CN216010519U

CN216010519U - LED lamp with annular structure

Info

Publication number: CN216010519U
Application number: CN202121729572.5U
Authority: CN
Inventors: 高志刚
Original assignee: Jiangsu Hongyang Photoelectric Co ltd
Current assignee: Jiangsu Hongyang Photoelectric Co ltd
Priority date: 2021-07-28
Filing date: 2021-07-28
Publication date: 2022-03-11
Anticipated expiration: 2031-07-28

Abstract

The utility model discloses an LED lamp with a circular structure, which comprises four groups of lamp shells with arc structures and three groups of hinge assemblies; four sets of lamps and lanterns casings are the setting of arranging of hoop to the both sides limit of each lamps and lanterns casing all sets up to the hypotenuse of leanin, makes to constitute the heat dissipation triangular groove between the adjacent lamps and lanterns casing, and sets up the most advanced of heat dissipation triangular groove outwards, and the inboard is the notch. The device is provided with four lamp shells, each lamp shell is internally provided with an LED lamp source and an LED driving power supply, and the four lamp shells are arranged annularly, so that the brightness of the lamp is increased, and illumination can be realized in four directions; on the other hand, the structure is a shape structure which is through from top to bottom, so that the structure has an attractive effect, and the structure is ventilated and radiated from top to bottom and has a good radiating effect.

Description

LED lamp with annular structure

Technical Field

The utility model relates to the technical field of LEDs and the like, in particular to an LED lamp with a circular structure.

Background

The prior art LED lamps are not limited to a single bulb or a lamp structure, but tend to have a complex structure, such LED lamps are usually assembled by arranging a plurality of LED light sources to increase brightness or generate aesthetic feeling on shape structure; however, the heat of the assembled LED lamp is multiplied due to the multiple groups of lamp sources, and the heat dissipation of the assembled LED lamp is not good, so that the heat damage of the lamp is easily caused; in addition, the structure of the existing assembled LED lamp is relatively fixed, cannot be adjusted and changed, and cannot meet the requirements of multiple surfaces.

SUMMERY OF THE UTILITY MODEL

Utility model purpose: aiming at the defects in the prior art, the LED lamp with the annular structure is provided; has the functions of heat dissipation, ventilation and shape change.

The technical scheme is as follows: in order to realize the purpose of the utility model, the utility model adopts the following technical scheme: an LED lamp with a circular structure comprises four groups of lamp shells with arc structures and three groups of hinge assemblies; four sets of lamps and lanterns casings are the setting of arranging of hoop to the both sides limit of each lamps and lanterns casing all sets up to the hypotenuse of leanin, makes to constitute the heat dissipation triangular groove between the adjacent lamps and lanterns casing, and sets up the most advanced of heat dissipation triangular groove outwards, and the inboard is the notch.

Four connecting points are arranged among the four groups of lamp shells, three connecting points of the four connecting points are hinged and installed through three groups of hinge assemblies, the hinge assemblies are installed at the tip ends of the heat dissipation triangular grooves between the adjacent lamp shells, the remaining group of connecting points are correspondingly provided with buckle assemblies, and the four groups of lamp shells can be unfolded by opening the buckle assemblies.

And each lamp shell is internally provided with an LED lamp source, and each LED lamp source is provided with an LED driving power supply.

Furthermore, the rear end face of each group of lamp shell is also provided with a flat mounting plate, and the LED lamp source and the LED driving power supply are correspondingly fixed on the mounting plates.

Furthermore, two ends of the inner side notch of the heat dissipation triangular groove between the adjacent lamp shells are correspondingly provided with limiting hinges, the limiting hinges limit the lamp shells on two sides to turn inwards, and after the buckle assembly is installed, the four groups of lamp shells are arranged in a fixed annular structure; when the buckle assembly is opened, the four groups of lamp shells can be correspondingly unfolded and laid flat, and the limiting type hinge is in a straightened planar state.

Furthermore, electronic powder coatings are also coated on the inner sides of the front end faces of the lamp shells of each group; the electronic powder coating is correspondingly set as a cerium oxide ternary carbonate compound electronic powder layer.

Furthermore, each group of lamp shells are all arranged to be closed shells, the lamp shells are integrally arranged to be barium-sodium-boron lead-free silica glass, and inert gas is filled in the lamp shells.

Further, the bayonet component is provided as a clamp plate and a fixing piece.

Has the advantages that: compared with the prior art, the utility model has the following advantages:

(1) the device is provided with four lamp shells, each lamp shell is internally provided with an LED lamp source and an LED driving power supply, and the four lamp shells are arranged annularly, so that the brightness of the lamp is increased, and illumination can be realized in four directions; on the other hand, the structure is a shape structure with through upper and lower parts, so that the structure has an extremely attractive effect, and has good heat dissipation effect due to up-and-down ventilation and heat dissipation;

(2) in the device, the connection between the adjacent lamp shells is completed through the hinge assembly and the buckle assembly, and the side edges of the adjacent lamps are provided with the bevel edges, so that a heat dissipation triangular groove is reserved between the two lamp shells after the two lamp shells are fixed, the heat dissipation function can be further increased, and if the two lamp shells are tightly attached together, the heat dissipation effect is obviously reduced greatly;

(3) a hinge assembly and a buckle assembly are arranged between adjacent lamp shells in the device, and the whole lamp shell is in an annular structure shape after the hinge assembly and the buckle assembly are installed, and can be hoisted and placed; after the buckle assembly is disassembled, the four lamp shells can be placed flatly and can be installed on a wall and other positions, the shape mechanism of the lamp shell can be changed, and corresponding changes can be made according to different use conditions;

(4) in the device, a limit hinge is arranged at a triangular groove between adjacent lamp shells, the limit hinge is of a limiting hinge structure, and when the four lamp shells are of an annular structure, the lamp shells are limited from turning inwards, so that the four lamp shells can be fixed after the buckle assembly is arranged, and the structure is stable; when the four lamp shells are placed after being detached, the limiting type hinges can limit the positions of the four lamp shells, and the overall structure is more reasonable.

Drawings

FIG. 1 is a block diagram of the present invention;

fig. 2 is a structural diagram of a single lamp housing according to the present invention.

Detailed Description

The present invention will be further illustrated with reference to the accompanying drawings and specific examples, which are carried out on the premise of the technical solution of the present invention, and it should be understood that these examples are only for illustrating the present invention and are not intended to limit the scope of the present invention.

As shown in fig. 1 and fig. 2, an LED lamp with a circular structure includes four sets of arc-shaped lamp housings 1 and three sets of hinge assemblies 2; four sets of lamps and lanterns casings 1 are the setting of arranging of hoop to the both sides limit of each lamps and lanterns casing 1 all sets up to hypotenuse 3 of leanin, makes to constitute heat dissipation triangular groove 4 between the adjacent lamps and lanterns casing 1, and sets up the most advanced outwards of heat dissipation triangular groove 4, and the inboard is the notch.

The device is provided with four lamp shells, each lamp shell is internally provided with an LED lamp source and an LED driving power supply, and the four lamp shells are arranged annularly, so that the brightness of the lamp is increased, and illumination can be realized in four directions; on the other hand, the structure is a shape structure which is through from top to bottom, so that the structure has an attractive effect, and the structure is ventilated and radiated from top to bottom and has a good radiating effect.

Four connecting points are arranged among the four groups of lamp shells 1, three connecting points of the four connecting points are hinged and installed through the three groups of hinge assemblies 2, the hinge assemblies 2 are installed at the tip ends of the heat dissipation triangular grooves 4 between the adjacent lamp shells 1, the remaining group of connecting points are correspondingly provided with the buckle assemblies 5, and the four groups of lamp shells 1 can be unfolded by opening the buckle assemblies 5.

The adjacent lamp shells in the device are connected through the hinge assembly and the buckle assembly, the side edges of the adjacent lamps are provided with the bevel edges, and a heat dissipation triangular groove is reserved between the two lamp shells after the two lamp shells are fixed, so that the heat dissipation function can be further increased, and if the two lamp shells are tightly attached together, the heat dissipation effect is obviously reduced greatly.

Each lamp shell 1 is also internally provided with an LED lamp source 6, and each LED lamp source 6 is provided with an LED driving power supply 7; the rear end face of each group of the lamp shell 1 is also provided with a flat mounting plate 8, and the LED lamp source 6 and the LED driving power supply 7 are correspondingly fixed on the mounting plate 8.

A hinge assembly and a buckle assembly are arranged between adjacent lamp shells in the device, and the whole lamp shell is in an annular structure shape after the hinge assembly and the buckle assembly are installed, and can be hoisted and placed; and dismantle the back with buckle subassembly, can keep flat the placing with four lamps and lanterns casings, can install the equal position on the wall, its shape mechanism can change, makes corresponding change according to the in service behavior of difference.

Limiting hinges 9 are correspondingly arranged at two ends of the notches at the inner sides of the heat dissipation triangular grooves 4 between the adjacent lamp shells 1, the limiting hinges 9 limit the lamp shells 1 at two sides to turn inwards, and after the buckle assembly 5 is installed, the four groups of lamp shells 1 are arranged in a fixed annular structure; when the buckle assembly 5 is opened, the four groups of lamp shells 1 can be correspondingly unfolded and laid flat, and the limiting type hinge 9 is in a straightened planar state.

The inner side of the front end face of each group of the lamp shell 1 is also coated with an electronic powder coating; the electronic powder coating is correspondingly set as a cerium oxide ternary carbonate compound electronic powder layer.

Each group of lamp shells 1 are arranged to be closed shells, the whole lamp shell 1 is arranged to be barium-sodium-boron lead-free silica glass, and inert gas is filled in the lamp shells 1; the bayonet component 5 is provided as a clip plate and a mount.

In the device, a limit hinge is arranged at a triangular groove between adjacent lamp shells, the limit hinge is of a limiting hinge structure, and when the four lamp shells are of an annular structure, the lamp shells are limited from turning inwards, so that the four lamp shells can be fixed after the buckle assembly is arranged, and the structure is stable; when the four lamp shells are placed after being detached, the limiting type hinges can limit the positions of the four lamp shells, and the overall structure is more reasonable.

The detailed description is to be construed as exemplary only and is not intended to limit the utility model from practice or the scope of the appended claims, which are intended to include all equivalent variations and modifications within the scope of the utility model as claimed.

Claims

1. The utility model provides a LED lamps and lanterns of annular structure which characterized in that: comprises four groups of arc-shaped lamp shells (1) and three groups of hinge assemblies (2); the four groups of lamp shells (1) are arranged in an annular manner, and two side edges of each lamp shell (1) are provided with bevel edges (3) which are inclined inwards, so that a heat dissipation triangular groove (4) is formed between the adjacent lamp shells (1), the tip end of the heat dissipation triangular groove (4) is arranged outwards, and the inner side of the heat dissipation triangular groove is a notch;

four connecting points are arranged among the four groups of lamp shells (1), three connecting points of the four connecting points are hinged and installed through three groups of hinge assemblies (2), the hinge assemblies (2) are installed at the tip ends of the heat dissipation triangular grooves (4) between the adjacent lamp shells (1), the remaining group of connecting points are correspondingly provided with buckle assemblies (5), and the four groups of lamp shells (1) can be unfolded by opening the buckle assemblies (5);

and each lamp shell (1) is also internally provided with an LED lamp source (6), and each LED lamp source (6) is provided with an LED driving power supply (7).

2. The LED lamp with the annular structure as claimed in claim 1, wherein: the rear end face of each group of the lamp shell (1) is also provided with a flat mounting plate (8), and the LED lamp source (6) and the LED driving power supply (7) are correspondingly fixed on the mounting plate (8).

3. The LED lamp with the annular structure as claimed in claim 1, wherein: limiting hinges (9) are correspondingly arranged at two ends of the notches at the inner sides of the heat dissipation triangular grooves (4) between the adjacent lamp shells (1), the limiting hinges (9) limit the lamp shells (1) at two sides to turn inwards, and after the buckle assembly (5) is installed, the four groups of lamp shells (1) are arranged in a fixed annular structure; when the buckle assembly (5) is opened, the four groups of lamp shells (1) can be correspondingly unfolded and laid flat, and the limiting hinge (9) is in a straightened planar state.

4. The LED lamp with the annular structure as claimed in claim 1, wherein: the inner side of the front end face of each group of lamp shell (1) is also coated with an electronic powder coating; the electronic powder coating is correspondingly set as a cerium oxide ternary carbonate compound electronic powder layer.

5. The LED lamp with the annular structure as claimed in claim 1, wherein: each group of lamp shells (1) are all arranged to be closed shells, the lamp shells (1) are integrally arranged to be barium-sodium-boron lead-free silica glass, and inert gas is filled in the lamp shells (1).

6. The LED lamp with the annular structure as claimed in claim 1, wherein: the buckle assembly (5) is provided with a clamp plate and a fixing piece.