CN212408307U

CN212408307U - Intelligent five-color GU10 lamp

Info

Publication number: CN212408307U
Application number: CN202021199233.6U
Authority: CN
Inventors: 姚斌雄; 贺敏明
Original assignee: Ningbo Klite Electric Manufacture Co Ltd
Current assignee: Ningbo Klite Electric Manufacture Co Ltd
Priority date: 2020-06-24
Filing date: 2020-06-24
Publication date: 2021-01-26
Anticipated expiration: 2030-06-24

Abstract

The utility model discloses an intelligence five-color GU10 lamp aims at providing an intelligence five-color GU10 lamp with adjust light-emitting angle function. It includes lens, lamp plate, drive plate and lamp cup, be equipped with the LED lamp pearl that is located lens center below on the lamp plate, LED lamp pearl includes low-color temperature lamp pearl and high-color temperature lamp pearl, and LED lamp pearl circumference is equipped with a plurality of RGB lamp pearls of inlaying on the lamp plate, lens circumference is equipped with the spliced pole, and the spliced pole includes spacing circular bead and connector, and lamp plate circumference is equipped with the trompil that holds the connector, and the connector is inserted and is established back if the trompil, and spacing circular bead pastes with the lamp plate top surface mutually, and the drive plate includes intelligent drive ware and intelligent control module group, and the one end that the neighbouring lamp plate of drive plate is equipped with the male end of drive plate, and the one end that the neighbouring lamp cup. The GU10 lamp of this design, light-emitting angle can intelligent transformation and the colour is changeable, is worth promoting.

Description

Intelligent five-color GU10 lamp

Technical Field

The utility model relates to an illumination lamps and lanterns technical field, concretely relates to five look GU10 lamps of intelligence.

Background

The GU10 lamp is a lamp which is more and more popular at present, the light emitting angle of the lamp is often angular, for example, 36 degrees, 15 degrees and the like, a lens is needed to control the light emitting angle, and a control module is also needed to be added to realize remote intelligent control of the light. However, the existing GU10 lamp is difficult to make a GU10 lamp with the function of intelligently adjusting the light-emitting angle due to the narrow space inside the lamp body.

The application discloses a high-efficiency heat dissipation GU10 illuminating lamp which is named as a high-efficiency heat dissipation GU10 illuminating lamp in China patent publication No. CN202733530U, published 2013, month 02 and month 13, and discloses a high-efficiency heat dissipation GU10 illuminating lamp which comprises a GU10 lamp holder, a heat dissipation body, a planar LED lamp panel and light-transmitting glass, wherein a cavity is arranged in the heat dissipation body, the GU10 lamp holder is arranged below the heat dissipation body and is in butt joint with the cavity of the heat dissipation body, the heat dissipation body is provided with a planar mounting panel above the cavity, the planar LED lamp panel is attached to the planar mounting panel, and the light. The utility model discloses a radiating efficiency is improved greatly, and the light source can work more high-power ground, and the light source utilizes fully. The disadvantage is that the light-emitting angle is kept unchanged, and the effect of color-changing light cannot be realized.

Disclosure of Invention

The utility model overcomes can't realize intelligent light adjusting's shortcoming in the current GU10 lamp, provide an intelligent five-color GU10 lamp with adjust light-emitting angle function.

In order to solve the technical problem, the utility model discloses a realize through following technical scheme:

the utility model provides an intelligence five-color GU10 lamp, includes lens, lamp plate, drive plate and lamp cup, be equipped with the LED lamp pearl that is located lens center below on the lamp plate, LED lamp pearl includes low colour temperature lamp pearl and high colour temperature lamp pearl, and LED lamp pearl circumference is equipped with a plurality of RGB lamp pearls of inlaying on the lamp plate, lens circumference is equipped with the spliced pole, and the spliced pole includes spacing circular bead and connector, and lamp plate circumference is equipped with the trompil that holds the connector, and back in the connector inserts the trompil, and spacing circular bead pastes with the lamp plate top surface mutually, and the drive plate includes intelligent drive ware and intelligent control module group, and the one end of the neighbouring lamp plate of drive plate is equipped with public end, and the lamp plate is equipped with the female end of being connected with the public.

The light-emitting angle of the GU10 lamp is mainly affected by two factors: one is the position of arranging of lamp pearl on the lamp plate, and another is the distance between lamp pearl and the lens. The utility model discloses a guarantee that the light-emitting angle of the GU10 lamp of batch production is unanimous, maintain a definite value to the distance between lamp pearl and the lens, specific way is: set up the spliced pole in lens circumference, the circular bead part and the lamp plate top surface of spliced pole paste mutually, and the connector card is in the trompil of lamp plate, and consequently the relative position between lamp plate and the lens remains unchanged, and the distance between lamp plate and the lens keeps at a definite value. Set up the lamp pearl of low colour temperature lamp pearl and high colour temperature on the lamp plate and can make GU10 send the light of different colour temperatures, RGB lamp pearl on the lamp plate can send the light of different colours in addition.

Preferably, be equipped with the platform that holds the heat conduction glue on the lamp cup inside wall, the lamp plate passes through the heat conduction glue and is connected with the lamp cup. Two sets of lamp pearls of high-low colour temperature and RGB lamp pearl have been set up on the lamp plate, then need install the lamp plate in the rim of a cup department of lamp cup. In order to make the lamp plate can be firm install in rim of a cup department, use heat conduction glue to install the lamp plate at lamp cup rim of a cup, can avoid causing the damage to the lamp plate. Because the traditional technology is that the lamp plate is directly pressed near the rim of a cup to realize the clamping connection of the lamp plate and the lamp cup, the lamp plate is easily pressed to deform or damaged in the installation process.

Preferably, a glue coating area for spraying silica gel is arranged at the position, close to the cup opening, of the lamp cup, the glue coating area is located on the inner side wall of the lamp cup, and the lens is connected with the glue coating area through the silica gel. Lens arrange in the outside of lamp plate, and lens play the effect of control light-emitting angle. When the lamp is assembled, the lens and the lamp panel are connected together, the driving board is installed in the lamp cup, then the lamp panel is in heat conduction connection with the platform of the lamp cup through thermosol, and the lens covers the cup mouth of the lamp cup through silica gel. In the process of using the GU10 lamp, the temperature of the lens can rise unavoidably, so that the silica gel is sprayed between the lens and the lamp cup, which can not only bear a certain high temperature, but also help the lens to be firmly fixed at the cup mouth of the lamp cup.

Preferably, a GU10 lamp holder is arranged at the bottom of the lamp cup, the connecting wire is connected with the GU10 lamp holder, and the GU10 lamp holder fixes the driving plate in the lamp cup in a stamping riveting mode. The connecting wire has both played the electrically conductive effect, also helps fixed drive plate, and the back together in the punching press riveting of connecting wire GU10 lamp holder, the drive plate becomes fixed near lamp cup bottom can not take place the aversion again.

Preferably, the intelligent driver is used for supplying power to the lamp panel, and the intelligent control module comprises a WIFI module and a BLE module for controlling color temperature change. After a WIFI module (wireless network) and a BLE module (Bluetooth technology) are combined in the driving board, the GU10 lamp can be connected with a mobile phone or an intelligent client, and the light emitting state of the wireless control lamp is achieved, such as high light dimming, color temperature and color dimming.

Preferably, the lamp cup is made of plastic-coated aluminum. The lamp cup adopts the structure, the use of aluminum materials can be reduced, the cost is reduced, and the plastic insulation performance is good, so that the GU10 lamp is safe and reliable when in use. Considering that the heat dissipation performance of the plastic is not good as that of the aluminum material, the heat-conducting plastic can be selected as the outer layer of the lamp cup, and the inner layer is made of the aluminum material.

Preferably, the lens is provided with a first outer scale on the central region of the upper surface of the lens, the scale on the central region of the first outer scale is a parallelogram, the scale on the edge region of the first outer scale is a hexagon, the first outer scale is provided with a plurality of second outer scales in the circumferential direction, and the second outer scales are composed of hexagonal scales and quadrilateral scales. In order to be used for adjusting the degree of consistency of the projected light spot, a first outer squama and a second outer squama are arranged on the lens, and the two scales can correct and repair the degree of consistency of the light emitted by the GU10 lamp.

Compared with the prior art, the beneficial effects of the utility model are that: the lens comprises the limiting shoulder, so that the distance between the lens and the lamp panel can be controlled to be constant, and the lamp bodies with consistent light angles can be produced in batches; the driving plate can be firmly fixed in the lamp cup by adopting a stamping riveting mode.

Drawings

Fig. 1 is an exploded view of the present invention;

fig. 2 is a schematic structural view of the lens of the present invention;

in the figure: lens 1, lamp plate 2, intelligent control module group 3, intelligent drive 4, lamp cup 5, GU10 lamp holder 6, first outer squama Manis 7, the outer squama Manis 8 of second, spliced pole 9, spacing circular bead 91, connector 92, RGB lamp pearl 10, low color temperature lamp pearl 11, high color temperature lamp pearl 12, female end 13, trompil 14, public end 15, first connecting wire 16, second connecting wire 17, platform 18, rubber coating district 19.

Detailed Description

The invention will be described in further detail with reference to the following detailed description and accompanying drawings:

as shown in FIG. 1 and FIG. 2, an intelligent five-color GU10 lamp comprises a lens 1, a lamp panel 2, a driving board and a lamp cup 5, wherein an LED lamp bead positioned below the center of the lens 1 is arranged on the lamp panel 2, the LED lamp bead comprises a low color temperature lamp bead 11 and a high color temperature lamp bead 12 (the low color temperature lamp bead and the high color temperature lamp bead are arranged in a staggered manner), a plurality of RGB lamp beads 10 embedded on the lamp panel 2 are circumferentially arranged on the LED lamp bead, a connecting column 9 is circumferentially arranged on the lens 1, the connecting column 9 comprises a limiting shoulder 91 and a connecting head 92, an opening 14 for accommodating the connecting head 92 is circumferentially arranged on the lamp panel 2, after the connecting head 92 is inserted into the opening 14, the limiting shoulder 91 is attached to the top surface of the lamp panel 2, the driving board comprises an intelligent driver 4 and an intelligent control module 3, a male end 15 is arranged at one end adjacent to the driving board 2, a female end 13 electrically connected with the male end 15, two connecting wires are inserted in the lamp cup 5 and connected with the bottom of the lamp cup 5. Be equipped with the platform 18 that holds the heat-conducting glue on the 5 inside walls of lamp cup, lamp plate 2 is connected with lamp cup 5 through the heat-conducting glue. The lamp cup 5 is provided with a glue coating area 19 coated with silica gel at a position close to the cup mouth, the glue coating area 19 is positioned on the inner side wall of the lamp cup 5, and the lens 1 is connected with the glue coating area 19 through silica gel. The lamp comprises a lamp cup 5 and is characterized in that a GU10 lamp cap 6 is arranged at the bottom of the lamp cup 5, a connecting wire is connected with the GU10 lamp cap 6, and the GU10 lamp cap 6 fixes a driving plate in the lamp cup 5 in a stamping riveting mode. The drive plate includes intelligent driver 4 and the intelligent control module group 3 (WIFI module, BLE module) that control colour temperature changes for the lamp plate power supply. The lamp cup 5 is made of plastic-coated aluminum materials. The central region of the upper surface of the lens 1 is provided with a first outer squama manitis 7, the central region of the first outer squama manitis 7 is a parallelogram, the edge region of the first outer squama manitis 7 is a hexagon, the first outer squama manitis 7 is circumferentially provided with a plurality of second outer squama manitis 8, and the second outer squama manitis 8 consists of the hexagon squama manitis and the quadrilateral squama manitis.

The lamp is assembled in the process as follows: lens 1 circumference sets up spliced pole 9, pastes spliced pole 9's spacing circular bead 91 and 2 top surfaces of lamp plate mutually, and connector 92 card is in the trompil 14 of lamp plate 2, and consequently the relative position between lamp plate 2 and the lens 1 remains unchanged, docks the public end 15 and the female end 13 of lamp plate of drive plate. The assembly body formed by combining the lens 1, the lamp panel 2 and the driving board is pushed into the lamp cup 5, and then the lamp holder is fixed by punching and riveting.

After a WIFI module (wireless network) and a BLE module (Bluetooth technology) are combined in the driving board, the GU10 lamp can be connected with a mobile phone or an intelligent client, and the light emitting state of the wireless control lamp is achieved, such as high light dimming, color temperature and color dimming.

Claims

1. The utility model provides an intelligence five-color GU10 lamp, a serial communication port, including lens, lamp plate, drive plate and lamp cup, be equipped with the LED lamp pearl that is located lens center below on the lamp plate, LED lamp pearl includes low colour temperature lamp pearl and high colour temperature lamp pearl, and LED lamp pearl circumference is equipped with a plurality of RGB lamp pearls of inlaying on the lamp plate, lens circumference is equipped with the spliced pole, and the spliced pole includes spacing circular bead and connector, and lamp plate circumference is equipped with the trompil that holds the connector, and the connector is inserted and is established as back in the trompil, and spacing circular bead is pasted mutually with the lamp plate top surface, and the drive plate includes intelligent drive ware and intelligent control module, and the one end of the neighbouring lamp plate of drive plate is equipped with public end, and the lamp plate is equipped with the female end of being.

2. The intelligent five-color GU10 lamp according to claim 1, wherein a platform containing heat-conducting glue is arranged on the inner side wall of the lamp cup, and the lamp panel is connected with the lamp cup through the heat-conducting glue.

3. The intelligent five-color GU10 lamp according to claim 2, wherein a glue coating area sprayed with silica gel is arranged at the position, close to the cup mouth, of the lamp cup, the glue coating area is located on the inner side wall of the lamp cup, and the lens is connected with the glue coating area through the silica gel.

4. An intelligent five-color GU10 lamp as claimed in claim 1, wherein the bottom of the lamp cup is provided with a GU10 lamp cap, the connecting wire is connected with a GU10 lamp cap, and the GU10 lamp cap adopts a punching riveting mode to fix the driving board in the lamp cup.

5. The intelligent five-color GU10 lamp according to claim 1, wherein the intelligent driver is used for lamp panel power supply, and the intelligent control module comprises a WIFI module and a BLE module for controlling color temperature change.

6. The intelligent five-color GU10 lamp of claim 1, wherein the lamp cup is made of plastic-clad aluminum.

7. An intelligent five-color GU10 lamp according to claim 1, wherein the central region of the upper surface of the lens is provided with a first outer squama, the central region of the first outer squama is parallelogram, the edge region of the first outer squama is hexagon, the first outer squama is circumferentially provided with a plurality of second outer scalels, and the second outer squama is composed of hexagon scalels and quadrilateral scalels.