201235028 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種拔罐杯，尤指一種兼具光療與電療 裝置的拔罐杯。 【先前技術】 我國公開第201012458號「自動吸附式拔罐杯及其控 ^ 制方法」發明專利案’特別是指一種可輕易吸附在使用者 皮膚上的拔罐杯，其主要係以矽膠等具彈性的材料構成一 鐘形罩杯’該罩杯上端形成有一容室，供設置一雷射光模 組，又罩杯下端形成有一負壓室，並於對應該負壓室的側 壁上形成有一氣嘴，該氣嘴上連接有一輸氣管，輸氣管另 端呈分歧狀而分別與一抽氣泵浦及一負壓感測器連結。 當使用者將罩杯置於欲進行拔罐及雷射針炙的身體部 位時，只須將罩杯下壓，使罩杯内產生負壓，並由負壓感 •測器透過輸氣管所測得，隨即啟動抽氣泵浦開始抽氣，遂 可使罩杯吸附在皮膚上。 則述自.動吸附式拔罐杯就操作 拔 .....—·、.「々a叫吕，邳較於傳統 罐杯已臻簡單便利，且由於加入雷射光模組，在執行拔 罐療法時可以同步針對特定 披 J 7矸奵将疋八位進仃雷射針灸，在效 相較於單純的拔罐或針灸 Λ心將更為顯者，且f射針灸不具侵201235028 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a cupping cup, and more particularly to a cupping cup having both a phototherapy and an electrotherapy device. [Prior Art] China Patent No. 201012458 "Automatic adsorption cupping cup and its control method" invention patent case" especially refers to a cupping cup which can be easily adsorbed on the skin of a user, and is mainly elasticized by silicone rubber or the like. The material constitutes a bell-shaped cup. The upper end of the cup is formed with a chamber for providing a laser light module, and a lower pressure chamber is formed at the lower end of the cup, and a gas nozzle is formed on the side wall corresponding to the negative pressure chamber. A gas pipe is connected to the mouth, and the other end of the gas pipe is branched and connected to an air pump and a negative pressure sensor. When the user places the cup on the body part where the cupping and the laser needle are to be placed, the cup needs to be pressed down to generate a negative pressure in the cup, which is measured by the negative pressure sensor through the gas pipe, and then Start the pumping pump and start pumping, so that the cup can be attached to the skin. It is said that the self-adsorption type cupping cup is operated and pulled out.....--, "々a called Lu, 邳 is simpler and more convenient than the traditional can cup, and because of the addition of the laser light module, the cupping therapy is performed. When you can synchronize the specific acupuncture J 7 矸奵 疋 位 仃 仃 仃 仃 仃 仃 , , , , , , , , , , , , , , , , 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃
入性，亦比較容易被接受。 U 儘管前揭公開專利案具備前述優點 可發現存在進一步精進的空間： 步探。寸， 前述雷射光模組是傳統針灸的替代方案，用以進行雷 201235028 射針灸，由於沒有侵入糾 _ ，可避免傳統針灸因進針 及痠脹麻料感所彳丨㈣3時疼痛 法，其通常有-定療程針灸屬於溫和型療 ^ '、 才壯*產生療效，由於調理過程沒 有顯著的疼痛感，反而讓使 者因未立即感受療效而放棄 持續療程，特別是對於疼痛的抑制減緩療程，特別容易發 生上述現象。 關於疼痛的抑制減緩，除上述的雷射針灸外，一種經 皮的神經電刺激療法（T「anscuatane〇us e|ectrica| nerveInto sex, it is also easier to accept. U Although the previously disclosed patents have the aforementioned advantages, it is found that there is room for further improvement: step by step. Inch, the aforementioned laser light module is an alternative to traditional acupuncture, used to carry out the acupuncture and moxibustion of the 201235028, because there is no intrusion correction, it can avoid the traditional acupuncture because of the needle and the feeling of soreness (4) 3 times pain method, Usually, there is a certain course of acupuncture, which is a mild type of treatment, and it produces a curative effect. Because there is no significant pain in the conditioning process, the messenger gives up the continuous treatment because it does not immediately feel the curative effect, especially for the inhibition of pain. This phenomenon is particularly prone to occur. Regarding the suppression of pain, in addition to the above-mentioned laser acupuncture, a transcutaneous electrical nerve stimulation therapy (T "anscuatane〇us e|ectrica| nerve
Emulation，TENS，以下簡稱電療）是一種被證實療效的療 法，主要是通過皮膚將特定的低頻脈衝電流輸入人體以治 療疼痛的電療方法，在止痛方面具有較佳的效果臨床上 也得到了廣泛的應用。且_般認為電療對急、慢性和神經 欧疼痛均有效果’特別是短期治療的療效較長期治療，換 。之’電療可以在短時間的調理後，使疼痛獲得改善。因 此右能在前述的拔罐杯上有效的整合電療技術，使電療、 光療能同時進行，即可兼忮治標與治本之療效。 再者’前述公開專利案的拔罐杯上設有雷射光模組， 並透過輸氣管分別和抽氣泵浦和負壓感測器連接，該等抽 氣栗 '肩和負壓感測器是和一控制裝置連接（如其第五圖所示 )’亦即是由控制裝置控制抽氣泵浦及負壓感測器的工作， 而控制裝置是相對位於拔罐杯的遠端，當使用者接受拔罐 杯的調理時，可能位於控制裝置的相對遠端，若使用者欲 取下拔罐杯’即無法就近解除拔罐杯的吸附狀態，使用上 稍嫌不便。 ‘201235028 【發明内容】 因此本發明主要目的在提供一種兼具光療與電療裝置 的拔罐杯，其可利用負壓原理使拔罐杯吸附在人體特定穴 位的皮膚上而產生拔罐作用，並同時進行電療及雷射光療 ，以兼收短期治標、長期治本的療效。 為達成上述目的採取的主要技術手段係令前述兼具光 療與電療裝置的拔罐杯包括： 罩杯，是呈中空鐘狀且具彈性，其内部形成一負壓 至，負壓室内設有一接觸電極，該接觸電極是呈環狀，其 中央形成有通孔，又罩杯頂端形成有一中空頸環；再者 ’罩杯具有-周壁，該周壁上形成一與負壓室連通的氣嘴 一近端控制器，具有一外殼，該外殼上設有一個以2 的按鍵，並形成有一插槽，又外殼内設有一電氣模組，訪 電氣模組主要係於一電路板上形成有線路，並分設有與綠 路連接的冑以上雷射二極體、—開關及—連接器，該雷 射二極體係對應於罩杯頂端的頸環及罩杯内㈣接觸電極 的中央通孔，再者’電路板上的線路亦透過電連接手段和 罩杯内的接觸電極構成電連接；又前述開關係對應於外殼 的按鍵該連接器則位於外殼上的插槽内側； 别述罩杯可以其上的氣嘴與一輸氣管連接，並透過輸 ::和-抽氣泵浦連接，又近端控制器上的連接器可供一 導線可拆卸地與一外部 分別㈣丨罝如 P的控制裝置連接’以便由控制裝置 罩杯内的接觸電極、近端控制器内的雷射二極體 及抽氣泵浦；當罩枕放署"一 τ 置在人體特定穴位並略微施壓，罩 5 201235028 杯將因負壓室内的負壓改變，而驅動抽氣泵浦抽氣，進而 使罩杯吸附於所在人體位置的皮膚（特定穴位）上當罩杯固 定於皮膚上，遂即具有拔罐的效果，又近端控制器内的雷 射二極體可對相對位置上的人體穴位進行光療，而在罩杯 吸附固定的同時，負壓室内的接觸電極亦與人體皮膚接觸 ，經成對使用並施以低電流脈衝，隨即可提供電療效果， 以立即改善疼痛等症狀，藉此達成短期治標、長期治本的 調理效果。 【實施方式】 有關本發明之一較佳實施例，首先請參閱圖彳、圖2 所示主要係在一罩杯10頂端設有一近端控制器2〇，其 中： 該罩杯10是由矽膠或橡膠材料製成，其呈中空鐘狀且 具彈性，又罩杯10具有-頂端及-環形周壁，其頂端形成 有一中空頸環11;再者，罩杯1〇内形成一負壓室12，負 壓室12内設有—電極組件3〇’另罩杯1〇的周壁上形成有 與負壓至12連通的氣嘴13，氣嘴13上設有一轉接導管 14 〇 °月配σ參閱圖3所示’前述電極組件30包括一套筒 31、一接觸電極32及一接電元件33，該套筒31係呈中空 狀，其外徑係與頸環11的内徑匹配，以便穿套在該頸環 11内’又套筒31上形成有貫穿頂底端的貫孔該貫孔上 半敫為較大外徑的螺孔段31彳，貫孔下半段為較小孔徑的 直孔#又312，再者，套筒31底端以水平方向延伸形成一底 201235028 盤310,使套筒31具有較夫沾念i 較大的底面積；該接觸電極32係 由導電橡膝構成，其呈一凸字 ,、 凸子形截面，其上端為一圓柱部 ’該圓柱部的外徑匹配於套筒31直孔段312的内徑 穿設其間，該圓柱部的頂面並露出於螺孔⑨311間又接 觸電極32的底端形成有擴大外徑的接觸部％ 320外徑與套筒31的底盤3 接觸# 匹配，又接觸部320頂 面並貼靠於底盤310戽而.$ & 底面，再者，該接觸電極32上形成有 一以軸向貫通頂底端的通孔321 丨聆本實施例中，該通孔 321内設有一透鏡322,供聚光之用。 於本實施财，前述接電元件33係由__彈具導電性的 弹簧構成，該彈簧的外徑概呈接觸電極32的圓柱部朴匹 配，又彈簧係設於套筒31的螺孔段311内，且彈簧底端係 與接觸電極32的頂面構成電性接觸；又彈簧頂端向上延伸 形成一連接臂330，供與近端控制器20作電性連接之用。 仍凊參閱圖2、圖3所示，該近端控制器2〇具有一外 殼’該外殼係由一上殼21及一下殼22組成，該上殼21、 下殼22在對應的一端形成有一開口 210,220，以構成一插 槽’又上殼21上形成有一按鍵孔211，按鍵孔211由内而 由穿設有一按鍵23;又下殼22底部形成有一穿孔，穿孔 设有一筒狀固定座24,該固定座24係呈中空狀，其穿出 於下殼22外的外壁形成有一螺紋部240，供與罩杯1〇内 所設套筒31的螺孔段311對應螺合，從而使近端控制器 20可拆卸地與罩杯1 〇結合；又固定座24内形成有一開孔 241 ’開孔241下端設有—彈簧座25，彈簧座25具中央孔 ，其底端抵掣前述接電元件33的頂端，接電元件33的連 3 201235028 内 接臂330並穿過彈簧座25及固定座24而穿人下殼& 又外殼内設有一電氡握_ 电轧模組40，該電氣模組4〇主要係 於-電路板41上形成有線路（圖中未示〉，該電路板Μ上 並分設有與前述線路連接的一個以上雷射二極體42、一微 動開關43及一連接器44，於士參& ,丨 裔叫於本實施例中，該雷射二極體 42係設於電路板41底面，且對應位於固定座24的開孔 241間，且祖對於罩杯1〇頂端的頸環η、該接觸電極u 的通孔32G及其間的透鏡322;再者，電路板41上的線路 與接電元件33的連接臂33〇構成電連接（例如銲接）；又前 述微動開關43係對應於外殼上的按鍵23，當按鍵23下壓 時將壓掣微動開關43上的接點而產生開關動作；該連接器 44係設於電路板41的表面且位於上殼21、22的開口 210,220(插槽）内側，供一訊號線（圖中未示）一端的接頭插 入插槽而與連接器44構成電性連接，該訊號線係用以連接 近端控制器20内的電氣模組.40與一外部的控制裝置（圖中 未示）’而由控制裝置40透過訊號線來驅動雷射二極體42 產生雷射光束以進行光療，並使電極組件3〇的接觸電極 32通電以進行電療。又如圖4所示’該罩杯1〇的氣嘴13 是透過轉接導管14和一輸氣管15連接，輸氣管15的另 端是和一抽氣泵浦（圖中未示）連接，又輸氣管15具有一分 歧端1 50 ’該分歧端1 50是用以連接一負壓感測電路，以 感測罩杯1 〇内的負壓變化。 由於前述訊號線是可拆卸地與近端控制器20連接，其 可在須使用時再使訊號線與近端控制器20連接，不用時則 201235028 可拆離’以方便收納。可防止使用者快速插拔訊號線的接 頭’造成瞬間高壓而燒毁雷射二極體42，前述電氣模組4〇 的電路板41上進一步設有一保護電路，該保護電路係透過 線路設於連接器44和雷射二極體42間；請參閱圖5所示 ，該保護電路是由一電晶體Q構成，其射極和雷射二極體 42的順向端連接，其集極和基極共接構成輸入端，而與連 接器44連接。 又前述控制裝置的方塊圖是如圖6所示，其包括一控 鲁制單元50及與該控制單元50連接的一雷射二極體驅動電 路51、一抽氣泵浦驅動電路52、一負壓感測電路53、一 輸入單元54及電極驅動電路55;該雷射二極體驅動電路 51、抽氣泵浦驅動電路52、負壓感測電路53、輸入單元 54及電極驅動電路55的詳細電路依序如圖7〜11所示；其 中：雷射二極體驅動電路51的輸入端是和控制單元5〇連 接’其輸出端是透過訊號線和近端控制器2〇上的雷射二極 ^ 體42連接；該抽氣泵浦驅動電路52的輸入端與控制單元 50連接，其輸出端則與一抽氣泵浦連接；該負壓感測電路 53包括一負壓感測器531、一上限氣壓比較器532、一下 限氣壓比較器533及一放大器534組成，該負壓感測器 531是設於前述輸氣管15的分歧端15〇上以感應罩杯1〇 内的負壓雙化，其感測訊號則由上、下限氣壓比較器532 、533判別後經放大器534送至控制單元5〇 ;該輸入單元 54可由一按鍵組所組成；至於電極驅動電路55,其具有兩 輸出端，每一輸出端是用以（透過訊號線）連接一罩杯1〇内 的接觸電極32，當利用罩杯1〇在拔罐同時進行電療，b 9 201235028 是同時使用—對罩杯1G吸附在皮膚上以便構成迴路而供 刖述電極驅動電路55產生的低電流脈衝經由接觸電極 通過與其接觸的人體皮膚。 仍印參閱圖4所示，當吾人欲利用前述設備同時進行 拔罐、雷射光療及電療時，可先選擇需要調理的穴位，再 將罩杯1〇放置在該穴位的皮膚上並略施壓，由於施壓後 將使罩杯10内的負壓室12負壓改變，隨即將為控制裝置 的負壓感測電路53所镇知，經由控制單it 50驅動抽氣果 浦開始抽氣，遂使罩杯，〇吸附在該穴位的皮膚上，此時 罩杯10對於該穴位即有拔罐的效果；當負壓室内負壓 改變至一定程度（由負壓感測電路53判斷）即停止抽氣；而 田罩杯1G吸附在皮膚的同時，接觸電極32也同時接觸皮 膚’虽成對使用罩杯10時，即可讓低電流脈衝通過該穴 位而進行電療，而位於接觸電極％上方的雷射二極體打 也同時對該穴位投射特定波長的雷射光束以進行光療。故 本發明可以方便地同時進行拔罐、光療及電療，在拔罐、 電療方面有助於暫時解除症狀(例如疼痛），令使用者可以 f受療效’另一方面取代傳統針灸的光療則可依既定療程 溫和地進行根本性的調理，因此將使傳統光療的應用更具 實益，另方面’罩杯10上的近端控制器2〇設有 一按鍵23’該按鍵23可供使用者就近解除罩杯的吸 :=，當按鍵23被按下，近端控制器2〇内部的微動開 =3 ^生開關動作’並透過連接器44、訊號線送回控制 裝置的控制單元5〇，由抻去I丨留- 、 工】早兀5〇關閉抽氣泵浦驅動電 ，以解除罩杯1G的吸附狀態並方便將其取下。 201235028 【圖式簡單說明】 圖1係本發明一較佳實施例的立體圖。 圖2係本發明一較佳實施例的分解圖。 圖3係本發明一較佳實施例的剖視圖。 圖4係本發明一較佳實施例的剖視暨使用狀態示意圖 〇 圖5係本發明在近端控制器内所設保護電路的線路圖 〇 圖6係本發明一較佳實施例的控制裝置方塊圖。 圖7係本發明控制裝置中所設雷射二極體驅動電路之 線路圖。 圖8係本發明控制裝置中所設抽氣泵浦驅動電路之線 路圖。 圖9係本發明控制裝置中所設負壓感測電路之線路圖 〇 圖10係本發明控制裝置中所設輸入單元的線路圖。 圖11係本發明控制裝置中所設電極驅動電路的線路 圖。 【主要元件符號說明】 10罩杯 11頸環 12負壓室 13氣嘴 14轉接導管 15輸氣管 15〇分歧端Emulation, TENS (hereinafter referred to as electrotherapy) is a proven therapeutic effect, which is mainly used to input specific low-frequency pulse current into the human body through the skin to treat pain. It has a better effect in relieving pain and has been widely used clinically. application. And _ generally think that electrotherapy has an effect on acute, chronic and neuropathic pain', especially the short-term treatment is more effective than long-term treatment. 'Electrotherapy can improve pain after a short period of conditioning. Therefore, the right can effectively integrate the electrotherapy technology on the cupping cup mentioned above, so that the electrotherapy and the phototherapy can be simultaneously performed, and the curative effect of treating the symptoms and treating the root can be achieved. Furthermore, the cupping cup of the aforementioned open patent case is provided with a laser light module, and is connected to the air pump and the negative pressure sensor through the gas pipe respectively, and the pumping pump shoulder and the negative pressure sensor are The control device is connected (as shown in the fifth figure), that is, the control device controls the operation of the pumping pump and the negative pressure sensor, and the control device is located at the distal end of the cupping cup. When the user accepts the cupping cup During the conditioning, it may be located at the opposite end of the control device. If the user wants to remove the cupping cup, the adsorption state of the cupping cup cannot be released nearby, and the use is slightly inconvenient. SUMMARY OF THE INVENTION Accordingly, it is a primary object of the present invention to provide a cupping cup that combines a phototherapy and an electrotherapy device, which can utilize a negative pressure principle to cause a cupping cup to be adsorbed on a skin of a specific acupuncture point of the human body to produce a cupping effect, and simultaneously perform electrotherapy. And laser phototherapy, in order to meet the short-term treatment, long-term treatment. The main technical means for achieving the above purpose is that the cupping cup having the phototherapy and electrotherapy device includes: the cup is hollow bell-shaped and elastic, and a negative pressure is formed inside the negative pressure chamber, and a contact electrode is arranged in the negative pressure chamber. The contact electrode is annular, and a through hole is formed in the center thereof, and a hollow neck ring is formed at the top end of the cup; and the 'cup has a peripheral wall, and a peripheral end of the nozzle is formed with a nozzle connected to the negative pressure chamber. The utility model has a casing, wherein the casing is provided with a button of 2 and a socket is formed, and an electric module is arranged in the casing. The electric access module is mainly formed on a circuit board, and is provided with a circuit. a laser diode, a switch, and a connector connected to the green road, the laser diode system corresponding to the neck ring at the top end of the cup and the central through hole of the contact electrode in the cup (4), and then on the circuit board The circuit is also electrically connected to the contact electrode in the cup through the electrical connection means; and the aforementioned opening relationship corresponds to the button of the outer casing, the connector is located inside the slot on the outer casing; The gas nozzle is connected to a gas pipe and connected through the pumping:: and the pumping pump, and the connector on the proximal controller is provided with a wire detachably and an externally separate (4) such as a P control device. Connect 'for the contact electrode in the cup of the control device, the laser diode in the near-end controller and the pumping pump; when the hood is placed at a specific acupuncture point of the human body and slightly pressed, the cover 5 201235028 The cup will change the negative pressure in the negative pressure chamber, and drive the pump to pump the air, so that the cup is attached to the skin (specific acupuncture point) of the human body position. When the cup is fixed on the skin, the cup has the effect of cupping. The laser diode in the near-end controller can perform phototherapy on the acupuncture points in the relative position, and the contact electrode in the negative pressure chamber is also in contact with the human skin, and is used in pairs and is applied low while the cup is adsorbed and fixed. The current pulse can provide the effect of electrotherapy to instantly improve the symptoms such as pain, thereby achieving short-term treatment and long-term treatment. [Embodiment] Referring to a preferred embodiment of the present invention, first, referring to FIG. 2, FIG. 2 is mainly provided with a proximal controller 2〇 at the top of a cup 10, wherein: the cup 10 is made of silicone or rubber. The material is made of a hollow bell shape and is elastic, and the cup 10 has a top end and an annular peripheral wall, and a hollow neck ring 11 is formed at the top end thereof. Further, a negative pressure chamber 12 is formed in the cup 1 , and the negative pressure chamber is formed. 12 is provided with an electrode assembly 3 〇 'the other wall of the cup 1 形成 is formed with a gas nozzle 13 communicating with the negative pressure to 12, and the gas nozzle 13 is provided with a transfer conduit 14 〇 ° 配 σ see FIG. 3 The foregoing electrode assembly 30 includes a sleeve 31, a contact electrode 32 and a charging member 33. The sleeve 31 is hollow, and its outer diameter is matched with the inner diameter of the neck ring 11 so as to be worn over the neck. In the ring 11, the sleeve 31 is formed with a through hole penetrating through the top end of the top hole. The upper half of the through hole is a larger diameter outer diameter of the screw hole 31彳, and the lower half of the through hole is a small hole with a smaller aperture. Furthermore, the bottom end of the sleeve 31 extends in a horizontal direction to form a bottom plate of the 201235028 disk 310, so that the sleeve 31 has a larger size. The bottom surface; the contact electrode 32 is composed of a conductive rubber knee, which has a convex shape, a convex section, and an upper end thereof is a cylindrical portion. The outer diameter of the cylindrical portion is matched with the inner diameter of the straight hole portion 312 of the sleeve 31. The diameter of the top surface of the cylindrical portion is exposed between the screw holes 9311 and the bottom end of the contact electrode 32 is formed with an enlarged outer diameter of the contact portion % 320 outer diameter and the chassis 3 of the sleeve 31 contact # match, and contact The top portion of the portion 320 abuts against the chassis 310 and the bottom surface. Further, the contact electrode 32 is formed with a through hole 321 extending axially through the top end. In the embodiment, the through hole 321 is A lens 322 is provided for collecting light. In the present embodiment, the electrical component 33 is formed by a spring that is electrically conductive, and the outer diameter of the spring is substantially matched to the cylindrical portion of the contact electrode 32, and the spring is disposed on the screw hole of the sleeve 31. 311, and the bottom end of the spring is in electrical contact with the top surface of the contact electrode 32; and the top end of the spring extends upward to form a connecting arm 330 for electrical connection with the proximal controller 20. Still referring to FIG. 2 and FIG. 3, the proximal controller 2 has a casing. The casing is composed of an upper casing 21 and a lower casing 22. The upper casing 21 and the lower casing 22 are formed at corresponding ends. The opening 210, 220 is formed to form a slot. The upper casing 21 is formed with a button hole 211. The button hole 211 is internally provided with a button 23; and the bottom of the lower casing 22 is formed with a through hole. The through hole is provided with a cylindrical fixing seat 24. The fixing seat 24 is hollow, and the outer wall of the outer casing 22 is formed with a threaded portion 240 for screwing with the screw hole portion 311 of the sleeve 31 provided in the cup 1 to make the proximal end The controller 20 is detachably coupled to the cup 1 ;; the opening 24 is formed with an opening 241. The lower end of the opening 241 is provided with a spring seat 25, and the spring seat 25 has a central hole, and the bottom end thereof abuts the aforementioned electrical component The top end of the 33, the connection element 33 of the electrical component 33 201235028, the inner arm 330 and the spring seat 25 and the fixing seat 24 are passed through the lower case & and the outer casing is provided with an electric gripping_electric rolling module 40, the electrical The module 4 is mainly formed on the circuit board 41 with a line (not shown), and the board is mounted on the board. One or more laser diodes 42, a micro switch 43 and a connector 44 connected to the above-mentioned lines are respectively provided. In the present embodiment, the laser diode 42 is used in the present embodiment. The circuit board 41 is disposed on the bottom surface of the circuit board 41 and corresponding to the opening 241 of the fixing base 24, and the neck ring η of the top end of the cup 1 , the through hole 32G of the contact electrode u and the lens 322 therebetween; The line on 41 is electrically connected (for example, soldered) to the connecting arm 33 of the power receiving element 33; the micro switch 43 is corresponding to the button 23 on the housing, and will be pressed against the micro switch 43 when the button 23 is pressed down. The switch 44 is formed on the surface of the circuit board 41 and located inside the openings 210 and 220 (slots) of the upper casings 21 and 22 for inserting a connector at one end of a signal line (not shown). The slot is electrically connected to the connector 44 for connecting the electrical module 40 in the near-end controller 20 with an external control device (not shown) and transmitting signals from the control device 40. a line to drive the laser diode 42 to produce a laser beam for phototherapy and The contact electrode 32 of the electrode assembly 3 is energized for electrotherapy. As shown in Fig. 4, the gas nozzle 13 of the cup 1 is connected through a transfer conduit 14 and a gas pipe 15, and the other end of the gas pipe 15 is An air pump (not shown) is connected, and the gas pipe 15 has a branch end 1 50 '. The branch end 1 50 is for connecting a negative pressure sensing circuit to sense a negative pressure change in the cup 1 Since the aforementioned signal line is detachably connected to the near-end controller 20, the signal line can be connected to the near-end controller 20 when it is required to be used, and the 201235028 can be detached when not in use for convenient storage. The connector for preventing the user from quickly plugging and unplugging the signal line causes an instantaneous high voltage to burn the laser diode 42. The circuit board 41 of the electrical module 4 is further provided with a protection circuit, and the protection circuit is disposed through the circuit. Between the connector 44 and the laser diode 42; as shown in FIG. 5, the protection circuit is composed of a transistor Q whose emitter is connected to the forward end of the laser diode 42 and its collector and The bases are connected in common to form an input and are connected to a connector 44. The block diagram of the foregoing control device is as shown in FIG. 6 , and includes a control unit 50 and a laser diode driving circuit 51 connected to the control unit 50 , an air pump driving circuit 52 , and a control unit 50 . a negative voltage sensing circuit 53, an input unit 54 and an electrode driving circuit 55; the laser diode driving circuit 51, the pumping pump driving circuit 52, the negative voltage sensing circuit 53, the input unit 54, and the electrode driving circuit 55 The detailed circuit is sequentially shown in FIGS. 7 to 11; wherein: the input end of the laser diode driving circuit 51 is connected to the control unit 5', and the output end thereof is transmitted through the signal line and the near-end controller 2 The laser diode driving body 52 is connected to the control unit 50, and the output end is connected to an air pump; the negative pressure sensing circuit 53 includes a negative pressure feeling. a detector 531, an upper limit air pressure comparator 532, a lower limit air pressure comparator 533 and an amplifier 534, the negative pressure sensor 531 is disposed on the branch end 15 of the air supply pipe 15 to sense the inside of the cup 1 Negative pressure doubled, the sensing signal is determined by the upper and lower pressure comparators 532 The 533 is sent to the control unit 5 via the amplifier 534; the input unit 54 can be composed of a button group; and the electrode driving circuit 55 has two output terminals, each of which is used to connect (via the signal line) The contact electrode 32 in the cup 1 is electrically treated while cupping using the cup 1 , and b 9 201235028 is used at the same time - the cup 1G is adsorbed on the skin to form a loop for the low current pulse generated by the electrode driving circuit 55. The human skin that is in contact therewith via the contact electrode. Still printed as shown in Figure 4, when we want to use the aforementioned equipment for cupping, laser phototherapy and electrotherapy at the same time, you can first select the acupuncture points that need to be conditioned, then place the cup on the skin of the acupoint and apply a little pressure. Since the negative pressure of the negative pressure chamber 12 in the cup 10 is changed after the pressure is applied, it is known to the negative pressure sensing circuit 53 of the control device, and the pumping of the pumping fruit pump is started by the control unit it 50, and the pumping is started. The cup is sucked on the skin of the acupuncture point, and at this time, the cup 10 has the effect of cupping for the acupuncture point; when the negative pressure in the negative pressure chamber is changed to a certain extent (determined by the negative pressure sensing circuit 53), the pumping is stopped; While the field cup 1G is adsorbed on the skin, the contact electrode 32 also contacts the skin at the same time. When the cup 10 is used in pairs, a low current pulse can be passed through the acupuncture point for electrotherapy, and the laser diode is located above the contact electrode %. At the same time, a laser beam of a specific wavelength is projected to the acupoint to perform phototherapy. Therefore, the present invention can conveniently perform cupping, phototherapy and electrotherapy at the same time, and can help to temporarily relieve symptoms (such as pain) in cupping and electrotherapy, so that the user can be treated with curative effect. On the other hand, phototherapy which replaces traditional acupuncture can be determined according to the prescription. The treatment is gentle and fundamentally conditioned, thus making the application of traditional phototherapy more beneficial. On the other hand, the proximal controller 2 on the cup 10 is provided with a button 23' for the user to release the cup. :=, when the button 23 is pressed, the internal controller 2 微 internal micro-switching = 3 ^ raw switch action 'and through the connector 44, the signal line is sent back to the control unit 5 of the control device, by I抻Leave -, work] close the pump drive power to remove the suction of the cup 1G and remove it. 201235028 [Brief Description of the Drawings] Fig. 1 is a perspective view of a preferred embodiment of the present invention. Figure 2 is an exploded view of a preferred embodiment of the present invention. Figure 3 is a cross-sectional view of a preferred embodiment of the present invention. 4 is a cross-sectional view of a preferred embodiment of the present invention, and FIG. 5 is a circuit diagram of a protection circuit provided in the near-end controller of the present invention. FIG. 6 is a control device according to a preferred embodiment of the present invention. Block diagram. Fig. 7 is a circuit diagram showing a laser diode driving circuit provided in the control device of the present invention. Figure 8 is a line diagram of an air pumping drive circuit provided in the control device of the present invention. Figure 9 is a circuit diagram of a negative pressure sensing circuit provided in the control device of the present invention. Figure 10 is a circuit diagram of an input unit provided in the control device of the present invention. Figure 11 is a circuit diagram of an electrode driving circuit provided in the control device of the present invention. [Main component symbol description] 10 cups 11 neck ring 12 negative pressure chamber 13 gas nozzle 14 adapter pipe 15 gas pipe 15 〇 bifurcated end
S 11 201235028 20 近端控制器 21 上殼 210,220 開口 21 1 按鍵孔 22 下殼 23 按鍵 24 固定座 240 螺紋部 241 開孔 25 彈簧座 30 電極組件 31 套筒 310 底盤 311 螺孔段 312 直孔段 32 接觸電極 320 接觸部 321 通孔 322 透鏡 33 接電元件 330 連接臂 40 電氣模組 41 電路板 42 雷射二極體 43 微動開關 44 連接器 50 控制單元 51 雷射二極體驅動電 52 抽氣泵浦驅動電路 53 負壓感測電路 531 負壓感測器 532 :上限氣壓比較器 533 下限氣壓比較器 534 [放大器 54 輸入單元 55 電極驅動電路S 11 201235028 20 Near-end controller 21 Upper case 210, 220 Opening 21 1 Key hole 22 Lower case 23 Key 24 Fixing seat 240 Threaded part 241 Opening 25 Spring seat 30 Electrode assembly 31 Sleeve 310 Chassis 311 Screw hole section 312 Straight hole section 32 Contact electrode 320 Contact part 321 Through hole 322 Lens 33 Power supply component 330 Connection arm 40 Electrical module 41 Circuit board 42 Laser diode 43 Micro switch 44 Connector 50 Control unit 51 Laser diode drive 52 Pump Air pumping drive circuit 53 Negative pressure sensing circuit 531 Negative pressure sensor 532: Upper limit air pressure comparator 533 Lower limit air pressure comparator 534 [Amplifier 54 Input unit 55 Electrode drive circuit
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