CN205108772U - Wearing formula illuminator - Google Patents

Abstract

The utility model discloses a wearing formula illuminator, it contains flexible base plate, luminescence unit, power supply unit, two -sided printed circuit board and switch body. The luminescence unit sets up on the flexible base plate. The power supply unit sets up on the luminescence unit. Two -sided printed circuit board sets up on the power supply unit, is provided with wireless charging system and ON -OFF control circuit on it. Wireless charging system and ON -OFF control circuit be the electric connection power supply unit respectively. The switch body sets up on two -sided printed circuit board, its electric connection ON -OFF control circuit. Wherein charge to the power supply unit is wireless through wireless charging system, the power supply unit provides required electric power to luminescence unit and ON -OFF control circuit, the switch body passes through the luminous intensity and the luminous wave band of ON -OFF control circuit control luminescence unit. Therefore, the utility model discloses a wearing formula illuminator through the structure of deadend, makes whole wearing formula illuminator can reach waterproof oxygen and damp proof gas effect.

Description

Wearable light-emitting device

Technical field

This utility model relates to a kind of light-emitting device, and particularly a kind of frivolous, portability and the Wearable light-emitting device that can destroy or force to yield, random geometry can be attached at human organ position to carry out improving looks or phototherapy.

Background technology

Wearable device now becomes following application trend gradually.Wearable device is of a great variety, is broadly divided into spectacle, watch style, Wearable, Wearable and pastes formula etc., looks closely application and determines.Now by extensive gradually in luminous lighting for above-mentioned Wearable application of installation.Use light-emittingdiode to improve gradually for the light source of Wearable device, market acceptance height be based on light-emittingdiode have frivolous, low from main light emission, consumed power, do not need backlight, limit without visual angle and the good characteristic such as high reaction rate.

In addition, existing acupuncture and moxibustion treatment enters human body and still has high risk and many side effect.Therefore, replacing the phototherapy of having an acupuncture treatment with light irradiation human body skin acupuncture point is arise at the historic moment.Therefore there is the application of a novelty now, be irradiate human organ acupoint or skin to carry out phototherapy or beauty treatment by the luminescence of above-mentioned Wearable device.

Wearable light-emitting device because of with direct physical contact, for aqueous vapor and dampness (such as sweat, wash one's hands, extraneous rainwater etc.) protection become more important.Existing most of Wearable light-emitting device all exposes and has electrode contact, external power supply and gauge tap, causes its circuit to seal, and thus user must carefully use, and the element in avoiding device touches aqueous vapor, this puzzlement causing Circnit Layout and use.Moreover existing Wearable light-emitting device to the switching of its luminescence band still not easily, causes its application to be more restricted.

Whereby, water oxygen resistant, blocks moisture, frivolous, portable, be flexiblely converted into various kenel, and the specific coating and the Wearable light-emitting device still dark tool development potentiality of phototherapy or beauty treatment can be carried out everywhere to human organ skin of can arranging in pairs or groups.

practical utility model content

According to upper, the purpose of this utility model is to provide a kind of Wearable light-emitting device, and it Switch main body, wireless charging system, slim power supply unit and luminescence unit high integration is exposed without any electrical contact in an integrally closed structure compactly.Whereby, it is made to reach water oxygen resistant and blocks moisture effect, to improve element durability and to increase the service life.Moreover, portability frivolous based on Wearable light-emitting device and characteristic of can destroying or force to yield are convenient to develop various application kenel.Again by the collocation of different-waveband coloured light and coating, obtain different beauty treatments or phototherapy effect.

For reaching above-mentioned purpose, in one embodiment, a kind of Wearable light-emitting device that provides, it comprises flexible substrate, luminescence unit, power supply unit, double-sided printed-circuit board and Switch main body.Luminescence unit is arranged in flexible substrate.Power supply unit is arranged on luminescence unit, and it is electrically connected luminescence unit.Double-sided printed-circuit board is arranged on power supply unit, is provided with wireless charging system and ON-OFF control circuit.Wireless charging system and ON-OFF control circuit are electrically connected power supply unit respectively.Switch main body is arranged on double-sided printed-circuit board, and it is electrically connected ON-OFF control circuit.Wherein by wireless charging system to power supply unit wireless charging; Power supply unit provides required electric power to luminescence unit and ON-OFF control circuit; And Switch main body controls luminous intensity and the luminescence band of luminescence unit by ON-OFF control circuit.

In aforesaid Wearable light-emitting device, luminescence unit can be organic light emitting diode or inorganic light-emitting diode.Power supply unit can be film type rechargeable battery.

In aforesaid Wearable light-emitting device, wireless charging system can comprise wireless charging acceptance division and charging circuit.Charging circuit is electrically connected wireless charging acceptance division and power supply unit.Wireless charging acceptance division can comprise induction coil.Induction coil produces inductance by after the main coil electromagnetic induction of external recharging apparatus, and transforms electric energy and by charging circuit to power supply unit wireless charging.

In aforesaid Wearable light-emitting device, Switch main body can comprise antifreeze plate, control circuitry layer, pad glue-line and panel layer.Antifreeze plate is arranged on double-sided printed-circuit board.Control circuitry layer is arranged on antifreeze plate, and it is electrically connected the ON-OFF control circuit in circuitron version.Pad glue-line is arranged in control circuitry layer.Panel layer is arranged on pad glue-line.Panel layer comprises multiple button, and these buttons can be electrically connected control circuitry layer and ON-OFF control circuit after pressing, so as to switching luminous intensity or the luminescence band of luminescence unit.

In aforesaid Wearable light-emitting device, can arrange induction receiving element in ON-OFF control circuit, it can be sound induction apparatus, pressure inductor, optical inductor or gravity sensor (G-sensor).

In aforesaid Wearable light-emitting device, also can comprise sealing member, it is in order to coated Wearable light-emitting device.Sealing member makes with water oxygen resistant material.Sealing member can be transparent, or can offer transmission region for luminescence unit printing opacity at sealing member.Sealing member also can add hygroscopic material to increase water oxygen resistant effect.

In aforesaid Wearable light-emitting device, the luminescence band of luminescence unit can be the ultraviolet light wave band of 280 nanometer to 450 nanometers, the visible light wave range of 400 nanometer to 700 nanometers, the red spectral band of 610 nanometer to 650 nanometers, 650 nanometer to 1000 nanometers infrared band, be greater than the yellow band of the far red light wave band of 1350 nanometers, the blue wave band of 425 nanometer to 475 nanometers or 580 nanometer to 600 nanometers.

The flexible annular casing that is converted into of aforementioned Wearable light-emitting device is located at human organ position.Aforesaid Wearable light-emitting device lamellar extension can make medicated clothing liner, medicated cap liner, pillowcase, shoe pad, socks, eyeshield liner or facial film.

Aforementioned Wearable light-emitting device can launch various different color light to corresponding coating to carry out catalytic reaction.If Wearable light-emitting device red-emitting/infrared band, coating is collagen protein, adenosinetriphosphataes, liver phosphate, mucopolysaccharide class or hyaluronic acid.If Wearable light-emitting device launches yellow band, coating is hydroquinone or left-handed C.If this Wearable light-emitting device emitting ultraviolet light B optical band (280 nanometer to 320 nanometer), coating is coal tar.If Wearable light-emitting device emitting ultraviolet light A optical band (320 nanometer to 400 nanometer), coating is psoralen (psoralen).

In one example, also can in Wearable light-emitting device covered fiber; Fiber is coated with coating.Wearable light-emitting device can emitting ultraviolet light wave band or visible light wave range, and irradiates coating, and now coating is nano photo-catalytic.

Accompanying drawing explanation

Fig. 1 illustrates the Wearable light-emitting device decomposing schematic representation according to this utility model one embodiment;

Fig. 2 is the Switch main body decomposing schematic representation illustrated in Fig. 1;

Fig. 3 is another embodiment schematic diagram of Wearable device illustrated in Fig. 1;

Fig. 4 is another embodiment schematic diagram of wireless charging system illustrated in Fig. 1;

Fig. 5 A illustrates the Wearable light-emitting device schematic diagram according to another embodiment of this utility model;

Fig. 5 B illustrates another embodiment schematic diagram of Wearable light-emitting device according to Fig. 5 A;

Fig. 6 be illustrate this utility model one embodiment Wearable light-emitting device in view of destroying or force to yield;

Fig. 7 illustrates Wearable light-emitting device one application examples schematic diagram of the present utility model;

Fig. 8 illustrates Wearable light-emitting device Another Application of the present utility model to illustrate intention;

Fig. 9 illustrates the another application examples schematic diagram of Wearable light-emitting device of the present utility model; And

Figure 10 illustrates a Wearable light-emitting device of the present utility model application examples schematic diagram again.

Detailed description of the invention

Hereinafter with reference to graphic explanation multiple embodiment of the present utility model.As clearly stated, the details in many practices will be explained in the following description.But should be appreciated that, the details in these practices is not applied to limit this utility model.That is, in this utility model section Example, the details in these practices is non-essential.In addition, for the purpose of simplicity of illustration, some existing usual structures and element illustrate in the mode simply illustrated in the drawings; And the element repeated may use identical numbering to represent.

Referring to Fig. 1 and Fig. 2.Fig. 1 illustrates Wearable light-emitting device 100 decomposing schematic representation according to this utility model one embodiment; Fig. 2 is Switch main body 150 decomposing schematic representation illustrated in Fig. 1.

Wearable light-emitting device 100 comprises flexible substrate 110, luminescence unit 120, power supply unit 130, double-sided printed-circuit board 140 and Switch main body 150.

Luminescence unit 120 is arranged in flexible substrate 110.Luminescence unit 120 can use inorganic light-emitting diode or organic light emitting diode.

Power supply unit 130 is arranged on luminescence unit 120, and it is electrically connected luminescence unit 120, and provides required electric power to luminescence unit 120.

Double-sided printed-circuit board 140 is arranged on luminescence unit 120, and it is provided with wireless charging system 141 and ON-OFF control circuit 142.ON-OFF control circuit 142 is electrically connected power supply unit 130 to obtain required electric power.Wireless charging system 141 is also electrically connected power supply unit 130 to carry out wireless charging to power supply unit 130.In one example, power supply unit 130 is film type rechargeable battery.

Switch main body 150 is arranged on double-sided printed-circuit board 140, and it is electrically connected ON-OFF control circuit 142.Switch main body 150 controls the characteristics of luminescence such as luminous intensity or luminescence band of luminescence unit 120 by ON-OFF control circuit 142.

The thin portion STRUCTURE DECOMPOSITION of above-mentioned Switch main body 150 asks for an interview Fig. 2.Switch main body 150 comprises antifreeze plate 151, control circuitry layer 152, pad glue-line 153 and panel layer 154.

Antifreeze plate 151 be to be arranged on double-sided printed-circuit board 140, it can be PET material and to arrange in pairs or groups high magnetic conductive material, control circuitry layer 152 and double-sided printed-circuit board 140 are separated in its effect.Generally speaking, aforesaid wireless charging system 141 is the standing structure being equipped with similar antifreeze plate 151 also, and it act as and prevents electromagnetic interference.In this utility model, be use same antifreeze plate 151 simultaneously as the control circuitry layer 152 of separation Switch main body 150 and double-sided printed-circuit board 140 and wireless charging system 141 every magnetic cell, make Wearable light-emitting device 100 of the present utility model structurally can more high integration whereby, and element can be simplified use.

Control circuitry layer 152 is arranged on antifreeze plate 151.Make control circuitry layer 152 be electrically connected the ON-OFF control circuit 140 in circuitron version 140 by push action and start or control luminescence unit 120.

Pad glue-line 153 is arranged in control circuitry layer 152.

Panel layer 142 is arranged on pad glue-line 153.Panel layer 154 is provided with multiple button 154a.Control circuitry layer 152 and ON-OFF control circuit 142 can be electrically connected, so as to controlling luminous intensity or the luminescence band of luminescence unit 120 by pressing those buttons 154a.More clearly say it, multiple button 154a corresponding difference in functionality separately, and be arranged with metallic contact (not painting) at each button 154a, be electrically connected by metallic contact and control circuitry layer 152, control circuitry layer 152 is electrically connected with ON-OFF control circuit 142 again.When the button 154a of corresponding function is pressed, then by control circuitry layer 152 synergism with ON-OFF control circuit 142, and then luminescence unit 120 can be controlled send different light intensity degree or luminescence band.

One example of wireless charging system 141 please refer to Fig. 1.Wireless charging system 141 comprises wireless charging acceptance division 141a and charging circuit 141b substantially.Charging circuit 141b is electrically connected wireless charging acceptance division 141a and power supply unit 130.Basic wireless charging operation principles, wireless charging acceptance division 141a is provided with induction coil.In one example, induction coil can be printing-type induction coil to reach volume slimming demand.When charging, producing inductance by after the main coil electromagnetic induction of external recharging apparatus, and transform electric energy and by charging circuit 141b, wireless charging carried out to power supply unit 130.

Please refer to Fig. 3, Fig. 3 is another embodiment schematic diagram of Wearable light-emitting device 100 illustrated in Fig. 1.Aforesaid Switch main body 150 controls the switch of luminescence unit 120 by pressing mode and switches light-emitting mode.In figure 3, the another kind of possibility example controlling luminescence unit 120 is depicted.ON-OFF control circuit 142 can arrange induction receiving element 142a, and it can be sound induction apparatus, pressure inductor, optical inductor or gravity sensor (G-sensor).Whereby, control the switch of luminescence unit 120 by various contactless mode and switch light-emitting mode.Now, Switch main body 150 arranges multiple structure without the need to such as previous embodiment, and only with single-layer flexible glued membrane for it, whereby and overall Wearable light-emitting device 100 can be made more frivolous, surface is more smooth.Whereby, Wearable light-emitting device 100 of the present invention, by arranging the various forms such as similar thin film switch or inductive switch, controls the switch of luminescence unit 120 and switches light-emitting mode, increasing the facility on using.

Based on the development of existing wireless charging technology, wireless charging system 141 of the present utility model is had different embodiments to meet various demand.Please refer to Fig. 4, Fig. 4 is another embodiment schematic diagram of wireless charging system 141 illustrated in Fig. 1.

In the diagram, wireless charging acceptance division 141a and charging circuit 141b is replaced to wireless charging and receive wafer 141c and charging wafer 141d.It is that the wireless charging that the model of such as De Yi company can be used to be bq51003 receives wafer that wireless charging receives wafer 141c; And the wafer 141d that charges is the charging wafer using the model of such as De Yi company to be bq500210 of can arranging in pairs or groups.By two kinds of wafers that aforementioned height is integrated, simplified the complicated circuit technique of former wireless charging acceptance division 141a and charging circuit 141b, make Wearable light-emitting device 100 structure of the present utility model more succinctly easy-to-use.

In above-mentioned Wearable light-emitting device 100, direct is integrally-built substrate with flexible substrate 110, omit existing switch sections element, and directly the ON-OFF control circuit 142 needed for wireless charging system 141 and existing switch is integrated on double-sided printed-circuit board 140.Whereby, can high integration Switch main body 150, power supply unit 130, wireless charging system 141 and luminescence unit 120 and form slim Wearable light-emitting device 100.In these Wearable light-emitting devices 100, all elements and Circuits System seal be integrated in overall structure all completely, and power supply unit 130 also can wireless charging and without the power connection that exposes.Therefore, there is good water oxygen resistant and blocks moisture effect, make that Wearable light-emitting device 100 of the present utility model is more durable, the life-span is longer.

For water oxygen resistant and dampness effect more can be increased, please with reference to Fig. 5 A and Fig. 5 B.Fig. 5 A illustrates Wearable light-emitting device 200 schematic diagram according to another embodiment of this utility model; Fig. 5 B illustrates another embodiment schematic diagram of Wearable light-emitting device 200 according to Fig. 5 A.

In Wearable light-emitting device 200, be at above-mentioned Wearable light-emitting device 100 outer cladding sealing member 160.Sealing member 160 is that material with water oxygen resistant and transparent is made.Whereby, except the Wearable light-emitting device 100 of former height compact package, reach better exclusion of water oxygen effect by sealing member 160.In one example, as shown in Figure 5 B, hygroscopic material can be added at sealing member 160 and offer luminescence unit 120 printing opacity of transmission region 160a for Wearable light-emitting device 100.Hygroscopic material promotes water oxygen resistant ability further and reaches good luminous effect whereby.

Above-mentioned with the basic structure of the open Wearable light-emitting device (100,200) of multiple embodiment.Based on the development of modern technology, all elements of Wearable light-emitting device (100,200) all can slimly be formed, and then make Wearable light-emitting device (100,200) be destroyed or force to yield into arbitrary shape and to have multiple different application kenel.

For example, please refer to Fig. 6.Fig. 6 be illustrate this utility model one embodiment Wearable light-emitting device 100 in view of destroying or force to yield.In Fig. 6, Wearable light-emitting device 100 can be bent by destroying or force to yield.Whereby, various situations when can form required shape dressing.

The various Application Examples continued Wearable light-emitting device (100,200) is described.Please with reference to Fig. 7 to Figure 10, it is the various application examples schematic diagrams illustrating Wearable light-emitting device 100.In the figure 7, Wearable light-emitting device 100 is made the form of facial film, luminescence unit 120 on it can send the coloured light of different-waveband, to irradiate human facial skin to reach different whitening effect, then the photochromic of luminescence unit 120 and luminous intensity can be controlled, to guarantee cosmetic result and safety by button 154a.Because Wearable light-emitting device 100 can be destroyed or force to yield, therefore can form ring-type and be sheathed with partes corporis humani position.For example, in fig. 8, the Wearable light-emitting device 100 of ring-type is sheathed with on thumb dactylus, makes it can the luminous position, acupoint irradiating human hands, to reach phototherapy effect.In fig .9, the Wearable light-emitting device 100 of lamellar is attached at the position, corresponding acupoint of human foot, to reach phototherapy effect.For another example, in Figure 10, Wearable light-emitting device 100 obtains and is attached at partes corporis humani position in a variety of manners.For example, the Wearable light-emitting device 100 of ring-type also can be sheathed with wrist position; Also or by the Wearable light-emitting device 100 of lamellar be attached at head or make face shield and be attached at face, to make its luminous irradiation desired area, to reach treatment or whitening effect.In more how possible embodiment, Wearable light-emitting device 100 also lamellar extension can make medicated clothing liner, medicated cap liner, pillowcase, shoe pad, socks or eyeshield liner, is not limited with above-mentioned disclosed each example.

Above-mentioned Fig. 7 to Figure 10 illustrates that Wearable light-emitting device 100 structurally can be attached at partes corporis humani position by destroying or force to yield arbitrarily.Continue and illustrate that Wearable light-emitting device 100 coordinates each embodiment of various coating on difference is photochromic.This coating addressed, be for first coat human organ skin, Wearable light-emitting device 100 light-emitting area or be coated on the material of Wearable light-emitting device 100, these coating is penetrated again by the illumination of different-waveband, and accelerate the reaction of coating and human body skin, reach various beauty treatment phototherapy effect.

For example, the luminescence unit 120 of Wearable light-emitting device 100 can send ultraviolet light wave band (280 nanometer to 450 nanometer), visible light wave range (400 nanometer to 700 nanometer), red spectral band (610 nanometer to 650 nanometer), infrared band (650 nanometer to 1000 nanometer), far red light wave band (being greater than 1350 nanometers), blue wave band (425 nanometer to 475 nanometer) or yellow band (580 nanometer to 600 nanometer), coordinate corresponding coating again, different beauty treatment phototherapy effect can be reached.Following paragraph first addresses the coloured light of different-waveband scope and the matched combined of different coating, repeats and the beauty treatment phototherapy effect of correspondence.

The coloured light of different-waveband scope and the matched combined of different coating: Wearable light-emitting device (100,200) is if red-emitting/infrared band, and coating can be collagen protein, adenosinetriphosphataes, liver phosphate, mucopolysaccharide class or hyaluronic acid.Wearable light-emitting device (100,200) is if launch yellow band, and coating can be hydroquinone or left-handed C.Wearable light-emitting device (100,200) is if emitting ultraviolet light B optical band (280 nanometer to 320 nanometer), and coating can be coal tar.Wearable light-emitting device (100,200) is if emitting ultraviolet light A optical band (320 nanometer to 400 nanometer), and coating can be psoralen (psoralen).In one example, in Wearable light-emitting device 100 covered fiber, and on fiber coating composition, coating can be nano photo-catalytic.

For example, the beauty treatment phototherapy effect that may correspond to of this utility model is as rear.

1. independent irradiation effect:

(1) neonatal jaundice can reduce bilirubin according to blue light (425 nanometer to 475 nanometer).Baby's eyes fixing upward cover (easily uneasy) or naked irradiation (easily causing moisture loss) are helped in current medical treatment more; Small part back-illuminated type phototherapy bed, Wearable light-emitting device (100,200) can be made into medicated clothing or the dust-robe of internal illumination.

(2) pressure of relaxing pillowcase: Wearable light-emitting device (100,200) can be made into pillowcase, and sends infrared light/far red light, outwardly luminous incidence of irradiating in people.

(3) treatment of allopecia: Wearable light-emitting device (100,200) can be made into medicated cap liner form, and is placed in medicated cap, sends HONGGUANG/or outer light struck head portion, can delay alopecia/grow new fine, soft fur.

(4) anti-poliosis: Wearable light-emitting device (100,200) sends HONGGUANG or the corresponding acupuncture point of human body of Infrared irradiation can anti-poliosis or alopecia, the following numerous embodiments of tool: (a) Wearable light-emitting device (100,200) can be made into shoe pad or socks, forms a region luminescence (overcoming foot problem not of uniform size) in Yongquan acupoint (sole) position.B () Wearable light-emitting device (100,200) can be made into little fingerstall and irradiates kidney cave on hands little finger of toe, gate of vitality acupoint.C () Wearable light-emitting device (100,200) can irradiate Baihui acupoint (crown), integrate anti-poliosis and anti-alopecia with bareheaded cap.

(5) acupuncture: colorful lightings penetrates acupuncture point, replaces the effect of acupuncture.

2. beauty treatment patch (facial film, thinning face band etc.):

(1) Wearable light-emitting device (100,200) can be made into HONGGUANG facial film, coats the skin care productss such as moisturizing, collagen protein or adenosinetriphosphataes (ATP) in light-emitting area, then be affixed on face can consolidation, desalination microgroove.HONGGUANG can go deep into skin corium activating cell, more light moisturizing astringent of arranging in pairs or groups, and can treat acne type comedo.

(2) Wearable light-emitting device (100,200) sends blue light and can kill Propiobacterium, treatment cyst type comedo (liquid medicine of antimicrobial formulation of can arranging in pairs or groups), also can shallow-layer whitening.

(3) Wearable light-emitting device (100,200) send gold-tinted can metabolism melanin and strengthen lymph circulation, improve skin quality, even skin tone (collocation hydroquinone, left-handed C coating, whitening becomes effect better).

3. wound repair (according to different phase, giving different photochromic treatment or different coating of arranging in pairs or groups):

(1) Wearable light-emitting device (100,200) collocation Nanometer silver dressing can reach blue light sterilization.

(2) Wearable light-emitting device (100,200) sends gold-tinted and can heal/metabolism melanin/reinforcement lymph circulation, artificial skin accelerating wound healing of can arranging in pairs or groups.

(3) Wearable light-emitting device (100,200) sends HONGGUANG, and collocation collagen protein, adenosinetriphosphataes (ATP) etc. can stimulate fibroblast/collagenocyte/repair cell.

4. shoe pad deodorization: in Wearable light-emitting device (100,200) covered fiber, the fiber near light-emitting area can be coated with nano photo-catalytic, reaches the effect of deodorization by luminous exciting light catalyst.Light source can be UV light or visible ray, determines according to selected photocatalyst.

5. blood stasis dispelling paster: Wearable light-emitting device (100,200) sends HONGGUANG collocation heparin and takes from the mucopolysaccharide class (typical medicine Hirudoid) of animal organ, can blood circulation promoting, also can eliminate pain rapidly, extenuate swelling.

6. eliminate striae gravidarum/obesity striae: Wearable light-emitting device (100,200) sends HONGGUANG/or infrared light acts on skin corium, and the coating such as collagen protein, hyaluronic acid of arranging in pairs or groups, can Fast Reconstruction connective tissue, remove striae gravidarum.

7. treat dermatosis:

(1) burnish gilding preparation: Wearable light-emitting device (100,200) sends UV-B light (wavelength 280 nanometer to 320 nanometer), irradiate coal-tar paint, chronic eczema, atopic dermatitis, urotoxy pruritus and general eczema can be treated.

(2) oral photosensitive preparation: Wearable light-emitting device (100,200) sends ultraviolet light,long wave light (wavelength 320 nanometer to 400 nanometer), irradiate psoralen (psoralen) coating, chronic eczema, atopic dermatitis, vitiligo, organ transplantation dermatosis and lymphoma cutis can be treated.

8. breast enlargement:

(1) spray breast enlargement spray or independent irradiation, Wearable light-emitting device (100,200) is made cup (chest pad) whole face and is sent HONGGUANG or infrared light with coated 4 main acupoints; And different size cup can be provided, and can be integrally formed with corset, or fixing by the activity of arc Bulbus Lilii magic tape.

9. consumer edema:

(1) face: Wearable light-emitting device (100,200) sends HONGGUANG, irradiates the acupoint such as Sibai, Yingxiang, can consumer edema thinning face, accelerates waste water metabolism.

(2) lower limb: Wearable light-emitting device (100,200) can be made into ankle socks, the coating such as Tang Xinzi, chitin or wood (bamboo) jealous woman liquid are coated with in light-emitting area, by position such as acupuncture point of human body such as irradiation sp 6, Taixi etc., can disappear edema of the limbs.

To sum up, Wearable light-emitting device disclosed in the utility model, by the structure of deadend, makes overall Wearable light-emitting device can reach water oxygen resistant and blocks moisture effect, can increase Wearable light-emitting device durability, extends the service life of Wearable light-emitting device.Wearable light-emitting device tool is frivolous, portability and can destroying or force to yield, and can have multiple kenel.Moreover send different-waveband coloured light by Wearable light-emitting device, various coating of arranging in pairs or groups can obtain different beauty treatment and phototherapy effect.

Although this utility model with embodiment openly as above; so itself and be not used to limit this utility model; any those skilled in the art; not departing from spirit and scope of the present utility model; when doing various variation and retouching, therefore protection domain of the present utility model is when being as the criterion depending on the claim person of defining.

Claims (26)

1. a Wearable light-emitting device, is characterized in that, described Wearable light-emitting device comprises:

Flexible substrate;

Luminescence unit, it is arranged in described flexible substrate;

Power supply unit, it is arranged on described luminescence unit, and described luminescence unit is electrically connected described luminescence unit;

Double-sided printed-circuit board, it is arranged on described power supply unit, described double-sided printed-circuit board is provided with wireless charging system and ON-OFF control circuit, and described wireless charging system and described ON-OFF control circuit are electrically connected described power supply unit respectively; And

Switch main body, it is arranged on described double-sided printed-circuit board, and described Switch main body is electrically connected described ON-OFF control circuit;

Wherein, by described wireless charging system to described power supply unit wireless charging, and described power supply unit provides required electric power to described luminescence unit and described ON-OFF control circuit, and described Switch main body controls luminous intensity and the luminescence band of described luminescence unit by described ON-OFF control circuit.

2. Wearable light-emitting device as claimed in claim 1, it is characterized in that, described luminescence unit is organic light emitting diode.

3. Wearable light-emitting device as claimed in claim 1, it is characterized in that, described luminescence unit is inorganic light-emitting diode.

4. Wearable light-emitting device as claimed in claim 1, it is characterized in that, described power supply unit is film type rechargeable battery.

5. Wearable light-emitting device as claimed in claim 1, it is characterized in that, described wireless charging system comprises:

Wireless charging acceptance division; And

Charging circuit, it is electrically connected described wireless charging acceptance division and described power supply unit.

6. Wearable light-emitting device as claimed in claim 5, it is characterized in that, described wireless charging acceptance division comprises induction coil, described induction coil produces inductance by after the main coil electromagnetic induction of external recharging apparatus, and transforms electric energy and by described charging circuit to described power supply unit wireless charging.

7. Wearable light-emitting device as claimed in claim 1, it is characterized in that, described Switch main body comprises:

Antifreeze plate, it is arranged on described double-sided printed-circuit board;

Control circuitry layer, it is arranged on described antifreeze plate, and described control circuitry layer is electrically connected the described ON-OFF control circuit in described circuitron version;

Pad glue-line, it is arranged in described control circuitry layer; And

Panel layer, it is arranged on described pad glue-line, and described panel layer comprises multiple button, and described button is electrically connected described control circuitry layer and described ON-OFF control circuit after pressing, so as to switching luminous intensity or the luminescence band of described luminescence unit.

8. Wearable light-emitting device as claimed in claim 1, is characterized in that, described ON-OFF control circuit comprises induction receiving element.

9. Wearable light-emitting device as claimed in claim 8, it is characterized in that, described induction receiving element is sound induction apparatus, pressure inductor, optical inductor or gravity sensor.

10. Wearable light-emitting device as claimed in claim 1, it is characterized in that, described Wearable light-emitting device also comprises sealing member, and it is in order to coated described Wearable light-emitting device.

11. Wearable light-emitting devices as claimed in claim 10, is characterized in that, described sealing member makes with water oxygen resistant material.

12. Wearable light-emitting devices as claimed in claim 10, it is characterized in that, described sealing member is transparent.

13. Wearable light-emitting devices as claimed in claim 10, is characterized in that, offer transmission region for described luminescence unit printing opacity at described sealing member.

14. Wearable light-emitting devices as claimed in claim 10, it is characterized in that, described sealing member is added with hygroscopic material.

15. Wearable light-emitting devices as claimed in claim 1, is characterized in that, the luminescence band of described luminescence unit is the blue wave band of 425 nanometer to 475 nanometers.

16. Wearable light-emitting devices as claimed in claim 1, is characterized in that, the luminescence band of described luminescence unit is the red spectral band of 610 nanometer to 650 nanometers.

17. Wearable light-emitting devices as claimed in claim 1, is characterized in that, the luminescence band of described luminescence unit is the infrared band of 650 nanometer to 1000 nanometers.

18. Wearable light-emitting devices as claimed in claim 1, is characterized in that, the luminescence band of described luminescence unit is the far red light wave band being greater than 1350 nanometers.

19. Wearable light-emitting devices as claimed in claim 1, is characterized in that, the luminescence band of described luminescence unit is the yellow band of 580 nanometer to 600 nanometers.

20. Wearable light-emitting devices as claimed in claim 1, it is characterized in that, described Wearable light-emitting device can be destroyed or force to yield circlewise for sheathed.

21. Wearable light-emitting devices as claimed in claim 1, is characterized in that, described Wearable light-emitting device lamellar extension can make medicated clothing liner, medicated cap liner, pillowcase, shoe pad, socks, eyeshield liner or facial film.

22. Wearable light-emitting devices as claimed in claim 1, is characterized in that, described Wearable light-emitting device red-emitting or infrared band irradiate coating, and described coating is collagen protein, adenosinetriphosphataes, liver phosphate, mucopolysaccharide class or hyaluronic acid.

23. Wearable light-emitting devices as claimed in claim 1, is characterized in that, described Wearable light-emitting device is launched yellow band and irradiated coating, and described coating is hydroquinone or left-handed C, and described coatings is in human organ position.

24. Wearable light-emitting devices as claimed in claim 1, it is characterized in that, described Wearable light-emitting device also comprises fiber, and described fibre-coated in described Wearable light-emitting device, and described fiber is coated with coating; The visible light wave range of ultraviolet light wave band or 400 nanometer to 700 nanometers that wherein said Wearable light-emitting device launches 280 nanometer to 450 nanometers irradiates described coating; Described coating is nano photo-catalytic.

25. Wearable light-emitting devices as claimed in claim 1, is characterized in that, the ultraviolet B optical band that described Wearable light-emitting device launches 280 nanometer to 320 nanometers irradiates coating, and described coating is coal tar, and described coatings is in human organ position.

26. Wearable light-emitting devices as claimed in claim 1, is characterized in that, the ultraviolet light A optical band that described Wearable light-emitting device launches 320 nanometer to 400 nanometers irradiates coating, and described coating is psoralen, and described coatings is in human organ position.