TWI736835B - Remote intelligent acupoint stimulator - Google Patents
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Abstract
一種遠端智能穴位刺激器,包括光電主機與遠端控制器,光電主機包括第一傳輸介面、第一微處理器、複數的開關控制器與複數的穴位刺激器,遠端控制器包括第二傳輸介面、第二微處理器、顯示面板與操作模組,藉此,第一傳輸介面接收控制訊號傳輸到第一微處理器,第一微處理器依據控制訊號產生動作訊號,動作訊號傳輸到開關控制器,開關控制器啟動讓動作訊號傳輸到穴位刺激器經連接器接收控制訊號後動作;且第一溫度感測器感測穴位刺激器上的皮膚穴位溫度,產生溫度感測訊號,溫度感測訊號經第一微處理器接收傳輸到第一傳輸介面,回傳到第二傳輸介面,而顯示面板顯示顯示溫度感測訊號的數值狀態,讓使用者能依據數值裝狀態操作操作模組。 A remote intelligent acupoint stimulator, including a photoelectric host and a remote controller. The photoelectric host includes a first transmission interface, a first microprocessor, a plurality of switch controllers and a plurality of acupoint stimulators. The remote controller includes a second The transmission interface, the second microprocessor, the display panel and the operation module, whereby the first transmission interface receives the control signal and transmits it to the first microprocessor. The first microprocessor generates an action signal according to the control signal, and the action signal is transmitted to Switch controller, the switch controller starts to transmit the action signal to the acupoint stimulator and then act after receiving the control signal through the connector; and the first temperature sensor senses the temperature of the skin acupoints on the acupoint stimulator to generate a temperature sensing signal, temperature The sensing signal is received and transmitted by the first microprocessor to the first transmission interface and back to the second transmission interface. The display panel displays the value status of the temperature sensing signal, allowing the user to operate the operating module according to the value installation status .
Description
本發明係有關於一種光電療器械,特別是指一種具備遠端控制、無線充電、快速置換與便於攜帶的遠端智能穴位刺激器。 The present invention relates to a photoelectric therapy device, in particular to a remote intelligent acupoint stimulator with remote control, wireless charging, rapid replacement and easy portability.
中醫理論認為,經絡為五臟六腑之氣通於體表路徑,使用微型電極產生的電流刺激體表穴位,通過局部電流刺激經絡之氣的活動來調整人體功能,可達到防病治病的治療方法。目前臨床應用普遍以電針治療最為成功,但是大多以電針進入人體後,再以另一電針插入另一療治穴位後,將電流以電位差在兩點間通過,以現今醫學技術無法證明電流所走通路即為經絡,但是電刺激對穴位、或人體組織神經纖維等多個領域有其醫療效果,已有諸多研究證明。既然電流所走通路系依導電係數而非必然由經絡運行,那麼在中醫理論中,透過針灸刺激特定穴位以達到治療該疾病的理論,一旦使用電針治療就會產生許多不確定性,因為人體為導電體,該電流所行走的非規範性通路有許多可能通過其他穴位與經絡,而產生未知因素致而會影響治療;電流在人體內非規範性行走,除了影響臟器生物電的正常運行,對於愈來愈多的體內植入器也有較高的風險,以及治療不便性。 The theory of traditional Chinese medicine believes that the meridian is the path of the vitality of the internal organs and the six fu organs on the body surface. The current generated by the microelectrodes is used to stimulate the acupuncture points on the body surface. The local current stimulates the activity of the meridian to adjust the body's function, which can achieve the treatment of disease prevention and treatment. . At present, the most successful clinical application is electro-acupuncture. However, after the electro-acupuncture enters the human body, and then inserts another electro-acupuncture into another treatment point, the electric current is passed between two points with a potential difference. The current medical technology cannot prove the electric current. The path taken is the meridian, but electrical stimulation has medical effects on acupuncture points, or nerve fibers in human tissues, and many studies have proven it. Since the path of electric current is based on the conductivity and not necessarily run by the meridian, in the theory of traditional Chinese medicine, acupuncture is used to stimulate specific acupoints to achieve the theory of curing the disease. Once electroacupuncture is used, there will be a lot of uncertainty, because the human body It is a conductive body, and many of the non-standard pathways that the current walks may pass through other acupoints and meridians, which may cause unknown factors that will affect the treatment; the non-standard walking of the current in the human body, in addition to affecting the normal operation of the bioelectricity of the organs , There is also a higher risk for more and more implants in the body, as well as treatment inconvenience.
光刺激治療除了具有安全、便捷等特點外,不同光波長對於皮膚不同症狀有很好的治療與保健作用,從醫療上研究紅光用以加速創傷 癒合,藍光可以用於改善小兒黃疸等。隨著二極體(LED)技術的成熟,以LED作為替代療法技術也日益成熟;亦有使用光療改善皮膚品質的效果。『光療法照射對人體皮膚膚質的影響』作者李怡頻與莊琮凱更提到以綠光照射皮膚後,照射至第二周膚質變細緻最為明顯。美國皮膚科醫學期刊研究也表明,特定波長的紅光能夠進入到真皮層刺激細胞,促進蛋白增生,使細紋淡化、肌膚更有彈性。但是目前不論使用電針用於醫療中穴位治療或光療用於皮膚治療裝置的體積過大,且單價非常昂貴,不是一般消費者能購買使用,或是方便攜帶,如何應用到日常生活中,使得光療可以簡易應用,成為期待解決的問題。 In addition to the characteristics of safety and convenience of light stimulation therapy, different light wavelengths have a good therapeutic and health care effect on different skin symptoms. From the medical point of view, red light is used to accelerate trauma. Healing, blue light can be used to improve jaundice in children and so on. With the maturity of LED technology, the use of LED as an alternative therapy technology is also becoming more mature; there are also effects of using phototherapy to improve skin quality. Authors Li Yipin and Zhuang Congkai of "Effects of Light Therapy Irradiation on Human Skin Skin" even mentioned that after the skin is irradiated with green light, the skin becomes more delicate in the second week of irradiation. The American Journal of Dermatology has also shown that red light of a specific wavelength can enter the dermis to stimulate cells, promote protein proliferation, dilute fine lines and make the skin more elastic. However, whether electroacupuncture is used for medical acupoint treatment or phototherapy is used for skin treatment, the volume of the device is too large, and the unit price is very expensive, not ordinary consumers can buy and use, or easy to carry, how to apply to daily life, making phototherapy It can be easily applied, and it has become a problem that is expected to be solved.
考察既有技術時,中國申請第201320206417.4號『一種可擕式LED光療儀器』,使用多種LED共用電路板、並加上控制單元,不僅成本較高,對於只需要一種特殊療效的消費者有顯著浪費,並且其操作須手持,單人無法同時對多點治療。中國申請第201420174057.9號『一種LED光療儀』,除與前述中國申請第201320206417.4號案結構類似外,特別強調指甲固化與USB充電設計但,其無法為平面皮膚治療。中國申請第201420533433.9G號『掌上型LED光療儀』,除與前述中國申請第201320206417.4號案類似外,還特別強調指示燈與透光孔設計,但仍存有相同問題未臻理想。 When investigating existing technologies, China’s application No. 201320206417.4 "A portable LED phototherapy instrument" uses a variety of LED common circuit boards and adds a control unit, which is not only costly, but also significant for consumers who only need a special curative effect. It is wasteful, and its operation must be held in hand, so a single person cannot treat multiple points at the same time. Chinese application No. 201420174057.9 "An LED phototherapy apparatus", except for the structure similar to the aforementioned Chinese application No. 201320206417.4, especially emphasizes nail curing and USB charging design. However, it cannot be used for flat skin treatment. The Chinese application No. 201420533433.9G "Handheld LED Light Therapy Apparatus" is similar to the aforementioned Chinese Application No. 201320206417.4, but also emphasizes the design of indicator lights and light holes, but there are still the same problems that are not ideal.
再如中國公告號第CN207221127U『可置換式光電療盒』包括:一設置在殼體的可置換微型電極裝置,進而達到穴位刺激的目的,或等效置換以LED發光單元、及電池組,用來提供LED發光單元或電機所需的電能。該LED發光單元可置換紅光、黃光、藍光、綠光及/或遠紅外線發 光二極體、或是鐳射二極體等不同光波裝置,殼體上部和下部均設置有開口。根據本發明的實施例,通過可置換以微型電極裝置進而達到穴位刺激的目的,及/或置換不同功率頻率顏色的發光二極體(LED)的光波波長照射皮膚,給傳統中醫療具賦予嶄新變化、且簡易便攜者。 Another example is the Chinese Announcement No. CN207221127U "Replaceable Photoelectric Therapy Box" which includes: a replaceable micro-electrode device set in the housing to stimulate acupuncture points, or equivalently replace with LED light-emitting units and battery packs. To provide the power required by the LED light-emitting unit or motor. The LED light-emitting unit can replace red light, yellow light, blue light, green light and/or far-infrared light For different light wave devices such as light diodes or laser diodes, the upper and lower parts of the housing are both provided with openings. According to the embodiments of the present invention, the purpose of acupoint stimulation can be achieved by replacing the micro-electrode device, and/or replacing the light wave wavelengths of light-emitting diodes (LEDs) with different power frequencies and colors to irradiate the skin, giving new traditional Chinese medical equipment. Changeable and easy to carry.
但是上述光電療盒由於體積較小,內部含有的電池容量有限,操作者在長時間使用上述光電療盒進行治療時,需要經常更換電池才能保證光電療盒的再次使用,由此經常更換電池不僅操作麻煩,價格昂貴;而且廢棄的電池容易污染環境,因此需要提出一種新的技術方案來解決上述技術問題。 However, due to the small size of the photoelectric therapy box, the internal battery capacity is limited. When the operator uses the photoelectric therapy box for a long time for treatment, the battery needs to be replaced frequently to ensure that the photoelectric therapy box can be used again. Therefore, frequent battery replacement is not only The operation is troublesome and expensive; and the discarded batteries are easy to pollute the environment. Therefore, a new technical solution needs to be proposed to solve the above technical problems.
有鑑於習用有上述缺點,發明人乃針對前述缺點研究改進之道,終於有本發明產生。 In view of the above-mentioned shortcomings of conventional use, the inventor researched and improved ways to solve the above-mentioned shortcomings, and finally the present invention came into being.
本發明主要目的在於,提供一種可遠端操作,並監控使用狀態的遠端智能穴位刺激器。 The main purpose of the present invention is to provide a remote intelligent acupuncture point stimulator that can be operated remotely and monitor the usage status.
為達成上述目的及功效,本發明所採行的技術手段包括:一光電主機與一遠端控制器,其中:所述光電主機包括:一用以傳送與接收一控制訊號與一溫度感測訊號的第一傳輸介面;一與前述第一傳輸介面電性連接的第一微處理器,其接收前述控制訊號與溫度感測訊號,並依據控制訊號產生一動作訊號;複數與前述第一微處理器電性連接的開關控制器,其接收動 作訊號對外傳輸;複數分別與前述的開關控制器電性連接的穴位刺激器,其接收動作訊號產生對應的光電動作,且每個穴位刺激器分別收容在一殼體內,每個穴位刺激器分別連接一第一溫度感測器,第一溫度感測器感測人體穴位溫度產生前述溫度感測訊號;所述遠端控制器包括:一與前述第一傳輸介面相互傳輸控制訊號與溫度感測訊號的第二傳輸介面,;一預設有一溫度參數並與前述第二傳輸介面電性連接的第二微處理器,其產生前述控制訊號,並接收溫度感測訊號,並依據度感測訊號調整控制訊號;一與前述第一微處理器電性連接的顯示面板,其顯示溫度感測訊號的數值狀態;一與前述第一微處理器電性連接的操作模組,其動作後使第二微處理器產生控制訊號;藉此,第一傳輸介面接收控制訊號傳輸到第一微處理器,第一微處理器依據控制訊號產生動作訊號,動作訊號傳輸到開關控制器,開關控制器啟動讓動作訊號傳輸到穴位刺激器經連接器接收控制訊號後動作;且第一溫度感測器感測穴位刺激器上的皮膚穴位溫度,產生溫度感測訊號,溫度感測訊號經第一微處理器接收傳輸到第一傳輸介面,回傳到第二傳輸介面,而顯示面板顯示顯示溫度感測訊號的數值狀態,讓使用者能依據數值裝狀態操作操作模組。 In order to achieve the above objectives and effects, the technical means adopted by the present invention include: a photoelectric host and a remote controller, wherein: the photoelectric host includes: a control signal and a temperature sensing signal for transmitting and receiving The first transmission interface; a first microprocessor electrically connected to the aforementioned first transmission interface, which receives the aforementioned control signal and temperature sensing signal, and generates an action signal according to the control signal; a plurality of and the aforementioned first micro-processing The switch controller is electrically connected to the For signal external transmission; a plurality of acupoint stimulators respectively electrically connected to the aforementioned switch controller, which receive the action signals to generate corresponding photoelectric actions, and each acupoint stimulator is housed in a housing, and each acupoint stimulator is separately Connected to a first temperature sensor, the first temperature sensor senses the temperature of human acupoints to generate the aforementioned temperature sensing signal; the remote controller includes: a control signal and temperature sensing that mutually transmit the control signal and the aforementioned first transmission interface A second transmission interface for the signal; a second microprocessor preset with a temperature parameter and electrically connected to the aforementioned second transmission interface, which generates the aforementioned control signal, receives the temperature sensing signal, and senses the signal according to the degree Adjust the control signal; a display panel electrically connected to the first microprocessor, which displays the value state of the temperature sensing signal; an operating module electrically connected to the first microprocessor, which causes the first microprocessor to operate The second microprocessor generates a control signal; thereby, the first transmission interface receives the control signal and transmits it to the first microprocessor, the first microprocessor generates an action signal according to the control signal, the action signal is transmitted to the switch controller, and the switch controller activates The action signal is transmitted to the acupoint stimulator and the control signal is received by the connector to act; and the first temperature sensor senses the temperature of the skin acupuncture point on the acupoint stimulator to generate a temperature sensing signal, and the temperature sensing signal is processed by the first micro-processing The device receives the transmission to the first transmission interface and returns to the second transmission interface, and the display panel displays the value status of the temperature sensing signal, so that the user can operate the operating module according to the value installation status.
依上述結構,其特徵在於:所述第一溫度感測器包括複數的第二溫度感測器,第二溫度感測器用於對人體左右對稱的雙穴做體溫檢測,並產生溫度感測訊號。 According to the above structure, it is characterized in that the first temperature sensor includes a plurality of second temperature sensors, and the second temperature sensors are used to detect the body temperature of the symmetrical acupoints of the human body and generate a temperature sensing signal .
依上述結構,其特徵在於:所述第二微處理器接收溫度感測訊號並與溫度參數比對,依據比對結果調整控制訊號。 According to the above structure, it is characterized in that the second microprocessor receives the temperature sensing signal and compares it with the temperature parameter, and adjusts the control signal according to the comparison result.
依上述結構,其特徵在於:所述光電主機包括一脈搏感測器,脈搏感測器感測並輸出脈搏感測訊號,脈搏感測訊號經第一微處理器接收傳輸到第一傳輸介面,回傳到第二傳輸介面,而顯示面板顯示脈搏感測訊號的數值,且第一微處理器分析脈搏感測訊號異常時,停止動作訊號輸出到開關控制器,穴位刺激器無動作訊號輸入停止動作。 According to the above structure, it is characterized in that: the photoelectric host includes a pulse sensor, the pulse sensor senses and outputs a pulse sensing signal, and the pulse sensing signal is received and transmitted by the first microprocessor to the first transmission interface, Return to the second transmission interface, and the display panel displays the value of the pulse sensing signal, and when the first microprocessor analyzes the pulse sensing signal to be abnormal, the stop motion signal is output to the switch controller, and the acupoint stimulator stops without motion signal input action.
依上述結構,其特徵在於:所述遠端控制器包括:一定時器與一警報器,定時器與操作模組電性連接、第二微處理器電性連接,操作模組設定定時器的動作時間,則定時器於動作時間結束控制第二微處理器,令第二微處理器中斷或輸出控制訊號;警報器與第二微處理器電線連接,第二微處理器接收並判定溫度感測訊號或脈搏感測訊號為異常,則警報器產生警報狀態。 According to the above structure, it is characterized in that: the remote controller includes: a timer and an alarm, the timer is electrically connected to the operating module, the second microprocessor is electrically connected, and the operating module sets the timer Action time, the timer controls the second microprocessor at the end of the action time, so that the second microprocessor interrupts or outputs a control signal; the alarm is connected to the second microprocessor wire, and the second microprocessor receives and determines the temperature sense If the test signal or the pulse sensing signal is abnormal, the alarm will generate an alarm state.
依上述結構,其特徵在於:所述第一傳輸介面與第二傳輸介面之間為有線傳輸或無線傳輸。 According to the above structure, it is characterized in that: the first transmission interface and the second transmission interface are wired transmission or wireless transmission.
依上述結構,其特徵在於:所述穴位刺激器是紅光、黃光、藍光、綠光、及/或遠紅外線的發光二極體、及/或鐳射二極體。 According to the above structure, it is characterized in that the acupoint stimulator is a red light, yellow light, blue light, green light, and/or far-infrared light emitting diode, and/or laser diode.
依上述結構,其特徵在於:所述穴位刺激器是多個微電極所組成,微電極之間經導線集中連接到穴位刺激器,微電極藉由接觸皮膚時 產生電位差對體表、或穴位產生刺激。 According to the above structure, it is characterized in that: the acupoint stimulator is composed of a plurality of microelectrodes, and the microelectrodes are connected to the acupoint stimulator through wires. When the microelectrodes contact the skin The potential difference is generated to stimulate the body surface or acupuncture points.
依上述結構,其特徵在於:所述微型電極是呈孔狀結構,可結合一針灸針放電,用以刺激穴位或與皮膚連接處。 According to the above structure, it is characterized in that the micro-electrodes are in a hole-like structure, which can be combined with an acupuncture needle to discharge electricity to stimulate acupuncture points or joints with the skin.
依上述結構,其特徵在於:所述殼體略呈椎形體,內部為中空貫通狀,頂部與底部分別具有一上開口與一下開口,上開口環緣形成一階級,下開口環緣延伸一擴大部,所述殼體包括:一電池座,套設於前述殼體內,電池座頂部邊緣處延伸一凸緣,內部為中空並設有電池,電池座底部設有一連接器,連接器分別與前述穴位刺激器、開關控制器電性連接;一雙面膠,設置在前述殼體的擴大部底面,且前述第一溫度感測器黏貼於前述雙面膠上;藉此,前述電池模組的電池提供穴位刺激器動作的電能,穴位刺激器經連接器接收開關控制器控制訊號後動作,殼體底部以雙面膠固定於人體穴位周邊的皮膚上。 According to the above structure, it is characterized in that: the shell is slightly cone-shaped, the inside is hollow and through, the top and bottom respectively have an upper opening and a lower opening, the upper opening ring forms a step, and the lower opening ring extends and expands The housing includes: a battery holder, sleeved in the aforementioned housing, a flange extending from the top edge of the battery holder, the inside is hollow and the battery is provided, the bottom of the battery holder is provided with a connector, and the connectors are respectively connected to the aforementioned The acupoint stimulator and the switch controller are electrically connected; a double-sided tape is arranged on the bottom surface of the enlarged portion of the housing, and the first temperature sensor is adhered to the double-sided tape; thereby, the battery module The battery provides electrical energy for the action of the acupoint stimulator. The acupoint stimulator operates after receiving the control signal from the switch controller through the connector. The bottom of the shell is fixed on the skin around the acupoints of the human body with double-sided tape.
依上述結構,其特徵在於:所述電池座的凸緣表面延伸有至少一個或一個以上的凸塊;以及,所述殼體的上開口在階級處設有一滑移槽,藉此,電池座頂部的凸緣卡接到上開口的階級,且凸塊套入滑移槽內,增加電池座與殼體結合的緊密程度。 According to the above structure, it is characterized in that: the flange surface of the battery holder is extended with at least one or more bumps; The flange on the top is clamped to the upper opening stage, and the convex block is sleeved in the sliding groove to increase the tightness of the combination of the battery holder and the casing.
依上述結構,其特徵在於:所述殼體在下開口與擴大部處設有多數的穿孔。 According to the above structure, it is characterized in that the casing is provided with a plurality of perforations at the lower opening and the enlarged portion.
依上述結構,其特徵在於:所述殼體是具可繞性平板結構,則前述穴位刺激器為平板結構的電極片,以及,第一溫度感測器是貼附在 殼體表面。 According to the above structure, it is characterized in that: the housing has a flexible flat plate structure, the acupoint stimulator is an electrode sheet with a flat plate structure, and the first temperature sensor is attached to The surface of the shell.
為使本發明的上述目的、功效及特徵可獲得更具體的瞭解,依各附圖說明如下: In order to obtain a more detailed understanding of the above-mentioned purposes, effects and features of the present invention, the descriptions are as follows according to the drawings:
1:光電主機 1: photoelectric host
11:第一傳輸介面 11: The first transmission interface
12:第一微處理器 12: The first microprocessor
13:開關控制器 13: Switch controller
14:穴位刺激器 14: Acupoint stimulator
141:第一溫度感測器 141: The first temperature sensor
142:微電極 142: Microelectrode
143:導線 143: Wire
144:針灸針 144: Acupuncture Needles
15:第二溫度感測器 15: The second temperature sensor
16:脈搏感測器 16: Pulse sensor
2:殼體 2: shell
21:上開口 21: upper opening
211:階級 211: Class
212:滑移槽 212: Sliding Groove
22:下開口 22: lower opening
221:擴大部 221: Expansion Department
223:雙面膠 223: double-sided tape
224:穿孔 224: Piercing
23:電池座 23: Battery holder
231:凸緣 231: Flange
232:凸塊 232: bump
24:電池 24: battery
25:連接器 25: Connector
3:遠端控制器 3: remote controller
31:第二傳輸介面 31: The second transmission interface
32:第二微處理器 32: second microprocessor
33:顯示面板 33: display panel
34:操作模組 34: Operation module
35:定時器 35: Timer
36:警報器 36: Siren
第1圖是本發明較實施例的方塊圖。 Fig. 1 is a block diagram of a comparative embodiment of the present invention.
第2圖是本發明較實施例的殼體與穴位刺激器的立體分解圖。 Figure 2 is a perspective exploded view of the housing and acupuncture point stimulator of a comparative embodiment of the present invention.
第3圖是本發明較實施例的殼體與穴位刺激器的部分剖視圖。 Figure 3 is a partial cross-sectional view of a housing and acupoint stimulator according to a comparative embodiment of the present invention.
第4圖是本發明較實施例的殼體與穴位刺激器的側面剖視圖一。 Figure 4 is a side cross-sectional view of the housing and acupuncture point stimulator according to a comparative embodiment of the present invention.
第5圖是本發明較實施例的殼體與穴位刺激器的側面剖視圖二。 Figure 5 is a second side sectional view of the housing and acupuncture point stimulator of a comparative embodiment of the present invention.
第6圖是本發明較實施例的殼體與穴位刺激器的側面剖視圖三。 Figure 6 is the third side sectional view of the housing and the acupuncture point stimulator of the comparative embodiment of the present invention.
請參閱第1圖所示,可知本發明的結構主要包括:一光電主機1與一遠端控制器3,其中:所述光電主機1包括:一第一傳輸介面11,用以傳送與接收一控制訊號與一溫度感測訊號;一第一微處理器12,與前述第一傳輸介面11電性連接,其接收前述控制訊號與溫度感測訊號,並依據控制訊號產生一動作訊號;複數的開關控制器13,與前述第一微處理器12電性連接,其接收動作訊號對外傳輸;複數的穴位刺激器14,分別與前述的開關控制器13電性連
接,及接收動作訊號產生對應的光電動作,每個穴位刺激器14分別連接一第一溫度感測器141,第一溫度感測器141感測人體穴位溫度產生溫度感測訊號,第一溫度感測器141還包括複數的第二溫度感測器15,第二溫度感測器15用於對人體左右對稱的雙穴做體溫檢測,並產生溫度感測訊號;之所以對人體穴位處的體溫做,是因為穴位溫度的變化相對應出人體健康狀況--參考楊紫藝《穴位皮膚溫度研究之述評》、許繼宗《紅外熱成像技術分析雙側胸部穴位溫度差在冠心病診斷中的意義》等相關資料;人體單、雙穴處的體溫檢測一方面更符合中醫針灸療法要求,另一方面可以使得光電主機1的治療效果更佳;一脈搏感測器16,脈搏感測器16感測並輸出脈搏感測訊號,脈搏感測訊號經第一微處理器12接收傳輸到第一傳輸介面11;所述遠端控制器3包括:一第二傳輸介面31,與前述第一傳輸介面11相互傳輸控制訊號與溫度感測訊號,第一傳輸介面11與第二傳輸介面31之間為有線傳輸或無線傳輸;一第二微處理器32,預設有一溫度參數,與前述第二傳輸介面31電性連接,其產生前述控制訊號,並接收溫度感測訊號,並依據度感測訊號調整控制訊號;一顯示面板33,與前述第二微處理器32電性連接,顯示面板33顯示溫度感測訊號的數值狀態;一操作模組34,與前述第二微處理器32電性連接,其動作後使第二微處理器32產生控制訊號;
一定時器35,與操作模組34電性連接、第二微處理器32電性連接,操作模組34設定定時器35的動作時間,則定時器35於動作時間結束控制第二微處理器32,令第二微處理器32中斷或輸出控制訊號;
一警報器36,與第二微處理器32電線連接,第二微處理器32接收並判定溫度感測訊號或脈搏感測訊號為異常,則警報器36產生警報狀態。
Referring to Figure 1, it can be seen that the structure of the present invention mainly includes: a photoelectric host 1 and a
藉此,第一傳輸介面11接收控制訊號傳輸到第一微處理器12,第一微處理器12依據控制訊號產生動作訊號,動作訊號傳輸到開關控制器13,開關控制器13啟動讓動作訊號傳輸到穴位刺激器14經連接器25(請參閱第2圖所示)接收控制訊號後動作;且第一溫度感測器141感測穴位刺激器14上的皮膚穴位溫度,產生溫度感測訊號,溫度感測訊號經第一微處理器12接收傳輸到第一傳輸介面11,回傳到第二傳輸介面31,而顯示面板33顯示顯示溫度感測訊號的數值狀態,讓使用者能依據數值裝狀態操作操作模組34。
Thereby, the
在使用的過程中,脈搏感測器16感測並輸出脈搏感測訊號,脈搏感測訊號經第一微處理器12接收傳輸到第一傳輸介面11,回傳到第二傳輸介面31,而顯示面板33顯示脈搏感測訊號的數值,且第一微處理器12分析脈搏感測訊號異常時,停止動作訊號輸出到開關控制器13,穴位刺激器14無動作訊號輸入停止動作。
During use, the
請同時參閱第1至4圖所示,本實施例中,所述穴位刺激器14是紅光、黃光、藍光、綠光、及/或遠紅外線的發光二極體、及/或鐳射二極體,但,並非現定本案的穴位刺激器14僅為發光二極體、及/或鐳射
二極體。每個穴位刺激器14分別收容在一殼體2內,所述殼體2略呈椎形體,內部為中空貫通狀,頂部與底部分別具有一上開口21與一下開口22,上開口21環緣形成一階級211,階級211處設有一滑移槽212,下開口22環緣延伸一擴大部221,下開口22與擴大部221處設有多數的穿孔224,所述殼體2包括:一電池座23,套設於前述殼體2內,電池座23頂部邊緣處延伸一凸緣231,凸緣231表面延伸有至少一個或一個以上的凸塊232,電池座23內部為中空並設有電池24,底部設有一連接器25,連接器25分別與前述穴位刺激器14、開關控制器13電性連接;一雙面膠223,設置在前述殼體2的擴大部221底面,且前述第一溫度感測器141黏貼於前述雙面膠223上;藉此,電池座23頂部的凸緣231卡接到上開口21的階級211,且凸塊232套入滑移槽212內,增加電池座23與殼體2結合的緊密程度,前述電池24模組的電池24提供穴位刺激器14動作的電能,穴位刺激器14經連接器25接收開關控制器13控制訊號後動作,殼體2底部以雙面膠223固定於人體穴位周邊的皮膚上。
Please refer to Figures 1 to 4 at the same time. In this embodiment, the
穴位刺激器14為發光二極體、及/或鐳射二極體時,將不同光源照射皮膚,使特殊光波能穿透皮膚進入人體的穴位中可刺激經絡,達到治療疾病的目的;據美國太空總署(NASA)研究報告指出,在紅外線內對人體有幫助為4-14微米中紅外線可穿過皮膚,直接使肌肉、皮下組織等產生熱效應,來加速血液物質迴圈、增加新陳代謝、減少疼痛、增加肌肉鬆弛、產生按摩效果等。在被廣泛用在治療的領域及研究表明,
短波紅外線,它的滲透能力最強,可以穿透人體組織5-10毫米,達到疏通經脈,緩解疼痛,活血等效果。
When the
應注意的是,所述殼體2進一步可以是具可繞性平板結構,則前述穴位刺激器14為平板結構的電極片,以及,第一溫度感測器141是貼附在殼體2表面。
It should be noted that the
請參閱第5圖所示,本實施例相較於前述第1至4圖實施例的特點在於:所述穴位刺激器14是多個微電極142所組成,微電極142之間經導線143集中連接到穴位刺激器14,微電極142藉由接觸皮膚時產生電位差對體表、或穴位產生刺激。
Please refer to Fig. 5, the feature of this embodiment compared with the aforementioned embodiments in Figs. 1 to 4 is that: the
請參閱第6圖所示,本實施例相較於前述第1至5圖實施例的特點在於:所述微型電極142是呈孔狀結構,可結合一針灸針144放電,用以刺激穴位或與皮膚連接處。
Please refer to Fig. 6, the feature of this embodiment compared to the aforementioned embodiments in Figs. 1 to 5 is that the micro-electrode 142 has a hole-like structure and can be combined with an
綜合以上所述,本發明的遠端智能穴位刺激器實為一具新穎性及進步性的發明,爰依法提出申請發明專利;惟上述說明的內容,僅為本發明的較佳實施例說明,舉凡依本發明的技術手段與範疇所延伸的變化、修飾、改變或等效置換者,亦皆應落入本發明的專利申請範圍內。 In summary, the remote intelligent acupuncture point stimulator of the present invention is indeed a novel and progressive invention, and Yan applied for a patent for invention in accordance with the law; however, the content of the above description is only a description of the preferred embodiments of the present invention. Any changes, modifications, alterations, or equivalent replacements extended according to the technical means and scope of the present invention should also fall within the scope of the patent application of the present invention.
1:光電主機 1: photoelectric host
11:第一傳輸介面 11: The first transmission interface
12:第一微處理器 12: The first microprocessor
13:開關控制器 13: Switch controller
14:穴位刺激器 14: Acupoint stimulator
141:第一溫度感測器 141: The first temperature sensor
15:第二溫度感測器 15: The second temperature sensor
16:脈搏感測器 16: Pulse sensor
3:遠端控制器 3: remote controller
31:第二傳輸介面 31: The second transmission interface
32:第二微處理器 32: second microprocessor
33:顯示面板 33: display panel
34:操作模組 34: Operation module
35:定時器 35: Timer
36:警報器 36: Siren
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CN201820866170.1U CN209123196U (en) | 2018-06-05 | 2018-06-05 | A kind of multifunctional light electrotherapy box |
CN201820866170.1 | 2018-06-05 | ||
CN201810719905.2 | 2018-07-03 | ||
CN201810719905.2A CN108785060A (en) | 2018-07-03 | 2018-07-03 | The intelligent acupoint stimulation device in distal end |
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TW202002932A TW202002932A (en) | 2020-01-16 |
TWI736835B true TWI736835B (en) | 2021-08-21 |
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CN204485108U (en) * | 2015-03-10 | 2015-07-22 | 北京大学深圳医院 | Wearable laser therapy detection system |
TWM532885U (en) * | 2015-06-24 | 2016-12-01 | Hung-Yeh Du | Micro light-stimulation system adapted for implantation in human body |
CN205903525U (en) * | 2016-06-07 | 2017-01-25 | 浙江中医药大学附属第三医院 | Flexible close skin electricity needle of miniature monolithic formula |
CN207221127U (en) * | 2017-01-22 | 2018-04-13 | 上海拓勤贸易有限公司 | Replaceable type photoelectricity treats box |
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CN204485108U (en) * | 2015-03-10 | 2015-07-22 | 北京大学深圳医院 | Wearable laser therapy detection system |
TWM532885U (en) * | 2015-06-24 | 2016-12-01 | Hung-Yeh Du | Micro light-stimulation system adapted for implantation in human body |
CN205903525U (en) * | 2016-06-07 | 2017-01-25 | 浙江中医药大学附属第三医院 | Flexible close skin electricity needle of miniature monolithic formula |
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