WO2019221050A1 - Program, portable information communication terminal, and system for operating electrotherapy and/or stimulation device - Google Patents

Program, portable information communication terminal, and system for operating electrotherapy and/or stimulation device Download PDF

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Publication number
WO2019221050A1
WO2019221050A1 PCT/JP2019/018894 JP2019018894W WO2019221050A1 WO 2019221050 A1 WO2019221050 A1 WO 2019221050A1 JP 2019018894 W JP2019018894 W JP 2019018894W WO 2019221050 A1 WO2019221050 A1 WO 2019221050A1
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Prior art keywords
electrotherapy
information
program
input
stimulation
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PCT/JP2019/018894
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French (fr)
Japanese (ja)
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陽吉 小川
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Ogawa Yokichi
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Priority to JP2020519617A priority Critical patent/JPWO2019221050A1/en
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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
    • A61N1/00—Electrotherapy; Circuits therefor
    • A61N1/18—Applying electric currents by contact electrodes
    • A61N1/32—Applying electric currents by contact electrodes alternating or intermittent currents
    • A61N1/36—Applying electric currents by contact electrodes alternating or intermittent currents for stimulation

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  • the present invention relates to a program for operating an electrotherapy and / or stimulation device, a portable information communication terminal, and an electrotherapy and / or stimulation system.
  • a low-frequency treatment device is well known as an electrically driven health device or treatment device (see, for example, Patent Document 1).
  • These devices include an electric circuit for frequency treatment and / or stimulation.
  • This is a device provided in the above, and is used to energize a desired position of the body using a pair of therapeutic pads and an input terminal connected by wire.
  • a plurality of control information for outputting a desired low-frequency pulse for specifying the treatment content is built in the body of the treatment device in advance. The user selects the content of treatment and / or stimulation recorded in the main body with the input terminal and outputs a specific frequency and voltage.
  • the low frequency and voltage to be output are specified according to the treatment and / or stimulation content, etc., the desired frequency and intensity (voltage) can be arbitrarily adjusted freely. Can not. There are also many limitations due to wired connections.
  • an object of the present invention is to provide an operation program for an electrical therapy and / or stimulation device, a portable information communication terminal, and an electrical therapy and / or stimulation system capable of freely and arbitrarily adjusting the output. .
  • the present invention provides: A program for electrotherapy and / or stimulation device operated via a portable information communication terminal including an information processing device, a wireless communication device, and an input recognition means, Means for generating control information for controlling the electrotherapy and / or stimulator based on the input information based on the input information recognized by the input recognition means; A program for causing the information processing apparatus to execute means for outputting the control information to the wireless communication means; Based on the input information, it comprises means for generating control information for changing the frequency and preferably the voltage output by the electrotherapy and / or stimulator in a predetermined frequency band.
  • control information for causing the electric treatment and / or stimulator to output specific frequency and specific voltage information corresponding to a specific disease based on the input information.
  • means for generating control information for changing the voltage output for the low frequency region.
  • the present invention relates to a portable information communication terminal having the program, an electric treatment and / or stimulation device having a receiving device for receiving control information from the portable electronic information terminal, and an electric treatment and / or stimulation system including these.
  • the electrotherapy and / or stimulation device is connected to the main body that does not include the frequency and power recording means output from the electrotherapy and / or stimulator, and is attached to a part of the body. It is preferable to include at least a pair of electrodes.
  • the electrotherapy and / or stimulation apparatus includes two or more pairs of electrodes and can flow currents having different frequencies.
  • the electrotherapy and / or stimulation system includes an electrotherapy and / or stimulation device and a portable information communication terminal.
  • the electrotherapy and / or stimulation device receives control information from the portable electronic information terminal.
  • the electrotherapy and / or stimulation device includes a power supply device, a receiving unit, a control device, and a pair of electrodes.
  • the power supply device is preferably configured as a power source using various batteries such as a lithium ion battery and an alkaline battery, and is configured to be portable.
  • the receiving unit includes a Bluetooth (registered trademark) receiving circuit, and can receive control information from the portable information communication terminal wirelessly.
  • the control device has a known control configuration such as a control CPU, and issues an output instruction at the instructed frequency and intensity (voltage) according to control information from the portable information communication terminal.
  • the pair of electrodes is composed of an anode and a cathode, and is installed at a necessary place on the user's body by wire.
  • the anode and the cathode may be exposed lines and embedded in a covering fabric such as a jacket so that a current flows through a predetermined range of the trunk.
  • This embodiment is particularly suitable for disease treatment because it is possible to energize a certain area of the trunk.
  • the pad member which can be adhere
  • the electrotherapy and / or stimulation device is configured such that the electrodes are attached to at least a portion of the body.
  • the electrotherapy and / or stimulation device is not provided with a recording means for outputting a predetermined frequency and power and a control means corresponding thereto. That is, no corresponding frequency and / or voltage table, its recording device and / or control device are provided.
  • the electrotherapy and / or stimulation device only outputs at the frequency and intensity received wirelessly and can be configured as a lightweight and / or miniaturized electrotherapy and / or stimulation device.
  • the portable information communication terminal is a so-called smartphone or the like, and includes an information processing device, a recording device, a touch panel type display unit, and the like. Then, information is input to the portable information communication terminal through an input operation, typically a touch operation on the touch panel (including any input operation on the touch panel such as text input and slide operation; the same applies hereinafter).
  • the portable information communication terminal is typically used by installing an operation program in a recording device, but may be used as a terminal for executing a program held on the Internet cloud. Therefore, in the present invention, the operation program only needs to be executed via the portable information communication terminal, and is not necessarily recorded in the recording means of the portable information communication terminal.
  • the portable information communication terminal operates as an operation terminal for the electrotherapy and / or stimulation device.
  • the user performs an input operation, typically a touch operation on the touch panel, and gives instructions to the electrotherapy and / or stimulation device.
  • the operation program generates a control signal based on an instruction input through the touch operation.
  • the control signal is transmitted wirelessly, and the electrotherapy and / or stimulation device receives the control signal by the receiving unit.
  • the electrotherapy and / or stimulation device applies the instructed frequency and voltage based on the control signal received by the receiving unit.
  • the control signal is generated by referring to a recording table that holds a plurality of frequency and voltage output control modes if necessary, based on the input instruction, and is arbitrarily selected from the recorded frequency and voltage output control modes. A specific frequency and voltage are applied to the electrodes by selecting an output control mode.
  • the recording table can use various recording means such as ROM, RAM, Internet server or cloud, but is not held in the electrotherapy and / or stimulation device.
  • the recording table includes at least a disease table in which a predetermined disease and a specific frequency and preferably a voltage corresponding to the predetermined disease are recorded.
  • a so-called low frequency treatment or treatment method called wave therapy since a frequency corresponding to a specific disease is specified, a specific frequency and preferably a voltage is output for the output.
  • a pulse width and / or pulse time changing function, a sweep function in a predetermined frequency width, a timer function capable of setting a desired end time, and the like may be provided.
  • the strength it is not limited to adopt a configuration in which adjustment is performed on the electrotherapy and / or stimulation device side.
  • the present invention enables output control in a low frequency band (typically 10 Hz to 1 kHz), a medium frequency band (typically 1 kHz to 10 kHz), and a high frequency band (typically 10 kHz to 1000 kHz).
  • a low frequency band typically 10 Hz to 1 kHz
  • a medium frequency band typically 1 kHz to 10 kHz
  • a high frequency band typically 10 kHz to 1000 kHz.
  • the control signal is generated so that the output power in the low frequency band can be changed arbitrarily (preferably 1 to 16 V), and cannot be changed in other frequency bands.
  • the specific frequency and voltage (user selection output) input from the portable information communication terminal are recorded in the recording table, and an input unit capable of outputting the user selection output after recording is displayed on the display screen of the portable information communication terminal.
  • Preferably means are provided.
  • the input for change is executed by, for example, sliding a slide bar image displayed on the display screen of the portable information communication terminal. More preferably, in the low frequency band, the input of frequency change and voltage change is configured on the same screen and the display screen is constituted by the same design image.
  • the electrotherapy and / or stimulation device comprises more than one pair of electrodes.
  • two electrodes may be held in one pad, or only one electrode may be held in one pad.
  • a function of changing the pulse width and / or pulse time, a sweep function in a predetermined frequency width, a timer function capable of setting a desired end time, and the like may be provided.
  • the present invention it is possible to freely and arbitrarily adjust a desired treatment and / or stimulation output while allowing a portable information communication terminal to operate an electric therapy and / or stimulation device wirelessly.
  • Operation programs, portable information communication terminals, and electrotherapy and / or stimulation systems can be provided.
  • the frequency and voltage recording means are not held on the electrotherapy and / or stimulation device side, the electrotherapy and / or stimulation device can be reduced in weight, reduced in size and diversified, and more information can be obtained. Processing can be performed.
  • the structure of the electric treatment and / or stimulation system 1 is demonstrated.
  • the electrotherapy and / or stimulation system 1 includes an electrotherapy and / or stimulation device 2 and a portable information communication terminal 3.
  • the electrotherapy and / or stimulation device 2 receives control information from the portable electronic information terminal 3.
  • the electrotherapy and / or stimulation device 2 includes a power supply device 4, a receiving unit 5, a control device 6, and a pair of electrodes 7.
  • the power supply device 4 is configured by mounting four lithium ion AA batteries, and can output up to 16 V to the electrode.
  • the reason why the voltage is set to 16 V is that an output of a voltage higher than this is considered to be too heavy on the body, but it does not deny that an output higher than this is possible in some embodiments.
  • the receiving unit 5 includes a wireless receiving circuit, and can receive control information from the portable information communication terminal 3 wirelessly.
  • the control device 6 has a known control configuration such as a control CPU, and issues an output instruction at an instructed frequency and voltage (intensity) in accordance with control information from the portable information communication terminal 3.
  • the electrotherapy and / or stimulation device 2 is configured to be removably embedded in a jacket fabric via a fastener or the like, and is used by being attached to the body.
  • the electrode 7 is composed of a pair as an anode 8 and a cathode 9 on the electric wire, and is embedded in the jacket fabric, so that it can be energized in a certain range of the trunk and is particularly suitable for disease healing. Yes.
  • abdominal muscle stimulation or the like other modes such as a mode in which an electrode is provided in a pad and worn at a desired position on the body may be adopted.
  • the display unit 10 is provided to display desired information such as power ON / OFF and output status.
  • FIG. 2 shows a menu screen on the display screen of the portable information communication terminal 3.
  • electrolytic treatment low frequency, medium frequency, high frequency, interference group, memory can be selected.
  • the program operation relating to the selection display, the subsequent image transition, the bar display, and the like is the same as a known program operation.
  • various means known in design such as buttons and icons can be adopted.
  • the treatment selection screen of FIG. 3 is displayed.
  • a treatment name search box 11 is provided, which is configured to be searchable and selectable by a known search means such as partial match search or scroll search.
  • a known search means such as partial match search or scroll search.
  • “hizo” is entered.
  • “spleen disease” is displayed as a candidate from the disease name, and “spleen rupture” is guided and displayed as the next candidate. From these readings, a partial match search is performed with reference to the disease table, and candidates are displayed in the same manner as known program means.
  • the program displays an execution button 12.
  • the program refers to the disease table based on the information including the input disease name, selects a specific frequency and voltage for the selected disease, and generates a control signal. .
  • the control signal is transmitted wirelessly, and the electrotherapy and / or stimulation device 2 receives the control signal by the receiving unit 5.
  • the control device 6 applies the frequency and voltage instructed via the electrode 7 based on the control signal received by the receiving unit 5.
  • the display of “TOP” to “interference group” at the bottom of the screen is a display for screen transition.
  • a first operation screen for low frequency shown in FIG. 4 is displayed.
  • a frequency slide bar 13 and a voltage slide bar 14 are provided on the first operation screen.
  • the user touches the slide bars 13 and 14 (slide movement) to arbitrarily change the frequency in the range of 10 to 1000 Hz and the voltage in the range of 1 to 16 V, and execute by touching the execution button 12. be able to.
  • the program recognizes an input to the execution button 12, the program calculates a corresponding frequency value and voltage value based on information input through a touch operation on the slide bars 13 and 14, and generates a control signal.
  • the control signal is transmitted wirelessly, and the electrotherapy and / or stimulation device 2 receives the control signal by the receiving unit 5.
  • the control device 6 applies the frequency and voltage instructed via the electrode 7 based on the control signal received by the receiving unit 5.
  • a second operation screen shown in FIG. 5 is displayed.
  • the frequency value and the voltage value to be executed are marked on the marking unit 15.
  • the program when the stop button 16 is provided and the input to the stop button 16 is recognized, the program generates a stop signal for applying the voltage, and the stop signal is executed by the electrotherapy and / or the stimulation device 2. Application is stopped.
  • the program when a memory button 17 is provided and an input to the memory button 17 is recognized, the program stores the current frequency and voltage in a recording table. The recorded frequency and voltage can be executed by selecting “Memory” from the menu screen and recalling the recorded frequency and voltage. Therefore, it becomes possible to easily specify and select the user's favorite frequency and voltage. Further, the reset button 18 returns to the low frequency selection screen, and allows the frequency and voltage to be changed.
  • the first operation screen for medium frequency in FIG. 6 is displayed.
  • a frequency slide bar is provided, and a voltage slide bar is not provided.
  • the user can execute the operation by touch-inputting the execution button 12 by arbitrarily changing the frequency in the range of 1 to 10 kHz by touch-inputting (sliding) the slide bar 19.
  • the voltage value is fixed at, for example, 16 V because there is little irritation at medium frequencies and above.
  • the program recognizes an input to the execution button 12, the program calculates a corresponding frequency value and voltage value based on information input through a touch operation on the slide bar, and generates a control signal.
  • the control signal is transmitted wirelessly, and the electrotherapy and / or stimulation device 2 receives the control signal by the receiving unit 5.
  • the control device 6 applies the frequency and voltage instructed via the electrode 7 based on the control signal received by the receiving unit 5.
  • the second operation screen is displayed as in the case of the low frequency, and the stop, recording, and resetting are enabled. Further, when a high frequency is selected on the menu screen, it is the same as the medium frequency except for the difference in frequency (10 to 1000 kHz).
  • the program is the first for the interference group of FIG. Display the operation screen.
  • a first frequency input box 20, a second frequency input box 21, and a voltage input box 22 are provided.
  • the user can select the two frequencies in the range of 10 to 1000 kHz and the voltage in the range of 1 to 16 V by inputting desired values in the boxes 20, 21 and 22. At this time, the voltage can be changed only when the frequency is in a low frequency band.
  • the program checks whether the frequency band is a low frequency band, and if at least one is a low frequency band, the voltage input box Enable After selecting the frequency and voltage, the treatment button 12 can be touch-inputted to perform interference treatment and / or stimulation on the two pairs of electrodes provided in the electrical treatment and / or stimulation device. Other than that, the transition and function to the second operation screen are the same as described above.
  • the program calculates two pairs of corresponding frequency values and voltage values based on the input information and generates a control signal.
  • a value specified in the voltage input box is generated for the low frequency band, and a fixed voltage value (16 V) is generated for the medium frequency or higher.
  • the control signal is transmitted wirelessly, and the electrotherapy and / or stimulation device 2 receives the control signal by the receiving unit 5.
  • the control device 6 applies two specified frequencies and voltages to the two pairs of electrodes 7 based on the control signal received by the receiving unit 5.
  • the applied voltage is common in FIG. 7, a configuration in which two types of voltages can be designated may be employed.
  • a pulse mode (a form in which ON / OFF is repeated at a predetermined time) and a sweep mode at a predetermined frequency width are provided. Including turning off).
  • These functions can be added by displaying an input box, a button, and / or a bar on the operation screen as described above with a known program configuration.

Abstract

[Problem] To provide a program for operating an eletrotherapy and/or stimulation device, a portable information communication terminal, and eletrotherapy and/or stimulation system capable of adjusting output freely and at one's discretion. [Solution] A program for an electrotherapy and/or stimulation device that is operated via a portable information communication terminal provided with an information processing device, a wireless communication device, and an input recognition means. The program: causes the information processing device to execute, on the basis of input information recognized by the input recognition means, a means for generating control information for controlling an electrotherapy and/or stimulation implement on the basis of the input information and a means for outputting the control information to the wireless communication means; and is provided with a means for generating control information that changes the frequency output by the electrotherapy and/or stimulation implement in a specified frequency band on the basis of the input information.

Description

電気治療及び／又は刺激装置操作用のプログラム、携帯情報通信端末、およびシステムProgram for operating electrotherapy and / or stimulator, portable information communication terminal, and system
本発明は、電気治療及び／又は刺激装置の操作用のプログラム、携帯情報通信端末、および電気治療及び／又は刺激システムに関する。 The present invention relates to a program for operating an electrotherapy and / or stimulation device, a portable information communication terminal, and an electrotherapy and / or stimulation system.
電気的に駆動される健康器具や治療器具に関して、例えば、低周波治療器具がよく知られている（たとえば、特許文献１等参照。）これらは、周波治療及び／又は刺激用の電気回路を内部に備えた機器であって、有線により接続された一対の治療用パッド及び入力端末を用いて、体の所望の位置に通電させるものである。このような電気治療及び／又は刺激装置は、治療内容を特定する所望の低周波パルスを出力する複数の制御情報が予め治療器の本体内に内蔵されている。ユーザは、本体内に記録されている治療及び／又は刺激内容から入力端末により選択して、特定の周波数及び電圧の出力を行う。 For example, a low-frequency treatment device is well known as an electrically driven health device or treatment device (see, for example, Patent Document 1). These devices include an electric circuit for frequency treatment and / or stimulation. This is a device provided in the above, and is used to energize a desired position of the body using a pair of therapeutic pads and an input terminal connected by wire. In such an electrotherapy and / or stimulation device, a plurality of control information for outputting a desired low-frequency pulse for specifying the treatment content is built in the body of the treatment device in advance. The user selects the content of treatment and / or stimulation recorded in the main body with the input terminal and outputs a specific frequency and voltage.
従来の電気治療器によれば、治療及び／又は刺激内容等に応じて出力する低周波及び電圧が特定されているために、所望の周波数及び強度（電圧）を任意で自在に調整することができない。また、有線接続による多くの制限が存在する。 According to the conventional electrotherapy device, since the low frequency and voltage to be output are specified according to the treatment and / or stimulation content, etc., the desired frequency and intensity (voltage) can be arbitrarily adjusted freely. Can not. There are also many limitations due to wired connections.
特願平６－１１６７１４号公報Japanese Patent Application No. 6-116714
そこで、本発明は、出力を自在かつ任意に調整することが可能な電気治療及び／又は刺激装置の操作プログラム、携帯情報通信端末、および電気治療及び／又は刺激システムを提供することを目的とする。 Accordingly, an object of the present invention is to provide an operation program for an electrical therapy and / or stimulation device, a portable information communication terminal, and an electrical therapy and / or stimulation system capable of freely and arbitrarily adjusting the output. .
上記課題を解決するため、本発明は、
情報処理装置と、無線通信装置と、入力認識手段とを備えた携帯情報通信端末を介して操作される電気治療及び／又は刺激装置用のプログラムであって、
入力認識手段により認識された入力情報に基づいて、前記電気治療及び／又は刺激器を制御するための制御情報を前記入力情報に基づいて生成する手段と、
前記制御情報を前記無線通信手段に出力する手段とを前記情報処理装置に実行させるプログラムであり、
前記入力情報に基づき、所定の周波数帯において、前記電気治療及び／又は刺激器が出力する周波数および好ましくは電圧を変更する制御情報を生成する手段を備えることからなる。 In order to solve the above problems, the present invention provides:
A program for electrotherapy and / or stimulation device operated via a portable information communication terminal including an information processing device, a wireless communication device, and an input recognition means,
Means for generating control information for controlling the electrotherapy and / or stimulator based on the input information based on the input information recognized by the input recognition means;
A program for causing the information processing apparatus to execute means for outputting the control information to the wireless communication means;
Based on the input information, it comprises means for generating control information for changing the frequency and preferably the voltage output by the electrotherapy and / or stimulator in a predetermined frequency band.
また、前記入力情報に基づき、特定の疾患に対応された特定の周波数及び特定の電圧情報を、前記電気治療及び／又は刺激器に出力させる制御情報を生成する手段を含むことが好適である。
また、低周波領域について出力する電圧を変更する制御情報を生成する手段を備えることが好適である。 In addition, it is preferable to include means for generating control information for causing the electric treatment and / or stimulator to output specific frequency and specific voltage information corresponding to a specific disease based on the input information.
In addition, it is preferable to include means for generating control information for changing the voltage output for the low frequency region.
さらに、本発明は、前記プログラムを有する携帯情報通信端末、前記携帯型電子情報端末から制御情報を受信する受信装置を有する電気治療及び／又は刺激装置、これらを備える電気治療及び／又は刺激システムからなる。
また、前記電気治療及び／又は刺激装置が、前記電気治療及び／又は刺激器が出力する周波数及び電力の記録手段を備えていない本体と、前記本体と接続され、体の一部に装着される少なくとも一対の電極を備えていることが好適である。
また、電気治療及び／又は刺激装置が２対以上の電極を備えており、互いに異なる周波数の電流を流すことが可能であることが好適である。 Furthermore, the present invention relates to a portable information communication terminal having the program, an electric treatment and / or stimulation device having a receiving device for receiving control information from the portable electronic information terminal, and an electric treatment and / or stimulation system including these. Become.
In addition, the electrotherapy and / or stimulation device is connected to the main body that does not include the frequency and power recording means output from the electrotherapy and / or stimulator, and is attached to a part of the body. It is preferable to include at least a pair of electrodes.
In addition, it is preferable that the electrotherapy and / or stimulation apparatus includes two or more pairs of electrodes and can flow currents having different frequencies.
本発明において、電気治療及び／又は刺激システムは、電気治療及び／又は刺激装置および携帯情報通信端末からなる。電気治療及び／又は刺激装置は、携帯型電子情報端末からの制御情報を受信する。より具体的には、電気治療及び／又は刺激装置は、電源装置、受信部、制御装置，一対の電極、を備える。電源装置は、好ましくはリチウムイオン電池やアルカリ電池など、各種電池を使用した電源として構成され、持ち運びに適した構成とされる。受信部は、ブルートゥース（登録商標）受信回路を備えており、携帯情報通信端末からの制御情報を無線にて受信することができる。制御装置は、制御用ＣＰＵ等、公知の制御構成を備えており携帯情報通信端末からの制御情報に従い、指示された周波数及び強度（電圧）にて出力指示を行う。一対の電極は、陽極及び陰極から構成され、有線にてユーザーの体の必要な場所に設置する。陽極及び陰極は、例えば、暴露線状として、ジャケット等の被覆生地中に埋め込み、胴体の一定範囲に電流を流す形態としても良い。この態様は胴体の一定面積に通電することが可能であるために、疾患治療に特に適している。また、体に粘着可能なパッド部材内に設け、パッドを使用して胴回りや足周りなど、体の所望の位置に装着できるように構成することができる。これら構成により、電気治療及び／又は刺激装置は、電極が体の少なくとも一部に装着されるように構成される。 In the present invention, the electrotherapy and / or stimulation system includes an electrotherapy and / or stimulation device and a portable information communication terminal. The electrotherapy and / or stimulation device receives control information from the portable electronic information terminal. More specifically, the electrotherapy and / or stimulation device includes a power supply device, a receiving unit, a control device, and a pair of electrodes. The power supply device is preferably configured as a power source using various batteries such as a lithium ion battery and an alkaline battery, and is configured to be portable. The receiving unit includes a Bluetooth (registered trademark) receiving circuit, and can receive control information from the portable information communication terminal wirelessly. The control device has a known control configuration such as a control CPU, and issues an output instruction at the instructed frequency and intensity (voltage) according to control information from the portable information communication terminal. The pair of electrodes is composed of an anode and a cathode, and is installed at a necessary place on the user's body by wire. For example, the anode and the cathode may be exposed lines and embedded in a covering fabric such as a jacket so that a current flows through a predetermined range of the trunk. This embodiment is particularly suitable for disease treatment because it is possible to energize a certain area of the trunk. Moreover, it can provide in the pad member which can be adhere | attached on a body, and can be comprised so that it can mount | wear to the desired position of a body, such as a waist circumference or a leg circumference, using a pad. With these configurations, the electrotherapy and / or stimulation device is configured such that the electrodes are attached to at least a portion of the body.
また、従来の電気治療及び／又は刺激装置と異なり、電気治療及び／又は刺激装置には出力する所定の周波数及び電力の記録手段及びこれに対応する制御手段は設けられていない。すなわち、対応する周波数及び／又は電圧テーブルやその記録装置及び／又は制御装置が設けられていない。したがって、電気治療及び／又は刺激装置は無線で受信した周波数及び強度で出力を行うのみであり、軽量及び／又は小型化された電気治療及び／又は刺激装置として構成され得る。 Further, unlike the conventional electrotherapy and / or stimulation device, the electrotherapy and / or stimulation device is not provided with a recording means for outputting a predetermined frequency and power and a control means corresponding thereto. That is, no corresponding frequency and / or voltage table, its recording device and / or control device are provided. Thus, the electrotherapy and / or stimulation device only outputs at the frequency and intensity received wirelessly and can be configured as a lightweight and / or miniaturized electrotherapy and / or stimulation device.
携帯情報通信端末は、所謂スマートフォンなどであり、情報処理装置、記録装置、タッチパネル型表示部などを備えている。そして、入力操作、典型的にはタッチパネルに対するタッチ操作（テキスト入力、スライド動作など、タッチパネルに対するあらゆる入力操作を含む。以下同じ。）を介して、携帯情報通信端末に情報が入力される。携帯情報通信端末は、典型的には操作プログラムを記録装置にインストールして使用されるが、インターネットクラウド上に保持されたプログラムを実行する端末として使用されてもよい。したがって、本発明においては、操作プログラムは携帯情報通信端末を介して実行されればよく、必ずしも携帯情報通信端末の記録手段に記録されていることを要しない。 The portable information communication terminal is a so-called smartphone or the like, and includes an information processing device, a recording device, a touch panel type display unit, and the like. Then, information is input to the portable information communication terminal through an input operation, typically a touch operation on the touch panel (including any input operation on the touch panel such as text input and slide operation; the same applies hereinafter). The portable information communication terminal is typically used by installing an operation program in a recording device, but may be used as a terminal for executing a program held on the Internet cloud. Therefore, in the present invention, the operation program only needs to be executed via the portable information communication terminal, and is not necessarily recorded in the recording means of the portable information communication terminal.
携帯情報通信端末は、電気治療及び／又は刺激装置の操作端末として動作する。ユーザーは、入力操作、典型的にはタッチパネルに対するタッチ操作を行って、電気治療及び／又は刺激装置に対して指示を行う。操作プログラムは、タッチ操作を介して入力された指示を基に、制御信号を生成する。制御信号は、無線で送信され、電気治療及び／又は刺激装置は、制御信号を受信部により受信する。電気治療及び／又は刺激装置は、受信部により受信した制御信号に基づいて、指示された周波数及び電圧を印加する。制御信号は、入力指示を基に、必要であれば周波数及び電圧の出力制御形態を複数保持する記録テーブルをプログラムが参照することで生成され、記録された周波数及び電圧の出力制御形態から任意の出力制御形態を選択して、前記電極に対する特定の周波数及び電圧の印加が行われる。記録テーブルは、ROM、RAM、インターネット上のサーバー又はクラウド上など、各種の記録手段を使用できるが、電気治療及び／又は刺激装置内には保持されない。 The portable information communication terminal operates as an operation terminal for the electrotherapy and / or stimulation device. The user performs an input operation, typically a touch operation on the touch panel, and gives instructions to the electrotherapy and / or stimulation device. The operation program generates a control signal based on an instruction input through the touch operation. The control signal is transmitted wirelessly, and the electrotherapy and / or stimulation device receives the control signal by the receiving unit. The electrotherapy and / or stimulation device applies the instructed frequency and voltage based on the control signal received by the receiving unit. The control signal is generated by referring to a recording table that holds a plurality of frequency and voltage output control modes if necessary, based on the input instruction, and is arbitrarily selected from the recorded frequency and voltage output control modes. A specific frequency and voltage are applied to the electrodes by selecting an output control mode. The recording table can use various recording means such as ROM, RAM, Internet server or cloud, but is not held in the electrotherapy and / or stimulation device.
記録テーブルは、所定の疾患と、当該所定の疾患に対応した特定の周波数および好ましくは電圧を記録した疾患テーブルを少なくとも備える。所謂低周波治療や波動療法と呼ばれる治療方式においては、特定の疾患に対応した周波数が特定されていることから、当該出力に関しては特定の周波数および好ましくは電圧を出力するものである。なお、追加の実施手段として、パルス幅及び／又はパルス時間の変更機能や、所定の周波数幅におけるスイープ機能、所望の終了時刻を設定できるタイマー機能などを設けてもよい。強度に関しては電気治療及び／又は刺激装置側で調整する構成も採用することを制限しない。 The recording table includes at least a disease table in which a predetermined disease and a specific frequency and preferably a voltage corresponding to the predetermined disease are recorded. In a so-called low frequency treatment or treatment method called wave therapy, since a frequency corresponding to a specific disease is specified, a specific frequency and preferably a voltage is output for the output. As additional implementation means, a pulse width and / or pulse time changing function, a sweep function in a predetermined frequency width, a timer function capable of setting a desired end time, and the like may be provided. Regarding the strength, it is not limited to adopt a configuration in which adjustment is performed on the electrotherapy and / or stimulation device side.
さらに、本発明は、低周波数帯（典型的には10Hz～1kHz）、中周波数帯（典型的には1kHz～10kHz）、高周波数帯（典型的には10kHz～1000kHz）において出力制御が可能なように構成される。この構成において、特に低周波数帯においてのみ、出力電圧を変更するできる構成を採用することが好ましい。すなわち、制御信号は、低周波数帯の出力電力を任意（好ましくは１～１６V）で変更可能に生成され、他の周波数帯では変更不可能とされる。さらに、携帯情報通信端末から入力された特定の周波数及び電圧（ユーザー選択出力）を記録テーブルに記録し、記録後に当該ユーザー選択出力を出力可能な入力部を携帯情報通信端末の表示画面に表示する手段を備えることが好ましい。 Furthermore, the present invention enables output control in a low frequency band (typically 10 Hz to 1 kHz), a medium frequency band (typically 1 kHz to 10 kHz), and a high frequency band (typically 10 kHz to 1000 kHz). Configured as follows. In this configuration, it is preferable to employ a configuration that can change the output voltage only in the low frequency band. That is, the control signal is generated so that the output power in the low frequency band can be changed arbitrarily (preferably 1 to 16 V), and cannot be changed in other frequency bands. Furthermore, the specific frequency and voltage (user selection output) input from the portable information communication terminal are recorded in the recording table, and an input unit capable of outputting the user selection output after recording is displayed on the display screen of the portable information communication terminal. Preferably means are provided.
ユーザーは、例えばタッチ操作によって、所定範囲内の電圧を任意に指定することができる。調節をより直感的かつ任意にするために、変更のための入力は、例えば、携帯情報通信端末の表示画面上に表されたスライドバー画像をスライドすることで実行される。より好ましくは、低周波数帯においては、周波数変更と電圧変更の入力を同一画面上で、同一デザイン画像により表示画面を構成する。 The user can arbitrarily specify a voltage within a predetermined range, for example, by a touch operation. In order to make the adjustment more intuitive and arbitrary, the input for change is executed by, for example, sliding a slide bar image displayed on the display screen of the portable information communication terminal. More preferably, in the low frequency band, the input of frequency change and voltage change is configured on the same screen and the display screen is constituted by the same design image.
さらに、本発明によれば、２種類の電流を用いて干渉波による治療及び／又は刺激を行い、この干渉波の周波数及び電圧を指定することも可能である。この場合、電気治療及び／又は刺激装置は２対以上の電極を備えている。電極は、パッドを使用する場合は、１パッド内に２つの電極を保持しても良いし、１パッド内には１つの電極のみとしても良い。また、追加の実施手段として、パルス幅及び／又はパルス時間の変更機能や、所定の周波数幅におけるスイープ機能、所望の終了時刻を設定できるタイマー機能などを設けてもよい。 Furthermore, according to the present invention, it is possible to perform treatment and / or stimulation with an interference wave using two kinds of currents, and to specify the frequency and voltage of the interference wave. In this case, the electrotherapy and / or stimulation device comprises more than one pair of electrodes. When using a pad, two electrodes may be held in one pad, or only one electrode may be held in one pad. Further, as an additional implementation means, a function of changing the pulse width and / or pulse time, a sweep function in a predetermined frequency width, a timer function capable of setting a desired end time, and the like may be provided.
本発明によれば、携帯情報通信端末を用いて、無線で電気治療及び／又は刺激装置を操作することを可能にしつつ、所望の治療及び／又は刺激出力を自在かつ任意に調整することが可能な操作プログラム、携帯情報通信端末、および電気治療及び／又は刺激システムを提供することができる。また、電気治療及び／又は刺激装置側に周波数及び電圧の記録手段が保持されていないために、電気治療及び／又は刺激装置を軽量化、小型化及び多様化することができ、より多くの情報処理を行うことが可能になる。 According to the present invention, it is possible to freely and arbitrarily adjust a desired treatment and / or stimulation output while allowing a portable information communication terminal to operate an electric therapy and / or stimulation device wirelessly. Operation programs, portable information communication terminals, and electrotherapy and / or stimulation systems can be provided. Further, since the frequency and voltage recording means are not held on the electrotherapy and / or stimulation device side, the electrotherapy and / or stimulation device can be reduced in weight, reduced in size and diversified, and more information can be obtained. Processing can be performed.
本発明の電気治療及び／又は刺激システムを示す概念図である。It is a conceptual diagram which shows the electrotherapy and / or stimulation system of this invention. メニュー画面を示す図である。It is a figure which shows a menu screen. 治療選択画面を示す図である。It is a figure which shows a treatment selection screen. 低周波用の第１の操作画面を示す図である。It is a figure which shows the 1st operation screen for low frequencies. 第２の操作画面を示す図である。It is a figure which shows a 2nd operation screen. 中周波用の第１の操作画面を示す図である。It is a figure which shows the 1st operation screen for medium frequencies. 干渉波用の第１の操作画面を示す図である。It is a figure which shows the 1st operation screen for interference waves.
図１を参照して、電気治療及び／又は刺激システム１の構成について説明する。
本発明において、電気治療及び／又は刺激システム１は、電気治療及び／又は刺激装置２および携帯情報通信端末３から構成されている。電気治療及び／又は刺激装置２は、携帯型電子情報端末３からの制御情報を受信する。 With reference to FIG. 1, the structure of the electric treatment and / or stimulation system 1 is demonstrated.
In the present invention, the electrotherapy and / or stimulation system 1 includes an electrotherapy and / or stimulation device 2 and a portable information communication terminal 3. The electrotherapy and / or stimulation device 2 receives control information from the portable electronic information terminal 3.
電気治療及び／又は刺激装置２は、電源装置４、受信部５、制御装置６，一対の電極７、を備える。電源装置４は、一例としてリチウムイオン単三電池４個を搭載して構成されており、電極へ１６Vまでの出力を可能にしている。１６Ｖまでとしたのは、これ以上の電圧の出力は体への負担が大きく強すぎると考えられるためであるが、実施形態によってはこれ以上の出力を可能にすることを否定するものではない。受信部５は、無線受信回路を備えており、携帯情報通信端末３からの制御情報を無線にて受信することができる。制御装置６は、制御用ＣＰＵ等、公知の制御構成を備えており携帯情報通信端末３からの制御情報に従い、指示された周波数及び電圧（強度）にて出力指示を行う。電気治療及び／又は刺激装置２はジャケット生地内にファスナーなどを介して取り外し可能に埋め込まれて構成されており、体に装着して使用される。電極７は、電線上の陽極８及び陰極９として一対から構成され、ジャケット生地内に埋め込まれているため、胴体の一定範囲に通電を行うことができ、特に疾患治癒に適した態様となっている。腹筋刺激などを目的とする場合は、電極をパッド内に設けて体の所望の位置に装着する態様など、他の態様を採用しても良い。表示部１０は、電源のＯＮ／ＯＦＦや出力状態など、所望の情報を表示するために設けられている。 The electrotherapy and / or stimulation device 2 includes a power supply device 4, a receiving unit 5, a control device 6, and a pair of electrodes 7. As an example, the power supply device 4 is configured by mounting four lithium ion AA batteries, and can output up to 16 V to the electrode. The reason why the voltage is set to 16 V is that an output of a voltage higher than this is considered to be too heavy on the body, but it does not deny that an output higher than this is possible in some embodiments. The receiving unit 5 includes a wireless receiving circuit, and can receive control information from the portable information communication terminal 3 wirelessly. The control device 6 has a known control configuration such as a control CPU, and issues an output instruction at an instructed frequency and voltage (intensity) in accordance with control information from the portable information communication terminal 3. The electrotherapy and / or stimulation device 2 is configured to be removably embedded in a jacket fabric via a fastener or the like, and is used by being attached to the body. The electrode 7 is composed of a pair as an anode 8 and a cathode 9 on the electric wire, and is embedded in the jacket fabric, so that it can be energized in a certain range of the trunk and is particularly suitable for disease healing. Yes. When aiming at abdominal muscle stimulation or the like, other modes such as a mode in which an electrode is provided in a pad and worn at a desired position on the body may be adopted. The display unit 10 is provided to display desired information such as power ON / OFF and output status.
図２は、携帯情報通信端末３の表示画面におけるメニュー画面を示している。メニュー上では、使い方ガイドの他、電解治療、低周波、中周波、高周波、干渉派、メモリーの選択を可能にしている。これら選択表示やこれ以後の画像遷移、バー表示等に関するプログラム動作は、公知のプログラム動作と同様である。また、メニュー表示の方法は、ボタンやアイコン状にするなど、デザイン的に公知の様々な手段を採用することが可能である。 FIG. 2 shows a menu screen on the display screen of the portable information communication terminal 3. On the menu, in addition to the usage guide, electrolytic treatment, low frequency, medium frequency, high frequency, interference group, memory can be selected. The program operation relating to the selection display, the subsequent image transition, the bar display, and the like is the same as a known program operation. As a menu display method, various means known in design such as buttons and icons can be adopted.
メニュー画面へのタッチ入力により、電解治療が選択されると、図３の治療選択画面が表示される。治療選択画面においては、治療名の検索ボックス１１が設けられており、一部一致検索や、スクロール検索など公知の検索手段により検索及び選択が可能に構成されている。図２の例では、「ひぞう」と入力した場合を示している。「ひぞう」と入力されると、疾患名から「脾臓疾患」が候補として表示され、さらに次候補として「脾臓破裂」が案内表示されている。これら読み方から、疾患テーブルを参照して一部一致検索を行い、候補を表示することは、公知のプログラム手段と同様である。検索ボックスへの入力により対象疾患が表示されると、プログラムは実行ボタン１２を表示する。実行ボタン１２が入力されると、プログラムは、入力された疾患名を含む情報を基に、疾患テーブルを参照して、選択された疾患に特定の周波数及び電圧を選出して制御信号を生成する。制御信号は、無線で送信され、電気治療及び／又は刺激装置２は、制御信号を受信部５により受信する。制御装置６は、受信部５により受信した制御信号に基づいて、電極７を介して指示された周波数及び電圧を印加する。なお、画面下にある「ＴＯＰ」～「干渉派」の表示は、画面遷移のための表示であり、当該表示に入力がされると、プログラムは画面遷移を行うとともに、電圧の印加を停止する。 When electrolytic treatment is selected by touch input to the menu screen, the treatment selection screen of FIG. 3 is displayed. In the treatment selection screen, a treatment name search box 11 is provided, which is configured to be searchable and selectable by a known search means such as partial match search or scroll search. In the example of FIG. 2, “hizo” is entered. When “hizo” is entered, “spleen disease” is displayed as a candidate from the disease name, and “spleen rupture” is guided and displayed as the next candidate. From these readings, a partial match search is performed with reference to the disease table, and candidates are displayed in the same manner as known program means. When the target disease is displayed by input to the search box, the program displays an execution button 12. When the execution button 12 is input, the program refers to the disease table based on the information including the input disease name, selects a specific frequency and voltage for the selected disease, and generates a control signal. . The control signal is transmitted wirelessly, and the electrotherapy and / or stimulation device 2 receives the control signal by the receiving unit 5. The control device 6 applies the frequency and voltage instructed via the electrode 7 based on the control signal received by the receiving unit 5. The display of “TOP” to “interference group” at the bottom of the screen is a display for screen transition. When input is made to the display, the program performs screen transition and stops the application of voltage. .
メニュー画面のタッチ入力により、低周波が選択されると、図４に示される、低周波用の第１の操作画面が表示される。低周波帯においては、第１の操作画面に周波数のスライドバー１３及び電圧のスライドバー１４が設けられている。ユーザーは当該スライドバー１３、１４をタッチ入力（スライド移動）することにより、任意に周波数を１０～１０００Hz範囲で、電圧を１～１６V範囲で変更し、実行ボタン１２をタッチ入力することにより実行することができる。プログラムは、実行ボタン１２への入力を認識すると、スライドバー１３、１４へのタッチ操作を介して入力された情報を基に、対応する周波数値及び電圧値を算出して制御信号を生成する。制御信号は、無線で送信され、電気治療及び／又は刺激装置２は、制御信号を受信部５により受信する。制御装置６は、受信部５により受信した制御信号に基づいて、電極７を介して指示された周波数及び電圧を印加する。 When a low frequency is selected by touch input on the menu screen, a first operation screen for low frequency shown in FIG. 4 is displayed. In the low frequency band, a frequency slide bar 13 and a voltage slide bar 14 are provided on the first operation screen. The user touches the slide bars 13 and 14 (slide movement) to arbitrarily change the frequency in the range of 10 to 1000 Hz and the voltage in the range of 1 to 16 V, and execute by touching the execution button 12. be able to. When the program recognizes an input to the execution button 12, the program calculates a corresponding frequency value and voltage value based on information input through a touch operation on the slide bars 13 and 14, and generates a control signal. The control signal is transmitted wirelessly, and the electrotherapy and / or stimulation device 2 receives the control signal by the receiving unit 5. The control device 6 applies the frequency and voltage instructed via the electrode 7 based on the control signal received by the receiving unit 5.
実行ボタンが入力されると、図５に示される、第２の操作画面が表示される。第２の操作画面においては、実行される周波数値及び電圧値が標示部１５に標示されている。また、停止ボタン１６が設けられ、停止ボタン１６への入力が認識されると、プログラムは電圧の印加の停止信号を生成し、当該停止信号を電気治療及び／又は刺激装置２が実行することで印加が停止される。また、メモリーボタン１７が設けられ、メモリーボタン１７への入力が認識されると、プログラムは現在の周波数及び電圧を記録テーブルに保存する。記録された周波数及び電圧は、メニュー画面から「メモリー」を選択し、記録された周波数及び電圧を呼び出して実行することができる。したがって、ユーザーの好みの周波数及び電圧を、簡易に指定及び選択をすることが可能になる。また、再設定ボタン１８は、低周波用選択画面へ戻り、周波数及び電圧の変更を可能にする。 When the execution button is input, a second operation screen shown in FIG. 5 is displayed. On the second operation screen, the frequency value and the voltage value to be executed are marked on the marking unit 15. In addition, when the stop button 16 is provided and the input to the stop button 16 is recognized, the program generates a stop signal for applying the voltage, and the stop signal is executed by the electrotherapy and / or the stimulation device 2. Application is stopped. In addition, when a memory button 17 is provided and an input to the memory button 17 is recognized, the program stores the current frequency and voltage in a recording table. The recorded frequency and voltage can be executed by selecting “Memory” from the menu screen and recalling the recorded frequency and voltage. Therefore, it becomes possible to easily specify and select the user's favorite frequency and voltage. Further, the reset button 18 returns to the low frequency selection screen, and allows the frequency and voltage to be changed.
メニュー画面にて中周波選択されると、図６の中周波用の第１の操作画面が表示される。中周波帯においては、周波数のスライドバーが設けられており、電圧のスライドバーは設けられていない。ユーザーは当該スライドバー１９をタッチ入力（スライド移動）することにより、任意に周波数を１～１０kHz範囲で変更し、実行ボタン１２をタッチ入力することにより実行することができる。電圧値は、中周波以上は刺激感が少ないことから、例えば１６Vで固定である。プログラムは、実行ボタン１２への入力を認識すると、スライドバーへのタッチ操作を介して入力された情報を基に、対応する周波数値及び電圧値を算出して制御信号を生成する。制御信号は、無線で送信され、電気治療及び／又は刺激装置２は、制御信号を受信部５により受信する。制御装置６は、受信部５により受信した制御信号に基づいて、電極７を介して指示された周波数及び電圧を印加する。実行ボタンが入力された後は、低周波の場合と同様に、第２の操作画面へ移り、停止、記録及び再設定を可能とする。また、メニュー画面にて高周波が選択された場合も、周波数（１０～１０００kHz）の相違を除き、中周波と同様である。 When the medium frequency is selected on the menu screen, the first operation screen for medium frequency in FIG. 6 is displayed. In the middle frequency band, a frequency slide bar is provided, and a voltage slide bar is not provided. The user can execute the operation by touch-inputting the execution button 12 by arbitrarily changing the frequency in the range of 1 to 10 kHz by touch-inputting (sliding) the slide bar 19. The voltage value is fixed at, for example, 16 V because there is little irritation at medium frequencies and above. When the program recognizes an input to the execution button 12, the program calculates a corresponding frequency value and voltage value based on information input through a touch operation on the slide bar, and generates a control signal. The control signal is transmitted wirelessly, and the electrotherapy and / or stimulation device 2 receives the control signal by the receiving unit 5. The control device 6 applies the frequency and voltage instructed via the electrode 7 based on the control signal received by the receiving unit 5. After the execution button is input, the second operation screen is displayed as in the case of the low frequency, and the stop, recording, and resetting are enabled. Further, when a high frequency is selected on the menu screen, it is the same as the medium frequency except for the difference in frequency (10 to 1000 kHz).
さらに、電気治療及び／又は刺激装置２が２対の電極を備えており（図示せず）、かつメニュー画面にて干渉波が選択された場合、プログラムは図７の干渉派用の第１の操作画面を表示する。干渉派用操作画面においては、第１の周波数の入力ボックス２０、第２の周波数の入力ボックス２１、及び電圧の入力ボックス２２が設けられている。ユーザーはボックス２０、２１，２２に所望の値を入力することにより、２つの周波数を１０～１０００kHz範囲で、電圧を１～１６V範囲で選択することができる。このとき、周波数が低周波帯である場合にのみ、電圧の変更を可能にする。すなわち、周波数の入力ボックスの値がいずれかのボックスに検知されると、プログラムは、周波数帯が低周波帯か否かを確認し、少なくとも一方が低周波帯である場合には電圧の入力ボックスを有効にする。周波数及び電圧を選択後、実行ボタン１２をタッチ入力することにより、電気治療及び／又は刺激装置が備える２対の電極に対して、干渉派治療及び／又は刺激を実行することができる。その他は、第２の操作画面への遷移及び機能は上記と同様である。プログラムは、実行ボタン１２への入力が認識されると、入力された情報を基に、対応する周波数値及び電圧値を２対算出して制御信号を生成する。電圧を算出する際、低周波帯については電圧の入力ボックスで指定された値を、中周波以上の場合は、固定された電圧値（１６Ｖ）を生成する。制御信号は、無線で送信され、電気治療及び／又は刺激装置２は、制御信号を受信部５により受信する。制御装置６は、受信部５により受信した制御信号に基づいて、２対の電極７に対し、各々指定された２種の周波数及び電圧を印加する。図７では印加電圧を共通としているが、電圧も２種指定できる構成としても良い。 In addition, if the electrotherapy and / or stimulation device 2 includes two pairs of electrodes (not shown) and an interference wave is selected on the menu screen, the program is the first for the interference group of FIG. Display the operation screen. In the operation screen for interference groups, a first frequency input box 20, a second frequency input box 21, and a voltage input box 22 are provided. The user can select the two frequencies in the range of 10 to 1000 kHz and the voltage in the range of 1 to 16 V by inputting desired values in the boxes 20, 21 and 22. At this time, the voltage can be changed only when the frequency is in a low frequency band. That is, when the value of the frequency input box is detected in any box, the program checks whether the frequency band is a low frequency band, and if at least one is a low frequency band, the voltage input box Enable After selecting the frequency and voltage, the treatment button 12 can be touch-inputted to perform interference treatment and / or stimulation on the two pairs of electrodes provided in the electrical treatment and / or stimulation device. Other than that, the transition and function to the second operation screen are the same as described above. When the input to the execution button 12 is recognized, the program calculates two pairs of corresponding frequency values and voltage values based on the input information and generates a control signal. When calculating the voltage, a value specified in the voltage input box is generated for the low frequency band, and a fixed voltage value (16 V) is generated for the medium frequency or higher. The control signal is transmitted wirelessly, and the electrotherapy and / or stimulation device 2 receives the control signal by the receiving unit 5. The control device 6 applies two specified frequencies and voltages to the two pairs of electrodes 7 based on the control signal received by the receiving unit 5. Although the applied voltage is common in FIG. 7, a configuration in which two types of voltages can be designated may be employed.
追加の実施手段として、例えばパルスモード（所定の時間でＯＮ／ＯＦＦを繰り返す形態）や、所定の周波数幅におけるスイープモードを設けること、例えば３０分単位で３時間迄のタイマー機能（終了後に電源をＯＦＦすることも含む）を設けてもよい。これら機能は、公知のプログラム構成により、上述のように操作画面上に入力ボックスやボタン及び／又はバー等を表示することで追加することできる。 As an additional implementation means, for example, a pulse mode (a form in which ON / OFF is repeated at a predetermined time) and a sweep mode at a predetermined frequency width are provided. Including turning off). These functions can be added by displaying an input box, a button, and / or a bar on the operation screen as described above with a known program configuration.
１　電気治療及び／又は刺激システム
２　電気治療及び／又は刺激装置
３　携帯情報通信端末
４　電源装置
５　受信部
６　制御装置
７　電極
８　陽極
９　陰極
１０　表示部
１１　検索ボックス
１２　実行ボタン
１３、１４　スライドバー
１５　標示部
１６　停止ボタン
１７　メモリーボタン
１８　再設定ボタン
１９　スライドバー
２０～２２　入力ボックス DESCRIPTION OF SYMBOLS 1 Electrical treatment and / or stimulation system 2 Electrical treatment and / or stimulation device 3 Portable information communication terminal 4 Power supply device 5 Reception unit 6 Control device 7 Electrode 8 Anode 9 Cathode 10 Display unit 11 Search box 12 Execution buttons 13 and 14 Slide bar 15 Marking part 16 Stop button 17 Memory button 18 Reset button 19 Slide bar 20-22 Input box

Claims (8)

  1. 情報処理装置と、無線通信装置と、入力認識手段とを備えた携帯情報通信端末を介して操作される電気治療及び／又は刺激装置用のプログラムであって、
    入力認識手段により認識された入力情報に基づいて、前記電気治療及び／又は刺激器を制御するための制御情報を前記入力情報に基づいて生成する手段と、
    前記制御情報を前記無線通信手段に出力する手段とを前記情報処理装置に実行させるプログラムであり、
    前記入力情報に基づき、所定の周波数帯において、前記電気治療及び／又は刺激器が出力する周波数を変更する制御情報を生成する手段を備えることを特徴とするプログラム。     A program for electrotherapy and / or stimulation device operated via a portable information communication terminal including an information processing device, a wireless communication device, and an input recognition means,
    Means for generating control information for controlling the electrotherapy and / or stimulator based on the input information based on the input information recognized by the input recognition means;
    A program for causing the information processing apparatus to execute means for outputting the control information to the wireless communication means;
    A program comprising: means for generating control information for changing a frequency output from the electrotherapy and / or stimulator in a predetermined frequency band based on the input information.
  2. 前記入力情報に基づき、所定の周波数帯において、前記電気治療及び／又は刺激器が出力する電圧を変更する制御情報を生成する手段を備えることを特徴とする請求項１に記載のプログラム。 The program according to claim 1, further comprising means for generating control information for changing a voltage output from the electrotherapy and / or stimulator in a predetermined frequency band based on the input information.
  3. 前記入力情報に基づき、特定の疾患に対応された特定の周波数及び特定の電圧情報を、前記電気治療及び／又は刺激器に出力させる制御情報を生成する手段を含むことを特徴とする請求項２に記載のプログラム。 3. The apparatus according to claim 2, further comprising means for generating control information for causing the electrical therapy and / or stimulator to output specific frequency and specific voltage information corresponding to a specific disease based on the input information. The program described in.
  4. 低周波領域についてのみ出力する電圧を変更する制御情報を生成する手段を備えることを特徴とする請求項３に記載のプログラム。 4. The program according to claim 3, further comprising means for generating control information for changing a voltage to be output only for a low frequency region.
  5. 請求項１から４のいずれか一項に記載のプログラムを実行可能な携帯情報通信端末。 A portable information communication terminal capable of executing the program according to any one of claims 1 to 4.
  6. 請求項５に記載の携帯型電子情報端末から制御情報を受信する受信装置を有する電気治療及び／又は刺激装置。 An electrotherapy and / or stimulation device comprising a receiving device for receiving control information from the portable electronic information terminal according to claim 5.
  7. 請求項５に記載の携帯型電子情報端末と、
    請求項６に記載の電気治療及び／又は刺激装置とを有する電気治療及び／又は刺激システム。     A portable electronic information terminal according to claim 5;
    An electrotherapy and / or stimulation system comprising the electrotherapy and / or stimulation device according to claim 6.
  8. 前記電気治療及び／又は刺激装置が、
    前記電気治療及び／又は刺激器が出力する周波数の記録手段を備えておらず、
    体の一部に装着される少なくとも一対の電極を備えていることを特徴とする、請求項５に記載の電気治療及び／又は刺激装置を含む電気治療及び／又は刺激システム。     The electrotherapy and / or stimulation device comprises:
    No means for recording the frequency output by the electrotherapy and / or stimulator,
    The electrotherapy and / or stimulation system including the electrotherapy and / or stimulation device according to claim 5, comprising at least a pair of electrodes attached to a body part.
PCT/JP2019/018894 2018-05-18 2019-05-13 Program, portable information communication terminal, and system for operating electrotherapy and/or stimulation device WO2019221050A1 (en)

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS63147476A (en) * 1986-12-10 1988-06-20 株式会社　イマジカ Low frequency remedy device
JP2006141695A (en) * 2004-11-19 2006-06-08 Minato Ikagaku Kk Electrostimulator
JP3203629U (en) * 2015-12-04 2016-04-07 何建興 Wireless controlled electrotherapy device
JP2017192545A (en) * 2016-04-20 2017-10-26 エレコム株式会社 Low-frequency therapy device

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS63147476A (en) * 1986-12-10 1988-06-20 株式会社　イマジカ Low frequency remedy device
JP2006141695A (en) * 2004-11-19 2006-06-08 Minato Ikagaku Kk Electrostimulator
JP3203629U (en) * 2015-12-04 2016-04-07 何建興 Wireless controlled electrotherapy device
JP2017192545A (en) * 2016-04-20 2017-10-26 エレコム株式会社 Low-frequency therapy device

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