201019981 六、發明說明： • 【發明所屬之技^^領域】 本發明是一種束帶式多頻道雷射光療裝置，其多功能性包括： (Ό將雷射光東固定照射至人體的固定功能； (2) 雷射半導體的散熱功能； (3) 雷射光反射屏障的功能； (4) 多組雷射同時施作的功能。 應用於低階雷射治療（LowLeve丨LaserTherapy-LLLT)及雷射光針 (LaserAcupuncture)治療施作於人體，以達到最大療效。 【先前技術】 習知之低階雷射治療（LowLevel LaserTherapy-LLLT)及雷射光針 (Laser Acupuncture)治療以雷射光輸出對人體或穴道施行照射治 療的方式分為三類： (1) 光纖接觸一雷射激發裝置安裝於控制箱體内，雷射光束經由光纖 導引’治療師手持光纖直接接觸人體照射治療；傳統氦氖(He_Ne) 雷射、二氧化碳（C〇2)雷射、氬（Ya)雷射等氣體雷射及其他 寶石雷射、染料雷射都是使用此種方式。 (2) 針狀、棒狀、手電筒狀、梳子狀等照射器接觸一雷射激發裝置安 裝於照射器内，治療師手持照射器直接接觸人體照射治療；現有 半導體雷射多使用此種方式。 (3) 掃描（Scanning)-雷射激發裝置安胁控制箱或照射器内，照 射裝置距人體-定距離（數十公分至數公尺）作大面積掃描照射； 氣體雷射、寶石雷射及半導體雷射皆有應用此種方式。 由治療師手持照射或掃描照射有以下無法避免的缺點： 由於手持，居射’對於大面積頭部區域或多穴位治療，需作多部位 移動…、射，個別部位照射僅能由治療師自行計算時 — 定雷射光劑量）不斷手持移位；單—治療師僅能照^一病1 201019981 (2)使用手持照射，治療師無法精確計算時間，導致多部 照射之雷射光劑量不準確及不一致。 ⑶治療師手持接觸及壓照，用力不定，接觸角度林，施作距離不 同，導致照射之雷射光劑量不準確及不一致。 ⑷治療師手持移位，可能不小心將雷射光直接照射治療師或病人眼 睛’造成眼角膜傷害；因此治療師及病人均需強制配戴 保護眼睛。 (5)無論手持騎或掃描照義可能有雷射耕狀虞，目此照射治 療必須限制在一隔離室内施作。201019981 VI. Description of the invention: • [Technical field of invention] The present invention is a band-type multi-channel laser phototherapy device, the versatility of which includes: (a fixed function of fixedly irradiating a laser light to a human body; (2) The heat dissipation function of the laser semiconductor; (3) The function of the laser light reflection barrier; (4) The function of multiple sets of lasers simultaneously applied. Low-order laser treatment (LowLeve丨LaserTherapy-LLLT) and laser light LaserAcupuncture is applied to the human body for maximum efficacy. [Prior Art] Low-level Laser Therapy-LLLT and Laser Acupuncture are used to treat human or acupoints with laser light output. The methods of irradiation treatment are divided into three categories: (1) Fiber contact A laser excitation device is installed in the control box, and the laser beam is guided through the fiber optic. The therapist directly contacts the human body with the treatment of the optical fiber; the traditional 氦氖 (He_Ne) Laser lasers such as lasers, carbon dioxide (C〇2) lasers, argon (Ya) lasers, and other gemstone lasers and dye lasers are used in this way. (2) Needle, rod, flashlight The illuminator such as a comb or a comb is in contact with a laser excitation device and is installed in the illuminator, and the therapist holds the illuminator directly in contact with the human body to irradiate the treatment; the existing semiconductor laser uses this method. (3) Scanning-laser The excitation device is placed in the control box or the illuminator, and the illumination device is irradiated from the human body at a fixed distance (tens of centimeters to several meters) for large-area scanning; gas laser, jewel laser and semiconductor laser are applied in this way. Hand-held or scanning exposure by the therapist has the following unavoidable shortcomings: Due to the hand-held, in-situ 'for large area head area or multi-acupoint treatment, multiple parts need to be moved..., shot, individual parts can only be irradiated by the therapist At the time of self-calculation - the dose of the laser light is constantly hand-shifted; the single-therapist can only take care of the disease 1 201019981 (2) using hand-held illumination, the therapist can not accurately calculate the time, resulting in inaccurate dose of laser light for multiple illuminations And inconsistent. (3) Therapist's hand-held contact and pressure exposure, the force is uncertain, the contact angle is forested, and the application distance is different, resulting in inaccurate and inconsistent dose of laser light. (4) The therapist is hand-shifted and may accidentally direct the laser light directly to the therapist or the patient's eye to cause corneal damage; therefore both the therapist and the patient are required to wear protective eyes. (5) Regardless of the possibility of a laser or a ploughing of a hand-held ride or a scan, the treatment must be restricted to an isolation chamber.
鲁 【發明内容】 本發明係一種束帶式多頻道雷射光療裝置，其多功能性包括： (1) 將雷射光束固定照射至人體的固定功能 雷射半導體模組經由固定於束帶固定裝置内層固定帶，可以確保 雷射光束直接照射於人體上。 (2) 雷射半導艎的散熱功能 並由於雷射半導體模組金屬元件内部容納雷射半導體本體，雷射 半導體工作時，金屬元件則作為散熱裝置，金屬元件散熱面積配 合不同功率輸出雷射半導體之應用，使金屬元件及雷射半導體組 合之工作溫度維持人體皮膚可接受的溫度β (3) 雷射光反射屏陣功能 由於雷射光束照射至人體皮膚後部分光束形成反射光，雷射半導 體模組的金屬元件可作為反射光屏障裝置，確保此部分反射光再 反射回人體；束帶固定裝置外層也有吸收及反射雷射光功能，因 此本束帶式多頻道雷射光療裝置無雷射光外洩之虞。 (4) 多组雷射光同時施作的功能 多組雷射半導體模組固定於束帶固定裝置内層固定帶，並可以藉 由調整固定位置確保雷射光束直接照射於預定治療區域或穴位 上’此多組雷射半導體模組並可由雷射控制器控制同時施作，以 維持一致的雷射光照劑量。 5 201019981 . 因此，本發明： —提供—種無需手持的乡财雷射光療方法，改善财低階雷射 治療（Low Level Laser Therapy-LLLT)及雷射光針 aaserLu [Abstract] The present invention is a band-type multi-channel laser phototherapy device, and its versatility includes: (1) a fixed-function laser semiconductor module that fixedly irradiates a laser beam to a human body, which is fixed by being fixed to a band The inner layer of the device is fixed to ensure that the laser beam is directly incident on the human body. (2) The heat dissipation function of the laser semi-conductor and the laser semiconductor body inside the laser semiconductor module. When the laser semiconductor is working, the metal component acts as a heat sink, and the heat dissipation area of the metal component matches the power output laser. The application of semiconductors enables the working temperature of the combination of metal components and laser semiconductors to maintain the acceptable temperature of human skin. β (3) Laser light reflection screen function. Since the laser beam is irradiated onto the human skin, part of the light beam forms reflected light, and the laser semiconductor The metal component of the module can be used as a reflective light barrier device to ensure that the reflected light is reflected back to the human body; the outer layer of the strap fixing device also has the function of absorbing and reflecting the laser light, so the bundled multi-channel laser phototherapy device has no laser light. Leaked. (4) The function of multiple sets of laser light at the same time. The multiple sets of laser semiconductor modules are fixed on the inner layer of the band fixing device, and the laser beam can be directly irradiated on the predetermined treatment area or acupuncture point by adjusting the fixed position. The plurality of sets of laser semiconductor modules can be simultaneously controlled by a laser controller to maintain a consistent laser light dose. 5 201019981 . Therefore, the present invention: provides a low-level laser phototherapy method (Low Level Laser Therapy-LLLT) and laser light aaser
Acupuncture)治療手持照射或掃描照射的缺點。 -提供-種多頻iff射絲方法，直接將雷射光束細於人體相 關°卩位上，確保雷射光束直接照射於治療區域或穴位上。 —提供一種無雷射光外洩危險的雷射光療方法。 一提供一種可精確計算照射時間及雷射光劑量的雷射光療方法。 【實施方式】 φ 請參閱第一圖、第二圖、第三圖及第四圖，本發明束帶式多頻道雷射 光療裝置係由以下組件所組合： (1) 束帶固定裝置外層10 (2) 束帶固定裝置内層固定帶11 (3) 雷射半導體模組12 (4) 雷射控制器13 上述組件組裝即如第二圖<零件組合圖>: 束帶固定裝置内層固定帶1彳依據預定照射區域或穴位嵌入、縫製或 黏貼至束帶固定裝置外層1〇 ;每一束帶固定裝置内層固定帶彳彳包含 數組雷射半導體模組12，束帶固定裝置内層固定帶糾係以嵌入方式 β 接合雷射半導趙模組12,雷射半導體模組12可在長方形孔洞範圍内 移動，由此方式，雷射半導體模組12可在束帶固定裝置内層固定帶 11内調整位置； 經由以上方式的位置調整，如第三圖<束帶固定裝置組裝圖>雷射光 束可精確照射至預定區域或穴位。 雷射半導體模組内元件組裝即如第四圖<雷射半導體模組分解圖>: 雷射半導體模組12内部凹洞彳22容納雷射半導體125本體，並於雷 射半導趙125工作時作為散熱裝置，金屬元件121散熱面123的面積 則設計配合不同功率輸出雷射半導體之應用，以使金屬元件121及雷 6 201019981 • 射半導體125組合之工作溫度維持在人體皮膚可接受的溫度範圍内。 雷射半導體模組12以内部印刷線路板127連接雷射半導艘接腳126 與外接線128，由雷射控制器12控制激發。 雷射半導體模組12模組組裝外殼129則係以二片式組合元件嵌入金 屬元件121外部凹洞124，並固定印刷線路板127及外接線128。 雷射半導體125激發的雷射光束直接照射於人鱧上，部分雷射光束形 成反射光，金屬元件散熱面彳23則作為反射屏障裝置，確保部分反射 光再反射回人體。束帶固定裝置外層本體並有遮蔽雷射光外洩功 能’因此’本發明束帶式多頻道雷射光療裝置在施作過程中無雷射光 外洩之虞。 參 應用於低階雷射治療（Low Level Laser Therapy - LLLT)及雷射光針 (LaserAcupuncture)治療’由於金屬元件散熱面123反射屏障功 能，以及雷射控制器13控制雷射光激發頻率及時間，因此，可精確計 算療程中施作雷射光的劑量。 上述功能圖示於第五圖<雷射光行進示意圖>。 在實際應用上，請參閱第一圖<立體圖>，對於大面積區域或多穴位 雷射光療，使用多組雷射半導體模組12同時施作，以達到最大療效。 【圖式簡單說明】 _ 圖式簡單說明： 第一圖係本發明之立體圖 第二圖係本發明之零件組合圖 第三圖係本發明之束帶固定裝置組裝圖 第四圖係本發明之雷射半導體模組分解圖 第五圖係本發明之雷射光行進示意圖 【主要元件符號說明】 1〇束帶固定裝置外層 11束帶固定裝置内層固定帶 12雷射半導體模組 13雷射控制器 121金屬元件 122金屬元件内部凹洞 201019981 . 123金屬元件散熱面 125雷射半導體 ' 127印刷電路板 129模組組裝外殼 124金屬元件外部凹洞 126雷射半導體接腳 128外接線 130固定螺絲帽Acupuncture) treats the shortcomings of hand-held or scanned illumination. - Provides a multi-frequency iff-fibre method that directly aligns the laser beam to the human body's relevant position, ensuring that the laser beam is directed at the treatment area or acupoint. - Provide a laser phototherapy method that is free of the risk of laser light leakage. A laser phototherapy method that accurately calculates the irradiation time and the amount of laser light is provided. [Embodiment] φ Referring to the first, second, third and fourth figures, the band-type multi-channel laser phototherapy device of the present invention is combined by the following components: (1) The outer layer of the band fixing device 10 (2) Belt fixing device inner layer fixing belt 11 (3) Laser semiconductor module 12 (4) Laser controller 13 The above components are assembled as shown in the second figure <part combination diagram>: belt fixing device inner layer fixing The belt 1 is embedded, sewed or adhered to the outer layer of the belt fixing device according to the predetermined irradiation area or acupuncture point; the inner layer fixing belt of each belt fixing device comprises an array of laser semiconductor module 12, and the belt fixing device inner layer fixing belt The laser semiconductor module 12 is movable in an embedded manner by the embedded semiconductor module 12, and the laser semiconductor module 12 can be moved within the rectangular hole. In this manner, the laser semiconductor module 12 can be fixed in the inner layer of the band fixing device. Adjusting the position internally; via the position adjustment in the above manner, as shown in the third figure <Belt fixing device assembly diagram> The laser beam can be accurately irradiated to a predetermined area or acupuncture point. The assembly of the components in the laser semiconductor module is as shown in the fourth figure < exploded view of the laser semiconductor module>: the internal cavity 22 of the laser semiconductor module 12 accommodates the body of the laser semiconductor 125, and is exposed to the laser semiconductor 125 works as a heat sink, the area of the heat dissipating surface 123 of the metal component 121 is designed to match the application of different power output laser semiconductors, so that the working temperature of the metal component 121 and the Ray 6 201019981 • the semiconductor 125 combination is maintained in human skin. Within the temperature range. The laser semiconductor module 12 is connected to the laser semi-conducting boat pin 126 and the external wiring 128 by an internal printed wiring board 127, and is controlled by the laser controller 12. The laser semiconductor module 12 module assembly housing 129 is embedded in the outer recess 124 of the metal component 121 by a two-piece composite component, and the printed wiring board 127 and the outer wiring 128 are fixed. The laser beam excited by the laser semiconductor 125 directly illuminates the human ridge, part of the laser beam forms the reflected light, and the metal element heat dissipation surface 彳 23 acts as a reflection barrier to ensure that some of the reflected light is reflected back to the human body. The outer layer body of the band fixing device has a function of shielding the laser light from leaking. Therefore, the band-type multi-channel laser phototherapy device of the present invention has no leakage of laser light during the application. The reference is applied to Low Level Laser Therapy (LLLT) and Laser Acupuncture treatment because of the reflective barrier function of the metal component heat dissipating surface 123, and the laser controller 13 controls the laser light excitation frequency and time. , can accurately calculate the dose of laser light applied during the treatment. The above function is shown in the fifth diagram <schematic light travel diagram>. In practical applications, please refer to the first figure <stereogram>. For large area or multi-acupoint laser phototherapy, multiple sets of laser semiconductor modules 12 are used simultaneously to achieve maximum efficacy. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of the present invention, a second view of the present invention, a third embodiment of the present invention, and a fourth embodiment of the present invention. The fifth embodiment of the laser semiconductor module is a schematic diagram of the laser light travel of the present invention. [Main component symbol description] 1 〇 strap fixing device outer layer 11 band fixing device inner layer fixing belt 12 laser semiconductor module 13 laser controller 121 metal component 122 metal component internal cavity 201019981 . 123 metal component heat dissipation surface 125 laser semiconductor '127 printed circuit board 129 module assembly housing 124 metal component external cavity 126 laser semiconductor pin 128 external wiring 130 fixing screw cap