M328882 功率為0· 1到10瓦，光斑大小為〇· 2到5釐米（因不同應用而異）。 八、新型說明： 【新型所屬之技術領域】 本實用新型涉及一種多波長、多功能美容及皮膚治療儀，其應 用包括去皺紋、除斑、除青春痘、治皮膚癬、香港腳、防掉毛（防 禿）、加速皮膚傷區復原及其它皮膚病。 【先前技術】 雷射或一般非雷射閃燈目前被廣泛使用於美容及皮膚科治療， 由於技術或設計不能突破，多數為一機一功能、淘汰率高、維修 成問題、滿足不了市場及醫療要求。 ’' 【新型内容】 發明目的及概述： 本實用新型的目的在於改進現有技術的缺陷，提供一種多波 長、多功能美容及皮膚治療儀。採用新型設計，控制使用光輸出 波長、能量、脈衝、光斑大小，並至少為一機雙功能。 發明詳細說明： 本實用新型提供的多功能美容及皮膚治療儀包括： 一微機控制的多波長發光源的光源器、一選光器和一治療手 柄’所述多波長發光源與治療手柄之間連接用於光線輸送的&纖 和（或）光學鏡片組，用於將發光源發出的光線導入治療手柄中； 所述光源器上設有腳控或手控開關；在多波長發光源與治療手柄 的輸出治療光線的出口之間的光路上設有選光器，用於將發光源 發出的至少兩種波長的光線分離開進行分別輸出。 所述光源器的發光源可以是發光二極體(LED)，雷射或高壓氣體 閃燈。 所述選光可以是設於光路上的遽光片。其對所述多波長發光 源發出的一種或幾種光線高透(95%以上），而對其他光線高反(95% 以上）。如此，通過更換不同的濾光片，即可在治療手柄上得到不 同的光線，實現用不同的光線治療不同病症的目的。 所述選光器還可以是一個或一對45度角設置的對選定光高反 (95%以上）的鍍膜片。其對於所述多波長發光源發出的多種光線中 的一種或幾種光線作45度反射，從而輸出給後面的治療手柄出光 口’而對於其他光線則不作反射，不能進入治療手柄上述出光 M328882 口。或者，在對一種或幾種光線作45度反射的同時，對其餘一 或幾種光線南透。使得其他光線能從設置的其他出光口輪出。、甬 過更換不同的鍍膜片，可以在治療手柄的出光口上得到^同 線’也可以從與高反輪出光線相交90度方向上治療手柄另外的 光口上輸出另外波長的治療光線。 ’、 所述選光器也可以是一對45度角設置的鍵膜片，所述鐘膜只 所述發光源發出的一種或幾種光線高透，對其餘光線高反，雨 個所述鍍膜片出光侧的光路上設光閘。通過調節兩個光閘，$ = 在治療手柄的出光口上得到兩種不同的光線。 所述選光器可以設置在所述多波長光源器的殼體中，也 置在治療手柄的殼體中。 當所述選光器置於所述治療手柄中時，可以在手柄上設個 光口，其分別對應選光器的兩個出光光路。 ® 在所述治療手柄的出光口可以耦合連接一光纖末節，其盘手 之間為可拆裝結合結構，以便於當其在使用中與患處接觸後方 清潔消毒。 本實用新型提供的多功能美容及皮膚治療儀，其主要組.句 括：微機控制的多波長光源器，其輸出光經由一種選光器設計及 光學鏡片組，選取所需光，並經由光纖及一手柄傳輸該選取^ 治療區，包括臉部、手、腳、頭部及其他身體部位。該微機並且 控制輸出光的能量、功率、脈衝寬及治療時間。也可配置腳控或 手控開關以控制治療時間。該光源器的發光源可為雷射或高懕翁 體閃燈。依不同應用，選光器選取至少兩種不同的波長，以達單 機但至少具有兩種功能之目的。治療手柄上發出的光線波長為如 下者為最佳：300到450奈米，530到540奈米，700到980奈米，1 4 到 2· 1 微米(micron)，2· 7到2. 94微米(micron)。 ' ' · 本實用新型提供的多功能美容及皮膚治療儀通過在光路上設置 選光器，可以在治療手柄上提供至少兩種不同波長的治療光 使得一台治療儀可以用於治療多種病症，一機多用。 、、 【實施方式】 最佳實施例: 如第一圖所示，在本實用新型提供的多功能美容及皮膚治儀 中，微機處理器1連接到一手柄或腳動開關2及光源器3上，其^源 器3的輸出光4，經由一耦合器5及光纖6連接到一個治療手柄'7，傳' M328882 輸光能量到治療區。該光源器3可為發光二極體(led)，雷射或氣 體閃燈’輸出波長為〇· 3到3· 0微米(micron)，脈衝寬度1· 〇奈秒 到5秒或連續出光(CW)，重複頻率〇· 5到100赫茲，到達治療區^功 率為〇·1到20瓦，光斑大小為〇·2到5釐米，（因不同應用而異），舉 例如下： 如第二圖Α所示，光源器3内部結構包括：發光源1〇，輸出多波 長光1卜經由選光器12及光學鏡片組13，產生選定的輸出光4。該 選，器12可為：使用傳統濾光片15，該濾光片只高透選定光4，如 ，二所示。或使用一個或一對45度角對選定光4，反射率在95% $上高反的鑛膜片14，如第二圖C、D所示。也可使用第二圖E所 示的結構，其中45度鍍膜片17對選定光19高透，透射率在95%以 上’同時對另一選定光20高反。另一鍍膜片18，則高反選定光20。 其中選定光19及20分別由光閘開關21及22控制其出光。選光器12 也可為上述之任一或一個以上的組合。鍍膜片的設計也可以是對2 個不同或波長靠近之發光源呈高反或高透。該光學鏡片組可為圓 或橢圓透鏡，或兩者組合，焦距〇·5到5釐米（公分），用以產生 不同光斑大小。 在如第三圖所示的裝置中，發光源10輸出光^直接耦合到光纖 6 ’其再耦合到治療手柄7，而選定器12放置於該治療手柄7内，產 生選定光4。 帶有選光器12的手柄7的結構可為如第四圖Α或Β所示，其中第四 圖A中’選光器12的高反鍵膜片14對波長不同的光線19、20—個高 透’一個高反。由此，可將發光源發出的雙波長光線選定為波長 19、20兩束光線’且可自治療手柄7不同的位置輸出。且該兩束光 線相互呈垂直或直角。第四圖B中通過兩個對波長19的光線高反的 鍍膜片17、18，鍍膜片18對波長20的光線高透，將發光源發出雙 波長光線分成相互平行的兩束光線，從治療手柄7的不同出光口輸 出’可以通過在兩個出光口的光路上設置開關控制發出不同的光 線對不同的病症進行治療。第四圖各部件編號與第三圖相同。 如第五圖所示，第三圖中的手柄的出光口上可加一可取下消毒 的光纖末節23，其中光纖6的輪出經由一選光器12及光學鏡片13， 偶合到光纖末節23，該光纖末節長1〇到20亳米，可與治療區接觸 或不接觸。 如第二圖所示的光源器3發光源10可為發光二極體(LED)波長 350到700奈米，或雷射，包含：氮雷射，波長337奈米（nm)，XeC1 M328882 準分子，波長308奈米，參鈥或參铒之氬鉻(YAG)、氬氟(YLF)、氬 ^氧(YV04)、玻璃，或其倍頻，波長範圍〇· 5到3. 0微米（micron); 半導體雷射(diode laser)波長0· 6到2· 1微米（micron);該光源 器3的發光源10也可為高壓氣體（如氦，氬，氙等惰性氣體）閃 燈，寬波帶出光0.3到3.0微米（micron)。依不同應用，選光器12 選取至少兩種不同的波長，以達單機但至少具有兩種功能的目 的，本治療器輸出的光線波長為如下的為最佳：3〇〇到450奈米， 530到540奈米 ’ 700到980奈米，1.4到 2· 1 微米(micron)，2· 7到 3· 0微米（micron)。 應用上述波長的輸出光線，可以用於以下疾病的治療： (一)治療皮膚癬及香港腳··使用紫外光，波長為3〇〇到37〇nm， ^率0· 1到2· 0W，光斑直徑〇· 2到2. 0釐米。 ^二）气皺紋、除斑··使用紅外光，波長為14到2.94微米 長為53_奈米，功樣卿瓦，光 Ϊ直光，波線糊43G奈米，神瓦， 3 f傷^防禿：使用紅外光，波長為65_ 到20瓦，光斑直徑為L 0到5 〇釐米。 』不木力半U. 1 =所tfiii 補，祕對本實崎型作具體 【圖式簡單說明】 第一圖為實施例的結構示意圖。 示意图。 第第;二為將：器個置高二%:邊 第五圖為為療手_岐巧置域末節赌心圖意圖。 • M328882 【主要元件符號說明】 1微機處理器 2手柄或腳動開關3光源器 4輸出光 5耦合器 6光纖 7治療手柄 九、申請專利範圍： 1、 一/種多功能美容及皮膚治療儀，其特徵在於： 一微機控制的多波長發光源的光源器、一選光器和一治療手 柄；所述多波長發光源與治療手柄之間連接用於光線輸送的光 纖和（或）光學鏡片組，用於將發光源發出的光線導入治療手柄 中；所述光源器上設有腳控或手控開關；在多波長發光源與治 療手柄的輸出治療光線的出口之間的光路上設有選光器，用於 將發光源發出的至少兩種波長的光線分離開進行分別輸出。 2、 /如申請專利範園第1項所述的多功能美容及皮膚治療儀，其特 ，在於：所述選光器是設於光路上的濾光片，其對所述多波長 發光源發出的一種或幾種光線高透，而對其他光線高反。 d ^如申請專利範圍第1項所述的多功能美容及皮膚治療儀，其特 徵在於··所述選光器是設於光路上的一個或一對45度角設置的 =選定光高反的鍍膜片，其對於所述多波長發光源發出的多種 ^線中的一種或幾種光線作45度反射，或者，在對一種或幾種 光線作45度反射的同時，對其餘一種或幾種光線高透。 4 ' f申請專利範圍第1項所述的多功能美容及皮膚治療儀，其特 ，在於：所述選光器是設於光路上的一對45度角設置的鍍膜 4 ’所述鍍膜片對所述發光源發出的一種或幾種光線高透，對 5 光線高反，在兩個所述鐘膜片出光侧的光路上設光閘。 申請專利範圍第1項其中之一所述的多功能美容及皮膚治療 β其特徵在於：所述選光器設置在所述光源器的殼體中。 申請專利範圍第1項其中之一所述的多功能美容及皮膚治療 7 其特徵在於··所述選光器設置在所述治療手柄的殼體中。 Ί申請專利範圍第6項所述的多功能美容及皮膚治療儀，其特 於··在手柄上設兩個出光口，其分別對應選光器的兩個出 尤》走*路。 8 申請專利範圍第7項所述的多功能美容及皮膚治療儀，其特 於：在所述治療手柄的出光口耦合連接一光纖末節，其與 f柄之間為可拆裝結合結構。The M328882 has a power of 0·1 to 10 watts and a spot size of 〇·2 to 5 cm (varies by application). Eight, new description: [New technology field] The utility model relates to a multi-wavelength, multi-functional beauty and skin treatment instrument, and the application thereof includes wrinkle removal, spot removal, acne removal, skin treatment, Hong Kong foot, and prevention Hair (anti-bald), accelerated skin wound healing and other skin diseases. [Prior Art] Laser or general non-laser flash lamps are currently widely used in beauty and dermatology treatments. Due to the inability to break through technology or design, most of them are one-machine-one function, high elimination rate, maintenance problems, and can not meet the market. Medical requirements. 『' 【New Content】 Object and Summary of the Invention: The object of the present invention is to improve the defects of the prior art and to provide a multi-wavelength, multi-functional beauty and skin treatment instrument. With a new design, the control uses the light output wavelength, energy, pulse, spot size, and at least one dual function. DETAILED DESCRIPTION OF THE INVENTION: The multifunctional beauty and skin treatment apparatus provided by the present invention comprises: a light source of a multi-wavelength illumination source controlled by a microcomputer, a light selector and a treatment handle of the multi-wavelength illumination source and the treatment handle Connecting a & fiber and/or optical lens set for light delivery for directing light from the illumination source into the treatment handle; the light source is provided with a foot or manual switch; in the multi-wavelength illumination source A light selector is disposed on the optical path between the outlets of the therapeutic treatment light and the light source for separating the light of at least two wavelengths emitted by the light source for separate output. The light source of the light source may be a light emitting diode (LED), a laser or a high pressure gas flash. The light selection may be a calendering sheet disposed on the optical path. One or more of the light emitted by the multi-wavelength illuminating source is highly transparent (more than 95%) and highly reflective to other rays (more than 95%). In this way, by changing the different filters, different light can be obtained on the treatment handle, and the purpose of treating different diseases with different light can be achieved. The light selector may also be a coated sheet of one or a pair of 45 degree angles that are opposite to the selected light level (more than 95%). It is for 45 degree reflection of one or more kinds of light emitted by the multi-wavelength illumination source, and is output to the rear treatment handle light exit port', but does not reflect other light rays, and cannot enter the treatment handle, the above-mentioned light exit M328882 . Alternatively, while the one or more rays are reflected at 45 degrees, the remaining one or more rays are south through. Allows other light to be rotated from the other exits provided.甬 After replacing different coatings, you can get the same line on the light exit of the treatment handle. You can also output another wavelength of therapeutic light on the other optical port of the treatment handle in the direction of 90 degrees intersecting the high-reverse light. ', the light selector may also be a pair of 45 degrees angularly disposed key film, the clock film only one or several kinds of light emitted by the light source is high, and the other light is high, the rain is A shutter is arranged on the light path of the light exiting side of the coated film. By adjusting the two shutters, $ = gets two different lights on the light exit of the treatment handle. The light selector may be disposed in the housing of the multi-wavelength light source and also in the housing of the therapeutic handle. When the light selector is placed in the treatment handle, an optical port may be disposed on the handle, which respectively corresponds to two light-emitting paths of the light selector. The light exit port of the treatment handle can be coupled to a fiber stub, and the disc hand has a detachable joint structure to facilitate cleaning and disinfection when it is in contact with the affected area during use. The utility model provides a multifunctional beauty and skin treatment instrument, the main group of which includes: a multi-wavelength light source controlled by a microcomputer, the output light is designed through a light selector and an optical lens group, and the desired light is selected and passed through the optical fiber. And a handle to transmit the selection ^ treatment area, including the face, hands, feet, head and other body parts. The microcomputer also controls the energy, power, pulse width and treatment time of the output light. A foot or hand switch can also be configured to control the treatment time. The light source of the light source can be a laser or a sorghum flash. Depending on the application, the optical selector selects at least two different wavelengths to achieve a single machine but at least two functions. The wavelength of light emitted from the treatment handle is optimal: 300 to 450 nm, 530 to 540 nm, 700 to 980 nm, 1 4 to 2·1 micron, 2·7 to 2.94 Micron. The utility model provides a multifunctional beauty and skin treatment device by providing a light selector on the optical path, which can provide at least two different wavelengths of therapeutic light on the treatment handle so that one therapeutic device can be used for treating various diseases. A multi-purpose machine. BEST MODE FOR CARRYING OUT THE INVENTION: As shown in the first figure, in the multifunctional beauty and skin treatment apparatus provided by the present invention, the microcomputer processor 1 is connected to a handle or a foot switch 2 and a light source 3 The output light 4 of the source device 3 is connected to a treatment handle '7 via a coupler 5 and an optical fiber 6 to transmit the energy of the M328882 to the treatment area. The light source 3 can be a light emitting diode (led), a laser or a gas flashing light 'output wavelength is 〇·3 to 3.0 micron (micron), pulse width 1·〇 nanosecond to 5 seconds or continuous light output ( CW), repetition frequency 〇·5 to 100 Hz, reach the treatment area ^ power is 〇·1 to 20 watts, spot size is 〇·2 to 5 cm, (varies by application), for example: as shown in the second figure As shown in FIG. ,, the internal structure of the light source 3 includes: a light source 1〇, and outputs multi-wavelength light 1 through the light selector 12 and the optical lens group 13 to generate selected output light 4. The selector 12 can be: a conventional filter 15 is used which only illuminates the selected light 4, as shown in FIG. Or use one or a pair of 45 degree angle pairs of selected light 4, with a reflectivity of 95% $ high on the ore diaphragm 14, as shown in the second figure C, D. It is also possible to use the structure shown in Fig. E, in which the 45 degree plate 17 is highly transparent to the selected light 19, and the transmittance is above 95% while being opposite to the other selected light 20. The other coated sheet 18 is highly inverted with selected light 20. The selected lights 19 and 20 are controlled by the shutter switches 21 and 22, respectively. The light selector 12 can also be a combination of any one or more of the above. The design of the coated film can also be highly reflective or highly transparent to two different or near-illuminated sources. The optical lens set can be a circular or elliptical lens, or a combination of both, with a focal length of 到 5 to 5 cm (cm) to produce different spot sizes. In the device as shown in the third figure, the illumination source 10 output light is directly coupled to the optical fiber 6' which is coupled to the treatment handle 7, and the selector 12 is placed within the treatment handle 7 to produce the selected light 4. The structure of the handle 7 with the light selector 12 can be as shown in FIG. 4 or FIG. 4, wherein the high reverse bond film 14 of the light selector 12 in the fourth figure A is different for the light beams 19 and 20 having different wavelengths. A high penetration 'a high anti. Thereby, the two-wavelength light emitted from the light source can be selected as the two beams of wavelengths 19, 20 and can be outputted from different positions of the treatment handle 7. And the two beams are perpendicular or at right angles to each other. In the fourth figure B, the two coating plates 17 and 18 which are highly opposite to the light of the wavelength 19 are coated, and the plate 18 is highly transparent to the light of the wavelength 20, and the two-wavelength light of the light source is divided into two rays which are parallel to each other. The different light outlets of the handle 7 can be used to treat different diseases by setting different switches on the light paths of the two light outlets. The number of each part in the fourth figure is the same as that in the third figure. As shown in the fifth figure, a sterilized fiber stub 23 can be added to the light exit of the handle in the third figure, wherein the wheel of the fiber 6 is coupled to the fiber stub 23 via a light selector 12 and an optical lens 13. The fiber ends are 1 to 20 inches long and can be in contact with or not in contact with the treatment area. The light source 3 of the light source 3 as shown in the second figure may be a light emitting diode (LED) having a wavelength of 350 to 700 nm, or a laser, comprising: a nitrogen laser, a wavelength of 337 nm (nm), and a XeC1 M328882 standard. Molecular, wavelength 308 nm, argon-chromium (YAG), argon fluoride (YLF), argon-oxygen (YV04), glass, or its frequency doubling, wavelength range 〇 5 to 3. 0 μm ( The micron laser has a wavelength of 0·6 to 2·1 micron (micron); the light source 10 of the light source 3 can also be a high-pressure gas (such as an inert gas such as helium, argon or helium). The wide band emits light from 0.3 to 3.0 microns (micron). Depending on the application, the light selector 12 selects at least two different wavelengths for the purpose of a single machine but at least two functions. The wavelength of the light output by the therapeutic device is as follows: 3 to 450 nm, 530 to 540 nm '700 to 980 nm, 1.4 to 2.1 micron (micron), 2.7 to 3.0 micron (micron). The application of the above-mentioned wavelength of output light can be used for the treatment of the following diseases: (1) Treatment of skin imperfections and Hong Kong feet · Use of ultraviolet light with a wavelength of 3 〇〇 to 37 〇 nm, and a rate of 0·1 to 2·0 W, The spot diameter is 〇·2 to 2.0 cm. ^2) Air wrinkles, de-spots · Use infrared light, the wavelength is 14 to 2.94 microns long and 53_Nano, the power is clear, the light is straight, the wave paste is 43G nano, the god tile, 3 f injury ^ Anti-bald: Use infrared light with a wavelength of 65_ to 20 watts and a spot diameter of L 0 to 5 〇 cm. 』不木力半U. 1 = tfiii supplement, secret to the real Saki type specific [Simplified schematic] The first figure is a schematic diagram of the structure of the embodiment. schematic diagram. The first; the second is: the device is set high 2%: side The fifth picture is for the treatment of hands _ 岐 置 置 域 域 域 域 域 域 赌 赌 。 。 。 。 。 。 • M328882 [Main component symbol description] 1 Microcomputer processor 2 handle or foot switch 3 Light source 4 Output light 5 Coupler 6 Fiber 7 Treatment handle Nine, Patent application scope: 1. One/multifunctional beauty and skin treatment instrument The invention is characterized in that: a light source of a multi-wavelength illumination source controlled by a microcomputer, a light selector and a treatment handle; an optical fiber and/or an optical lens for connecting light between the multi-wavelength illumination source and the treatment handle a group for introducing light emitted by the illumination source into the treatment handle; the light source is provided with a foot control or a manual control switch; and an optical path between the multi-wavelength illumination source and the outlet of the treatment treatment light of the treatment handle is provided The light selector is configured to separate the light of at least two wavelengths emitted by the light source and output the light separately. 2. The multifunctional beauty and skin treatment device described in claim 1 is characterized in that: the light selector is a filter disposed on the optical path, and the multi-wavelength illumination source is One or more of the emitted light is high and high against other rays. d ^ The multifunctional beauty and skin treatment device according to claim 1, wherein the light selector is set at one or a pair of 45 degree angles on the optical path = the selected light height is reversed a plated film that reflects 45 degrees of one or more of the plurality of wires emitted by the multi-wavelength illumination source, or 45 degrees of reflection of one or more rays, and the remaining one or more The light is high. 4 ' f The multi-functional beauty and skin treatment device described in claim 1 is characterized in that: the light selector is a pair of coatings disposed at a 45 degree angle on the optical path 4 'the coated film One or several kinds of light emitted from the light source are highly transparent, and the light is high on the light side of the light exiting side of the two bells. The multifunctional beauty and skin treatment according to any one of the first aspect of the invention is characterized in that the light selector is disposed in a casing of the light source. The multifunctional beauty and skin treatment according to any one of the first aspect of the invention is characterized in that the light selector is disposed in a casing of the treatment handle. The multi-functional beauty and skin treatment device described in item 6 of the patent application scope is characterized in that: two light exit ports are provided on the handle, which respectively correspond to the two exits of the light selector. The multi-functional beauty and skin treatment device according to claim 7 is characterized in that: a fiber stub is coupled to the light exit port of the treatment handle, and a detachable joint structure is formed between the handle and the f handle.