CN219571753U - LED illuminating lamp with frame-free spliced panel - Google Patents

Abstract

The utility model relates to a frame-free spliced panel LED illuminating lamp, which comprises an LED illuminating lamp spliced body, wherein two sides of the LED illuminating lamp spliced body are respectively provided with a spliced body access slot and a spliced body outlet slot; the LED illuminating lamp splice body and the splice body access slot are respectively provided with a splice body electric connection cutting, and the LED illuminating lamp splice body and the splice body access slot are respectively provided with a splice body electric connection jack; according to the utility model, the LED illuminating lamps are spliced into the whole and integral borderless panel LED illuminating lamp in a single splicing manner, connection and conduction are integrated, so that the splicing and installation efficiency is greatly improved, the LED illuminating lamp can play a role in illumination when the power is off through the embedded animal battery, the integral radiating effect is improved through good radiating design, the stability of the integral structure is improved through modularized connection, and the working efficiency and the convenience of the whole LED illuminating lamp are greatly improved.

Description

LED illuminating lamp with frame-free spliced panel

Technical Field

The utility model relates to the technical field of LED illuminating lamps, in particular to a frame-free spliced panel LED illuminating lamp.

Background

LEDs are light emitting diodes, a new technology developed in the middle of the 20 th century. It relies on the energy transfer generated by electrons in the semiconductor heterojunction through the barrier to emit light directly. The lamp manufactured by the LED does not generate heat in the light emitting process, the energy conversion efficiency is close to one hundred percent, the service life is extremely long, and the LED is a development direction of lighting technology; along with the progress of technology, the color change of the light source is more and more abundant, so that the light source can be used as a decorative light source and can also be used for illumination; in addition, as the LED lamp has the advantages of long service life, high light efficiency, low power consumption, vibration resistance, short response time and no pollution, the LED lamp is widely applied as an energy-saving point light source product.

However, most embedded LED lamps in the market at present need to increase other parts to realize the concatenation, in the concatenation in-process, the shape, outward appearance, the size of lamps and lanterns all change, traditional lamps and lanterns concatenation is inflexible moreover, can not realize the modularization, and the material can not tear open alone and trade, dismantles inconveniently, changes spare and accessory piece difficulty, scratch the ceiling easily, and current LED lamps and lanterns usually extensibility is relatively poor in addition, can not form serialization through extending, can only realize through the design multiple structure, investment cost is high, moreover because the accessory kind is numerous, stock backlog is also big.

Disclosure of Invention

The utility model aims to provide a frame-free spliced panel LED illuminating lamp, which is formed by splicing LED illuminating lamps into a complete whole in a single splicing manner, wherein connection and conduction are integrated, so that the splicing and mounting efficiency is greatly improved, the LED illuminating lamp can play a role in power failure through an embedded animal battery, the whole radiating effect is improved through good radiating design, the stability of the whole structure is improved through modularized connection, and the working efficiency and the convenience of the whole LED illuminating lamp are greatly improved.

In order to achieve the aim of the utility model, the technical scheme adopted is as follows:

the LED illuminating lamp comprises an LED illuminating lamp spliced body, wherein a spliced body entrance slot and a spliced body exit slot are respectively arranged on two sides of the LED illuminating lamp spliced body; splice body electric connection cutting bars are arranged on the LED illuminating lamp splice body and the splice body access slot, splice body electric connection jacks are arranged on the LED illuminating lamp splice body and the splice body outlet slot, and splice body electric conduction plugs are arranged on the splice body access slot and the splice body outlet slot; the LED illuminating lamp splice body comprises a splice body access module directly connected with the splice body access slot and a splice body access module directly connected with the splice body access slot, and a splice body LED illuminating module is arranged between the splice body access module and the splice body access module on the LED illuminating lamp splice body.

Preferably, the spliced body LED lighting module comprises an LED lighting lamp storage battery arranged at the bottom of the spliced body of the LED lighting lamp, and an LED lighting circuit board which is directly and electrically connected with the LED lighting lamp storage battery is arranged at the upper end of the LED lighting lamp storage battery.

Preferably, a plurality of LED illuminating lamps are arranged on the LED illuminating circuit board, and the LED illuminating lamps are completely immersed in the insulating heat-conducting medium.

Preferably, the upper end of the LED illuminating lamp is provided with an LED illuminating lamp cover, and the LED illuminating lamp cover is as high as the splice body outgoing path module or the splice body incoming path module.

Preferably, the storage battery sealing heat conducting sheets are arranged on two sides of the storage battery of the LED illuminating lamp and are directly connected with the insulating heat conducting medium.

Preferably, through connection holes are formed in the LED lighting circuit board at two sides of the storage battery of the LED lighting lamp, and an insulating heat-conducting medium immersed in the LED lighting lamp passes through the through connection holes and is directly connected with the sealing heat-conducting fin of the storage battery.

Preferably, the splicing body is electrically connected with the cutting, the cutting is connected with the base through the cutting connection base, and the cutting connection rod is arranged on the cutting connection base.

Preferably, the splice body is electrically connected with the head of the cutting connection plug rod on the cutting, and a plurality of connection fixing clips are arranged on the head of the cutting connection plug rod.

The beneficial effects of the utility model are as follows: the LED illuminating lamp with the frame-free spliced panel is spliced into the whole and integral LED illuminating lamp with the frame-free panel in a single splicing mode, the connection and conduction are integrated, the splicing and installation efficiency is greatly improved, the LED illuminating lamp can also exert the illumination effect when the power is off through the embedded animal battery, the integral radiating effect is improved through good radiating design, the stability of the integral structure is improved through modularized connection, the working efficiency and the convenience degree of the whole LED illuminating lamp are greatly improved, and the LED illuminating lamp has good technical practicability and application popularization value.

Drawings

Fig. 1 is a schematic diagram of a spliced structure of an LED lamp splice body of an LED lamp without a frame and with a spliced panel.

Fig. 2 is a schematic diagram of a single splicing structure of an LED lamp splice of the frameless and splice-able panel LED lamp of the present utility model.

Fig. 3 is a schematic diagram of a spliced body entrance slot structure of the LED illuminating lamp with a frame-free spliced panel.

Fig. 4 is a schematic diagram of a splice outlet slot structure of the LED illuminating lamp with a frame-free splice panel.

Fig. 5 is a schematic diagram of an internal structure of an LED lamp splice body of the frameless splice panel LED lamp of the present utility model.

In the figure: 1. an LED illuminating lamp spliced body; 2. a splice body access slot; 3. a splice body outlet slot; 4. the splice body is electrically connected with the cutting; 5. the spliced body is electrically connected with the plug; 6. the spliced body is electrically connected with the jack; 7. a splice outlet module; 8. a splice access module; 9. the cutting is connected with the base; 10. the cutting is connected with the cutting rod; 11. connecting and fixing the clamping ring; 12. LED illuminating lamp shade; 13. an LED illuminating lamp; 14. an LED lighting module; 15. an insulating heat conducting medium; 16. sealing heat conducting fin of accumulator; 17. an LED lighting circuit board; 18. a storage battery of the LED illuminating lamp; 19. penetrating the connecting hole.

Detailed Description

The technical solutions of the embodiments of the present utility model will be clearly and completely described below in conjunction with the technical content of the embodiments of the present utility model, and it is obvious that the described embodiments are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

Example 1

As shown in fig. 1, 2, 3 and 4, a frame-free spliced panel LED illuminating lamp comprises an LED illuminating lamp spliced body 1, wherein a spliced body entrance slot 2 and a spliced body exit slot 3 are respectively arranged on two sides of the LED illuminating lamp spliced body 1; the LED illuminating lamp splicing body 1 and the splicing body access slot 2 are respectively provided with a splicing body electric connection cutting 4, the LED illuminating lamp splicing body 1 and the splicing body access slot 3 are respectively provided with a splicing body electric connection jack 6, and the splicing body access slot 2 and the splicing body access slot 3 are respectively provided with a splicing body electric conduction plug 5.

As shown in FIG. 5, a frame-free spliced panel LED illuminating lamp, the LED illuminating lamp spliced body 1 comprises a spliced body access module 8 directly connected with a spliced body access slot 2 and a spliced body access module 7 directly connected with a spliced body access slot 3, a spliced body LED illuminating module 14 is arranged between the spliced body access module 7 and the spliced body access module 8 on the LED illuminating lamp spliced body 1, the spliced body LED illuminating module 14 comprises an LED illuminating lamp storage battery 18 arranged at the bottom of the LED illuminating lamp spliced body 1, an LED illuminating circuit board 17 which is arranged at the upper end of the LED illuminating lamp storage battery 18 and is directly electrically connected with the LED illuminating lamp storage battery 18, a plurality of LED illuminating lamps 13 are arranged on the LED illuminating circuit board 17, the LED illuminating lamps 13 are completely immersed in the insulating heat conducting medium 15, an LED illuminating lamp shade 12 is arranged at the upper end of the LED illuminating lamp 13 and is equal in height with the spliced body access module 7 or the spliced body access module 8, storage battery sealing heat conducting fins 16 are arranged at the two sides of the LED illuminating lamp 18, the storage battery sealing heat conducting fins 16 are directly connected with the insulating medium 15, and heat conducting holes 19 penetrating through the LED illuminating lamp storage battery 18 are formed at the two sides of the LED illuminating lamp storage battery 18 and directly connected with the heat conducting fins 19.

Further, the splice body electric connection cutting 4 comprises a cutting connection base 9, a cutting connection cutting rod 10 is arranged on the cutting connection base 9, and a plurality of connection fixing clamping rings 11 are arranged on the head of the cutting connection cutting rod 10 on the splice body electric connection cutting 4.

When the LED illuminating lamp splicing body 1 is used, a single LED illuminating lamp splicing body 1 is connected into an integral spliced panel LED illuminating lamp through a splicing body electric connection cutting 4 and a splicing body electric connection jack 6 on the single LED illuminating lamp splicing body, a splicing body entrance slot 2 and a splicing body exit slot 3 are respectively arranged at the input end of a first LED illuminating lamp splicing body 1 and the output end of a last LED illuminating lamp splicing body 1, so that the integral spliced panel LED illuminating lamp forms a conducting circuit;

after the splice body electric connection cutting 4 and the splice body electric connection plug 5 on the splice body electric connection jack 6 are connected with electricity, current flows through the inside of each LED lamp splice body 1, firstly, the LED lamp storage battery 18 inside the LED lamp splice body 1 is powered on, and meanwhile, the LED lamp 17 and the LED lamp 13 on the LED lamp circuit board 17 are powered on, and heat emitted after the LED lamp 13 and the LED lamp storage battery 18 are electrified is timely absorbed by the insulating heat-conducting medium 15 and is dispersed outwards, so that the temperature of the LED lamp splice body 1 is ensured to be kept stable.

Example 2

This embodiment differs from embodiment 1 in that:

the conductive splicing body electric connection cutting 4 on the LED illuminating lamp splicing body 1 is separated from the continuous rather-mounted splicing body electric connection cutting 4, the conductive splicing body electric connection cutting 4 is arranged in the middle of the mounted and connected splicing body electric connection cutting 4, a Z-shaped conductive circuit can be formed only, and the whole current is prevented from rising in power consumption due to multiple serial or parallel connection.

According to the utility model, the LED illuminating lamps of the frameless spliced panel are spliced into the whole and integral frameless panel LED illuminating lamp in a single splicing manner, so that the splicing and installation efficiency is greatly improved, the LED illuminating lamp can play a role in illumination when the power is off through the embedded animal battery, the integral radiating effect is improved through good radiating design, the stability of the integral structure is improved through modularized connection, the working efficiency and the convenience of the whole LED illuminating lamp are greatly improved, and the LED illuminating lamp has good technical practicability and application popularization value.

Although embodiments of the present utility model have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the utility model, the scope of which is defined in the appended claims and their equivalents.

Claims (8)

1. The utility model provides a no frame can splice panel LED light which characterized in that: the LED illuminating lamp comprises an LED illuminating lamp spliced body (1), wherein a spliced body entrance slot (2) and a spliced body exit slot (3) are respectively arranged on two sides of the LED illuminating lamp spliced body (1);

splice body electric connection cutting (4) are arranged on the LED illuminating lamp splice body (1) and the splice body access slot (2), splice body electric connection jacks (6) are arranged on the LED illuminating lamp splice body (1) and the splice body outlet slot (3), and splice body electric conduction plugs (5) are arranged on the splice body access slot (2) and the splice body outlet slot (3);

the LED illuminating lamp splice body (1) comprises a splice body access module (8) directly connected with the splice body access slot (2) and a splice body outlet module (7) directly connected with the splice body outlet slot (3), and a splice body LED illuminating module (14) is arranged between the splice body outlet module (7) on the LED illuminating lamp splice body (1) and the splice body access module (8).

2. The rimless, splice panel LED lighting lamp of claim 1, wherein: the spliced body LED lighting module (14) comprises an LED lighting lamp storage battery (18) arranged at the bottom of the LED lighting lamp spliced body (1), and an LED lighting circuit board (17) directly electrically connected with the LED lighting lamp storage battery (18) is arranged at the upper end of the LED lighting lamp storage battery (18).

3. The rimless, splice panel LED lighting lamp of claim 2, wherein: the LED lighting circuit board (17) is provided with a plurality of LED lighting lamps (13), and the LED lighting lamps (13) are completely immersed in the insulating heat-conducting medium (15).

4. A frameless, splice panel LED light of claim 1 or 3, wherein: the upper end of the LED illuminating lamp (13) is provided with an LED illuminating lamp shade (12), and the LED illuminating lamp shade (12) is as high as the spliced body outlet module (7) or the spliced body inlet module (8).

5. A frameless, splice panel LED light of claim 2 or 3, wherein: the two sides of the LED illuminating lamp storage battery (18) are provided with storage battery sealing heat conducting fins (16), and the storage battery sealing heat conducting fins (16) are directly connected with the insulating heat conducting medium (15).

6. A frameless, splice panel LED light of claim 2 or 3, wherein: the LED lighting circuit board (17) is provided with penetrating connecting holes (19) at two sides of the LED lighting lamp storage battery (18), and an insulating heat conducting medium (15) immersed in the LED lighting lamp (13) passes through the penetrating connecting holes (19) to be directly connected with the storage battery sealing heat conducting sheet (16).

7. The rimless, splice panel LED lighting lamp of claim 1, wherein: the splicing body is electrically connected with the cutting (4) and comprises a cutting connection base (9), and a cutting connection cutting rod (10) is arranged on the cutting connection base (9).

8. The rimless, splice panel LED lighting lamp of claim 7, wherein: the splice body is electrically connected with the head of a cutting connection inserting rod (10) on the cutting (4), and a plurality of connection fixing clamping rings (11) are arranged on the head.