CN201661973U - An open and close adjustable LED chandelier - Google Patents

Abstract

The utility model relates to an open-close adjustable LED chandelier. The chandelier is composed of an LED lamp assembly, a chandelier skeleton assembly and a transmission assembly. The assembly can be opened or closed, and the transmission assembly is arranged in the chandelier skeleton assembly. Compared with the prior art, the utility model can realize folding and lifting by remote control, and the stretching time is synchronized. Adjustable M-shaped LED chandelier control system uses lithium batteries to store excess energy to achieve the effect of absorbing solar energy during the day and lighting at night; and can achieve variable effects of stretching and folding through remote control.

Description

An open and close adjustable LED chandelier

technical field

The utility model relates to an LED chandelier, in particular to an open-close adjustable LED chandelier.

Background technique

The current lighting fixtures have a single shape and monotonous functions, cannot realize automatic stretching or folding functions, and most of them are traditional light sources, which cannot be well combined with new energy sources such as solar energy, wind energy, and water energy to achieve energy-saving goals.

LED light source is called the fourth generation light source. As a novel semiconductor light source, it has the characteristics of long life, high luminous efficiency, low power consumption, environmental protection and energy saving. A ballast is required, which can greatly shorten the response time of power on and off.

The current solar lamps have not yet combined LED modules with solar panels, and have not achieved the effect of fully utilizing solar energy. The combination of the two is imperative, and the key is that both are direct current, low voltage and can match each other, which can obtain high energy utilization rate.

Contents of the invention

The purpose of this utility model is to provide an adjustable LED pendant lamp that can be folded up and down, energy-saving and environment-friendly in order to overcome the above-mentioned defects in the prior art.

The purpose of this utility model can be achieved through the following technical solutions:

An open-close adjustable LED chandelier, characterized in that the chandelier is composed of an LED lamp assembly, a chandelier skeleton assembly and a transmission assembly, the LED lamp assembly has 4 pieces, which are sequentially connected by hinges and arranged on the chandelier skeleton assembly, The LED lamp assembly can be opened or closed, and the transmission assembly is arranged in the chandelier skeleton assembly.

The LED lamp assembly includes an LED chandelier surface frame, a fixed profile, a light-transmitting cover, an LED module, an aluminum substrate, a circuit board, a solar panel, a cover plate, a lithium battery, a bearing column, a bearing, a bearing cover plate and a hinge. The surface frame of the LED chandelier is a rectangular frame, the fixed profile is arranged on the inner side of the surface frame of the LED chandelier, and the light-transmitting cover, LED module, aluminum substrate, solar panel and cover are arranged sequentially from bottom to top. Inside the fixed profile, there are 4 LED modules, the circuit board and lithium battery are arranged between the aluminum substrate and the solar panel, and the bearing column, bearing and bearing cover are arranged on the The middle part of the two long sides of the face frame of the LED chandelier, and the hinge is arranged at the middle part of the two short sides of the face frame of the LED chandelier.

The chandelier skeleton assembly includes a horizontal support, a lifting support, a boom, a horizontal track and a lifting track, the shape of the horizontal support is a rectangle, and a horizontal track is provided on the inside of the horizontal support, and the lifting support is located on the horizontal support. In the middle of the lifting bracket, a lifting track is provided on the inside of the lifting bracket, and the suspension rod is connected to the upper end of the lifting bracket, and the horizontal track and the lifting track are fixedly connected with 4 LED lamp assemblies connected by hinges.

The transmission assembly is located inside the two sides of the lifting bracket. The transmission assembly includes bearings, hinges, pull ropes, winches, motors and motor fixing brackets. The middle part is connected with the hinge, the lower part of the bearing is connected with the stay rope, the winch is located at the bottom of the stay rope, the motor is connected with the winch, and the bottom of the motor is provided with a motor fixing frame, which fixes the motor on the lifting bracket.

The motor is a permanent magnet DC planetary gear motor.

Compared with the prior art, the utility model can realize folding and lifting by remote control, and the stretching time is synchronized. Adjustable M-shaped LED chandelier control system uses lithium batteries to store excess energy to achieve the effect of absorbing solar energy during the day and lighting at night; and can achieve variable effects of stretching and folding through remote control.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Figure 2 is an exploded view of the LED lamp assembly;

Fig. 3 is a structural schematic diagram of a chandelier skeleton assembly;

Fig. 4 is a schematic structural diagram of the transmission assembly.

In the figure, 1 is the LED lamp assembly, 11 is the surface frame of the LED chandelier, 12 is the fixed profile, 13 is the transparent cover, 14 is the LED module, 15 is the aluminum substrate, 16 is the circuit board, 17 is the solar panel, and 18 is the cover plate , 19 is a lithium battery, 110 is a bearing column, 111 is a bearing, 112 is a bearing cover, 113 is a hinge, 2 is a chandelier skeleton assembly, 21 is a horizontal support, 22 is a lifting support, 23 is a suspender, 24 is a horizontal track , 25 are lifting rails, 3 are transmission components, 31 are bearings, 32 are hinges, 33 are stay ropes, 34 are winches, 35 are motors, and 36 are motor fixed supports.

Detailed ways

The utility model will be described in detail below in conjunction with the accompanying drawings and specific embodiments.

Example

An open and close adjustable LED chandelier, the structure of which is shown in Figure 1. The chandelier is composed of an LED lamp assembly 1, a chandelier skeleton assembly 2 and a transmission assembly 3. The LED lamp assembly 1 has 4 pieces, which are sequentially connected by hinges and arranged on On the chandelier frame assembly 2 , the LED lamp assembly 1 can be opened or closed, and the transmission assembly 3 is arranged in the chandelier frame assembly 2 .

The structure of LED light assembly 1 is shown in Figure 2, including LED pendant light frame 11, fixed profile 12, light-transmitting cover 13, LED module 14, aluminum substrate 15, circuit board 16, solar panel 17, cover plate 18, lithium battery 19. Bearing column 110, bearing 111, bearing cover plate 112 and hinge 113, LED chandelier surface frame 11 is a rectangular frame, fixed profile 12 is set on the inner side of LED chandelier surface frame 11, light-transmitting cover 13, LED module 14 , aluminum base plate 15, solar panel 17 and cover plate 18 are arranged in the inside of fixed profile 12 successively from bottom to top, LED module 14 has 4 pieces, 4 LED modules 14 add up to 21W, and LED can be white light or RGB. The circuit board 16 and the lithium battery 19 are arranged between the aluminum substrate 15 and the solar panel 17, the bearing column 110, the bearing 111 and the bearing cover 112 are arranged in the middle of the two long sides of the LED chandelier surface frame 11 from the inside to the outside, and the hinge 113 It is located in the middle of the two short sides of the LED chandelier surface frame 11.

The structure of the chandelier skeleton assembly 2 is as shown in Figure 3, comprising a horizontal support 21, a lifting support 22, a boom 23, a horizontal track 24 and a lifting track 25, the shape of the horizontal support 21 is rectangular, and the horizontal support 21 is provided with a horizontal track 24. The lifting bracket 22 is located inside the horizontal bracket 21. The inside of the lifting bracket 22 is provided with a lifting track 28. The boom 23 is connected to the upper end of the lifting bracket 22. The horizontal track 24 and the lifting track 25 are fixedly connected to 4 pieces connected by hinges. LED lamp assembly2.

The structure of transmission assembly 3 is as shown in Figure 3, and transmission assembly 3 is located at the inside of lifting support 22 both sides, comprises bearing 31, hinge 32, stay cord 33, winch 34, motor 35 and motor fixed support 36, and bearing 31 is located at Top, the top of the bearing 31 is connected with the suspension rod 23, the middle part of the bearing 31 is connected with the hinge 32, the bottom of the bearing 31 is connected with the stay rope 33, the winch 34 is located at the bottom of the stay rope 33, and the motor 35 is a permanent magnet DC planetary gear reduction motor. Connected with hoist 43, the bottom of this motor 35 is provided with motor fixing frame 36, and motor 35 is fixed on the lifting support 22. By rotating the motor 35 , the pull cord 33 is driven to move up and down, thereby driving the stretching and shrinking movement of the LED lamp assembly 1 .

The selected frame material should reduce the weight of the lamp as much as possible, so as to reflect the lightness of the LED lamp. Different materials are used for the light-transmitting cover 13, which can achieve different effects: 1. When performing a lighting function, choose a soft material to make the light more uniform and achieve a comfortable lighting effect; 2. When performing a decorative function, choose a clear It can be seen that the material of a single LED achieves the decorative effect of LED presenting text or patterns.

Lamps use the principle of solar photovoltaic power generation: Utilize the electronic characteristics of LEDs and adopt an independent power generation system. The photovoltaic array first directly converts the received solar radiation energy into electrical energy to supply the load, and then converts the excess energy into chemical energy after passing through the charge controller. The form is stored in the battery, and is equipped with a backup low-voltage power supply, which can also ensure the normal lighting of the LED module in the case of insufficient sunlight; it is processed by the MPU system, and the limit sensor senses the stretch and fold; and it is equipped with white and full-color LEDs Drive equipment to ensure high-quality LED color rendering.

Claims (5)

1. one kind opens and closes the adjustable LED pendent lamp, it is characterized in that this pendent lamp is made of LED lamp assembly, pendent lamp skeleton component and transmission component, described LED lamp assembly has 4, connect successively and be arranged on the pendent lamp skeleton component through hinge, described transmission component is located in the pendent lamp skeleton component.

2. a kind of keying adjustable LED pendent lamp according to claim 1, it is characterized in that, described LED lamp assembly comprises LED pendent lamp face frame, fixing section bar, diffuser, led module, aluminium base, circuit board, solar panels, cover plate, lithium battery, the bearing post, bearing, bearing cover and hinge, described LED pendent lamp face frame is the frame that is shaped as rectangle, described fixedly section bar is located at the inboard of LED pendent lamp face frame, described diffuser, led module, aluminium base, solar panels and cover plate are located at the fixedly inside of section bar from bottom to top successively, described led module has 4, described circuit board and lithium battery are located between aluminium base and the solar panel, described bearing post, bearing and bearing cover are located at the middle part on LED pendent lamp face frame two long limits from inside to outside, and described hinge is located at the middle part of LED pendent lamp face frame two minor faces.

3. a kind of keying adjustable LED pendent lamp according to claim 1, it is characterized in that, described pendent lamp skeleton component comprises horizontal stand, lifting support, suspension rod, horizontal rail and fluctuating orbit, described horizontal stand be shaped as rectangle, this horizontal stand inboard is provided with horizontal rail, described lifting support is located at the middle part of horizontal stand, this lifting support inboard is provided with fluctuating orbit, described suspension rod is connected with the upper end of lifting support, on described horizontal rail and the fluctuating orbit fixedly connected 4 through hinged LED lamp assembly.

4. a kind of keying adjustable LED pendent lamp according to claim 1, it is characterized in that, described transmission component is located at the inside of lifting support both sides, this transmission component comprises bearing, hinge, stay cord, hoist engine, motor and motor fixed rack, described bearing is located at the top, this bearing top is connected with suspension rod, the bearing middle part connects hinge, the bearing bottom connects stay cord, described hoist engine is located at the bottom of stay cord, described motor is connected with hoist engine, and this motor lower portion is provided with motor fixing frame, and this motor fixing frame is fixed on motor on the lifting support.

5. a kind of keying adjustable LED pendent lamp according to claim 4 is characterized in that described motor is a permanent-magnetic DC planetary gear reduction motor.

Images