M403323 五、新型說明： 【新型所屬之技術領域】 本創作有關於一種光療裝置，尤指一種能提供雷射光 線治療的手持式光療裝置。 【先前技術】 雷射光線治療設備利用高能量集束光的療程，對舒缓 疼痛、消腫、消炎、風濕、皮膚病等，經臨床實驗證實確 有療效。* 般組織層所產生發炎現象的症狀’大多因為缺 血性傷害造成微循環衰退，以致改變了對細胞的血液供給 ，利用光線照射細胞將不穩定狀態的細胞轉化為穩定的狀 態，光線在照射病痛處一段時間後，便能改善患處的微循 環，且消除殘留的有毒廢棄物，使組織痊癒、病痛消失。 近年來雖已有部分業者推出應用於口腔的雷射治療裝 置，但其功能單純，並無法提供較多的功能需求。再者， 習知的治療裝置也會有聚光效果不佳的問題，難免造成能 源的浪費。 緣是，本創作人有感上述缺失之可改善，乃特潛心研 究並配合學理之運用，終於提出一種設計合理且有效改善 上述缺失之本創作。 【新型内容】 本創作實施例在於提供一種手持式光療裝置，可具有 較多的功能需求，讓光療裝置的用途更加的廣泛。 本創作實施例在於提供一種手持式光療裝置，也可具 有較佳的聚光效果，以避免造成能源的浪費。 本創作實施例提供一種手持式光療裝置，包括：一裝 置本體，該裝置本體上設置有一顯示器、一控制開關及一 3/13 MTO3323 計時開關，該裝置本體具有一開孔，該開孔形成安裝部； 一雷射輸出單元，該雷射輸出單元設置於該裝置本體内部 ，該雷射輸出單元包含有一電路板及一電性連接於該電路 板的雷射二極體，該顯示器、該控制開關及該計時開關電 性連接於該電路板；一中接頭，該中接頭設置於該裝置本 體内部，該中接頭位於該雷射二極體的前方，該中接頭設 置有聚光鏡片；以及一電源供應單元，該電源供應單元電 性連接於該雷射輸出單元。 本創作可具有以下有益的效果： 本創作的裝置本體具有一安裝部，可用以選擇安裝多 種的治療器材，以便因應較多的功能需求，讓光療裝置的 用途更加的廣泛。 本創作也可在雷射二極體的前方設置一中接頭，中接 頭具有聚光鏡片，可提供較佳的聚光效果，使雷射光束集 中照射於治療器材的光纖，以避免造成能源的浪費。 為使能更進一步瞭解本創作的特徵及技術内容，請參 閱以下有關本創作的詳細說明與附圖，然而所附圖式僅提 供參考與說明用，並非用來對本創作加以限制者。 【貫施方式】 請參閱圖1及圖2，本創作提供一種手持式光療裝置， 包括有一裝置本體1、一雷射輸出單元2、一中接頭3、一 前蓋4及一電源供應單元5。 裝置本體1為一中空體，能用以容納雷射輸出單元2 、中接頭3及前蓋4等，在本實施例中裝置本體1包含一 本體上蓋11及一本體下蓋12，本體上蓋11及本體下蓋12 可利用卡合、螺絲鎖附或黏接等方式組合為一體，但裝置 4/13 M403323 本體1的構造並不限制，也可為一件式或多件式的組合。 裝置本體1上設置有一顯示器13、一控制開關14及一 計時開關15，顯示器13、控制開關14及計時開關15露於 裝置本體1外。裝置本體1具有一開孔16，可供雷射射出 裝置本體〗外，開孔16可設於裝置本體1前端等處，開孔 16也可形成安裝部，用於插設安裝治療器材。當然除了利 用開孔16形成安裝部用於安裝治療器材外，也可於裝置本 體1上另外設置安裝部（圖略），用來安裝治療器材。 雷射輸出單元2設置於裝置本體1内部，並予以適當 的固定，雷射輸出單元2包含有一電路板21及一雷射二極 體22，電路板21上設置有適當的電路及電子零件（圖略） ，雷射二極體22電性連接於電路板21，雷射二極體22可 設於電路板21的前端，雷射二極體22可輸出適當波長的 雷射光線，以非入侵方式照射患者患部，但並不限制光波 長的範圍，且雷射二極體22的功率可因應需要而變化，不 予以限制。 顯示器13、控制開關14及計時開關15電性連接於電 路板21，顯示器13可為液晶顯示器，用於顯示時間、電量 等資訊。控制開關14可用於控制開啟或關閉雷射輸出單元 2的雷射二極體22發射雷射，計時開關15可用於控制雷射 輸出單元2的雷射二極體22每一次發射雷射的時間，例如 每一次發射雷射10秒，約2至3分鐘為一療程。雷射輸出 單元2另包含有一二極體座23,雷射二極體22固定於二極 體座23内，使雷射二極體22與裝置本體1前端的開孔16 相對應。 中接頭3設置於裝置本體1内部，且中接頭3位於雷 5/13 · -M403323 射二極體22的前方，中接頭3為一中空體，使得雷射二極 體22發射的雷射可經由中接頭3後端進入，再由中接頭3 前端射出。中接頭3内部具有至少一聚光鏡片31，在本實 施例中聚光鏡片31位於中接頭3内部近後端處，但聚光鏡 片31設置的位置並不限制。雷射二極體22發射的雷射即 可利用中接頭3内部的聚光鏡片31提供聚光的功能，使其 光束較為集中。 前蓋4設置於裝置本體1内部，且前蓋4位於中接頭3 的前方，前蓋4為一中空體，前蓋4的一端（前端）可延 伸至開孔16處，雷射二極體22發射的雷射可穿過前蓋4 及開孔16射出裝置本體1外。 電源供應單元5的型式及構造並不限制，在本實施例 中電源供應單元5為電池供應電源的型式，電源供應單元5 電性連接於雷射輸出單元2,可提供雷射輸出單元2所需的 電力。在本實施例中電源供應單元5具有一電池室51，電 池室51連接於裝置本體1的後端，電池室51為一中空體 ，電池室51内容納有電池52，在本實施例中電池室51包 含一電池室上蓋511及一電池室下蓋512，電池室上蓋511 及電池室下蓋512可利用卡合、螺絲鎖附或黏接等方式組 合，電池室51也可利用卡合、螺絲鎖附或黏接等方式連接 於裝置本體1的後端。 電池52外部設置有一導電片53，導電片53的一端接 觸電池52的一極端（如正極端），導電片53的另一端向前 延伸並與一設置在電池室51前端的第一導電環54接觸， 該第一導電環54與一設置在裝置本體1的後端的第二導電 環55接觸，第二導電環55再導線等方式與電路板21電性 6/13 M403323 連接，使得電池52的一極端得以透過導電片53、第一導電 環54及第二導電環55與雷射輸出單元2電性連接。電池 52的另一極端（如負極端）則透過一導電簧56與電路板 21電性連接，使得電池52的另一極端得以透過導電簧56 與雷射輸出單元2電性連接。 另，如圖4所示，所述的電池52也可為一種可充電的 電池，電池52可插接於一充電器57，以便利用該充電器 57進行充電。 本創作手持式光療裝置並不限制用途，如圖3所示， 其可連接一治療器材6，治療器材6具有一接頭61，接頭 61上設置有一光纖62，光纖62伸出接頭61適當的長度， 接頭61的一端可插設於安裝部（開孔16)，使治療器材6 得以安裝於裝置本體1上，光纖62的一端對應於中接頭3 。當控制雷射輸出單元2的雷射二極體22發射雷射後，雷 射二極體22發射的雷射即可利用中接頭3内部的聚光鏡片 31提供聚光的功能，並將雷射射至光纖62，再由光纖62 前端輸出，光纖62可伸入患者口腔内，以便進行牙週病治 療及牙縫、口腔組織的切割等操作。 另一治療器材7也具一接頭71及一光纖72,同樣可進 行牙週病治療及牙缝、口腔組織的切割等操作。另一治療 器材8則具有一直徑較大的光纖8L·該光纖81的後端可直 接插設於安裝部（開孔16)，使治療器材8得以安裝於裝置 本體1上，光纖81可伸入患者口腔内，進行傷口癒合及牙 齒美白等操作。光纖81也可插置於患者鼻腔内，利用雷射 產生光源並加熱到一定作用溫度，而供照射人體鼻黏膜， 以作為鼻過敏患者舒張與強化微血管，並促進血液循環及 . 7.Ί3 M403323 新陳代謝。光纖8〗也可插置於患者耳道内，可用於中耳炎 、耳内化膿等治療。 另一治療、材9也具有一接頭91及一光纖92，該治療 器材9可用於進行痔瘡治療等操作’光纖92預留較長的長 度，可將使用過的部分剪掉，以便增加使用的次數。光纖 92剪過後可能會產生毛邊，可研磨呈圓弧狀以便於使用。 在本創作的另一實施例中（圖略），也可未設置有中接 頭及聚光鏡片’亦g卩雷射二極體發射的雷射可直接由開孔 射出’ *裝置本體的安裝部安裝有治療ϋ材時，該治療器 材的光纖的一端對應於雷射二極體。 本創作的裝置本體1具有—安裝部（如開孔16)，可用 以選擇安裝多種的治療器材6、7、8、9等，以便因應較多 的功能需求’讓光療裝置的用途更加的廣泛。 再者，本創作可在雷射二極體22的前方設置一中接頭 伟接頭3具有聚級# 3卜可提供較佳的聚光效果，能 雷射光錢巾照射於治療糾的光纖，叫免造成能源 的浪費，且能提升治療的效果。 名丨从准以上所边僅為本創作之較佳實施例，非意欲侷限本 j作的專娜護翻，故軌利本解說㈣及圖式内 Z為的等效變化，均_皆包含於本創作的權利保護範 圍内，合予陳明。 【圖式簡單說明】 *為本創作手持式光療裝置之立體分解圖。 圖2為本創作手持式光療裝置之剖視圖。 圖3為本創作手持式光療裝置使用狀態之示意圖。 8/13 M403323 圖4為本創作電池充電之示意圖 【主要元件符號說明】 1裝置本體 11本體上蓋 12本體下蓋 Π顯示器 14控制開關 15計時開關 16開孔 2雷射輸出單元 21電路板 22雷射二極體 23二極體座 3中接頭 31聚光鏡片 4前蓋 5電源供應單元 51電池室 511電池室上蓋 512電池室下蓋 52電池 53導電片 54第一導電環 55第二導電環 56導電簧 • 9/13 1403323 57充電器 6治療器材 61接頭 62光纖 7治療器材 71接頭 72光纖 8治療器材 81光纖 9治療器材 91接頭 92光纖M403323 V. New description: [New technical field] This creation is about a phototherapy device, especially a hand-held phototherapy device that can provide laser light therapy. [Prior Art] Laser light therapy equipment utilizes the treatment of high-energy bundled light to relieve pain, swelling, anti-inflammatory, rheumatism, skin diseases, etc., and it has been confirmed by clinical experiments. * The symptoms of inflammatory phenomena in the tissue layer are mostly due to the microcirculation decline caused by ischemic injury, which changes the blood supply to the cells, and the cells are irradiated with light to convert the unstable cells into a stable state, and the light is irradiated. After a period of illness, the microcirculation of the affected area can be improved, and the residual toxic waste can be eliminated, and the tissue can be cured and the pain disappears. In recent years, although some manufacturers have introduced laser treatment devices for oral cavity, their functions are simple and cannot provide more functional requirements. Moreover, the conventional treatment device also has a problem of poor concentrating effect, which inevitably causes waste of energy. The reason is that this creator feels that the above-mentioned deficiencies can be improved. He is devoted to research and using the theory, and finally proposes a creation that is reasonable in design and effective in improving the above-mentioned defects. [New Content] The present embodiment aims to provide a hand-held phototherapy device which can have more functional requirements and make the use of the phototherapy device more extensive. The present embodiment provides a hand-held phototherapy device that also has a better concentrating effect to avoid waste of energy. The present invention provides a handheld phototherapy device, comprising: a device body, the device body is provided with a display, a control switch and a 3/13 MTO3323 timing switch, the device body has an opening, and the opening is formed a laser output unit, the laser output unit is disposed inside the device body, the laser output unit includes a circuit board and a laser diode electrically connected to the circuit board, the display, the control The switch and the timing switch are electrically connected to the circuit board; a middle connector disposed inside the device body, the middle connector being located in front of the laser diode, the middle connector being provided with a collecting lens; and a a power supply unit electrically connected to the laser output unit. The present invention can have the following beneficial effects: The device body of the present invention has a mounting portion for selecting and installing a plurality of therapeutic devices, so that the use of the phototherapy device is more extensive in response to more functional requirements. The creation can also be provided with a middle joint in front of the laser diode, and the middle joint has a collecting lens, which can provide a better concentrating effect, so that the laser beam is concentrated on the optical fiber of the therapeutic device to avoid waste of energy. . In order to further understand the features and technical contents of the present invention, please refer to the following detailed description and drawings of the present invention. However, the drawings are only for reference and explanation, and are not intended to limit the creation. [Comprehensive method] Referring to FIG. 1 and FIG. 2, the present invention provides a hand-held phototherapy device comprising a device body 1, a laser output unit 2, a middle connector 3, a front cover 4 and a power supply unit 5. . The device body 1 is a hollow body, and can be used for accommodating the laser output unit 2, the middle connector 3, the front cover 4, and the like. In the embodiment, the device body 1 includes a body upper cover 11 and a body lower cover 12, and the body upper cover 11 The body lower cover 12 can be combined by means of snapping, screwing or bonding, but the configuration of the device 4/13 M403323 body 1 is not limited, and may be a one-piece or multi-piece combination. The device body 1 is provided with a display 13, a control switch 14, and a timing switch 15, and the display 13, the control switch 14, and the timing switch 15 are exposed outside the device body 1. The device body 1 has an opening 16 for the laser injection device body. The opening 16 can be disposed at the front end of the device body 1, and the opening 16 can also form a mounting portion for inserting and mounting the treatment device. Of course, in addition to the use of the opening 16 to form the mounting portion for mounting the therapeutic device, a mounting portion (not shown) may be additionally provided on the device body 1 for mounting the therapeutic device. The laser output unit 2 is disposed inside the device body 1 and is appropriately fixed. The laser output unit 2 includes a circuit board 21 and a laser diode 22, and the circuit board 21 is provided with appropriate circuits and electronic components ( The laser diode 22 is electrically connected to the circuit board 21, the laser diode 22 can be disposed at the front end of the circuit board 21, and the laser diode 22 can output laser light of a suitable wavelength. The invasive method illuminates the affected part of the patient, but does not limit the range of the wavelength of the light, and the power of the laser diode 22 can be varied as needed, and is not limited. The display 13, the control switch 14 and the timing switch 15 are electrically connected to the circuit board 21, and the display 13 can be a liquid crystal display for displaying information such as time and power. The control switch 14 can be used to control the laser diode 26 to turn on or off the laser output unit 2, and the timing switch 15 can be used to control the time of each time the laser diode 22 of the laser output unit 2 emits the laser. For example, each time a laser is fired for 10 seconds, about 2 to 3 minutes is a course of treatment. The laser output unit 2 further includes a diode holder 23, and the laser diode 22 is fixed in the diode holder 23, so that the laser diode 22 corresponds to the opening 16 at the front end of the apparatus body 1. The middle joint 3 is disposed inside the device body 1, and the middle joint 3 is located in front of the Ray 5/13 · -M403323 emitter diode 22, and the middle joint 3 is a hollow body, so that the laser emitted by the laser diode 22 can be It enters through the rear end of the middle joint 3 and is then ejected from the front end of the middle joint 3. The center joint 3 has at least one condensing lens 31 inside. In the present embodiment, the condensing lens 31 is located at the inner rear end of the center joint 3, but the position at which the condensing lens 31 is disposed is not limited. The laser emitted by the laser diode 22 can provide a condensing function by using the condensing lens 31 inside the middle joint 3 to concentrate the beam. The front cover 4 is disposed inside the device body 1, and the front cover 4 is located in front of the middle joint 3. The front cover 4 is a hollow body, and one end (front end) of the front cover 4 can extend to the opening 16 and the laser diode The fire emitted by the 22 can be passed through the front cover 4 and the opening 16 out of the body 1 of the apparatus. The type and configuration of the power supply unit 5 is not limited. In this embodiment, the power supply unit 5 is a type of battery power supply, and the power supply unit 5 is electrically connected to the laser output unit 2, and the laser output unit 2 can be provided. The power needed. In the present embodiment, the power supply unit 5 has a battery compartment 51 connected to the rear end of the apparatus body 1. The battery compartment 51 is a hollow body, and the battery compartment 51 houses a battery 52. In this embodiment, the battery The chamber 51 includes a battery compartment upper cover 511 and a battery compartment lower cover 512. The battery compartment upper cover 511 and the battery compartment lower cover 512 can be combined by snapping, screwing or bonding, and the battery compartment 51 can also be engaged. The screw is attached or glued to the rear end of the apparatus body 1. The battery 52 is externally provided with a conductive sheet 53. One end of the conductive sheet 53 contacts an extreme end of the battery 52 (such as the positive terminal), and the other end of the conductive sheet 53 extends forward and a first conductive ring 54 disposed at the front end of the battery chamber 51. Contact, the first conductive ring 54 is in contact with a second conductive ring 55 disposed at the rear end of the device body 1, and the second conductive ring 55 is electrically connected to the circuit board 21 by a wire 6/13 M403323, so that the battery 52 is An extreme is electrically connected to the laser output unit 2 through the conductive sheet 53, the first conductive ring 54 and the second conductive ring 55. The other extreme of the battery 52 (e.g., the negative terminal) is electrically connected to the circuit board 21 through a conductive spring 56, so that the other end of the battery 52 can be electrically connected to the laser output unit 2 through the conductive spring 56. In addition, as shown in FIG. 4, the battery 52 can also be a rechargeable battery, and the battery 52 can be plugged into a charger 57 for charging by the charger 57. The present handheld light therapy device is not limited in its use, as shown in FIG. 3, which can be connected to a treatment device 6, which has a connector 61. The connector 61 is provided with an optical fiber 62, and the optical fiber 62 extends the connector 61 to an appropriate length. One end of the joint 61 can be inserted into the mounting portion (opening 16), so that the treatment device 6 can be mounted on the device body 1, and one end of the optical fiber 62 corresponds to the middle joint 3. When the laser diode 22 of the laser output unit 2 is controlled to emit a laser, the laser emitted by the laser diode 22 can provide the function of collecting light by using the collecting lens 31 inside the middle joint 3, and the laser is provided. The fiber is injected into the fiber 62, and then outputted from the front end of the fiber 62. The fiber 62 can be inserted into the patient's mouth for the treatment of periodontal disease and cutting of the teeth and oral tissues. The other treatment device 7 also has a connector 71 and a fiber 72, and can also perform periodontal disease treatment and cutting of the teeth and oral tissues. The other treatment device 8 has a larger diameter optical fiber 8L. The rear end of the optical fiber 81 can be directly inserted into the mounting portion (opening 16), so that the treatment device 8 can be mounted on the device body 1, and the optical fiber 81 can be extended. Into the patient's mouth, for wound healing and teeth whitening and other operations. The optical fiber 81 can also be inserted into the nasal cavity of the patient, and the laser is used to generate a light source and heated to a certain operating temperature for illuminating the nasal mucosa of the human body to relax and strengthen the microvasculature as a nasal allergy patient, and promote blood circulation and. 7.Ί3 M403323 Metabolism. Fiber 8 can also be inserted into the patient's ear canal, and can be used for treatment of otitis media, intra-oral suppuration and the like. Another treatment material 9 also has a joint 91 and a fiber 92. The treatment device 9 can be used for acne treatment and the like. The fiber 92 is reserved for a long length, and the used portion can be cut off to increase the use. frequency. The fiber 92 may have a burr after being cut, and it may be ground in an arc shape for ease of use. In another embodiment of the present invention (not shown), the middle joint and the condensing lens may not be provided. The laser emitted by the laser diode may be directly emitted from the opening. * The mounting portion of the device body When a therapeutic coffin is installed, one end of the fiber of the treatment device corresponds to a laser diode. The device body 1 of the present invention has a mounting portion (such as an opening 16), which can be used to selectively install a plurality of therapeutic devices 6, 7, 8, 9 and the like, so as to make the use of the phototherapy device more widely in response to more functional requirements. . Furthermore, the present invention can be provided with a middle joint in front of the laser diode 22 with a poly-level 3 3 to provide a better concentrating effect, and a laser light towel can be irradiated to the treatment-corrected optical fiber. It avoids the waste of energy and can improve the treatment effect. The name is from the above-mentioned side is only the preferred embodiment of this creation, and it is not intended to limit the special care of this j, so the equivalent of the guideline (4) and the Z in the schema are all included. Within the scope of the rights protection of this creation, it is given to Chen Ming. [Simple diagram of the diagram] * This is an exploded view of the created handheld phototherapy device. 2 is a cross-sectional view of the created handheld light therapy device. FIG. 3 is a schematic diagram of the use state of the created handheld phototherapy device. 8/13 M403323 Figure 4 is a schematic diagram of charging of the creative battery [main component symbol description] 1 device body 11 body upper cover 12 body lower cover Π display 14 control switch 15 timing switch 16 opening 2 laser output unit 21 circuit board 22 ray Transistor 23 diode housing 3 connector 31 concentrating lens 4 front cover 5 power supply unit 51 battery chamber 511 battery chamber upper cover 512 battery chamber lower cover 52 battery 53 conductive sheet 54 first conductive ring 55 second conductive ring 56 Conductive spring • 9/13 1403323 57 charger 6 treatment equipment 61 connector 62 fiber 7 treatment equipment 71 connector 72 fiber 8 treatment equipment 81 fiber 9 treatment equipment 91 connector 92 fiber