JPS60193460A - Treatment device - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] This invention relates to a treatment device that applies energy to an affected area to treat it.

[Prior art] In general, this type of equipment F includes low-frequency therapy devices, electric potential therapy devices, and ultrashort wave therapy devices that use electrical energy, electromagnetic therapy devices that use magnetic energy, infrared therapy devices that use radiation energy, and ultraviolet therapy devices. There are various types of treatment devices such as therapeutic devices and thermal treatment devices that handle thermal energy. For all of these treatment devices, the therapeutic effect will be ineffective if the output and duration of the applied energy (including the frequency in the case of low-frequency treatment devices) do not match the affected area and symptoms. Not only is it insufficient, but it can also be dangerous, so when using it, the energy must be applied appropriately depending on the affected area and symptoms.

However, in conventional treatment devices, the energy level remains constant and the user cannot adjust the output, the output, the frequency in the case of low-frequency treatment devices, etc. The energy (J Ljh method) can be adjusted by the user by adjusting the continuously variable means or by selecting one of a plurality of selection means. It is not possible for the user to memorize all of the combinations of the affected area, symptoms, energy output suitable for the symptoms, duration, frequency in the case of a low-frequency treatment device, etc. Therefore, it is very difficult to apply energy appropriately, and if you try to apply it properly, you should search for and read the corresponding part of the explanatory horoscope each time according to the affected area and symptoms. However, it is necessary to visit the provider of the treatment device in time, or to seek guidance from a specialist.Therefore, there have been drawbacks such as troublesome and inconvenient handling for both the user and the provider.

[Purpose of the Invention] This invention eliminates the drawbacks of the above-mentioned conventional devices by a factor of 1 to 1, and allows the user to automatically apply appropriate energy according to the affected area and symptoms by simply inputting the affected area and symptoms. dynamically (
The aim is to provide a treatment device that can be used to treat patients.

[Structure of the Invention] In order to achieve the above-mentioned objects, the present invention provides a treatment device that applies energy to the affected area for treatment, and includes means for inputting the site and symptoms of the affected area, and a means for inputting the information on the affected area and the symptoms. The device has a configuration comprising means for setting an input method that is predetermined according to the region d3 and symptoms, and a means for generating energy in accordance with the application method set by the setting means. are doing.

[Embodiments of the invention] Embodiments of the present invention will be described below with reference to the drawings.

1 to 3 show an embodiment of the present invention, in which 1 is a thermotherapy device consisting of a main body 2 and a conductor 3. FIG. The main body 2 includes a power switch 4 that switches on and off each time it is pressed and supplies the necessary power to each part in the on state, a site selection switch 5 for entering the affected area, and a site selection switch. While 5 is pressed, [Head/
Eight types of body parts: face, neck, arms, back/waist, internal organs, legs, joints, and other parts will light up one after the other, and the part selection switch will light up. The part that was lit continues to be lit even after the suppression is released due to the function of the latch circuit 6. While the switch 8 and the symptom selection switch 8 are pressed, a predetermined time interval r "Stiffness" [Tiredness J Mouth I7i] "
Five types of symptoms, ``No symptoms'' and ``Others,'' are switched one by one one by one, and the symptoms that were lit when the suppression of the ``Symptoms'' selection switch 8 is released are due to the action of the latch circuit 9. It continues to light even after the pressure is released (Puru symptom indicator 10
and a decoder 11 that selects and sets the appropriate thermal output (temperature) and duration from various combinations (predetermined in advance according to the latched area and symptoms); A thermal output control circuit 12 that generates either “strong,” “medium,” or “weak” thermal output, and “5 minutes” or “10 minutes” 115 set by the decoder 11.
A duration control circuit 13 is provided which stops the generation of heating horns from the heating control circuit 12 when any one of the durations of minutes, 20 minutes, and 30 minutes has elapsed.

In addition, the conductor 3 is connected to a cord 14 connected to the main body 2 with a connector.
The heating electrode 15 is provided with a heater 16 and a thermistor 17 for detecting the humidity of the heater 16.

As shown in FIG. 3, the thermal output control circuit 12 includes an operational amplifier 18, resistors 19 to 23, and transistors 1 to 24.
26, and when the thermal output is set to "strong", the rLJ r input from the decoder 11 to the terminal aXb
In response to the LJ signal, both the 1 helang resistors 24 and 25 are in the cutoff state, so the potential of the positive input of the operational amplifier 18 (i.e., the set temperature) is equal to that of the resistor 19 and the combined resistor 20.2.
The partial pressure value was 1.22, which was the highest, and the onset of fever.
is set to "medium", the terminal a from the decoder 11
, b, and the transistor 25 is in a conductive state in response to the rLj lN-1j signal input to the resistor 19 and the combined resistance 20.21. If the thermal output is set to 1 or less, the decoder 11
Since the transistor 24 is in a conductive state, the potential of the positive input of the operational amplifier 18 (J, that is, the set temperature) is input to the terminals a and b from the resistor 19. 20, which is the lowest.In both cases, the A amplifier 1 is determined by the voltage division value between the resistance of the thermistor 17 and the resistor 23, which has a negative resistance temperature coefficient.
While the potential of the negative input of 8 is lower than the voltage of the positive input, current flows to the heater 16 because transistors 1 to 26 are in the conductive state ff9 in response to the "T1" signal output from the operational amplifier 18. When the current flows, the heating electrode 15 is turned on, and the potential of the positive input is exceeded, the output of the operational amplifier 18 becomes r.
When switching to LJ signal, transistor 26'! Since the M is cut off, no current flows to the heater 16 and the heating electrode 15 radiates heat and descends.As the potential drops below the positive input potential, current flows again to the heater 16 and the temperature of the heating electrode 15 rises. In this way, the thermal output control circuit 12 is designed to always keep the temperature of the thermal electrode 15 at the set temperature (the temperature determined by m (<7) of the positive input of the operational amplifier 18). Further, the duration control circuit 13 is configured with an appropriate timer.

The above treatment device operates the part selection swing 5 JJ and the symptom selection switch 8, manually selects the affected part d3 and the symptom, and then selects an appropriate setting duration predetermined according to the part and symptom. Interval I until the end of
Thermal power supply center 154 shouts that each 111 will be properly set up.
By applying it to the affected area, appropriate thermal energy (iJ' 4 "C") can be applied to the affected area.

a3. In the above embodiment, the thermotherapy device 1 was illustrated, but the present invention is not limited to this, but is applicable to low frequency therapy devices, electric potential therapy devices, ultrashort wave therapy devices that handle electric energy, and magnetic energy therapy devices. It can be applied to various treatment devices such as electromagnetic treatment devices that handle radiation energy, as well as infrared treatment device J3 and ultraviolet treatment devices that use radiation energy.Also, although the above embodiments dealt with both thermal output and duration, and λ Po 8 ji also deals with only the output or duration of the energy applied to the vessel d3 and I1. (In the case of frequency therapy equipment, electrical engineering
! The frequency may be handled alone or in combination with either or both of the output and duration. In the embodiment described above, the site selection switch 5 was used to select from among eight types of body parts, and the symptom selection switch 8 was used to select from among five types of symptoms. is not limited to this, for example, the site or symptom may be input by any appropriate means other than the selection switch, or the site and symptom may be combined manually rather than separately. It's good. Also, the site indicator 7 and the symptom indicator 1
0 is 4i+S for each multiple L E [')
However, the present invention is not limited to this; for example, characters can be displayed on a liquid crystal display.
) J: Yes. In addition, in the above UI2 example, there are three types of heat output that can be set: 1 strong, ``medium,'' and ``weak,'' and 5 levels of heat output that can be set: 1b minute, 110 minutes, 115 minutes, and 20 minutes, 1r3f1 minute. However, the present invention is not limited to this, and it is possible to display whether the thermal output set in 11 is 1 high, ``medium'' or ``low''. It may also be possible to display whether the duration set in 11 [110 minutes], 110 minutes, 115 minutes, 120 minutes - 1 [30 minutes]. Furthermore, it goes without saying that the circuit structure of the heat output horn control circuit 11 is not limited to the one shown in FIG. .

[Effect of the invention 1] As described above, the present invention includes an IC, so that when the affected area and symptoms are input, the appropriate energy is automatically applied to that area and according to the symptoms. Therefore, the user only needs to know their own affected area and symptoms that they are aware of more than anyone else, for example, by reading the explanation beforehand or by contacting the provider of the treatment device. It is easy and convenient for the user to perform and perform without having to make time or seek guidance from an expert.
In addition, for the provider, the number of inquiries from the user is greatly reduced, thereby freeing the provider from the burden of hassle.

[Brief explanation of the drawing]

Fig. 1 is a plan view of an embodiment of the present invention, Fig. 2 is a block diagram of the block diagram of Fig. 1, and Fig. 3 is a circuit diagram of the main part of the one shown in Fig. 2. . 1... Heat treatment device, 2... Main body, 3... Conductor, 4
. . . Power switch, 5. Part selection switch, 6.
9... Latch circuit, 7... Part indicator, 8... Symptom selection switch, 10... Symptom display, 11... Decoder, 12... Heat output control circuit, 13... Duration control circuit, 14...-1-de, 15... Heating electrode, 16... Heater, 17... Reamister, 18...
...Operational amplifier, 19-23...Resistance, 24-26.
・・１〜Ranjistor Applicant: Ito Very High Frequency Co., Ltd. (Address: Mr. Ashime) Naoe: 1 person Figure 1 Figure 2

Claims (1)

[Scope of Claims] 1. A treatment device that applies one energy to an affected area for treatment, including a means for inputting the area and symptoms of the affected area, and a device that is predetermined according to the area and symptoms input by the input means. 2. A therapeutic device characterized by comprising: means for setting a given application method; and means for emitting energy in accordance with a JLj method set by the setting means. 2. The energy is derived from electrical energy. 3. The treatment device according to claim 1, wherein the energy comprises magnetic energy. 4. The treatment device according to claim 1, wherein the energy comprises radiation energy. 5. The treatment device according to claim 1, in which the energy is thermal energy. 6. The treatment device according to claim 1, in which the energy is thermal energy. 6. 7. The treatment device according to claim 1, in which the application method comprises a duration of the applied energy. 8. A treatment device according to claim 1, in which the application method comprises a) output J3 and duration of the applied energy. 9. The treatment device according to claim 1, in which the application method comprises the frequency of the applied electrical energy. 10 The application method is described in Appendix 5. 11. The treatment device according to claim 1, which consists of the frequency and duration of electrical energy. 11. [δ1] Required range The treatment device according to claim 1. 12 The treatment device according to claim 1, wherein the application method comprises: the frequency of the applied electrical energy; and the duration of the output. 13. The treatment device according to claim 1, wherein the input means is configured to manually select from a plurality of predetermined positions and symptoms. 14. 2. The treatment device according to claim 1, wherein the and the following information are input separately.