CN212480936U - LED health lighting lamp - Google Patents

Abstract

The utility model discloses a LED health lighting lamp, which comprises a lamp body, wherein an anion layer is arranged on the surface or inside of the lamp body, a LED lamp plate is arranged in the lamp body, a first LED lamp bead, a second LED lamp bead, a UVA lamp bead and a far infrared lamp bead are arranged on the LED lamp plate, and the anion layer is arranged on the surface or inside of the lamp body; the first LED lamp bead, the UVA lamp bead and the second LED lamp bead are sequentially diffused outwards from the middle part of the LED lamp panel and are distributed around the far infrared lamp beads in an annular manner; the bottom of lamp body is equipped with power supply module, power supply module one end and LED lamp plate electric connection, and external control unit is connected to the other end, the utility model discloses can solve traditional UVC-LED lamps and lanterns radiation destruction oxygen composition at disinfection's in-process, destroy rotten nutrient composition such as food and plant in the radiation range to unable air-purifying room sends the profitable light problem that shines of human body.

Description

LED health lighting lamp

Technical Field

The utility model relates to a lamps and lanterns field especially relates to a healthy illumination lamps and lanterns of LED.

Background

With the continuous progress of social science and technology, the attention degree of the health and health of the living environment of people is also deepened more and more, the meeting environment is often disinfected and sterilized in some public occasions, and even the domestic environment can be disinfected and sterilized by people.

In the prior art, ultraviolet lamps are commonly used for disinfection and sterilization, and the ultraviolet rays can act on DNA of microorganisms to destroy the characteristics of DNA structures, so that the microorganisms lose the functions of propagation and self-replication, thereby achieving the purpose of disinfection and sterilization. The currently common ultraviolet disinfection and sterilization lamp is a deep ultraviolet light source UVC-LED lamp, and DNA and RNA of germs and viruses are directly destroyed by releasing 260-280nm deep ultraviolet rays, so that the rapid, safe and non-side-effect sterilization effect is achieved. However, the UVC-LED lamp radiates a human body and invades the skin, eyes, etc. of the human body during the sterilization, and when a user turns on and off the UVC-LED lamp, the radiation damages the health of the human body, and destroys deteriorated nutrients such as food and plants in the radiation range and oxygen in the air, and the UVC-LED lamp does not have an air purification function and a health care function during the sterilization.

Therefore, there is a need to develop an LED health lighting lamp that can provide health care light irradiation, purify ambient air, and realize adjustable lamp color temperature, so as to solve the above problems.

SUMMERY OF THE UTILITY MODEL

In view of the above problem, the utility model provides a healthy illumination lamps and lanterns of LED for solve traditional UVC-LED lamps and lanterns and radiate destruction oxygen composition at disinfection's in-process, destroy rotten nutrient composition such as food and plant in the radiation range, and unable air-purifying room sends the problem to the profitable light that shines of human body.

The utility model provides an above-mentioned technical problem's technical scheme as follows:

an LED health lighting lamp comprises a lamp body, wherein an anion layer is arranged on the surface or inside the lamp body, an LED lamp panel is arranged in the lamp body, a first LED lamp bead, a second LED lamp bead, a UVA lamp bead and a far infrared lamp bead are arranged on the LED lamp panel, the far infrared lamp bead is arranged in the middle of the LED lamp panel, and the first LED lamp bead, the UVA lamp bead and the second LED lamp bead are sequentially diffused outwards from the middle of the LED lamp panel and are annularly distributed around the far infrared lamp bead; the bottom of lamp body is equipped with power supply module, power supply module one end with LED lamp plate electric connection, external control unit is connected to the other end for control respectively the start-up of lamp pearl on the LED with close and adjust luminance cooperation, reach the purpose of adjusting the colour temperature.

The utility model discloses beneficial effect for prior art is: the first LED lamp bead, the second LED lamp bead, the UVA lamp bead and the far infrared lamp bead are arranged on the LED lamp panel, and the negative ion powder is added into the lamp body by adopting a spraying/injection molding process, or natural negative ion plum blossom jade is adopted for processing, so that a negative ion layer is formed on the surface or inside the lamp body, and the effect of purifying ambient air can be achieved while disinfection and sterilization are realized under the effect of the negative ion layer; meanwhile, far infrared rays emitted by the far infrared lamp beads are light rays beneficial to a human body, and have the effects of promoting blood circulation, improving blood pressure condition, improving arthralgia, regulating autonomic nerves, protecting skin, beautifying, enhancing metabolism, improving immune function, diminishing inflammation, easing pain and the like on the resonance effect, the osmosis effect and the warming effect of cells; the first LED lamp beads and the second LED lamp beads are used independently and in a mixed mode, so that the effect of adjusting the color temperature of light is achieved; and the utility model discloses the wavelength of UVA lamp pearl that disinfection and sterilization adopted is longer for traditional UVC lamp pearl, and it produces the radiation minimum to the harm of human body, can only play the suppression bacterium and decompose partial weak molecule DNA to reach 80% bactericidal effect and 20% antibacterial effect, can not be bad to human, plant, air oxygen and vegetative cell production, protected the nutrient composition of nature promptly and controlled the infringement of bacterium again.

On the basis of the technical scheme, the utility model discloses can also do following improvement.

Preferably, the infrared wavelength emitted by the far infrared lamp beads is greater than 700 nm.

Preferably, the power supply module is connected with an AC input line and a dimming line, the AC input line and the dimming line are connected with a dimmer, the dimmer is provided with a DIM brightness indicator lamp and a power-on indicator lamp, a knob for adjusting the brightness of the LED lamp panel is arranged, and the dimmer is connected with the control switch through the AC input line.

Preferably, the power supply assembly is provided with a MUC control unit and an inductor, and the inductor is electrically connected with the MUC control unit and comprises an infrared induction power supply and a microwave induction switch; the MUC control unit is electrically connected with a first LED lamp bead, a second LED lamp bead, a UVA lamp bead and a far infrared lamp bead on the LED lamp panel respectively; the LED lamp comprises a power supply assembly and is characterized in that an AC input line is connected to the power supply assembly, a junction box is arranged on the AC input line, the junction box is connected with a dimmer, a knob used for adjusting the brightness of an LED lamp panel, a DIM brightness indicator lamp and a power-on indicator lamp are arranged on the dimmer, and the dimmer is connected with a control switch through the AC input line.

Furthermore, the power supply assembly comprises a power supply, a power supply bottom cover and a power supply shell, the power supply bottom cover is fixed on the bottom of the lamp body, the power supply is fixed on the power supply bottom cover, the MUC control unit is installed on the power supply, and the power supply shell is detachably connected with the power supply bottom cover and wraps the power supply; and negative ion layers are arranged inside and on the surface of the power supply shell.

Preferably, the lamp body is the annular setting that reduces from the top down diameter gradually, the LED lamp plate sets up in the lamp body, be located the bottom of lamp body, just the lateral wall of lamp body be equipped with the anti-light cup that is used for the light that the reflection LED lamp plate sent.

Further, the lamp body still is equipped with transparent fire prevention lamp shade, transparent fire prevention lamp shade is located the top of LED lamp plate, just transparent fire prevention lamp shade with the inner wall joint of lamp body.

Furthermore, the bottom of the transparent fireproof lampshade is provided with a clasp, and the inner wall of the lamp body is provided with a first buckling groove for buckling the clasp.

Preferably, a bracket is arranged on the outer wall of the lamp body, and the bracket is fixedly connected to two sides of the lamp body through fixing rivets.

Further, still include spring ear and detain, be equipped with the second lock joint groove on the support, be equipped with the buckling parts on the spring ear is detained, the buckling parts is detained in the second lock joint inslot, will the spring ear detain with the leg joint.

The above improvement also has the following beneficial effects:

1. set up anti-light cup in the lamp body, can concentrate the light reflection that first LED lamp pearl, second LED lamp pearl, UVA lamp pearl and far infrared lamp pearl were launched, improve the luminance of first LED lamp pearl and second LED lamp pearl when the illumination, the effect of shining of far infrared lamp pearl and the disinfection and sterilization effect that improves UVA lamp pearl.

2. Set up transparent fire prevention lamp shade in the lamp body for the during operation of UVA lamp pearl, the ultraviolet radiation that the wavelength is shorter can not pierce through transparent fire prevention lamp shade, and only the ultraviolet ray of UVA wave band pierces through the lamp shade and disinfects to the environment, can avoid lamps and lanterns harm health's the condition to take place when disinfecting effectively.

3. Set up the inductor into to constitute by infrared induction power supply and microwave inductive switch for this lamps and lanterns can realize opening or closing of UVA lamp pearl through infrared induction power supply detection human existence with, or through the human existence of microwave inductive switch response, open or close microwave inductive switch according to the response structure, thereby reach the purpose of opening or closing UVA lamp pearl, perhaps infrared induction power supply and microwave inductive switch function simultaneously, improve the utility model discloses the safety in utilization and the convenience of lamps and lanterns.

4. Can manually adjust the colour temperature and the luminance and the switching LED lamp plate of LED lamp plate through the knob, can avoid MUC control inefficacy or the condition of high temperature damage to lead to the unable switching and the regulation of realizing of LED lamp plate.

Drawings

Fig. 1 is a cross-sectional view of the present invention;

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

fig. 3 is a schematic structural view of the LED lamp panel of the present invention;

FIG. 4 is a schematic structural view of the reflective cup of the present invention;

fig. 5 is a schematic structural view of the transparent fireproof lampshade of the present invention;

fig. 6 is a schematic structural view of the bracket of the present invention;

fig. 7 is a schematic structural view of the spring ear clip of the present invention;

fig. 8 is a schematic structural diagram of the MUC control according to the present invention;

FIG. 9 is a schematic structural view of the manual control of the present invention;

fig. 10 is an exploded view of a power module of the present invention;

fig. 11 is a schematic structural diagram of a power supply module according to the present invention.

In the figure: 1-lamp body, 11-reflector cup, 12-transparent fireproof lampshade, 121-clasp, 13-first clasp groove, 2-LED lamp panel, 21-first LED lamp bead, 22-second LED lamp bead, 23-UVA lamp bead, 24-far infrared lamp bead, 25-lamp panel fixing screw, 26-ground wire rivet, 3-power supply assembly, 32-power supply, 33-power supply bottom cover, 34-power supply shell, 35-inductor, 351-infrared induction power supply, 352-microwave induction switch, 4-junction box, 5-MUC control unit, 6-extension line, 63-dimmer, 66-power supply shell cover, 67-power supply shell locking screw, 71-control panel, 72-knob, 8-spring ear buckle, 81-clasp part, 9-bracket, 91-fixing rivet, 92-second fastening groove.

Detailed Description

The following detailed description is made on the intelligent time-control disinfection lamp of the utility model with reference to the accompanying drawings:

as shown in fig. 1-11, the LED health lighting fixture includes a lamp body 1, an anion layer is disposed on the surface or inside the lamp body 1, an LED lamp panel 2 is disposed in the lamp body 1, and a first LED lamp bead 21, a second LED lamp bead 22, a UVA lamp bead 23, and a far infrared lamp bead 24 are disposed on the LED lamp panel 2; the far infrared lamp beads 24 are arranged in the middle of the LED lamp panel 2, and the first LED lamp beads 21, the UVA lamp beads 23 and the second LED lamp beads 22 are sequentially diffused outwards from the middle of the LED lamp panel 2 and are annularly distributed around the far infrared lamp beads 24; the bottom of lamp body 1 is equipped with power supply module 3, 3 one end of power supply module with 2 electric connection of LED lamp plate, external light modulator to the control unit is connected to the other end, is used for controlling respectively the colour temperature collocation of lamp pearl on the LED is adjusted and is started and close, reaches the purpose of adjusting the colour temperature.

The lamp body 1 is made of plastic-coated aluminum, and a negative ion layer is additionally arranged inside or on the surface of the lamp body 1 through an injection molding or spraying process.

Certainly, the utility model discloses an anion layer is also maliciously adopted natural anion plum blossom jade processing preparation.

Preferably, the infrared wavelength emitted by the far infrared lamp bead 24 is greater than 700 nm.

Preferably, the power supply module 3 is connected with an AC input line 6 and a dimming line 60, the AC input line 6 and the dimming line 60 are connected with a dimmer 63, the dimmer 63 is provided with a DIM brightness indicator lamp 62 and an energizing indicator lamp 61, a knob 72 for adjusting the brightness of the LED lamp panel 2, and the dimmer 63 is connected with a control switch 71 through the AC input line 6.

Preferably, the power supply assembly 3 is provided with a MUC control unit 5 and an inductor 35, and the inductor 35 is electrically connected with the MUC control unit 5 and comprises an infrared induction power supply 351 and a microwave induction switch 352; the MUC control unit 5 is electrically connected with a first LED lamp bead 21, a second LED lamp bead 22, a UVA lamp bead 23 and a far infrared lamp bead 24 on the LED lamp panel 2 respectively; the LED lamp comprises a power supply assembly 3 and is characterized in that an AC input line 6 is connected to the power supply assembly 3, a junction box 4 is arranged on the AC input line 6, the junction box 4 is connected with a dimmer 63, a knob 72 for adjusting the brightness of an LED lamp panel 2, a DIM brightness indicator lamp 62 and an electrifying indicator lamp 61 are arranged on the dimmer 63, and the dimmer 63 is connected with a control switch 71 through the AC input line 6.

Further, the power supply assembly 3 includes a power supply 32, a power supply bottom cover 33 and a power supply housing 34, the power supply bottom cover 33 is fixed on the bottom of the lamp body 1, the power supply 32 is fixed on the power supply bottom cover 33, the MUC control unit 5 is mounted on the power supply 32, and the power supply housing 34 is detachably connected with the power supply bottom cover 33 and wraps the power supply 32; the inside and the surface of the power supply housing 34 are provided with negative ion layers.

Specifically, the negative ion layer on the power supply housing 34 is disposed by the same process as that of the negative ion layer on the lamp body 1.

Preferably, the lamp body 1 is an annular arrangement with a diameter gradually reduced from the top to the bottom, the LED lamp panel 2 is arranged in the lamp body 1 and located at the bottom of the lamp body 1, and the side wall of the lamp body 1 is provided with a light reflecting cup 11 for reflecting light emitted by the LED lamp panel 2.

Further, lamp body 1 still is equipped with transparent fire prevention lamp shade 12, transparent fire prevention lamp shade 12 is located the top of LED lamp plate 2, just transparent fire prevention lamp shade 12 with the inner wall joint of lamp body 1.

Furthermore, a hook 121 is disposed at the bottom of the transparent fireproof lampshade 12, and a first fastening groove 13 for fastening the hook 121 is disposed on the inner wall of the lamp body 1.

Preferably, a bracket 9 is disposed on an outer wall of the lamp body 1, and the bracket 9 is fixedly connected to both sides of the lamp body 1 by fixing rivets 91.

Further, still include spring ear buckle 8, be equipped with second lock joint groove 92 on the support 9, be equipped with buckling parts 81 on the spring ear buckle 8, buckling parts 81 detain and go into in the second lock joint groove 92, will spring ear buckle 8 with support 9 is connected.

The utility model discloses an installation step:

1. the bracket 9 is arranged on the corresponding positions at two sides of the lamp body 1 through the fixing rivets 91;

2. coating heat-conducting silica gel grease on the LED lamp panel 2, and then attaching the LED lamp panel 2 to the bottom of the lamp body 1 to align with screw holes of the lamp body 1;

3. the power supply 32 is arranged on the power supply bottom cover 33 to be fixed, and is tightly covered by the power supply shell 34, so that the ground wire is reserved outside and is locked with the lamp body 1 through the ground wire screw 26;

4. the LED lamp panel 2, the power supply assembly 3 and the lamp body 1 are aligned and then fixed by lamp panel fixing screws 25;

5. the reflecting cup 11 is put into the corresponding position at the bottom of the lamp body 1 and is locked by screws.

6. The AC input line 6 is connected with the power line corresponding inductor 35 to lock and retest the function of the electric appliance;

7. then, the clasp 121 of the transparent fireproof lampshade 12 is clamped into the first clasp groove 13 on the inner wall of the lamp body 1, so that the transparent fireproof lampshade 12 is fixed above the LED lamp panel 2 and the reflective cup 11;

8. the power supply housing is locked by the action of the power supply housing cover 66 and the power supply housing locking screw 67.

The utility model discloses a manual control's illumination, disinfection's the principle of adjusting luminance:

1. the first LED lamp bead 21 (color temperature: 2700K) and the second LED lamp bead 22 (color temperature: 6000K) are combined for dimming, so that the brightness and the color of ambient light can be controlled at will.

2. The first LED lamp bead 21 (color temperature: 2700K) and the second LED lamp bead 22 (color temperature: 6000K) are combined for dimming, so that the brightness and the color of ambient light can be controlled at will, and in addition, the far infrared light emitted by the far infrared lamp beads 24 is used for improving the capability of human bodies to avoid the human bodies from being safe and healthy.

3. The first LED lamp bead 21 (color temperature: 2700K) and the second LED lamp bead 22 (color temperature: 6000K) are combined for dimming, so that the brightness and the color of ambient light can be controlled at will, and the human body free capacity of antitoxic sterilization is increased by bactericidal lamp light and far infrared light emitted by the UVA lamp bead 23 and the far infrared lamp bead 24.

4. The first LED lamp bead 21 (color temperature: 2700K) can adjust light to solely enjoy the brightness and color of warm light.

5. The second LED lamp bead 22 (color temperature: 6000K) can adjust the light to solely enjoy the brightness and the color of the warm light.

6. The first LED lamp bead 21 (color temperature: 2700K) and the far infrared light emitted by the far infrared lamp bead 24 are combined for dimming, so that the brightness and the color of warm light can be enjoyed independently, and the capability of human body avoidance, safety and health can be improved.

7. The second LED lamp beads 22 (color temperature: 6000K) and the far infrared light emitted by the far infrared lamp beads 24 are combined to adjust the light, so that the brightness and the color of warm light can be enjoyed independently, and the capability of human body avoidance, safety and health are improved.

8. The first LED lamp bead 21 (color temperature: 2700K) and the light source emitted by the UVA lamp bead 23 are combined for dimming, so that the brightness and the color of warm light can be enjoyed independently, and the disinfection and sterilization can be realized.

9. The light emitted by the second LED lamp beads 22 (color temperature: 6000K) and the UVA lamp beads 23 is combined for dimming, so that the brightness and the color of warm light can be enjoyed independently, and the disinfection and sterilization can be realized.

10. The first LED lamp beads 21 (color temperature: 2700K), far infrared light emitted by the far infrared lamp beads 24 and a light source emitted by the UVA lamp beads 23 are combined for dimming, so that the brightness and the color of warm light can be enjoyed independently, and the capability of human body avoidance, safety, health and sterilization can be improved.

11. The second LED lamp beads 22 (color temperature: 6000K), far infrared light emitted by the far infrared lamp beads 24 and a light source emitted by the UVA lamp beads 23 are combined for dimming, so that the brightness and the color of warm light can be enjoyed independently, and the capability of human body avoidance, safety, health and sterilization can be improved.

Wherein, the regulation of above-mentioned light is all realized through the knob on the attached figure 9, adopts knob control can avoid MUC intelligent control to become invalid or the condition of damage takes place under high temperature.

Of course, the utility model discloses a healthy illumination lamps and lanterns of LED also can adopt MUC control, specifically, the utility model discloses an illumination of MUC control, disinfection's theory of operation:

1. individual illumination: the MUC control unit 3 controls the first LED lamp bead 21 or the second LED lamp bead 22 to be independently turned on or simultaneously turned on, and controls the output power (0-100% output) of the first LED lamp bead 21 or the second LED lamp bead 22 through a knob 72 of the dimmer 63;

2. and (3) independent disinfection and sterilization: the MUC control unit 5 controls the UVA lamp beads 23 to be independently turned on, and adjusts the output power (0-100% output) of the UVA lamp beads 23 through a knob 71 of the control panel 7;

3. the lighting and the disinfection work simultaneously: the MUC control unit 5 controls the first LED lamp bead 21, the second LED lamp bead 22 and the UVA lamp bead 23 to be turned on simultaneously, and adjusts the output power (0-100% output) of the first LED lamp bead 21, the second LED lamp bead and the UVA lamp bead 23 through a knob 72 of the dimmer 63.

4. Far infrared irradiation is carried out while illumination or disinfection and sterilization are carried out: in above-mentioned 3 kinds of service conditions, all can be through MUC the opening of MUC control unit 3 control far infrared lamp pearl 24, shine far infrared light, increase human immunity.

Wherein, also include the step of time control in the above-mentioned working principle:

1. when the independent lighting function is used, when a user needs to use different lighting color temperatures for lighting, the user can preset lighting time with different color temperatures through the MUC control unit 5, and after the lighting time reaches the preset time, the MUC control unit 3 controls the switching of the first LED lamp bead 21 and the second LED lamp bead 22, so that the color temperatures are switched when the lamp is used for lighting;

2. when the independent disinfection function is used, a user can preset illumination time and disinfection time through the MUC control unit 3, and after the illumination time is over, the MUC control unit 5 controls the first LED lamp bead 21 and/or the second LED lamp bead 22 to be automatically closed and controls the UVA lamp bead 23 to be automatically opened for disinfection;

3. a user can preset a first stage time and a second stage time through the MUC control unit 5, and when the lamp starts to operate, the MUC control unit 5 controls the first LED lamp bead 21 and/or the second LED lamp bead 22 to be turned on to enter a common lighting state; when the use time of the lamp reaches the first-stage time, the MUC control unit 5 controls the first LED lamp bead 21 and/or the second LED lamp bead 22 to be closed, and the UVA lamp bead 23 is opened to enter a disinfection and sterilization state; when the use time of the lamp reaches the second stage time, the MUC control unit 3 controls the first LED lamp bead 21 and/or the second LED lamp bead 22 to be turned on, and the lamp enters a state of being used in a mixed manner of illumination, disinfection and sterilization.

Wherein, the utility model discloses an infrared induction power supply 351 and microwave induction switch 352 and UVA lamp pearl 23 electric connection for the automatic switching of control UVA lamp pearl 23 realizes that the people walks the time automatic opening, self-closing's effect when the people comes.

Specifically, when a person leaves the lamp for 5-10 meters, the UVA lamp beads 23 are automatically turned off.

Wherein, the power supply 32 adopts 0/1-10V power supply.

The utility model discloses a far-infrared light that 24 launches of far-infrared lamp pearls has following beneficial effect in the human body:

1. promoting blood circulation and improving blood pressure;

2. relieving pain and improving arthralgia;

3. modulating autonomic nerves;

4. promoting fat tissue metabolism, caring skin;

5. improving circulation system in body, and increasing toxin expelling ability;

6. activating the activity of biological molecules, enhancing metabolism and improving immunity;

7. diminishing inflammation and easing pain.

The utility model has the advantages of the safety in utilization is strong, lamps and lanterns luminance is adjustable and realize that illumination and disinfection independently go on or go on simultaneously, and can both launch the far infrared light of beneficial health in arbitrary working process, the air-purifying environment, can solve traditional UVC-LED lamps and lanterns and radiate destruction oxygen composition at disinfection's in-process, destroy rotten nutrient composition such as food and plant in the radiation range, and unable clean room air, send the problem to the profitable light that shines of human body.

The above description is only a preferred embodiment of the present invention, and therefore the scope of the present invention should not be limited thereby, and all equivalent changes and modifications made within the scope of the claims and the specification should be considered within the scope of the present invention.

Claims (10)

1. The LED health lighting lamp is characterized by comprising a lamp body (1), wherein an anion layer is arranged on the surface or inside the lamp body (1), an LED lamp panel (2) is arranged in the lamp body (1), a first LED lamp bead (21), a second LED lamp bead (22), an UVA lamp bead (23) and far infrared lamp beads (24) are arranged on the LED lamp panel (2), the far infrared lamp beads (24) are arranged in the middle of the LED lamp panel (2), and the first LED lamp bead (21), the UVA lamp bead (23) and the second LED lamp beads (22) are sequentially diffused outwards from the middle of the LED lamp panel (2) and are annularly distributed around the far infrared lamp beads (24); the bottom of lamp body (1) is equipped with power supply module (3), power supply module (3) one end with LED lamp plate (2) electric connection, external control unit is connected to the other end for control respectively the start-up of lamp pearl on the LED with close and adjust the luminance cooperation, reach the purpose of adjusting the colour temperature.

2. The LED health lighting fixture as claimed in claim 1, wherein the infrared wavelength emitted by the far infrared lamp beads (24) is greater than 700 nm.

3. The LED health lighting fixture as claimed in claim 1, wherein an AC input line (6) and a dimming line (60) are connected to the power supply assembly (3), a dimmer (63) is connected to the AC input line (6) and the dimming line (60), a DIM brightness indicator lamp (62) and a power-on indicator lamp (61) are arranged on the dimmer (63), a knob (72) for adjusting the brightness of the LED lamp panel (2) is arranged, and the dimmer (63) is connected with the control switch (71) through the AC input line (6).

4. The LED health lighting fixture of claim 1, wherein the power supply assembly (3) is provided with a MUC control unit (5) and an inductor (35), the inductor (35) is electrically connected with the MUC control unit (5) and comprises an infrared induction power supply (351) and a microwave induction switch (352); the MUC control unit (5) is electrically connected with a first LED lamp bead (21), a second LED lamp bead (22), a UVA lamp bead (23) and a far infrared lamp bead (24) on the LED lamp panel (2) respectively; the LED lamp is characterized in that an AC input line (6) is connected to the power supply assembly (3), a junction box (4) is arranged on the AC input line (6), a dimmer (63) is connected to the junction box (4), a knob (72) used for adjusting the brightness of the LED lamp panel (2), a DIM brightness indicator lamp (62) and a power-on indicator lamp (61) are arranged on the dimmer (63), and the dimmer (63) is connected with a control switch (71) through the AC input line (6).

5. The LED health lighting fixture as claimed in claim 3 or 4, wherein the power supply assembly (3) comprises a power supply (32), a power supply bottom cover (33) and a power supply housing (34), the power supply bottom cover (33) is fixed on the bottom of the lamp body (1), the power supply (32) is fixed on the power supply bottom cover (33), the MUC control unit (5) is mounted on the power supply (32), and the power supply housing (34) is detachably connected with the power supply bottom cover (33) and wraps the power supply (32); the inside and the surface of the power supply shell (34) are provided with negative ion layers.

6. The LED health lighting lamp as claimed in claim 1, wherein the lamp body (1) is in an annular shape with a diameter gradually decreasing from top to bottom, the LED lamp panel (2) is arranged in the lamp body (1) at the bottom of the lamp body (1), and a light reflecting cup (11) for reflecting light emitted by the LED lamp panel (2) is arranged on a side wall of the lamp body (1).

7. The LED health lighting lamp as claimed in claim 6, wherein the lamp body (1) is further provided with a transparent fireproof lampshade (12), the transparent fireproof lampshade (12) is located above the LED lamp panel (2), and the transparent fireproof lampshade (12) is clamped with the inner wall of the lamp body (1).

8. The LED health lighting fixture as claimed in claim 7, wherein a clasp (121) is disposed at the bottom of the transparent fireproof lampshade (12), and a first fastening groove (13) for fastening the clasp (121) is disposed on the inner wall of the lamp body (1).

9. The LED health lighting lamp as claimed in claim 1, wherein a bracket (9) is arranged on the outer wall of the lamp body (1), and the bracket (9) is fixedly connected to two sides of the lamp body (1) through fixing rivets (91).

10. The LED health lighting fixture according to claim 9, further comprising a spring ear buckle (8), wherein a second buckling groove (92) is formed in the bracket (9), a buckling portion (81) is formed in the spring ear buckle (8), the buckling portion (81) buckles into the second buckling groove (92), and the spring ear buckle (8) is connected to the bracket (9).

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