1254643 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種可程式記憶之調變中頻載波電療器，尤指 一種可根據被理療者之疾病部位的深淺、病理原因及理療需求的 方式來作調變而加以製作或修改資料（處方），並儲存於資料記憶 單元，以達療程中之適用性及準確性，進而使電學轉變成醫學， 以發揮電療之最佳療效。 【先前技術】 按，一般現行繁多的電療器中其所輸出之脈波訊號，不外採 單一模式或固定模組之方式來進行理療，而此習用之理療過程， 根本無法讓理療者確實掌握錢所在及紐之準雜，因被理療 者之疾病部位的深淺、病理原因及理療需求各有不同，因此適用 生也就不同’所以以單一模式或固定模組之脈波訊號方式來進行 理療，於實際使用上根本無法符合使用者之所需。 況且’現行之電療料均細制步健方絲進行理療， 而所謂非同步信號係為兩組不均等的信號輸出及速度下同時作用 於被理療者之疾病部辦，因—般人對於電學方面的常識 ，認知 ^就不夠深人，加上_步信號方式進行理療，於兩組不均等的 佗號輸出及速度下進仃，往往會造成被理療者身心上的負擔而感 到恐懼； 再者’由於現行之電療器中其輸出之脈波訊號啟動裝置係為 接點式開關，而該接點式開關在其動作⑽或OFF)的瞬間， 1254643 或多或少都會有突波產生，而此突波往往會造成被理療者身心上 的不適，故以一般現行之電療器於實際使用上仍不符合使用者之 所需。 【發明内容】 因此’本發明之主要目的係在於提供可根據被理療者之疾病 部位的深淺、病理原因及理療需求的方式，藉由調變中纖波的 方式而加以製作處方，以達電療之最佳療效。本發明之另一目的 係在於提供可依不__所麵加贿改f料並齡於資料記 憶單元’以達療程中之適用性及準確性。本發日月之再—目的係在 於可直接以中頻波（中頻方波）作用於人體，並將調變後的低頻 波、極低頻波（調變波）是藉由中頻波的幅度變化滲入人體，因 此’在理療時’對於人體較深層的部位均能達到較大的電療效果 本發明之又-目的絲於可讓轉者無理療棚之互動更為 確實’以發揮電療之最佳效果，不但可節省醫療成本，且對醫療 時效上也大為縮短許多。1254643 IX. Description of the invention: [Technical field of the invention] The present invention relates to a modulated intermediate frequency carrier electric therapy device, in particular to a depth, pathological reason and physical therapy requirement of a diseased part of a physiotherapy subject. The method is to make or modify the data (prescription) and store it in the data memory unit to achieve the applicability and accuracy of the treatment, and then convert the electricity into medicine to exert the best effect of the electrotherapy. [Prior Art] According to the pulse signals output by the current multi-function electrotherapy devices, the physical therapy is performed by a single mode or a fixed module, and the physiotherapy process cannot be used by the physiotherapy. The money and the New York are mixed, because the depth of the diseased part of the physiotherapy, pathological reasons and physical therapy needs are different, so the application is different. So the physiotherapy is performed by a single mode or a fixed module pulse signal. In fact, it cannot meet the needs of users in actual use. Moreover, 'the current electrotherapy materials are fine-grained step-by-step square wire for physiotherapy, and the so-called non-synchronous signal system is used for the two groups of unequal signal output and speed at the same time acting on the disease department of the physiotherapy, because the average person for electricity Common sense of knowledge, cognitive ^ is not deep enough, plus _ step signal for physical therapy, in the two groups of unequal nickname output and speed, often cause the physical and mental burden of the physiotherapy and fear; 'Because the current pulse signal activation device in the current electrotherapy device is a contact switch, and the contact switch is at the moment of its action (10) or OFF), 1254643 will have more or less surges. However, this violent wave often causes physical and mental discomfort to the physiotherapy person. Therefore, the current current electrotherapy device does not meet the needs of the user in actual use. SUMMARY OF THE INVENTION Therefore, the main object of the present invention is to provide a prescription for modulating a medium-fibrous wave according to the depth of the diseased part of the physicist, the pathological reason, and the physiotherapy demand. The best effect. Another object of the present invention is to provide an applicability and accuracy that can be used in the course of treatment by providing a bribe and changing the material. The purpose of this issue is to apply the medium frequency wave (intermediate frequency square wave) to the human body directly, and to modulate the low frequency wave and the very low frequency wave (modulated wave) by means of the intermediate frequency wave. The amplitude changes into the human body, so the 'in the physiotherapy' can achieve a larger electrotherapy effect on the deeper parts of the human body. The purpose of the invention is that the purpose of the silk can make the interaction of the physiotherapy shed more accurate. The best results not only save medical costs, but also greatly reduce the medical timeliness.
為達上述之目的，本發明係一種可程式記憶之調變中頻載波 ^器（請參閱第1所示），其係包含··一用以作為電療器運 之中央處理單，一分別與中央處理單元電性連接，係用 ^存程式（軟體）’而該程式記憶單元係可設置中央處理單元 ^ ’而為-_財記憶單元，另，雜式記 連接於中央處理單元外部，而為—外部程式記憶單元；-分L 1254643 中央處理單元電性連接 資料之資料記憶單元;—八同絲及調變後之調變波組 取或編輯資触鮮-央處理早70紐連接，用以選 別與中输mrr敝軸係分 元,·,央處㈣示輸出單 變波組資料之亀… 胃軸單元中之調 將早70卜射央處理單元紐連接，用以 广°思早凡中之調變波組資料作數位/類比之轉換，藉以產 =波組之信號轉換單元；一與信號轉換單元電性連接，用以驅 動以域娜單元之信號輸出驅動單元（以同步信號輸出方式進 仃）’ 一與域轉換單元電性連接，用以顯示該電療器信號輸出 狀=之信號輸出顯示單元；—分顺中央處理單元及信號輸出驅 動單凡電性連接，㈣組獨立雜輸料，㈣蚊信號輸出與 否之信號輸出啟動單元；-分別與中央處理單元及信號輸出啟動 單7L電性連接’而當因供電不穩，或干擾源產生突波時便會切 斷輸出啟動裝置而停止信號輸出，以防止過電壓現象之信號過電 壓保護單元；藉此，可以資料記憶單元記憶調變波，以供製作不 同疾病部位的深淺、病理原因及理療療程使用，且可隨時針對被 理療者之疾病部位的深淺、病理原因及理療需求的方式，而將病 理處方各別攀作，且無論是個別處方或病理療程之製作，都可依 不同的病理所在而加以修改資料並儲存於資料記憶單元，以達療 程中之適用性及準確性，進而使電學轉變成醫學，以發揮電療之 1254643 最佳療效。 【實施方式】 請參閱第-至第十圖所示，係本發明之架構示意圖、本發明 調慶波組之多項式函數_示意圖、本發明之崎靖中頻載波 :意圖、本發明之斷續調變中頻載赫意圖、本發_變波組之 多項式函數圖形示意圖、本發明之間歇調變中頻裁波示意圖、本 發明之斷續職巾頻紐示意圖、本發_變波組之多項式函數 圖形示意圖、本發明之間歇調變帽載赫意®、本發明之斷續 調變中頻載波示意圖。 “本發明係為-種可程式記憶之調變巾賴波電療器（1 )， :=調變中頻載波之方式，經調變後產生一調變波，此調變波 係可應用於理療、穴位、保健、豐胸、鍛練肌肉及按摩上 由一中央處理單元（1Q)'—姉_元 資料 =元(⑴、-資料輸入單元⑴)、一警示輸二 1 3 )、-編輯顯示單元（工4 )、一信號轉換單元 早％ (1 6 )、—錢輸錢示單元（1 7 )、一信號 1用資Γ (18)及—信號過電壓保護單元（19)所制 部位=ΓΓ元（11)記憶調變波組，以供製作不同疾病 令病理棚及理療療程個，对 :Γ深::病理原因及理療需求的方式，而將病理= 且無喊個別處方或病理療程之製作，都可依不同# 1254643 病理所在而加以修改資料並儲存於f料記憶單元（丨丨），以達 療程中之適用性及準確性，並可直接以中撇（中頻方波）作用 於人體並將調變後的低頻波、她頻波（調變波）是藉由中頻 波的幅度變化滲人人體’因此，在理療時，對於人體較深層的部 位均能達到較大的電療效果。 一中央處理單元（i 〇): 係用以作為電療H⑴各單元之運算中心，且該中央處理單 元（10)係搭配有-程式記憶單元（1 0 1 )，係用以儲存程 式(於體）而該程式魏單元（1 〇 i )係可設置中央處理單 兀;（1 ϋ)内部，而為一内部程式記憶單元（1 〇1 )，乃該程 气隱單元（1 0 1 )亦可電性連接於中央處理單元（1 〇) 外部，而為-外部程式記憶單元（丨〇工）。 一資料記憶單元（1工） 係與上述之中央處理單元（1 〇)電性連接，伽以儲存不同 :’、調變後的低頻波、極低頻波(調變波)之調變波組資料， 使本發明爾触切料觀_方式設計 ，將病理處方各 別製作’製作後再依_處方來製作病理療程 ，此過程無論是 個別處方或病理練之製作，都可鮮_所在而加以修 改資料並鱗於資料記憶單元（1 1 )，以達療程中之適用性 準確! 生於此方式製作處方，再依處方製作療程，其原理是 利用一中頻方波(範圍以Hz. Hz)作為載波，並應用此 裁波經調變後產生— 而極低頻部份:0 2H 軌·其低頻部份:2Hz〜150Hz， —資料輪人單元（12): 更極低頻）° 係分別與上述之中央處理 或編輯資料記憶單^ =電性連接’係用以選取 可為叹波組之貝料，而該資料輸入單元係 —警示輪出單元（13): 係分別與上述之中央 出單元」(1〇)電性連接 ’而該警示輸 之馨示輪出/可為八’係用以作為電療器（1)狀態 輪二I )資:輪_ 聲音輪中術術），並以不同之 一編輯顯示單元（14): 理單元（1G)紐連接，魏编輯顯示單 細，卿啦她憶單元（1 一“號轉換單元（丄5 ) ·· 單元(中t處理單元(1〇)電性連接，用以將資料記憶 生調變波組。調變波組資料作數位/類比之轉換，藉以產 1254643 一信號輸出驅動單元（丄6 ): 係與上述之信號轉換單元（15)電性連接，係用以驅動該信 號轉換單元（15)動作。 一信號輸出顯示單元q 7): 係與上述之信號轉換單元（丄5)電性連接，該信號輸出顯示 单元（1 7)係可為一發光二極體(LED)，係用以顯示該電療器 (1)信號輸出之狀況。 一信號輸出啟動單元（丄8 ): φ 係分別與上述之中央處理單元（1 〇 )及信號輸出驅動單元（工 6)電性連接，而該信號輸出啟動單元（18)係經由中央處 理單兀（10)之驅動，而使該信號輸出啟動單元（18)以 兩組獨立L號輪出埠透過信號輸出驅動單元（16)以同步信 號輸出方式進行，在均等信號輸出及同步速度下進行理療，這 大大降低被理療者身心上的負擔而免於恐懼，乃該信號輸出啟 動單元（18)係為兩組獨立非接點式開關，其主要用途是允鲁 許信號輸出與否，也可以說是保護被理療者於理療時，因市電 不穩或干擾源產生突波而導致過電壓現象，致使被理療者身心 上的不適，而所設計的一個保護單元。 一信號過電壓保護單元（19): 分別與上述之中央處理單元（10)及信號輸出啟動單元（1 8)電性連接’當因供電不穩，或干擾源產生突波時，便會切 11 1254643 斷信號輪出啟動單元（18 ) 而停止信號輪出，For the purpose of the above, the present invention is a programmable memory modulating intermediate frequency carrier (see FIG. 1), which includes a central processing unit for use as an electrotherapy device, and a separate The central processing unit is electrically connected, and the program memory unit is configured to set the central processing unit ^' to be a -_ memory unit, and the miscellaneous note is connected to the outside of the central processing unit. For the external program memory unit; - minute L 1254643 central processing unit is electrically connected to the data memory unit of the data; - the eight-wire and the modulated modulated wave group are taken or edited. It is used to select and divide the mrr敝 axis system, and the central office (4) shows the output of the single-variable wave group data... The adjustment in the stomach axis unit will be connected to the early processing unit. The data of the variable wave group in the early stage is converted into digital/analog, and the signal conversion unit of the wave group is used; and the signal conversion unit is electrically connected to drive the signal output unit of the domain unit (to synchronize Signal output mode)) The domain conversion unit is electrically connected to display the signal output display unit of the electric therapy device signal output state; - the sub-shun central processing unit and the signal output drive single electrical connection, (4) the group of independent miscellaneous materials, and (4) the mosquito signal output Whether or not the signal output starting unit; - respectively, is electrically connected to the central processing unit and the signal output starter 7L, and when the power supply is unstable or the interference source generates a glitch, the output starting device is turned off and the signal output is stopped. A signal overvoltage protection unit for preventing overvoltage phenomenon; thereby, the data memory unit can memorize the modulated wave for use in making depth, pathological reasons and physiotherapy courses for different disease parts, and can be used for the diseased part of the physiotherapy at any time. The depth of the pathology, the pathological reasons and the way of physiotherapy needs, and the pathological prescriptions are separately cultivated, and whether it is the production of individual prescriptions or pathological treatments, the data can be modified according to different pathological conditions and stored in the data memory unit. The applicability and accuracy of the treatment process, and then the transformation of electricity into medicine, in order to play the best effect of electro-therapy 1254643. [Embodiment] Please refer to the structure of the present invention, which is a schematic diagram of the architecture of the present invention, a polynomial function of the modulation group of the present invention, a schematic diagram, and a squaring intermediate frequency carrier of the present invention: an intention, an intermittent of the present invention. Schematic diagram of the modulation of the intermediate frequency, the polynomial function of the present invention, the schematic diagram of the intermittent modulation intermediate frequency modulation of the present invention, the schematic diagram of the intermittent service of the present invention, and the present invention Schematic diagram of the polynomial function, the intermittent modulation cap of the present invention, and the schematic diagram of the intermittent modulation intermediate frequency carrier of the present invention. "The invention is a kind of tunable towel ray wave electric therapy device (1), := modulating the intermediate frequency carrier, and after modulation, a modulating wave is generated, and the modulating wave system can be applied to Physiotherapy, acupoints, health care, breast enhancement, muscle training and massage by a central processing unit (1Q) '-姊_yuan data = yuan ((1), - data input unit (1)), a warning input 2 1 3), - edit display Unit (work 4), a signal conversion unit early % (1 6 ), money conversion unit (1 7 ), a signal 1 resource (18) and - signal overvoltage protection unit (19) =ΓΓ元(11) Memory modulation wave group for making different diseases and pathology sheds and physiotherapy courses, for: Γ deep:: pathological reasons and physiotherapy needs, and pathology = no individual prescription or pathology The treatment of the treatment can be modified according to the different pathology and stored in the f memory unit (丨丨) to achieve the applicability and accuracy of the treatment, and can be directly used in the middle frequency (intermediate frequency square wave) The low frequency wave acting on the human body and modulated, her frequency wave (modulated wave) is the amplitude of the medium frequency wave The change infiltrates the human body. Therefore, in the physiotherapy, a deeper part of the human body can achieve a larger electrotherapy effect. A central processing unit (i 〇): used as a computing center for each unit of electrotherapy H (1), and the center The processing unit (10) is equipped with a program memory unit (1 0 1 ) for storing a program (in the body) and the program Wei unit (1 〇i) is capable of setting a central processing unit; (1 ϋ) internal As an internal program memory unit (1 〇1), the program hidden unit (1 0 1 ) can also be electrically connected to the outside of the central processing unit (1 〇), and is an external program memory unit (completed) A data memory unit (1 work) is electrically connected to the above-mentioned central processing unit (1 〇), and the gamma is stored differently: ', the modulated low frequency wave, the extremely low frequency wave (modulated wave) modulated wave Group data, so that the invention can be used to design the pathological prescriptions, and then make the pathological treatment according to the prescription. This process can be made by individual prescriptions or pathological exercises. Modify the data and scale it to the data memory Yuan (1 1 ), in order to achieve the applicability of the treatment is accurate! Born in this way to make a prescription, and then according to the prescription process, the principle is to use an intermediate frequency square wave (range Hz. Hz) as the carrier, and apply this The cut wave is generated after modulation - and the extremely low frequency part: 0 2H track · its low frequency part: 2Hz ~ 150Hz, - data wheel unit (12): more extreme low frequency) ° system and the above central processing or editing The data memory unit ^=electrical connection' is used to select the material that can be the sin wave group, and the data input unit is the warning wheeling unit (13): the system and the central unit above (1) Electrical connection 'and the warning of the loss of the ring / can be eight ' is used as an electric therapy device (1) state wheel II I): wheel _ sound wheel in the surgery), and edited with one of the different Unit (14): Unit (1G) button connection, Wei edit display single fine, Qing Lai her unit (1 "number conversion unit (丄5) · · unit (in t processing unit (1〇) electrical connection Used to memory the data to change the wave group. The modulated wave group data is converted into a digital/analog ratio to generate a 1254643 signal output driving unit (丄6): electrically connected to the signal conversion unit (15), and is used to drive the signal conversion unit (15) action. a signal output display unit q 7): is electrically connected to the signal conversion unit (丄5), and the signal output display unit (17) can be a light emitting diode (LED) for displaying the The condition of the signal output of the electrotherapy device (1). a signal output starting unit (丄8): φ is electrically connected to the central processing unit (1 〇) and the signal output driving unit (work 6), respectively, and the signal output starting unit (18) is via a central processing unit兀(10) is driven, and the signal output starting unit (18) is driven by two sets of independent L-numbers through the signal output driving unit (16) in a synchronous signal output manner, at equal signal output and synchronous speed. Physiotherapy, which greatly reduces the physical and mental burden of the physiotherapy and avoids fear. The signal output starting unit (18) is a set of two independent non-contact switches. Its main purpose is to allow the signal output or not. It can be said that it is a protection unit designed to protect the physiotherapy from being over-voltage due to unstable mains or interference sources, resulting in physical and mental discomfort. A signal over-voltage protection unit (19): electrically connected to the central processing unit (10) and the signal output starting unit (18), respectively, when the power supply is unstable, or the interference source generates a glitch, it will be cut. 11 1254643 The signal is turned off and the start unit (18) is turned off, and the stop signal is turned on.
正怡琥輸出，免於被理療者身心上的傷宏 之可程式記憶之調變中頻載波電療器。 而本發明之任-調變波組的製作過程，料加_ 鲁The positive yoke output is free of the IF carrier electric therapy device that can be modified by the physical and mental health of the physiotherapy. However, the production process of the arbitrary-modulated wave group of the present invention is expected to be added.
可製作成更極低頻。 而本發明之調變波組的製作過程，由調變波組第三、四、· 六、七、九圖及第十圖作為實施範例而加以說明：其係由任一 數干多項式方程式產生任_函數圖形（如第二、五圖及第八圖 所示）後（而不同的數學多項式方程式或方程式之參數值改變， 都會產生不_函數®形，故可產生無紐化之圖形。），藉由 此函數圖I (如第二、五圖及第人圖所示），經調變中頻載波製 作相對稱的低頻（給予正半週及負半週之參數），隨著函數圖形 12 1254643 (如第二、五圖及第八圖所示）之幅度⑻變化來完成極低頻之 製圖，而調變波組第三、四、六、七、九圖以及第十圖，任一 組調變波作用於人體時，都有其電波生理作用。 另，本發明基於第-圖之架構，可以發展出如第十一圖所示 之可行實施例，以藉由圖式說明： 1、 本發明之資機人私柯峨置—域速魏選擇鍵（i 2 A)’利用快速功能選擇鍵（i 2 A )，可以簡化輸入型態。 2、 本發明可錢-電池㈣單元⑵，軌提供市電供應不穩 定時之備用供應電源。進一步確保本發明之供電穩定，同時 當停電時’可以以電池所蓄積之電量，供應直流電源。同時， 該電池控鮮元（2 )，尚可以兼具級電之控制，與電量之 存量警示裝置。 3、 本發明特職置-信號輸出量控制單元（3 )(可以為旋钮之 硬體元件是知，本發明針對信號輸出雖有一總量控制缺 而’為了對於被理療者之疾病部位崎淺、病理原因及理療 需求的方式不同’所以，本發明特別針對每一信號輸出均設 有-獨立之信號輸出量控制單元（3 )(可以為旋钮之硬體元 件）。因此，可以微調控制量，來調節每—患部之耐受度（量 )，因此信號輸出量控制單元可以對於患者在每—個部位之耐 受度（量）’獲得個別控制，而使患者更適於接受。待微調控 13 1254643 制量調節完畢之後，再由總量控制作全面調節。 4、另，本發明於中央處理單元（丄〇 )連料（p〇RTi 瞧.刪，可以延伸至少一組之信號輪出位移控制單元 (4 )，並且由各信號輸出位移控制單元（4 )搭配— 統（A1): 系、 信號轉換單元（15) 信號輸出驅動單元（16) 信號輸出顯示單元（17) 信號輸出啟動單元（18 ): 信號過電壓保護單元（19 ) 信號輸出量控制單元（3 ) 本創作之中央處理單元（i 0)可以另以多個連接埠， 達到連接多組，而分別利用時間差，對於患者接受理療之部 位形成間歇性之治療效果（患者可以感受到如波浪在時間差 之下的波峰效果），且利用一個中央處理單元（丄〇 )在時 間上之控制與調整，即可達成效果。 5、另，本發明可以因應病患所能耐受之狀態，設定一組動態信 號輸出過電壓保護單元，並且與靜態信號輸出過電壓保護單 70形成可切換之狀態。以提供病患在接受理療時，可以自行 依據患者之耐受度，對於總量初值進行設定。動態信號輸出 過電壓保護方面，是信號輸出後之當即閂鎖設定，換言之， 1254643 k號輸出任意調整輸出量大小之任意量之後當即問鎖設定在 這一個定點上，只要如前述之異常現象或人為操作超過此一 定點值，就會馬上切斷信號輪出啟動裝置而停止信號輸出。 當然，病患也可以不作動態信號輸出過電壓保護，而單純使 用預先設定之靜態方式作信號輸出過電壓保護而已。所以動 態過單元，兼具_鏡壓過大权賴措施效果。 上述之製作過程皆可透過為一液晶顯示器(LCD)之編輯顯示 單元來達成其製作的目的，而每—製作完成後之調變波組都 可視為單-處方(如調魏組:第三、四、六、七、九圖及第 十圖所不）’此翠—處料編輯雕可啊進行實際測試，戍 實際測試H改社叙任_參數值(如第二、五、八圖、 (第三、四圖）、（第六、七圖）、（第九、十圖）内之任-參 數值’其函數__變波組之頻率及幅度也會跟著變化， 因任=調變波（處方）作·人體時，都有其電波生理作 :二調t數值的變化，直到實際測試作用於人體病理 以:爾後製:二可將此單一處方儲存於資料記憶單元裡， : 、程使用，至於本發明於製作療程時，係將上 述儲存於資料記憶單元 ’、夺上 、山 （11)裡的任一調變波組（第三、 二-、七、九圖及第十圖），從資料記憶單元 存於資料記料元（τ Ί、 絲此療知儲 4 1)裡，以供爾後療程使用。同理， 15 1254643 在製作療程時，其過程也可以如上述單一處方之製作方式一 樣，直到實際測試作用於人體病理之適用時，再將此療程儲 存於負料3己憶夺元（11)裡’以供爾後療程使用’如此， 即可成為完整多樣化之療程。而該調變中頻載波之電療法對 於理療上的作用如下說明： /、中頻波：是一種滲透力。頻率越高滲透力越深，反之；如不 被調變的中頻波，只是一單純的中頻波，其滲透力就不明顯 了。 二、低頻波：是一種作用力。頻率越低作用力越強，反之；如不 經調變後的低頻波、極低頻波(調變波），只是一單純的低頻 波、極低頻波，因其作用力太強，容易造成被理療者身體上 的不適，且有電解作用，易造成皮膚受損。 結之，兩者缺一不可，只有渗透力而沒有作用力，其滲透力道 不足，不容易引起神經肌肉組織的興奮，反之；只有作用力而沒 有滲透力，其作用力也僅於皮膚表層，容易造成被理療者身體上 的不適，且有電解作用，易造成皮膚受損。 所以，結合兩者後；直接作用於人體的是中頻波，其中經調變 後的低頻波、極低頻波(調變波)是靠中頻波的幅度變化滲入人體 ，因此，在理療時，對於人體較深層的部位均能達到較大的電療 效果。 16 1254643 惟以上所述者，僅為本發明之較佳實施例而已，當不能以此 限定本發明實施之範圍；故，凡依本發明申請專利範圍及發明說明 書内容所作之簡單的等效變化與修飾，皆應仍屬本發明專利涵蓋 之範圍内。Can be made into a more extremely low frequency. The fabrication process of the modulated wave group of the present invention is illustrated by the third, fourth, sixth, seventh, nine, and tenth modulation waveforms as an example of implementation: it is generated by any number of dry polynomial equations. After the _ function graph (as shown in the second, fifth and eighth diagrams) (and the parameter values of different mathematical polynomial equations or equations change, a non-function® shape is generated, so that a graph with no nucleation can be produced. ), by means of the function diagram I (as shown in the second, fifth and first figures), the symmetrical intermediate frequency carrier is used to make a symmetrical low frequency (giving the parameters of the positive half cycle and the negative half cycle), along with the function Figure 12 1254643 (as shown in Figures 2, 5, and 8) varies in amplitude (8) to complete the mapping of very low frequencies, while the modulated wave groups are third, fourth, sixth, seventh, nine, and tenth. When a group of modulated waves act on the human body, they all have radio wave physiological effects. In addition, the present invention is based on the architecture of the first figure, and a feasible embodiment as shown in the eleventh figure can be developed to illustrate by the following: 1. The privilege of the privilege of the present invention - the domain speed Wei selection The key (i 2 A)' uses the quick function selection key (i 2 A ) to simplify the input type. 2. The invention can be used for the money-battery (four) unit (2), and the rail provides an alternate supply of power for the unstable supply of the commercial power. Further, it is ensured that the power supply of the present invention is stable, and at the same time, when the power is turned off, the DC power source can be supplied with the amount of electricity accumulated by the battery. At the same time, the battery control unit (2) can still have both the control of the level and the inventory warning device of the power. 3. The special-position-signal output control unit (3) of the present invention (the hardware component of the knob can be known, the present invention has a total amount of control for the signal output, and is lacking in order to be a diseased part of the diseased person) The pathological reasons and the physiotherapy needs are different. Therefore, the present invention is specifically provided with an independent signal output control unit (3) (which can be a hard component of the knob) for each signal output. Therefore, the amount of control can be finely adjusted. To adjust the tolerance (quantity) of each affected part, so the signal output control unit can obtain individual control for the patient's tolerance (quantity) at each part, making the patient more suitable for acceptance. After the regulation 13 1254643 is adjusted, the total control is used for overall adjustment. 4. In addition, the invention is implemented in the central processing unit (丄〇), which can extend at least one set of signal wheels. Displacement control unit (4), and each signal output displacement control unit (4) is matched with system (A1): system, signal conversion unit (15) signal output drive unit (16) signal output display unit 17) Signal output start unit (18): Signal overvoltage protection unit (19) Signal output control unit (3) The central processing unit (i 0) of this creation can be connected to multiple groups by multiple connections. Using the time difference, respectively, to form an intermittent therapeutic effect on the part of the patient receiving the physiotherapy (the patient can feel the peak effect such as the wave under the time difference), and use a central processing unit (丄〇) to control and adjust in time, The effect can be achieved. 5. In addition, the present invention can set a dynamic signal output overvoltage protection unit according to the state that the patient can tolerate, and form a switchable state with the static signal output overvoltage protection sheet 70. When the patient receives the physiotherapy, he can set the initial value according to the patient's tolerance. The dynamic signal output overvoltage protection is the latch setting immediately after the signal is output. In other words, the 1254643 k output is arbitrary. After adjusting the output amount to any amount, the call lock is set at this fixed point, as long as the abnormal phenomenon or person as described above In order to operate beyond this certain value, the signal will be turned off immediately to stop the signal output. Of course, the patient can also not use the dynamic signal output overvoltage protection, but simply use the preset static mode for signal output overvoltage. Protection only. Therefore, the dynamic unit has the effect of _ mirror pressure over the right. The above production process can be achieved by editing the display unit of a liquid crystal display (LCD), and each production is completed. The tunable wave group can be regarded as a single-prescription (such as the Tween group: the third, fourth, sixth, seventh, ninth and tenth figures). The actual test H reforms the _ parameter value (such as the second, fifth, eighth, (third, fourth), (sixth, seventh), (ninth, tenth)) - parameter value 'its The frequency and amplitude of the function __changing wave group will also change. Because of the = modulation wave (prescription) for the human body, there are radio wave physiology: the change of the t value of the tune until the actual test acts on the human pathology. To: after the system: two can be this single place The party is stored in the data memory unit, and is used by the program. As for the invention, the above-mentioned modulation wave group stored in the data memory unit ', shangshang, mountain (11) is used for the treatment process (third, The second, seventh, ninth and tenth maps are stored in the data memory unit in the data recording unit (τ Ί, 丝 疗 知 知 4 4) for later treatment. In the same way, 15 1254643 in the course of making a course of treatment, the process can also be the same as the above-mentioned single prescription, until the actual test is applied to the application of human pathology, and then the course of treatment is stored in the negative material 3 (11) In the case of 'for later treatments', you can become a complete and diverse treatment. The effect of the modulated IF carrier electrotherapy on physiotherapy is as follows: /, medium frequency wave: is an infiltration force. The higher the frequency, the deeper the penetration force, and vice versa; if the intermediate frequency wave is not modulated, it is only a simple intermediate frequency wave, and its penetration force is not obvious. Second, low frequency waves: is a force. The lower the frequency, the stronger the force, and vice versa; if the low frequency wave and the extremely low frequency wave (modulated wave) are not modulated, it is only a simple low frequency wave and very low frequency wave. Because of its strong force, it is easy to be The physical discomfort of the physiotherapy person and the electrolysis effect are easy to cause skin damage. In conclusion, the two are indispensable, only the penetration force and no force, the penetration force is insufficient, it is not easy to cause the excitement of the neuromuscular tissue, and vice versa; only the force and no penetration force, the force is only on the surface of the skin, easy Causes the physical discomfort of the physiotherapy person, and has electrolysis, which is easy to cause skin damage. Therefore, after combining the two; the medium frequency wave is directly applied to the human body, and the low frequency wave and the extremely low frequency wave (modulated wave) after the modulation are infiltrated into the human body by the amplitude change of the intermediate frequency wave, and therefore, during the physical therapy For the deeper parts of the human body, it can achieve a large electrotherapy effect. 16 1254643 The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto; therefore, the simple equivalent changes made according to the scope of the invention and the contents of the invention description And modifications are still within the scope of the invention.
17 1254643 【圖式簡單說明】 第一圖係本發明之架構示意圖。 第二圖係本發明調變波組之多項式函數圖形示意圖。 第三圖係本發明之間歇調變中頻載波示意圖。 第四圖係本發明之斷續調變中頻載波示意圖。 第五圖係本發明調變波組之多項式函數圖形示意圖。 第六圖係本發明之間歇調變中頻載波示意圖。 第七圖係本發明之斷續調變中頻載波示意圖。 第八圖係本發明調變波組之多項式函數圖形示意圖。 第九圖係本發明之間歇調變中頻載波示意圖。 第十圖係本發明之斷續調變中頻載波示意圖。 第十一圖係本發明另一實施例之架構示意圖 【主要元件符號說明】 (1):電療器 (1 0)··中央處理單元 (1 0 1):程式記憶單元 (1 1):資料記憶單元 (1 2 ):資料輸入單元 (1 2A):快速功能選擇鍵 (1 3):警示輸出單元 (1 4 ):編輯顯示單元 18 1254643 (1 5 ):信號轉換單元 (1 6 ):信號輸出驅動單元 (1 7):信號輸出顯示單元 (1 8):信號輸出啟動單元 (1 9 ):信號過電壓保護單元 (2 ):電池控制單元 (3 ):信號輸出量控制單元 (4):信號輸出位移控制單元 (A 1 ):次系統17 1254643 BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a schematic diagram of the architecture of the present invention. The second figure is a schematic diagram of the polynomial function of the modulated wave group of the present invention. The third figure is a schematic diagram of the intermittent modulation intermediate frequency carrier of the present invention. The fourth figure is a schematic diagram of the intermittent modulation intermediate frequency carrier of the present invention. The fifth figure is a schematic diagram of the polynomial function of the modulated wave group of the present invention. Figure 6 is a schematic diagram of the intermittently modulated intermediate frequency carrier of the present invention. The seventh figure is a schematic diagram of the intermittent modulation intermediate frequency carrier of the present invention. The eighth figure is a schematic diagram of the polynomial function of the modulated wave group of the present invention. The ninth diagram is a schematic diagram of the intermittently modulated intermediate frequency carrier of the present invention. The tenth figure is a schematic diagram of the intermittent modulation intermediate frequency carrier of the present invention. 11 is a schematic structural diagram of another embodiment of the present invention [Explanation of main component symbols] (1): Electrotherapy device (1 0) · Central processing unit (1 0 1): Program memory unit (1 1): data Memory unit (1 2 ): data input unit (1 2A): quick function selection button (1 3): warning output unit (1 4 ): edit display unit 18 1254643 (1 5 ): signal conversion unit (1 6 ): Signal output drive unit (1 7): Signal output display unit (1 8): Signal output start unit (1 9 ): Signal over voltage protection unit (2): Battery control unit (3): Signal output control unit (4 ): Signal output displacement control unit (A 1 ): secondary system
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