L ED underground lamp

Technical Field

The utility model relates to a L ED buries the lamp, especially buries the lamp with antiskid L ED.

Background

L ED is a new green lighting source, because of its energy saving, high lighting effect, rich color, long life and so on, it is more and more accepted by all social circles, some building wall lighting installation environment is not suitable for the open installation of lamps or has no installation conditions, so these walls need a buried L ED lamp for application, can satisfy the lighting environment application effect, but also better hide lamps, but because L ED buried lamp on the road surface, the pedestrian may have the situation of directly trampling lamps when walking, L ED buried lamp surface is generally set with toughened glass, on one hand is convenient for the light-emitting, on the other hand can also play the role of protection.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a bury lamp antiskid L ED the utility model has the characteristics of antiskid effect can effectively be improved.

The technical scheme of the utility model is that an antiskid L ED underground lamp, including the built-in fitting, be equipped with L ED lamp body in the built-in fitting, L ED lamp body top is equipped with glass and face lid in proper order, the glass upper surface is equipped with a set of non-skid protrusion.

In the antiskid L ED underground lamp, the L ED lamp body comprises a shell, an aluminum substrate is arranged in the shell, a group of L ED lamps is arranged on the aluminum substrate, each L ED lamp is provided with a lens, and antiskid protrusions are located in gaps between adjacent lenses.

In the antiskid L ED underground lamp, the anti-dazzle grid is arranged above the lens and comprises a grid body, and the grid body is provided with a deep cylinder structure corresponding to the lens.

In the antiskid L ED underground lamp, the shell is a conical cylinder, the bottom in the conical cylinder is provided with a built-in power supply, the built-in power supply is positioned below the aluminum substrate, the side surface below the aluminum substrate is also provided with a radiator, and the grid body is of a flat cylindrical structure.

In the aforesaid bury lamp on antiskid L ED, the built-in fitting includes pre-buried barrel, and pre-buried barrel upper end is equipped with annular installation face.

In the antiskid L ED underground lamp, the glass comprises cylindrical glass, and the outer edge of the cylindrical glass is provided with an annular mounting table.

In the aforesaid bury lamp antiskid L ED, the cover is equipped with waterproof silica gel sealing washer on the annular mount table.

In the anti-skidding L ED underground lamp, the embedded part is a linear embedded box shell, a box body end cover is arranged on the embedded box shell, a linear surface cover is arranged above the box body end cover, the glass is linear glass and is positioned in the surface cover, and the L ED lamp body is a L ED lamp body with a linear structure.

Compared with the prior art, the utility model discloses by built-in fitting, L ED lamp body, glass and face lid enough become, through set up a set of non-slip raised at glass's upper surface, improve the roughness on glass surface, increase the frictional force of walking, guarantee to play anti-skidding effect under environment such as sleet, effectively promoted anti-skidding effect simultaneously, the utility model discloses reasonable optimization has been made to non-slip raised's mounted position and shape, avoids L ED light-emitting angle, sets up non-slip raised in the lens clearance, reduces the loss to the effect of light-emitting angle, makes it under the prerequisite of guaranteeing light-emitting effect, can also have good anti-skidding effect, protects the security of pedestrian's walking to sum up, the utility model has the characteristics of can effectively improve anti-skidding effect.

Additionally, the utility model discloses still set up anti-dazzle grid above lens to set up the deep tube structure that is used for installing lens on anti-dazzle grid, thereby can effectively promote anti-dazzle light effect.

Drawings

FIG. 1 is a schematic structural view of example 1;

FIG. 2 is a top view of FIG. 1;

FIG. 3 is a view showing the structure of example 1 with glass omitted;

FIG. 4 is a schematic view of a glass structure in the example;

FIG. 5 is a sectional view of embodiment 1;

FIG. 6 is a side view of embodiment 2;

FIG. 7 is a plan view of embodiment 2.

The marks in the drawing are 1-embedded part, 2-L ED lamp body, 3-glass, 4-surface cover, 5-anti-skid protrusion, 6-anti-glare grid, 101-embedded cylinder, 102-annular mounting surface, 103-linear embedded box shell, 201-shell, 202-aluminum substrate, 203-L ED lamp, 204-lens, 205-built-in power supply, 206-radiator, 301-cylindrical glass, 302-annular mounting table, 303-waterproof silica gel sealing ring, 601-grid body and 602-deep cylinder structure.

Detailed Description

The following description is made with reference to the accompanying drawings and examples, but not to be construed as limiting the invention.

Embodiment 1. an antiskid L ED underground lamp is composed of an embedded part 1, wherein a L ED lamp body 2 is arranged in the embedded part 1, a glass 3 and a surface cover 4 are sequentially arranged above the L ED lamp body 2, and a group of antiskid protrusions 5 are arranged on the upper surface of the glass 3.

The L ED lamp body 2 comprises a shell 201, an aluminum substrate 202 is arranged in the shell 201, a group of L ED lamps 203 is arranged on the aluminum substrate 202, each L ED lamp 203 is provided with a lens 204, and anti-skid protrusions 5 are located in gaps between every two adjacent lenses 204.

An anti-glare grid 6 is arranged above the lens 204; the anti-glare grille 6 comprises a grille body 601, and a deep cylinder structure 602 corresponding to the lens 204 is arranged on the grille body 601.

The shell 201 is a conical cylinder, a built-in power supply 205 is arranged at the bottom in the conical cylinder, the built-in power supply 205 is positioned below the aluminum substrate 202, and a radiator 206 is further arranged on the side surface below the aluminum substrate 202; the grid body 601 is of a flat cylindrical structure.

The embedded part 1 comprises an embedded cylinder 101, and an annular mounting surface 102 is arranged at the upper end of the embedded cylinder 101.

The glass 3 comprises a cylindrical glass 301, and an annular mounting table 302 is arranged on the outer edge of the cylindrical glass 301.

The annular mounting table 302 is sleeved with a waterproof silica gel sealing ring 303.

L ED lamp body, its lamp body material is ADC12 die-casting aluminum alloy material, and the appearance molding is circular cone tubular structure.

The face lid is stainless steel face lid, and surface wire drawing handles, because expose on ground road, probably often receive non-motor vehicle, the pedestrian steps on, so use stainless steel, possesses wear-resisting corrosion-resistant, more durable reliable.

The embedded part is an embedded cylinder structure, adopts engineering plastics, has a firm structure, is in direct contact with soil and the like in an installation environment, and has a remarkable corrosion resistance effect.

According to the distribution condition of L ED lamps in L ED ground buried lamps, the L ED light-emitting angle is avoided, the anti-skid protrusions are designed in the lens gaps, and the loss of the effect of the light-emitting angle is reduced.

The aluminum substrate is made of ASTM5052 aluminum alloy, the shape of the aluminum substrate is circular, and L ED lamps are uniformly distributed on the surface of the aluminum substrate.

The lens is mainly made of PMMA (polymethyl methacrylate) or can be provided with a bracket made of PC (polycarbonate) material, and proper light distribution is selected according to different optical application environments.

Anti-dazzle grid, its material mainly is PC + ABS, and the appearance is flat cylinder shape, and for increasing anti-dazzle light effect, the hole design of installation lens becomes deep cylinder structure, similar circular honeycomb, gets rid of lens stray light effect for the increase, and the colour design becomes dark, and black is the best.

The whole system is supported by the radiator, the material of the whole system is ADC12 alloy aluminum, the whole model is circular, the surface static plastic spraying is adopted for prolonging the service life and the corrosion resistance effect, and the color is black for increasing the internal heat radiation effect.

The shape of the antiskid bulges is a plane bulge, and the round lamp is provided with a round dot bulge.

The power supply is arranged in the aluminum alloy lamp body and is placed close to the bottom, so that the heat of the power supply can be conducted to the aluminum alloy lamp body as much as possible.

Embodiment 2. an antiskid L ED underground lamp is composed of an embedded part 1, wherein a L ED lamp body 2 is arranged in the embedded part 1, a glass 3 and a surface cover 4 are sequentially arranged above the L ED lamp body 2, and a group of antiskid protrusions 5 are arranged on the upper surface of the glass 3.

The embedded part 1 is a linear embedded box shell 103, a box body end cover is arranged on the linear embedded box shell 103, a linear surface cover 4 is arranged above the box body end cover, the glass 3 is linear glass, the glass 3 is positioned in the surface cover 4, and the L ED lamp body 2 is a L ED lamp body with a linear structure.

The linear embedded box shell is made of ASTM6063-T5 aluminum alloy section, is in a strip shape in appearance, and is installed in a buried manner, so that an electrostatic plastic spraying process is added on the basis of excellent corrosion resistance, and a double protection effect is achieved.

The box body end cover is a linear embedded box end cover, the material of the box body end cover is ADC12 aluminum alloy material, the die-casting mold is formed, and the surface static plastic spraying treatment is carried out. The box body end cover and the linear embedded box shell are combined through screws.

The L ED lamp body with linear structure is made of ASTM6063-T5, aluminum alloy section bar, surface electrostatic spraying treatment, dark gray color is preferred because dark color has the function of absorbing light, and the L ED lamp body has the function of absorbing and shielding stray light generated by an optical lens.

The shape of the antiskid projections is square or diamond.

Glass is the super white toughened glass who possesses anti-skidding effect, has increased the non-skid stud on 6mm thick underground lamp glass basis promptly, and this non-skid stud is the same solid particle who contains the silica composition, through the adhesive, through high-temperature sintering, makes its adhesion on glass, and the wearability is good and possess anti-skidding effect bury L ED distribution in the lamp according to L ED, avoid L ED light-emitting angle, with the non-skid stud design in the lens clearance, reduce the loss to the effect of light-emitting angle as far as possible.

The anti-dazzle grating is mainly made of PC + ABS, and is flat and cylindrical in shape, holes for installing the lenses are designed into a deep cylinder structure similar to a circular honeycomb for increasing the anti-dazzle effect, and the color is designed into dark color and optimal black for increasing and removing the stray light effect of the lenses.

Claims

1. An anti-skid L ED underground lamp is characterized by comprising an embedded part (1), wherein a L ED lamp body (2) is arranged in the embedded part (1), a glass (3) and a surface cover (4) are sequentially arranged above the L ED lamp body (2), and a group of anti-skid protrusions (5) are arranged on the upper surface of the glass (3).

2. The antiskid L ED underground lamp of claim 1, wherein the L ED lamp body (2) comprises a housing (201), an aluminum substrate (202) is arranged in the housing (201), a group of L ED lamps (203) are arranged on the aluminum substrate (202), each L ED lamp (203) is provided with a lens (204), and the antiskid protrusions (5) are located in the gaps between the adjacent lenses (204).

3. The anti-skid L ED underground lamp of claim 2, wherein an anti-glare grid (6) is further disposed above the lens (204), the anti-glare grid (6) comprises a grid body (601), and a deep cylinder structure (602) corresponding to the lens (204) is disposed on the grid body (601).

4. The antiskid L ED underground lamp of claim 3, wherein the housing (201) is a conical cylinder, the bottom inside the conical cylinder is provided with the built-in power supply (205), the built-in power supply (205) is located below the aluminum substrate (202), the side surface below the aluminum substrate (202) is further provided with the heat sink (206), and the grille body (601) is of an oblate cylindrical structure.

5. The antiskid L ED underground lamp of claim 1, wherein the embedded part (1) comprises an embedded cylinder (101), and an annular mounting surface (102) is arranged at the upper end of the embedded cylinder (101).

6. A skidproof L ED underground lamp as defined in claim 5, wherein said glass (3) comprises a cylindrical glass (301), and the outer edge of said cylindrical glass (301) is provided with a ring-shaped mounting platform (302).

7. The antiskid L ED underground lamp of claim 6, wherein the annular mounting table (302) is sleeved with a waterproof silica gel sealing ring (303).

8. The antiskid L ED underground lamp of claim 1, wherein the embedded part (1) is a linear embedded box shell (103), a linear surface cover (4) is arranged above the linear embedded box shell (103), the glass (3) is linear glass, the glass (3) is positioned in the surface cover (4), and the L ED lamp body (2) is a L ED lamp body with a linear structure.