JP3235050U - Bidirectional diagnostic / therapeutic device that can be connected to measure blood pressure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a two-way diagnostic / therapeutic device capable of a user operating an input unit to perform diagnosis / treatment based on usage advice and obtaining the most excellent effect. Bidirectional diagnostic / therapeutic devices include a power supply unit 10, a high voltage diagnostic / therapeutic unit 20, an input unit 30, a microprocessor 40, a signal conversion unit 50, a signal transmission unit 60, and a smart device. The device 80 and the blood pressure measuring device 90 are included. The smart device has application software that connects to the signal transmission unit to acquire the diagnosis / treatment signal of the high voltage diagnosis / treatment unit, connects to the blood pressure measurement device to acquire the measurement signal, and processes the diagnosis / treatment signal. And while displaying the blood pressure based on the measured signal, the application software provides usage advice on the input unit based on the blood pressure and the diagnostic / therapeutic signal. [Selection diagram] Fig. 3

Description

The present invention relates to an electronic medical device, and more particularly to an electronic medical device that electromagnetically stimulates arbitrary acupuncture points in both hands and other parts with a high voltage output.

As shown in FIGS. 1 and 2, acupoints corresponding to various organs or organs of the human body are distributed on the hands and feet, and these are generally referred to as acupoint-induced reflex regions 1. For example, acupoint 2 that is effective for the sciatic nerve, acupoint 3 that is effective for improving a cold, and the like. According to the theory of Chinese medicine, acupuncture and moxibustion can be used to stimulate acupuncture points in various parts of the human body to treat or alleviate various diseases. Acupuncture is commonly used and accepted by many, but because it is an invasive treatment, it must be performed by a doctor and the needle is used repeatedly by many patients. Infection can occur if disinfection is incomplete or contaminated during storage.

US Pat. Acupuncture and moxibustion are performed on acupuncture points in various parts. The operation and display screens of the electronic acupuncture and moxibustion control parts are collectively displayed on the touch screen of the smartphone, and the user can control via the smartphone by displaying the acupuncture point position map of the human body and the explanation of the acupuncture and moxibustion treatment on the touch screen of the smartphone. Acupuncture and moxibustion can be applied at.

The electronic acupuncture and moxibustion device can be used by users without specialized knowledge, but it is not possible to correctly determine how much acupuncture and moxibustion should be performed. There is a risk of adverse health effects, as excess or deficiency of acupuncture is always a problem.

Taiwan Utility Model No. M507277

The present invention has been made in view of the above circumstances, and its main purpose is to provide a two-way diagnostic / therapeutic device capable of connecting and measuring blood pressure. Not only can the user know the blood pressure, but based on the advice of the application software, the user can control the high voltage diagnosis / treatment unit to make the diagnosis / treatment correct.

The present invention includes a power supply unit, a high voltage diagnosis / treatment unit, an input unit, a microprocessor, a signal conversion unit, a signal transmission unit, a smart device, and a blood pressure measuring device, and connects the blood pressure. It is a bidirectional diagnostic / therapeutic device that can measure, and the power supply unit converts an external voltage into a predetermined voltage and supplies the necessary power to each unit. The high voltage diagnosis / treatment unit has an electronic oscillator, two output terminals, and an electrode group for detecting a diagnosis / treatment signal, and the electronic oscillator inputs the predetermined voltage to generate an oscillation current. The oscillation current is output from the two output terminals, the electrode group has two output parts, and the two output parts are connected to the two output terminals, respectively. An operation command is input to the input unit. The microprocessor is connected to the power supply unit, the input unit, and the high voltage diagnosis / treatment unit, and controls the operation of the high voltage diagnosis / treatment unit based on the operation command. The signal conversion unit is connected to the high voltage diagnosis / treatment unit, and converts the diagnosis / treatment signal of the high voltage diagnosis / treatment unit into digital data. The signal transmission unit is connected to the signal conversion unit to transmit the diagnosis / treatment signal. The smart device is connected to the signal transmission unit to receive the diagnosis / treatment signal and has corresponding application software for processing the diagnosis / treatment signal, and the blood pressure measuring device has an arm band and a measurement signal. It has a pressure sensor to detect, a signal converter that converts the measurement signal into digital data, and a signal transmitter that transmits the measurement signal, and the smart device is connected to the signal transmitter to transmit the measurement signal. Upon receiving, the smart device displays the blood pressure corresponding to the smart device based on the measurement signal, and the application software provides usage advice regarding the input unit based on the blood pressure and the diagnosis / treatment signal. offer. As a result, the user can control the high voltage diagnosis / treatment unit by the input unit to perform diagnosis / treatment based on the usage advice.

Since the user knows the blood pressure, diagnosis and treatment can be performed with peace of mind based on the usage advice, and since the application software is updated, the usage advice should be provided based on the latest medical knowledge. Therefore, the user can perform the diagnosis and treatment by the latest and most correct method, and obtain the best diagnosis and treatment effect.

FIG. 1 is a schematic diagram of an acupoint-guided reflex region on the back of the hand. FIG. 2 is a schematic view of the acupoint-guided reflex region on the sole of the foot. FIG. 3 is a functional block diagram of an embodiment of the present invention. FIG. 4 is a structural external view of an embodiment of the present invention. FIG. 5 is a functional block diagram of the high voltage diagnosis / treatment unit according to the present invention. FIG. 6 is a circuit diagram of an electronic oscillator according to the present invention. FIG. 7 is a diagram of another embodiment of the electrode group according to the present invention. FIG. 8 is a diagram of another embodiment of the electrode group according to the present invention. FIG. 9 is a schematic diagram of the use of the blood pressure measuring device according to the present invention. FIG. 10 is a functional block diagram of another embodiment of the present invention. FIG. 11 is a structural external view of another embodiment of the present invention.

Next, a preferred embodiment will be described in connection with the drawings.
As shown in FIGS. 3 and 4, the present invention includes a power supply unit 10, a high voltage diagnosis / treatment unit 20, an input unit 30, a microprocessor 40, a signal conversion unit 50, and a signal transmission unit 60. It is a bidirectional diagnostic / therapeutic device that can be connected to measure blood pressure, including a display unit 70, a smart device 80, and a blood pressure measuring device 90. The power supply unit 10 converts the external voltage 11 into a predetermined voltage, and supplies the necessary power to each unit at the predetermined voltage.

Further, as shown in FIGS. 5 and 6, the high voltage diagnosis / treatment unit 20 has an electron oscillator 21, two output terminals 22, and an electrode group 23 for detecting a diagnosis / treatment signal. In one embodiment, the power supply unit 10, the input unit 30, the microprocessor 40, the signal conversion unit 50, the signal transmission unit 60, the electronic oscillator 21 of the high voltage diagnosis / treatment unit 20, and the display unit 70 are all provided in the housing 82. ..

The electronic oscillator 21 can input the predetermined voltage to generate an oscillation current, and the oscillation current is output from the two output terminals 22. In practice, the external voltage 11 is either the battery 111 or the power transformer 112, the battery 111 is easier to carry and the power transformer 112 can provide a sustainable power supply. The housing 82 has a power outlet 113, the power outlet 113 is electrically connected to the power plug 114, the power plug 114 is connected to the power cord 116, and the power cord 116 is connected to the commercial frequency plug 115. , The commercial frequency plug 115 obtains power from a commercial frequency socket (not shown). Further, in order to guarantee the safety of the circuit, the power supply unit 10 may be provided with the voltage stabilizing circuit 12 so as to supply a stable voltage. In the present invention, the power is obtained by obtaining the power from the battery 111 or by changing the alternating current to the direct current by the power transformer 112, and the switch S1 and the light emitting diode L1 for switching the power display indicate whether the internal operation is normal. Moreover, the oscillation current is generated from the voltage by the electronic oscillator 21 via a plurality of resistors R1, R2, variable resistors R3, R4, capacitors C1, C2, C3, C4, a transistor V1 and a transformer T1. Output from the output terminal 22.

The electrode group 23 has two output portions 236, and the two output portions 236 are a combination of the conductive rod material 231 and the conductive patch 232, and are connected to the two output terminals 22, respectively. The two output terminals 22 are connected to the conductive rod 231 and the conductive patch 232 via the output hole 221 and the connector 223 on the housing 82, and the Y-shaped connecting wire 222, and the front end of the conductive rod 231 is conductive. In the electrode 233 made of a sexual magnetic material, a plurality of magnets 234 are provided on the back surface of the electrode 233, and the oscillation current output from the output terminal 22 is converted into an electromagnetic wave by the magnet 234, and the electromagnetic wave is transmitted to the electrode 233. It is output from the front end of the conductive rod material 231.

As shown in FIG. 7, the two output portions 236 of the electrode group 23 may be a combination of the conductive rod material 231 and the conductive pinna patch 235, which are also connected to the two output terminals 22, respectively. The conductive pinna patch 235 is worn on the human ear. Alternatively, as shown in FIG. 8, the two output sites 236 of the electrode group 23 may be a combination of at least two (preferably two to four) conductive patches 232, which are also two outputs. Each is connected to the terminal 22, and the conductive patch 232 is attached to the human body.

An operation command is input to the input unit 30. In one embodiment, as shown in FIG. 4, the input unit 30 includes a power switch 31, an increase button 32, a decrease button 33, and a time setting button 34 to operate the high voltage diagnostic / treatment unit 20. Also controllable, the input unit 30 may further include a consultation button 35 and a treatment button 36, by which the consultation button 35 provides the high voltage diagnostic / treatment unit 20 with a specific intensity output for the consultation. With the treatment button 36, the high voltage diagnostic / treatment unit 20 provides a specific intensity output for treatment. The user can press a button to switch the application, identify the site to be treated in the examination mode, and then switch to the treatment mode for treatment.

The microprocessor 40 is connected to the power supply unit 10, the high voltage diagnosis / treatment unit 20, the display unit 70, and the input unit 30, and the microprocessor 40 is the core of the entire system and can be used for operation commands input to the input unit 30. Based on this, the operation of the high voltage diagnosis / treatment unit is controlled to meet the individualized needs of the user.

The signal conversion unit 50 is connected to the high voltage diagnosis / treatment unit 20, converts the diagnosis / treatment signal of the high voltage diagnosis / treatment unit 20 into digital data, and the signal transmission unit 60 is connected to the signal conversion unit 50. Transmits diagnostic / therapeutic signals. The display unit 70 displays information and asks the user to confirm it.

Further, the smart device 80 is connected to the signal transmission unit 60 to receive the diagnosis / treatment signal. The signal transmission unit 60 may be a wireless communication component such as WI-FI (registered trademark) or Bluetooth (registered trademark), the smart device 80 may be a smartphone, a tablet computer, or the like, and the smart device 80 may be a smart device 80. Corresponding application software that processes the diagnosis / treatment signal and is updated online is installed.

As shown in FIGS. 4 and 9, the blood pressure measuring device 90 transmits the arm band 91, the pressure sensor 92 for detecting the measurement signal, the signal converter 93 for converting the measurement signal into digital data, and the measurement signal. It has a signal transmitter 94 and the like. If the arm band 91 is wrapped around the arm 96 of the user 95, the measurement signal can be detected by the pressure sensor 92, and when the measurement signal is converted into digital data by the signal converter 93, the signal transmitter 94 is used. It is transmitted via. The signal transmitter 94 may also be WI-FI (registered trademark), Bluetooth (registered trademark), or the like. The smart device 80 is connected to the signal transmitter 94 to receive the measurement signal, the smart device 80 displays the blood pressure corresponding to the smart device 80 based on the measurement signal, and the application software displays the blood pressure and the diagnosis. -Provide usage advice regarding the input unit 30 based on the treatment signal.

Based on the usage advice, the user controls the high voltage diagnosis / treatment unit 20 by the input unit 30 to perform diagnosis / treatment. In the present invention, since the application software is installed on the smart device 80, the application software is constantly updated through the smart device 80 to keep the latest version, and the usage advice received by the user is the latest and correct. Further, in the present invention, if the examination mode is used, the user can not only specify the site to be treated but also know the blood pressure, so that the diagnosis and treatment can be performed with peace of mind and the most excellent therapeutic effect can be obtained.

Further, in the present invention, the use is further expanded by adding the smart device 80. For example, the cloud database 81 is connected to the smart device 80, information on diagnosis and treatment is stored in the cloud database 81, and information on diagnosis and treatment is uploaded to the cloud database 81 by the smart device 80, whereby a medical worker By monitoring this and informing the user immediately to be examined at a medical institution if there is any suspicion of deterioration of health, the user's health condition can be constantly monitored.

As shown in FIGS. 10 and 11, in one embodiment, the power supply unit 10, the electronic oscillator 21 of the high voltage diagnosis / treatment unit 20, the input unit 30, the microprocessor 40, the signal conversion unit 50, the signal transmission unit 60, and the like. Both display units 70 are provided in the smart device 80. That is, the smart device 80 can be combined with the two output terminals 22 and the electrode group 23 for diagnosis and treatment.

As described above, in the present invention, since the user knows the blood pressure, the application software that can perform correct diagnosis and treatment based on the usage advice with peace of mind and give the usage advice is installed on the smart device. Therefore, the application software is constantly updated online. By always providing usage advice based on the latest medical knowledge, the user can perform diagnosis and treatment by the latest and most correct method, and obtain the best diagnosis and treatment effect.

1 Acupoint induction reflection area 2 Acupoints that are effective for the sciatic nerve 3 Acupoints that are effective for improving colds 10 Power supply unit 11 External voltage 111 Battery 112 Power transformer 113 Power outlet 114 Power plug 115 Commercial frequency plug 116 Power cord 12 Voltage stabilization circuit 20 High voltage diagnosis / treatment unit 21 Electronic oscillator 22 Two output terminals 221 Output holes 222 Connection line 223 Connector 23 Electrode group 231 Conductive rod 232 Conductive patch 233 Electrode 234 Magnet 235 Conductive ear patch 236 Output part 30 Input Unit 31 Power switch 32 Increase button 33 Decrease button 34 Time setting button 35 Examination button 36 Treatment button 40 Microprocessor 50 Signal conversion unit 60 Signal transmission unit 70 Display unit 80 Smart device 81 Cloud database 90 Blood pressure measurement device 91 Arm band 92 Pressure sensor 93 Signal converter 94 Signal transmitter 95 User 96 Arm C1 Capacitor C2 Capacitor C3 Capacitor C4 Capacitor L1 Light emitting diode R1 Resistance R2 Resistance R3 Variable resistance R4 Variable resistance S1 Switch T1 Transformer V1 Transistor

Claims (10)

A power supply unit that converts an external voltage to a predetermined voltage,
The electronic oscillator has an electronic oscillator, two output terminals, and an electrode group for detecting a diagnosis / treatment signal, and the electronic oscillator can input the predetermined voltage to generate an oscillation current, and the oscillation current is the oscillation current. The high voltage diagnosis / treatment unit is output from two output terminals, the electrode group has two output parts, and the two output parts are connected to the two output terminals, respectively.
An input unit into which operation commands are input and
A microprocessor connected to the power supply unit, the input unit, and the high voltage diagnosis / treatment unit, and controlling the operation of the high voltage diagnosis / treatment unit based on the operation command.
A signal conversion unit connected to the high voltage diagnosis / treatment unit and converting the diagnosis / treatment signal of the high voltage diagnosis / treatment unit into digital data.
A signal transmission unit connected to the signal conversion unit and transmitting the diagnosis / treatment signal,
A smart device connected to the signal transmission unit, receiving the diagnosis / treatment signal, and having corresponding application software for processing the diagnosis / treatment signal.
It has an arm band, a pressure sensor that detects a measurement signal, a signal converter that converts the measurement signal into digital data, and a signal transmitter that transmits the measurement signal, and the smart device is the signal transmitter. Connected to receive the measurement signal, the smart device displays the blood pressure corresponding to the smart device based on the measurement signal, and the application software inputs the input based on the blood pressure and the diagnosis / treatment signal. A bidirectional diagnostic and therapeutic device that can be connected to measure blood pressure, including a blood pressure measuring device that provides usage advice regarding the unit. The bidirectional diagnostic / therapeutic device according to claim 1, wherein the external voltage is either a battery or a power transformer. The bidirectional diagnostic / therapeutic apparatus according to claim 1, further comprising a display unit connected to the microprocessor. A claim characterized in that the power supply unit, the input unit, the microprocessor, the signal conversion unit, the signal transmission unit, the electronic oscillator of the high voltage diagnosis / treatment unit, and the display unit are all provided in a housing. Item 2. The bidirectional diagnostic / therapeutic device according to Item 3. The power supply unit, the electronic oscillator of the high voltage diagnosis / treatment unit, the input unit, the microprocessor, the signal conversion unit, the signal transmission unit, and the display unit are all provided in the smart device. The bidirectional diagnostic / therapeutic device according to claim 3. The bidirectional diagnostic / therapeutic apparatus according to claim 1, wherein the power supply unit is further provided with a voltage stabilizing circuit. The input unit includes a power switch, an increase button, a decrease button, a time setting button, an examination button, and a treatment button, and the examination button allows the high voltage diagnosis / treatment unit to have a specific strength for examination. The bidirectional diagnostic / therapeutic apparatus according to claim 1, wherein the high voltage diagnostic / therapeutic unit provides an output of a specific intensity for treatment by the treatment button. The two output parts of the electrode group are a combination of a conductive rod and a conductive patch, a conductive rod and a conductive earpiece patch, and two conductive patches, and the conductive rod is used. The front end of the electrode is an electrode made of a conductive magnetic material, and a plurality of magnets are provided on the back surface of the electrode, and the oscillation current output from the output terminal is converted into an electromagnetic wave by the plurality of magnets. The bidirectional diagnostic / therapeutic apparatus according to claim 1, wherein the electric current is transmitted to the electrodes. The bidirectional diagnostic / therapeutic device according to claim 1, wherein a cloud database is further connected to the smart device. The bidirectional diagnostic / therapeutic device according to claim 1, wherein the smart device is either a smartphone or a tablet computer.

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