CN205402580U - A kind of LED ceiling lamp - Google Patents

Abstract

The utility model discloses a LED ceiling lamp, including chassis, first LED light source structure, second LED light source structure, drive control device, drive arrangement and remote controller, the light colour of the steerable RGB lamp pearl of drive control device carries out seven various jumps, seven various gradual changes, gradual change fixation and independently selects the colour, thereby the colour temperature and the luminance of the steerable LED lamp pearl of drive control device control drive arrangement work, simple structure, the appearance is brief pleasing to the eye. The utility model discloses a light colour of LED ceiling lamp through the steerable RGB lamp pearl of a remote controller carries out seven various jumps, seven various gradual changes, gradual change fixation and independently selected colour, the luminous state that also can pass through the remote controller control LED lamp pearl is in white light, neutral light, the colour temperature change of carrying out conversion and control LED lamp pearl in the yellow light, also the luminance of first LED light source structure or second LED light source structure is adjusted to the accessible remote controller, make the light-emitting mode nimble changeable, luminous effect is abundant various, use easy operation convenience simultaneously, the light-emitting colour is accurate careful.

Description

A kind of LED ceiling lamp

technical field

The utility model relates to the technical field of LED lighting, in particular to an LED ceiling lamp.

Background technique

Ceiling lamps are lamps that are absorbed or embedded in the roof ceiling. Like chandeliers, they are also the main lighting equipment in the room, and are widely used in various places such as homes, offices, and entertainment venues. LED has the characteristics of mercury-free, non-toxic, no electromagnetic pollution, no harmful rays, energy saving, environmental protection, and long service life. Therefore, the existing ceiling lamps gradually use LEDs to replace energy-saving lamps as light sources.

The general structure of an LED ceiling lamp includes a chassis, an LED light source structure disposed in the chassis, a driving device electrically connected to the LED light source structure, and a light-transmitting cover disposed on the chassis. The LED light source structure of the existing LED ceiling lamp is usually only provided with one of white LED lamp beads, yellow LED lamp beads or RGB lamp beads. ; If the white LED lamp beads and the yellow LED lamp beads and the RGB lamp beads are arranged to work in the same chassis, two remote controllers need to be equipped to control them separately, the structure is complicated, the operation is troublesome, and the production cost is high; and the existing The light-emitting modes of RGB lamp beads are generally colorful gradients, colorful jumps, and gradient fixed colors. It is difficult to accurately select and control the RGB light-emitting colors on the remote control, and the light-emitting colors are rough and imprecise.

Therefore, how to realize an LED ceiling lamp with simple structure, low production cost, flexible and changeable luminous modes, rich and varied luminous effects, simple and convenient use and operation, and accurate and detailed light color is a technical problem to be solved urgently in the industry.

Utility model content

The main purpose of the utility model is to provide an LED ceiling lamp, aiming to realize an LED ceiling lamp with simple structure, low production cost, flexible and changeable luminous modes, rich and varied luminous effects, simple and convenient use and operation, and accurate and meticulous light color. .

The utility model proposes an LED ceiling lamp, which includes a chassis, a first LED light source structure and a second LED light source structure uniformly arranged on the inner bottom surface of the chassis, and a transparent light covering on the first LED light source structure and the second LED light source structure. The light mask, the first LED light source structure includes a first substrate, RGB lamp beads that are evenly arranged on the first substrate and can emit colored light; the second LED light source structure includes a second substrate, LEDs that are evenly arranged on the second substrate Lamp beads, LED lamp beads include white LED lamp beads and yellow LED lamp beads; LED ceiling lamps also include a drive control device that is connected to the mains at one end and electrically connected to the RGB lamp beads at the other end and can drive and control the operation of the RGB lamp beads 1. One end is electrically connected to the drive control device and the other end is electrically connected to the LED lamp beads and can drive the LED lamp beads to work. The drive control device can control the light color of the RGB lamp beads to perform colorful jumps, colorful gradients, and gradient fixes And independently select the color, the driving control device controls the operation of the driving device so as to control the color temperature and brightness of the LED lamp bead. Remote control for ceiling lights to work.

Preferably, the remote controller is provided with several buttons and a touch-sensitive circular color selection button, and the buttons include an on/off button, a mode adjustment button, and a brightness adjustment button.

Preferably, a gradient color ring is arranged on the color selection key.

Preferably, the switch key includes a first switch key for controlling the switch of the first LED light source structure, a second switch key for controlling the switch of the second LED light source structure and the light emitting state of the second LED light source structure.

Preferably, the brightness adjustment keys include a first brightness key for gradually increasing the brightness, and a second brightness key for gradually reducing the brightness.

Preferably, when the first LED light source structure is working, the luminous color of the RGB lamp beads can be selected independently by touching the gradient color ring on the color selection key, and the mode adjustment key can control the light color of the RGB lamp beads to perform colorful jumps, Colorful gradients and gradient fixation.

Preferably, when the second LED light source structure is working, the color temperature of the second LED light source structure can be controlled by touching the color selection key, and the color temperature is set to 2700K to 10000K.

Preferably, several buttons are provided on the remote control, and the buttons include an on button that can turn on the LED ceiling light, an off button that can turn off the LED ceiling light, a first brightness button that gradually increases the brightness, and a second brightness button that gradually reduces the brightness , a number of color control buttons that can independently select the luminous color of the RGB lamp beads, a jump button that controls the light color of the RGB lamp beads to perform colorful jumps, a gradient button that controls the light color of the RGB lamp beads to perform colorful gradients, and a control button that controls the RGB lamp beads The fixed color button for gradually changing the light color, the first button for controlling the light emitting state of the second LED light source structure, and the second button for controlling the color temperature change of the second LED light source structure.

Preferably, the light-transmitting cover is made of light-transmitting material; the chassis is made of heat-conducting metal, and the heat-conducting metal is selected from iron, aluminum or copper.

An LED ceiling lamp of the utility model comprises a chassis, a first LED light source structure and a second LED light source structure uniformly arranged on the inner bottom surface of the chassis, a driving control device, a driving device and a remote controller, and has a simple structure and a simple appearance. Beautiful and generous. The LED ceiling lamp of the utility model is equipped with RGB lamp beads, yellow LED lamp beads and white LED lamp beads that can emit colored light at the same time, and the light color of the RGB lamp beads can be controlled by a remote control to perform colorful jumps, colorful gradients, Gradient color setting and self-selected color, you can also control the light-emitting state of the LED lamp bead through the remote control to switch between white light, neutral light, and yellow light and control the color temperature change of the LED lamp bead, and you can also use the remote control to adjust the first LED light source The structure or the brightness of the second LED light source structure makes the LED ceiling light of this embodiment flexible and changeable, and the luminous effects are rich and varied. Optional, can meet different lighting needs, high flexibility, wide application range, and only one remote control can control multiple functions, saves a remote control compared with the traditional ceiling lamp structure, reduces the use of parts, and reduces the production cost. Low cost, and easy to use and operate, easy to understand, at the same time, you can accurately select the luminous color of the RGB lamp beads through the remote control, and you can also accurately select the color temperature of the LED lamp beads, and the color of the light is accurate and detailed. Therefore, the LED ceiling lamp of the present utility model has achieved positive effects such as simple structure, low production cost, flexible and changeable light-emitting modes, rich and varied light-emitting effects, simple and convenient use and operation, and accurate and detailed light-emitting colors, and is worthy of wide promotion and application.

Description of drawings

Fig. 1 is an exploded perspective view of the three-dimensional structure of an embodiment of an LED ceiling lamp of the present invention, wherein the remote controller is not shown;

Fig. 2 is one of the enlarged schematic diagrams of the top view structure of the remote controller in an embodiment of an LED ceiling lamp of the present utility model, wherein the remote controller is provided with touch-type color selection keys arranged in a ring;

Fig. 3 is the second enlarged schematic view of the top view structure of the remote control in an embodiment of an LED ceiling lamp of the present invention, wherein the remote control is provided with several color control buttons.

The realization of the purpose of the utility model, functional characteristics and advantages will be further described in conjunction with the embodiments and with reference to the accompanying drawings.

detailed description

It should be understood that the specific embodiments described here are only used to explain the utility model, and are not intended to limit the utility model.

Referring to Figures 1 to 3, an embodiment of a LED ceiling lamp of the present invention is proposed, including a chassis 100, a first LED light source structure and a second LED light source structure uniformly arranged on the inner bottom surface of the chassis 100, and a cover arranged on The transparent cover 600 on the first LED light source structure and the second LED light source structure has a simple structure, reasonable design, simple appearance, and elegant appearance.

The first LED light source structure includes a first substrate 201 closely attached to the chassis 100 , and RGB lamp beads 202 uniformly arranged on the first substrate 201 and capable of emitting colored light. The second LED light source structure includes LED lamp beads 302 that are closely attached to the second substrate 301 on the chassis 100 and evenly arranged on the second substrate 301. The LED lamp beads 302 include white LED lamp beads and yellow LED lamp beads. The perfect combination of beads and yellow LED lamp beads makes the light emitting state of the second LED light source structure switchable among white light, neutral light and yellow light, with various light emitting modes and rich light emitting effects.

The LED ceiling lamp also includes a drive control device 400 that is electrically connected to the mains at one end and electrically connected to the RGB lamp bead 202 at the other end and can drive and control the work of the RGB lamp bead 202. One end is electrically connected to the drive control device 400 and the other end is connected to the LED lamp The bead 302 is electrically connected and can drive the driving device 500 of the LED lamp bead 302 to work. The driving control device 400 can control the light color of the RGB lamp bead 202 to perform colorful jumps, colorful gradients, gradient fixed colors, and independent color selection. The drive control device 400 controls the driving device 500 to work so as to control the color temperature and luminance of the LED lamp bead 302 . The drive control device 400 is provided with a signal receiving antenna 401 , and the LED ceiling lamp also includes a remote controller 700 that is adapted to the signal receiving antenna 401 and can control the operation of the LED ceiling lamp.

The remote control 700 is provided with several keys and a touch-type color selection key 706 arranged in a circle, and the keys include a switch key, a mode adjustment key 705, and a brightness adjustment key. A gradient color ring is arranged on the color selection key 706 . The switch key includes a first switch key 701 for controlling the switch of the first LED light source structure, a second switch key 702 for controlling the switch of the second LED light source structure and the light-emitting state of the second LED light source structure, and the light-emitting state of the second LED light source structure includes White light, yellow light, neutral light. The brightness adjustment keys include a first brightness key 703 for gradually increasing the brightness, and a second brightness key 704 for gradually decreasing the brightness.

When the first LED light source structure is working, the luminous color of the RGB lamp bead 202 can be selected independently by touching the gradient color ring on the color selection key 706, and the mode adjustment key 705 can control the light color of the RGB lamp bead 202 to perform colorful dancing. Change, colorful gradient and gradient fixed color.

When the second LED light source structure is working, the color temperature of the second LED light source structure can be controlled by touching the color selection key 706, and the color temperature is set to 2700K to 10000K.

The remote controller 700 is provided with a number of buttons, the buttons include an on button 707 for turning on the LED ceiling light, an off button 708 for turning off the LED ceiling light, a first brightness button 709 for gradually increasing the brightness, and a second brightness for gradually reducing the brightness Button 710, a number of color control buttons 711 that can independently select the light color of RGB lamp beads 202, jump buttons 712 that control the light color of RGB lamp beads 202 to perform colorful jumps, and control the light color of RGB lamp beads 202 to perform colorful gradients Button 713, the fixed color button 714 for controlling the light color of the RGB lamp bead 202 to gradually change and fix the color, the first button 715 for controlling the light-emitting state of the second LED light source structure, and the second button 716 for controlling the color temperature change of the second LED light source structure .

The light-transmitting cover 600 is made of a light-transmitting material, and the light-transmitting cover 600 can be set to be transparent or frosted.

The chassis 100 is made of heat-conducting metal, and the heat-conducting metal is iron, aluminum or copper. The chassis 100 of the present invention is made of iron, which has low raw material cost, is sturdy and durable, and has good thermal conductivity and good heat dissipation effect.

The chassis 100 of the utility model is provided with a driving control device 400 and a driving device 500. One end of the driving control device 400 is electrically connected to the mains and the other end is electrically connected to the RGB lamp bead 202 and can drive and control the light color of the RGB lamp bead 202. Colorful jumping, colorful gradation, gradation fixed color and independent color selection, while one end of the driving device 500 is electrically connected to the driving control device 400 and the other end is electrically connected to the LED lamp bead 302 and can drive the LED lamp bead 302 to work. 400 can control the operation of the driving device 500 so as to control the color temperature change and luminous brightness of the LED lamp bead 302 . The driving control device 400 is provided with a signal receiving antenna 401, and a remote controller 700 is matched with the signal receiving antenna 401 to control the operation of the LED ceiling lamp. The remote control 700 can simultaneously control the first LED light source structure and the second LED light source structure to work, eliminating the need for a remote control 700, simplifying the structure, saving raw materials, simplifying the production process, and reducing production costs. At the same time, the operation is convenient, fast, and simple .

The remote controller 700 can be configured as a multifunctional remote controller 700 in which buttons and touch buttons are simultaneously provided on the same remote controller 700 , and can also be configured as a full-button remote controller 700 . When the remote controller 700 is configured such that buttons and touch buttons are simultaneously arranged on the same remote controller 700, the buttons include an on/off button, a mode adjustment button 705, and a brightness adjustment button, and a circular gradient color is arranged on the color selection button 706. ring. The switch key includes a first switch key 701 and a second switch key 702. The first switch key 701 can control the opening and closing of the first LED light source structure, and the second switch key 702 can control the switch of the second LED light source structure and the second LED light source structure. The light emitting state of the light source structure makes the second LED light source structure cyclically change among on, white light, neutral light, yellow light and off. In addition, the brightness of the first LED light source structure or the second LED light source structure can be adjusted gradually through the first brightness key 703, and the brightness of the first LED light source structure or the second LED light source structure can be gradually weakened through the second brightness key 704. .

When the RGB lamp bead 202 is working, the luminous color of the RGB lamp bead 202 can be selected independently by touching the gradient color ring on the color selection key 706. The light color of the lamp bead 202 undergoes colorful jumps, colorful gradients, and gradient fixed colors. The lighting modes are flexible and changeable, and the lighting effects are rich and varied. When the second LED light source structure is working, the color temperature change of the second LED light source structure can be controlled by touching the color selection key 706, so that the color temperature can be switched between 2700K and 10000K.

The remote control 700 can be set as a full-button type, and the buttons include a start button 707 that can turn on the work of the LED ceiling light, a close button 708 that can turn off the work of the LED ceiling light, a first brightness button 709 that gradually increases the brightness, and a first brightness button that gradually reduces the brightness. Two brightness buttons 710, a number of color control buttons 711 that can independently select the light color of the RGB lamp beads 202, jump buttons 712 that control the light color of the RGB lamp beads 202 to perform colorful jumps, and control the light colors of the RGB lamp beads 202 to perform colorful gradients The gradient button 713 for controlling the light color of the RGB lamp bead 202 to perform gradient fixation. The color fixing button 714. The first button 715 for controlling the lighting state of the second LED light source structure. The second button 715 for controlling the color temperature change of the second LED light source structure. Button 716, when the first button 715 is clicked, the first LED light source structure will switch between white light, neutral light, and yellow light, and the second button 716 can be clicked to change the color temperature of the second LED light source structure. The structure is very simple and easy to operate. At the same time, the utility model perfectly combines various lighting modes, enriches the lighting effect, and the lighting mode is flexible and changeable, and can be selected in a variety of ways, which can meet the different lighting needs of different customers and different lighting places, with high flexibility, wide application range, energy saving and environmental protection , very suitable for use in homes, offices, large shopping malls, entertainment venues and other places. Moreover, a remote control 700 can control the first LED light source structure and the second LED light source structure at the same time, realize the function of controlling multiple functions, and can also individually select the luminous color of the RGB lamp bead 202, the luminous color is accurate and delicate, and the adjustment control Flexible and diverse, novel and convenient to use.

The LED ceiling lamp of the utility model can also control the working status of the first LED light source structure and the second LED light source structure through the APP software that is adapted to it and can be loaded into the smart phone, realizing intelligent control, simple in structure, and scientific and reasonable , the use of intelligent control can meet the various needs of intelligent modern life. If you can't find the remote control 700, you can use your smart phone to carry out flexible control, which is practical, convenient, flexible and humanized.

Therefore, a kind of LED ceiling lamp of the present utility model, by setting the driving control device 400 and the driving device 500 in the chassis 100, and using the remote control 700 adapted to it for flexible control, the LED ceiling lamp can be changed in seven colors, Colorful gradient, gradient fixed color, self-selected color, flexible conversion among white light, neutral light, and yellow light, can also adjust lighting brightness and adjust the color temperature of the second LED light source structure, simple structure, save raw materials, reduce production costs, light-emitting mode Flexible and changeable, the luminous effect is rich and varied, and the operation is simple and convenient, and the color of the light is accurate and detailed.

The above are only preferred embodiments of the present utility model, and are not therefore limiting the patent scope of the present utility model. All equivalent structural transformations made by using the utility model specification and accompanying drawings are directly or indirectly used in other related technologies. fields, are all included in the scope of patent protection of the utility model in the same way.

Claims (9)

1. a LED lamp affixed to the ceiling, it is characterized in that, including chassis, the diffuser that is uniformly laid in the first LED light source structure on the inner bottom surface of described chassis and the second LED light source structure, covers in described first LED light source structure and described second LED light source structure, described first LED light source structure include first substrate, uniformly be laid on described first substrate and RGB lamp bead that glory can be sent；Described second LED light source structure includes second substrate, the LED lamp bead being uniformly laid on described second substrate, and described LED lamp bead includes white light LEDs lamp bead and yellow light LED lamp bead；Described LED lamp affixed to the ceiling also include one end electrically connect with civil power and the other end electrically connect with described RGB lamp bead and can drive control described RGB lamp bead work drive dynamic control device, one end electrically connects and the other end electrically connects with described LED lamp bead and can drive the driving device that described LED lamp bead works with the described dynamic control device that drives, the described dynamic control device that drives can control the light color of described RGB lamp bead and carries out seven color saltus steps, seven color gradual changes, gradual change fixation and autonomous selected color, driving device described in described drive control device controls works thus colour temperature and the brightness of described LED lamp bead can be controlled, the described dynamic control device that drives is provided with a signal receiving antenna, described LED lamp affixed to the ceiling also includes remote controller that is suitable with described signal receiving antenna and that can control the work of described LED lamp affixed to the ceiling.

2. a kind of LED lamp affixed to the ceiling according to claim 1, it is characterised in that described remote controller is provided with the Colour selection key arranged ringwise of some buttons and a touch, and described button includes on & off switch, mode tuning key, brightness regulation key.

3. a kind of LED lamp affixed to the ceiling according to claim 2, it is characterised in that be laid with gradual change colour circle on described Colour selection key.

4. a kind of LED lamp affixed to the ceiling according to Claims 2 or 3, it is characterized in that, described on & off switch includes controlling the first on & off switch of described first LED light source configuration switches, controlling the switch of described second LED light source structure and the second switch key of the luminance of described second LED light source structure.

5. a kind of LED lamp affixed to the ceiling according to claim 4, it is characterised in that described brightness regulation key includes the first brightness key highlighted gradually, the second brightness key weakening brightness gradually.

6. a kind of LED lamp affixed to the ceiling according to claim 5, it is characterized in that, when described first LED light source arrangement works, can passing through the described gradual change colour circle on Colour selection key described in touch-control from the glow color of RGB lamp bead described in main separation, described mode tuning key can control the light color of described RGB lamp bead and carry out seven color saltus steps, seven color gradual change and gradual change fixations.

7. a kind of LED lamp affixed to the ceiling according to claim 5, it is characterised in that when described second LED light source arrangement works, can being controlled the colour temperature of described second LED light source structure by Colour selection key described in touch-control, described colour temperature is set to 2700K to 10000K.

null8. a kind of LED lamp affixed to the ceiling according to claim 1，It is characterized in that，Described remote controller is provided with some buttons，Described button includes opening releasing the button of described LED lamp affixed to the ceiling work、The X button of described LED lamp affixed to the ceiling work can be closed、The first brightness button highlighted gradually、Weaken the second brightness button of brightness gradually、Some can from the Color control button of RGB lamp bead glow color described in main separation、The light color controlling described RGB lamp bead carries out the saltus step button of seven color saltus steps、The light color controlling described RGB lamp bead carries out the gradual change button of seven color gradual changes、The light color controlling described RGB lamp bead carries out the fixation button of gradual change fixation、Control the first button of the luminance of described second LED light source structure、Control the second button of the colour temperature change of described second LED light source structure.

9. a kind of LED lamp affixed to the ceiling according to claim 8, it is characterised in that described diffuser is made up of light transmissive material；Described chassis is made up of heat-conducting metal, and described heat-conducting metal selects ferrum, aluminum or copper.