END DEVICE, ELECTRICAL TREATMENT DEVICE AND TREATMENT SYSTEM

Abstract

End device (10) which includes a touch panel (155, 230) and is configured to be able to communicate with an electrical treatment device (20, 200) which includes a plurality of electrodes which are to be brought into contact with a location on the body of a user, wherein the end device (10) comprises: a display control unit (407) configured to display a predetermined image (812, 814) on a display screen of the touch panel (155, 230); a selection unit (403) configured to select a set of electrodes, composed of two electrodes, from the plurality of electrodes in response to a touch operation performed on the predetermined image (812, 814) displayed on the display screen; and an instruction unit (405) configured to instruct the electrical treatment device (20, 200) to apply a pulse voltage to the selected set of electrodes, one electrode of positive polarity and one electrode of negative polarity, wherein a multitude of areas in the predetermined image (812, 814) are each assigned to the multitude of electrodes, and The selection unit (403) extracts a set of areas composed of two areas from the plurality of areas in response to a touch operation performed on the predetermined image (812, 814), selects the set of electrodes corresponding to the set of areas, and from the plurality of areas selects two areas that are closest to a touch position. which is specified by the touch process, as the set of areas extracted.

Description

TECHNICAL AREA

[0001] The present disclosure relates to an end device, an electrical treatment device and a treatment system. STATE OF THE ART

[0002] A well-known electrical treatment device provides electrical stimulation by bringing a variety of electrodes into contact with a surface of the body such as the abdomen and back, and then sending electrical signals to muscles in the body via the electrodes.

[0003] For example, JP 10-118199 A (Patent Document 1) discloses a low-frequency treatment device in which at least one stimulation pattern is sequentially generated by a control program. This low-frequency treatment device includes three or more electrodes, and the electrodes are arranged symmetrically on a base foil body.

[0004] WO 2015 / 066033 A1 (Patent Document 2) relates to a therapeutic neurostimulation system for treating a patient using implanted electrodes along the spinal cord. The system comprises a neurostimulation lead with an electrode array arranged along a longitudinal axis and a neurostimulation device for delivering electrical stimulation energy to active electrodes. According to one embodiment, the user can select a cathode of a virtual multipole by touching or clicking any point within the graphically represented electrodes. The control unit can then generate an ideal multipole by selecting anodes. In this case, the virtual multipole is an ideal longitudinal tripole with a central cathode and a pair of anodes arranged longitudinally on opposite sides of the central cathode. LIST OF COUNTERPOINTS Patent Literature Patent Document 1: JP 10-118199 A Patent document 2: WO 2015 / 066033 A1 BRIEF DESCRIPTION OF THE INVENTION Technical Problem

[0005] The low-frequency treatment device according to patent document 1 provides various stimulation patterns by changing one electrode and one neutral electrode at each constant interval among five electrodes. For such a low-frequency treatment device with a plurality of electrodes, there is a need for the user to generate a desired stimulation pattern by selecting the electrodes from the plurality through intuitive operation. However, in patent document 1, user-selectable stimulation patterns are limited to those that have been pre-stored, and a technique that fulfills the aforementioned need is neither disclosed nor proposed.

[0006] One objective in one aspect of the present disclosure is to provide an end device, an electrical treatment device and a treatment system configured to enable treatment in a desired stimulation pattern by selecting electrodes through a touch process. SOLUTION TO THE PROBLEM

[0007] The present problem is solved by the subject matter defined in the dependent claims. Preferred embodiments of the present invention are set forth in the respective subclaims.

[0008] In an example of the present disclosure, an end device including a touch panel is configured to communicate with an electrical treatment device including a plurality of electrodes intended to be brought into contact with a location on a user's body. The end device includes a display control unit configured to display a predetermined image on a display screen of the touch panel, a selection unit configured to select a set of electrodes, consisting of two electrodes from the plurality of electrodes, in response to a touch operation performed on the predetermined image displayed on the display screen, and an instruction unit configured to instruct the electrical treatment device to apply a pulse voltage to the selected set of electrodes.

[0009] According to the above configuration, the selection of electrodes by touch allows the treatment to be carried out with a desired stimulation pattern.

[0010] In another example from the present disclosure, the predetermined image includes a plurality of electrode images, each corresponding to the plurality of electrodes. The selection unit extracts a set of electrode images, composed of two electrode images from the plurality of electrode images, in response to a touch operation performed on the plurality of electrode images, and selects the set of electrodes corresponding to the set of electrode images.

[0011] According to the configuration described above, the multitude of electrode images, each corresponding to the multitude of electrodes, are displayed so that the desired electrodes can be easily selected.

[0012] In another example of the present disclosure, the selection unit extracts from the electrode images displayed on the display screen two electrode images that are closest to a touch position specified by the touching process, as the set of electrode images.

[0013] According to the above configuration, a user can receive electrical stimulation between the electrodes corresponding to the set of electrode images without having to touch the two electrode images individually.

[0014] In another example of the present disclosure, the selection unit extracts from the electrode images a first electrode image that is closest to a first touch position specified by the touching process and a second electrode image that is closest to a second touch position specified by the touching process, as the set of electrode images.

[0015] According to the configuration discussed above, the user can freely select any two electrode images from the available electrode images. For example, by touching two electrode images that are not adjacent to each other, an electrical stimulation can be received between the electrodes corresponding to those two images.

[0016] In another example of the present disclosure, the plurality of electrodes is configured to have a honeycomb shape. Each of the electrode images is arranged in a honeycomb-like pattern on the display screen of the touch panel.

[0017] According to the configuration described above, the multitude of electrodes enclosed in the electrical treatment device can be efficiently arranged. Furthermore, since each electrode array is arranged in the honeycomb pattern, each electrode array is in contact with several other electrode arrays (up to six), thus improving usability during the continuous contact process.

[0018] In another example from the present disclosure, a plurality of regions in the predetermined image are each assigned to a plurality of electrodes. The selection unit extracts a set of regions, composed of two regions from the plurality of regions, in response to a touch operation performed on the predetermined image, and selects the set of electrodes that corresponds to the set of regions.

[0019] According to the configuration described above, by touching the area in the predetermined image displayed on the touch panel's display screen, the electrode corresponding to the touched area can be easily selected.

[0020] In another example from the present disclosure, the selection unit extracts from the plurality of areas two areas that are closest to a touch position specified by the touching process, as the set of areas.

[0021] According to the above configuration, a user can receive electrical stimulation between the electrodes corresponding to the set of areas without having to touch the two areas individually.

[0022] In another example of the present disclosure, the selection unit extracts from the plurality of areas a first area that is closest to a first touch position specified by the touching process and a second area that is closest to a second touch position specified by the touching process, as the set of areas.

[0023] According to the configuration discussed above, the user can receive electrical stimulation between the electrodes corresponding to the two separate areas by touching them.

[0024] In another example from the present disclosure, the end device further includes a pressure force sensing unit configured to detect a pressure force exerted on the touch panel by the touch operation, and a setting unit configured to set an electrical stimulation intensity to be delivered to the site based on the pressure force when the set of electrodes is selected. The instruction unit instructs the electrical treatment device to apply a pulse voltage corresponding to the set electrical stimulation intensity to the set of electrodes.

[0025] According to the configuration described above, the electrical stimulation intensity provided to a treatment site of the user can be easily changed by adjusting the pressure force when performing the touch procedure.

[0026] In another example from the present disclosure, the setting unit increases the electrical stimulation intensity with increasing pressure.

[0027] According to the configuration described above, the user can increase the electrical stimulation intensity proportionally to the strength of the pressure applied against the touch panel, which makes it possible to provide an intuitive and easy-to-follow operating scheme.

[0028] In another example from the present disclosure, the end device further includes an information storage unit configured to store pattern information that includes each of a plurality of the sets of electrodes selected by the selection unit, and a sequence in which the sets of electrodes are selected according to a series of touch operations. The instruction unit instructs the electrical treatment device to apply a pulse voltage to each set of electrodes based on the pattern information stored in the information storage unit.

[0029] According to the configuration described above, a desired stimulation pattern, corresponding to a series of touch operations, is stored in the information storage unit. Thus, the user can receive treatment based on the stimulation pattern without having to repeat the same series of touch operations.

[0030] In another example from the present disclosure, an electrical treatment device with a touch panel includes: a plurality of electrodes to be brought into contact with a location on the body of a user; a display control unit configured to display a predetermined image on a display screen of the touch panel; a selection unit configured to select a set of electrodes, composed of two electrodes, from the plurality of electrodes in response to a touch operation performed on the predetermined image displayed on the display screen; and a treatment execution unit configured to perform a treatment at the location by applying a pulse voltage to the selected set of electrodes.

[0031] According to the above configuration, the selection of electrodes through the touch process makes it possible to perform the treatment with a desired stimulation pattern.

[0032] In another example in the present disclosure, a treatment system includes: an electrical treatment device with a plurality of electrodes to be brought into contact with a part of a user's body; and an end device that includes a touch panel and is configured to be able to communicate with the electrical treatment device.The end device further includes a display control unit configured to display a predetermined image on a touch panel display screen, a selection unit configured to select a set of electrodes composed of two electrodes from the plurality of electrodes in response to a touch operation performed on the predetermined image displayed on the screen, and an instruction unit configured to instruct the electrical treatment device to apply a pulse voltage to the selected set of electrodes.

[0033] According to the above configuration, the selection of electrodes through the touch process makes it possible to perform the treatment with a desired stimulation pattern. ADVANTAGEOUS EFFECTS OF THE INVENTION

[0034] According to the present disclosure, the selection of the electrodes by the touching process makes it possible to carry out the treatment with a desired stimulation pattern. BRIEF DESCRIPTION OF THE DRAWINGS Fig. Figure 1 is a diagram illustrating a treatment system according to the present embodiment. Fig. Figure 2 is a block diagram illustrating an example of a hardware configuration of an end device according to a first embodiment. Fig. Figure 3 is a perspective view illustrating an example of a configuration of an electrical treatment device according to the first embodiment. Fig. Figure 4 is a perspective view illustrating a state in which a main body section provided in an electrical treatment device according to the first embodiment is separated from a holder and a pad 2. Fig. Figure 5 is a diagram illustrating an example of an electrode structure formed in a pad according to the first embodiment. Fig. Figure 6 is a diagram for describing parameters of a pulse voltage waveform. Fig. Figure 7 is a diagram illustrating an example of an operator screen for selecting an electrode to which a pulse voltage is to be applied. Fig. Figure 8 is a diagram illustrating another example of an operator screen for selecting an electrode to which a pulse voltage is to be applied. Fig. Figure 9 is a diagram illustrating an example of a control screen in a case where a series of touch operations are performed. Fig. Figure 10 is a block diagram illustrating an example of a functional configuration of an end device according to the first embodiment. Fig. Figure 11 is a flowchart illustrating an example of a processing procedure of an end device according to the first embodiment. Fig. Figure 12 is a graphic illustrating an example of the appearance of an electrical treatment device according to a second embodiment. Fig. Figure 13 is a block diagram illustrating an example of a hardware configuration of an electrical treatment device according to the second embodiment. Fig. Figure 14 is a diagram illustrating an example of an operating screen for selecting an electrode to which, in another embodiment, a pulse voltage is to be applied. DESCRIPTION OF THE EXECUTION FORMS

[0035] Embodiments of the present invention are described below with reference to the drawings. In the following description, identical components are identified by the same reference numerals. Their names and functions are also the same. Therefore, the detailed description of these components is not repeated. Application example

[0036] An application example of the present invention will be given with reference to Fig. 1 described. Fig. Figure 1 is a diagram illustrating a treatment system 1000 according to the present embodiment. With reference to Fig. 1 The treatment system 1000 includes an end device 10, which is a user end device, an electrical treatment device 20 and a network 30.

[0037] The electrical treatment device 20 is a low-frequency treatment device that includes a variety of electrodes which are placed in contact with a specific area of ​​the user's body and perform a treatment, such as relieving shoulder stiffness, by supplying a low-frequency pulsed current to each electrode. For example, the frequency of the low-frequency pulsed current ranges from 1 Hz to 1200 Hz. However, the electrical treatment device 20 can be configured to use pulsed currents in other frequency bands.

[0038] The electric treatment device 20 is a cordless device comprising a pad 2, a main body section 4, and a holder, all integrated during use. Treatment is performed by combining these components. The main body section acts as a control unit for operating the electric treatment device 20. The pad 2 has a leaf-like shape and is attached to a treatment site on the user (for example, the knee area).

[0039] The end device 10 is, for example, a smartphone equipped with a touch panel 155, which integrates a touch sensor and a display. In the following description, a smartphone is used as a representative example of the “end device.” However, the end device 10 could be a different end device, such as a tablet end device on which a touch panel is mounted.

[0040] The network 30 for connecting the terminal device 10 and the electrical treatment device 20 uses a short-range wireless communication system, typically Bluetooth Low Energy (BLE). Thus, the terminal device 10 and the electrical treatment device 20 are BLE devices with a capability for wireless communication using BLE. However, the network 30 is not limited to this, and another wireless communication system, such as Bluetooth or a wireless local area network (LAN), can be used.

[0041] A predetermined image is displayed on a screen of the touch panel 155 of the end device 10. The predetermined image includes a plurality of electrode images. The plurality of electrode images each correspond to the plurality of electrodes formed in the pad 2 of the electrical treatment device 20. In the present embodiment, since the plurality of electrodes are formed in a honeycomb pattern in the pad 2, each of the electrode images displayed on the touch panel 155 is arranged in a honeycomb pattern.

[0042] When an operation (touch operation) is received that is performed on the electrode image displayed on the touch panel 155, the end device 10 instructs the electrical treatment device 20 to apply a pulse voltage to the electrode corresponding to the electrode image extracted in response to the touch operation. Specifically, the end device 10 includes a selection unit 403, an instruction unit 405, and a display control unit 407 as its main functional configuration.

[0043] In response to the touch action, the display control unit 407 displays various operating screens for the electrical treatment device 20 on the display screen of the touch panel 155. The display control unit 407 arranges the electrode images on the touch panel 155, each corresponding to the plurality of electrodes formed in the pad 2.

[0044] In response to the touch operations performed on the multitude of electrode images displayed on the touch panel 155, the selection unit 403 extracts a set of electrode images composed of two electrode images from the multitude of electrode images and selects a set of electrodes corresponding to the extracted set of electrode images.

[0045] The instruction unit 405 instructs the electrical treatment device 20 (for example, the main body section 4) to apply a pulse voltage to the selected set of electrodes from the plurality of electrodes formed in the pad 2. Specifically, the instruction unit 405 transmits instruction information specifying the foregoing instruction to the electrical treatment device 20 via the network 30. If the polarity of one electrode in the set of electrodes is positive, the polarity of the other electrode is negative. The electrical treatment device 20 performs treatment at the treatment site by applying a pulse voltage to the set of electrodes in accordance with the instruction information.

[0046] By touching the electrode images displayed on the touch panel 155 of the end device 10, the user can receive treatment via the electrodes corresponding to the touched electrode images. Additionally, the user can receive treatment with a desired electrical stimulation pattern by continuously performing touch operations on the touch panel 155 to sequentially select the electrode images. Since the electrode images corresponding to the electrodes formed in pad 2 are displayed on the touch panel 155, the user can intuitively and easily select the electrode to be supplied with a pulse voltage. Configuration Example: First Implementation; Hardware Configuration of the End Device 10

[0047] Fig. Figure 2 is a block diagram illustrating an example of a hardware configuration of the end device 10 according to a first embodiment. The end device 10 includes as its main components a processor 152, a working memory 154, a touch panel 155, a wireless communication unit 160, a memory interface (I / F) 164, a communication interface (I / F) 166, a loudspeaker 168, and a microphone 170.

[0048] The processor 152 can typically be an arithmetic processing unit such as a central processing unit (CPU) or a multiprocessing unit (MPU). The processor 152 acts as a control unit, managing the operation of components of the end device 10 by reading and executing a program stored in the main memory 154. By executing the program, the processor 152 performs processing (steps) of the end device 10, which will be described later.

[0049] The main memory 154 is implemented using random access memory (RAM), read-only memory (ROM), flash memory, and the like. Programs executed by the processor 152, data used by the processor 152, and the like are stored in the main memory 154.

[0050] The touch panel 155 is configured to detect the touch position and pressure force at the time of the touch operation. The touch panel 155 consists of a display 156, a touch sensor 157 superimposed on the display 156, and a pressure sensor 158.

[0051] The display 156 is composed of a liquid crystal display or the like and is configured to display various information according to the control of the processor 152. The touch sensor 157 detects a touch operation performed on the touch panel 155 using a finger, a tablet stylus, or the like, along with a position (touch coordinates) on the touch panel 155 where the touch operation was performed, and delivers the detected signal to the processor 152.

[0052] The pressure sensor 158, for example, is a pressure sensor of a strain gauge circuit and is provided at a section of the display 156 that is distorted by the pressure force against the display screen. The processor 152 detects a pressure force against the display screen of the display 156 based on an output value from the pressure sensor 158. It should be noted that the circuit for detecting the pressure force is not limited to a circuit using a pressure sensor and can be a different circuit as long as the circuit is capable of detecting the pressure force against a user interface of the display 156.

[0053] The wireless communication unit 160 connects to a mobile communication network via a communication antenna 162 and transmits and receives signals for wireless communication. Accordingly, the terminal device 10 can communicate with other communication devices via a mobile communication network such as Long Term Evolution (LTE).

[0054] Memory interface 164 reads data from an external storage medium 165. Processor 152 reads the data stored in memory medium 165 via memory interface 164 and stores the data in main memory 154. Processor 152 reads the data from main memory 154 and stores the data in external storage medium 165 via memory interface 164.

[0055] The storage medium 165 can also be media that store programs in a non-volatile manner, such as a Compact Disc (CD), a Digital Versatile Disc (DVD), a Blu-Ray (registered trademark) Disc (BD), a Universal Serial Bus (USB) storage device, and a Secure Digital (SD) memory card.

[0056] The communication interface (I / F) 166 is a communication interface configured for exchanging various data between the terminal device 10 and the electrical treatment device 20, and is implemented by an adapter, connector, or the like. A wireless communication scheme such as Bluetooth Low Energy (BLE) or a wireless LAN can be used as a communication scheme.

[0057] The loudspeaker 168 converts an audio signal from the processor 152 into sound and outputs the sound from the end device 10. The microphone 170 receives an audio input for the end device 10 and provides the processor 152 with an audio signal corresponding to the audio input. Configuration of the electrical treatment device 20

[0058] Fig. Figure 3 is a perspective view illustrating an example of a configuration of the electrical treatment device 20 according to the first embodiment. Fig. Figure 4 is a perspective view illustrating a state in which the main body section 4, provided in the electrical treatment device 20 according to the first embodiment, is separated from a support 3 and the pad 2. Fig. Figure 5 is a diagram illustrating an example of an electrode structure formed in pad 2 according to the first embodiment.

[0059] With reference to Fig. 3 and Fig. 4 The electrical treatment device 20 is a so-called low-frequency treatment device of the wireless type and includes the pad 2, the holder 3 and the main body section 4.

[0060] Pad 2 has a leaf-like shape and is configured to be attached to the user's body. A conductive layer 2a is provided on a surface of a body-facing section 21 (lower surface) of the outer surfaces of Pad 2, which faces the body. Pad 2 is adhered to the user's skin using a conductive gel or the like, and a low-frequency pulsed current is delivered to the user through the conductive layer 2a.

[0061] With reference to Fig. Section 4 of the pad 2 includes a mounting section 2X and a treatment section 2Y. The mounting section 2X is held by the bracket 3. A window section 23 and a through-hole 2H are provided on the mounting section 2X. A positioning projection 312 of the bracket 3 is located on the inside of the window section 23. A locking pin 33 of the bracket 3 is inserted through the through-hole 2H. The treatment section 2Y is provided on both the left and right sides of the mounting section 2X, and the conductive layer 2a is exposed on the body-side section 21 of the treatment section 2Y.

[0062] The conductive layer 2a is also exposed on the surface facing the main body section 4 at the attachment section 2X, and the exposed section forms a pad-side electrode section 22. The pad-side electrode section 22 is designed to be electrically connected to a main body section-side electrode section 43.

[0063] With reference to Fig. Section 5 of the pad-side electrode section 22 includes electrode groups 61 and 65, each containing a plurality of electrode sections arranged in a honeycomb pattern. Electrode group 61 is located in one of the treatment sections 2Y, and electrode group 65 is located in the other of the treatment sections 2Y. Each of electrode groups 61 and 65, for example, has nine electrodes. A pulse voltage is applied between two electrodes of electrode group 61 (or electrode group 65). This causes one electrode to have a positive polarity and the other electrode to have a negative polarity. Because electrode groups 61 and 65 are each arranged in the honeycomb pattern, the area of ​​treatment section 2Y can be used efficiently. However, electrode groups 61 and 65 are not limited to the honeycomb shape and can, for example, be arranged in a matrix pattern.

[0064] With reference to Fig. 4 The holder 3 includes a pad holding section 31 with a plate-like shape and a pair of wall sections 32 that extend from both ends of the pad holding section 31. The mounting section 2X of the pad 2 is positioned on an upper surface 311 of the pad holding section 31. Double-sided adhesive tape, adhesive, bonding agent, or the like is applied between the upper surface 311 and the mounting section 2X, as required.

[0065] The positioning projection 312 is provided on the pad holding section 31. By aligning the inner circumferential edge of the window section 23 provided in the pad 2 with the positioning projection 312, the pad 2 can be positioned relative to the holder 3. The locking pin 33 is located centrally on the pad holding section 31. When the pad 2 is attached to the holder 3, the locking pin 33 is inserted into the through-hole 2H.

[0066] The pad 2 is a consumable item and can be detachably attached to the main body section 4, thus allowing for replacement of the pad 2. In the present embodiment, the holder 3 holds the pad 2 such that the holder 3 and the pad 2 are combined, and the main body section 4 is configured to be detachably attached to the pad 2 and the holder 3. The pad 2 can be replaced together with the holder 3, or the holder 3 can be reused if necessary.

[0067] With reference to Fig. 3 and Fig. 4 The main body section 4 encloses a housing 4a as an outer cover, which is designed in an essentially rectangular parallelepiped shape. A guide / snap section 5 is located between the housing 4a and the holder 3 ( Fig. 3) formed, and the main body section 4 (housing 4a) is detachably attached to the bracket 3. The guide / locking section 5 is defined by a projection 51 ( Fig. 4), which is formed on a side surface 41 of the housing 4a, and a groove section 52 ( Fig. 4), which is formed in the wall section 32 of the bracket 3, assembled.

[0068] With reference to Fig. Section 4 of the groove section 52 includes a vertical groove section 521 and a lateral groove section 522. The vertical groove section 521 is oriented vertically and opens upwards. The lateral groove section 522 is oriented laterally and opens at both ends. When the main body section 4 is attached to the holder 3, both the projection 51 and the groove section 52 move closer together in the direction they meet and engage. By rotating and moving the main body section 4 relative to the holder 3, the engagement between the two is released, and the main body section 4 can be removed from the holder 3.

[0069] The main body section 4 includes a main body section-side electrode section 43, a substrate (not illustrated), an electrical circuit (not illustrated), and a locking mechanism (not illustrated). The electrical circuit includes various control devices and is mounted on the surface of the substrate. When the main body section 4 is attached to the support 3, an end section of the main body section-side electrode section 43 abuts the pad-side electrode section 22. Thus, the main body section-side electrode section 43 and the pad-side electrode section 22 are electrically connected, allowing the electrical circuit to supply a low-frequency pulsed current to the pad-side electrode section 22.

[0070] A power source (not illustrated), such as a battery or rechargeable battery, is also provided inside the main body section 4 (housing 4a). A switch 48S, a display section (not illustrated) such as a light-emitting diode (LED), and a button (not illustrated) are provided on the outside of housing 4a.

[0071] The control devices enclosed in the main body section 4 include a processor configured to perform various processing operations, a working memory configured to store programs, data, and the like, a communication interface configured to wirelessly exchange various types of data with the terminal device 10, and a waveform generation / waveform output device configured to amplify a power supply voltage and generate and output a low-frequency pulsed current (treatment current).

[0072] The waveform generation / output device outputs a current that flows to a treatment site on the user's body via pad 2. Specifically, when various operations for the electrical treatment device 20 are received via the touch panel 155, the end device 10 transmits a control signal corresponding to each of the operation contents to the electrical treatment device 20. The processor of the electrical treatment device 20's control units receives the control signal from the end device 10 via the communication interface and instructs the waveform generation / output device to output a pulse voltage according to the control signal. The waveform generation / output device outputs a pulse voltage waveform to pad 2 as instructed.

[0073] Fig. Figure 6 is a diagram for describing the parameters of a pulse voltage waveform. With reference to Fig. 6. The parameters of the pulse voltage waveform include an amplitude (voltage) V, a pulse width W, and a pulse period T (i.e., pulse frequency F = 1 / T). The waveform generation / output device can modify treatment content for the user by changing at least one of the three parameters mentioned above.

[0074] The waveform generation / output device typically amplifies the power supply voltage to a predetermined voltage. The waveform generation / output device then adjusts the amplified voltage to a voltage corresponding to a set amplitude. Specifically, the waveform generation / output device can set the pulse voltage amplitude to a predetermined number of levels (for example, 10 levels) according to instructions from the end device 10. For example, when a setting input of a predetermined level (for example, level 6) is received via the touch panel 155, the end device 10 instructs the waveform generation / output device to set the amplitude to a value corresponding to the predetermined level.The waveform generation / waveform output device generates a treatment waveform (pulse waveform) according to a treatment mode based on the set amplitude and outputs the generated treatment waveform to (the electrodes of) Pad 2.

[0075] The electrical treatment device 20 is provided with a variety of pre-configured treatment modes. These modes include, for example, "massage," "puncture," "press," and "wobble." The waveform generation / output device can produce electrical stimulation corresponding to different modes, including "massage," "puncture," "press," and "wobble," by modifying the pulse waveforms (including pulse width, pulse interval, frequency, and output polarity). The waveform generation / output device adjusts the electrical stimulation intensity by changing the pulse voltage amplitude. The waveform generation / output device can also adjust the electrical stimulation intensity by changing the pulse width. Operating scheme

[0076] An operating scheme for the electrical treatment device 20 by using the end device 10 according to the first embodiment is described. Fig. Figure 7 is a diagram illustrating an example of a control screen for selecting an electrode to which a pulse voltage is to be applied. Referring to Fig. 7 includes an operating screen 550, which is displayed on the touch panel 155 of the end device 10, an electrode group image 512, which is composed of nine electrode images, and an electrode group image 514, which is composed of nine electrode group images.

[0077] The following description features regular hexagonal electrode patterns, which are in Fig. Each of the 7 electrodes is assigned the numbers 1 to 18, each represented as an electrode image labeled "number". For example, in Fig. 7. The electrode image assigned the numbered “1” is expressed as electrode image “1”, and the electrode image assigned the number “5” is expressed as electrode image “5”. Accordingly, electrode group image 512 is composed of electrode images “1” to “9”, and electrode group image 514 is composed of electrode images “10” to “18”.

[0078] Electrode group image 512 is an image that corresponds to electrode group 61 (see Fig. 5) corresponds to the electrode group image 512, which is formed in one of the treatment sections 2Y of the pad 2 of the electrical treatment device 20, and the electrode group image 514 is an image corresponding to the electrode group 65 formed in the other of the treatment sections 2Y. The electrode group images 512 and 514 are each arranged in a honeycomb pattern on the operating screen 550 according to the actual electrode shape (i.e., the honeycomb shape) of the electrode groups 61 and 65. In particular, each electrode image in the electrode group image 512 is arranged according to the arrangement scheme for each electrode of the electrode group 61, and each electrode image in the electrode group image 514 is arranged according to the arrangement scheme for each electrode of the electrode group 65.

[0079] The operating screen 550 includes a honeycomb button 524 and a rectangular button 526. In the present embodiment, as shown in Fig. Figure 5 illustrates that electrode groups 61 and 65 are arranged in a honeycomb pattern. Thus, on the control screen 550, the electrode group images 512 and 514, in which each electrode is arranged in a honeycomb pattern, are displayed by selecting the honeycomb button 524. In a case where electrode groups 61 and 65 are each arranged in a rectangular shape (for example, a matrix pattern), the user selects the rectangle button 526, which makes it possible to display the electrode group images 512 and 514, in which each electrode is arranged in a rectangular shape, on the control screen 550.

[0080] The control screen 550 includes a playback button 516, a stop button 518, and a recording button 520. In the present embodiment, the end device 10, in a recording mode, is capable of recording a stimulation pattern corresponding to a series of touch operations received from a user (for example, touched electrode images, a sequence of touching the electrode images, and a pressure force for each touch) and replaying (executing) the treatment corresponding to the recorded stimulation pattern. A pressure force indicator section 528 displays a pressure force (for example, a pressure level "38") when any electrode image is touched.

[0081] The playback button 516 is a button for playing back the recorded treatment content, the stop button 518 is a button for stopping playback or recording, and the record button 520 is a button for causing the end device 10 to switch to recording mode. Details of a playback scheme, stop scheme, and record scheme are described later.

[0082] Next, with reference to Fig. Section 7 describes a selection scheme for choosing two electrodes (i.e., a set of electrodes) to which a pulse voltage is to be applied from electrode groups 61 and 65, which are formed in pad 2. In the electrical treatment device 20, a pulse voltage is applied between the selected two electrodes (i.e., one electrode of positive polarity and one electrode of negative polarity) in the electrode groups. For the sake of simplicity, a scheme for selecting two electrodes in electrode group 61 is described, but the same applies to electrode group 65.

[0083] With reference to Fig. 7. When the user touches a position Q in an inner area of ​​electrode image “8” of electrode group image 512, which corresponds to electrode group 61, the electrodes corresponding to electrode image “8” and electrode image “9” are automatically selected. In particular, the end device 10 selects the electrodes that correspond to the two electrode images that are closest to the touch coordinates of position Q.

[0084] Specifically, the end device 10 calculates a distance between the contact coordinates of position Q and the center coordinates of each electrode image (for example, the coordinates of the center of the regular hexagon that forms the electrode image). The end device 10 extracts two electrode images in ascending order of the calculated distance lengths. In an example of Fig. 7. Electrode image “8” with the center coordinates closest to position Q and electrode image “9” with the center coordinates second closest to position Q are extracted. The end device 10 instructs the electrical treatment device 20 to apply a pulse voltage between the electrode corresponding to the extracted electrode image “8” and the electrode corresponding to the extracted electrode image “9”.

[0085] This allows the user to receive electrical stimulation between the electrodes corresponding to the touched electrode images simply by touching the electrode images present at the desired positions in the electrode group image 512, without having to touch two electrode images individually.

[0086] The end device 10 detects a pressure force (touch intensity) against the display screen of the touch panel 155 (display 156). The end device 10 can continuously detect the intensity of the pressure force as the display 156 is pressed by the touch operation. The end device 10 instructs the electrical treatment device 20 to apply a pulse voltage with a pulse width corresponding to the detected pressure force. The pressure force indicator section 528 shows that position Q is being pressed by a pressure force corresponding to a pressure level "38". Typically, if the pressure force is greater, the pulse width of the pulse voltage is set wider.

[0087] Thus, by applying firm (or light) pressure to an electrode image when touching it with their finger or similar object, a user can widen (or narrow) the pulse width of the pulse voltage applied to the electrode, according to the touched electrode image. In this way, the user can easily change the pulse width of the pulse voltage by adjusting the pressure applied while performing the touching action.

[0088] Fig. Figure 8 is a diagram illustrating another example of an operator screen for selecting an electrode to which a pulse voltage is to be applied. Fig. Figure 7 describes a configuration in which the electrodes are selected that correspond to the two electrode images that are closest to the touch coordinates of the touch position. Fig. Figure 8 describes a configuration in which electrodes corresponding to the electrode images that are closest to each of the two touch positions are selected.

[0089] With reference to Fig. In an operating screen 560, an electrode image “8”, which is closest to a touch position Q1 specified by a touch operation with a finger 610, and an electrode image “4”, which is closest to a touch position Q2 specified by a touch operation with a finger 620, are extracted as a set of electrode images. The set of electrode images can be extracted by touching them with two fingers simultaneously, or it can be extracted by touching them sequentially with one finger. The end device 10 instructs the electrical treatment device 20 to apply a pulse voltage between the electrode corresponding to the extracted electrode image “4” and the electrode corresponding to the extracted electrode image “8”.

[0090] In one example of Fig. In step 8, the user can freely select two electrodes to be supplied with the pulse voltage by touching any two electrode images in the electrode group image 512. This allows the user, for example, to select two electrodes corresponding to two electrode images that are not adjacent to each other (for example, electrode image "4" and electrode image "8"). When two electrodes are selected that are not adjacent to each other, electrical stimulation can be received over a larger area than in the case where two electrodes that are adjacent to each other are selected.

[0091] Next, an example is described in which electrodes are continuously selected through a series of touch processes. Fig. Figure 9 is a diagram illustrating an example of a user interface screen in a case where a series of touch operations are performed. Specifically, it is Fig. 9(a) a diagram illustrating a first aspect of an operating screen 570. Fig. 9(b) is a diagram that provides a second viewpoint after the one in Fig. 9(a) illustrated the first point. Fig. 9(c) is a diagram that provides a third viewpoint after the one in Fig. 9(b) illustrates the second point. It is assumed that in the Fig. A set of electrodes is selected according to the selection scheme described in section 7.

[0092] With reference to Fig. 9(a) In the control screen 570, a user presses (touches) an inner area of ​​an electrode image “7” with a finger 630. The end device 10 selects the electrodes corresponding to electrode image “7” and electrode image “8,” respectively, and displays a pressure level “14” in a pressure force indicator section 528, corresponding to a pressure force generated by pressing with the finger 630. The end device 10 instructs the electrical treatment device 20 to apply a pulse voltage with a pulse width corresponding to pressure level “14” between the electrode corresponding to electrode image “7” and the electrode corresponding to electrode image “8.”

[0093] Subsequently, with reference to Fig. 9(b), after pressing the inner area of ​​electrode image “7” with finger 630, the user performs a sliding operation, moving the finger close to electrode image “9”. In this case, the end device 10 selects the electrodes corresponding to electrode image “8” and electrode image “9”, respectively, and displays a pressure level “20” corresponding to the pressure force in the pressure force indicator section 528.

[0094] The end device 10 instructs the electrical treatment device 20 to apply a pulse voltage with a pulse width corresponding to the pressure level 20 between the electrode corresponding to electrode image “8” and the electrode corresponding to electrode image “9”. It should be noted that in Fig. 9(b) a place 710 the pushing process by the user from the first viewpoint that is in Fig. 9(a) illustrates the second point, which is in Fig. 9(b) illustrates, indicates.

[0095] Next, with reference to Fig. 9(c), after performing the sliding operation near electrode image “9”, the user further performs a sliding operation near electrode image “6”. In this case, the end device 10 selects the electrodes corresponding to electrode image “6” and electrode image “9”, respectively, and displays a pressure level “32” corresponding to the pressure force in the pressure force indicator section 528.

[0096] The end device 10 instructs the electrical treatment device 20 to apply a pulse voltage with a pulse width corresponding to pressure level 32 between the electrode corresponding to electrode image “6” and the electrode corresponding to electrode image “9”. It should be noted that in Fig. 9(c) a place 720 the sliding process by the user from the first viewpoint that is in Fig. 9(a) illustrates the third point, which is in Fig. 9(c) illustrates, indicates.

[0097] Based on the above description, the user performs a series of touch operations (for example, sliding operations) to select sets of electrode images in the sequence of one set of electrode images including electrode images "7" and "8", one set of electrode images including electrode images "8" and "9", and one set of electrode images including electrode images "9" and "6". Furthermore, the pressure applied during the touch operations is gradually increased.

[0098] In response to the series of touch events, the end device 10 sequentially performs the process of selecting the electrodes corresponding to the electrode patterns and the process of detecting the pressure forces, and sequentially transmits the instruction information based on the above selection and detection processes to the electrical treatment device 20. The electrical treatment device 20 applies a pulse voltage according to the instruction information from the end device 10. Thus, the electrical treatment device 20 can continuously receive instructions through the touch events using the end device 10, making it possible to receive continuous electrical stimulation.

[0099] The user can access the selected electrodes in time series by checking locations 710 and 720 of the touch operations and can access a change in the electrical stimulation intensity (pulse width) in time series by checking the pressure levels displayed in the pressure force display section 528.

[0100] Next, a function for recording stimulation patterns is described. In particular, the end device 10 has a function for sequentially recording a set of electrodes (hereinafter also referred to as "selected electrodes") that are selected in response to a touch operation, the sequence of the selected electrodes, and the pressure of the touch operation.

[0101] The end device 10 is deemed to have received the selection of a recording button 520 from the user via the touch panel 155. In this case, the end device 10 switches from a normal mode to a recording mode and records a stimulation pattern corresponding to the touch operations. For example, suppose the user performs a series of touch operations as in the example of Fig. 9 through.

[0102] In response to the in Fig. In the contact process illustrated in 9(a), the end device 10 records the selected electrodes corresponding to electrode images “7” and “8”, a selection sequence “1” of the selected electrodes, and the pressure level “14”, which indicates the pressure force at the time of selection. Subsequently, in response to the Fig. In the contact process illustrated in Figure 9(b), the end device 10 records the selected electrodes corresponding to electrode images “8” and “9”, a selection sequence “2”, and the pressure level “20”, which indicates the pressure force. Then, in response to the Fig. Figure 9(c) illustrates the contact process, the end device 10, the selected electrodes corresponding to the electrode images “9” and “6”, a selection sequence “3” and the pressure level “32” indicating the pressure force.

[0103] As described above, the end device stores 10 stimulation pattern information corresponding to the series of touch operations that are in Fig. Figures 9(a) to 9(c) illustrate the working memory 154. Typically, the stimulation pattern information includes information about the selected electrodes, the sequence of the selected electrodes, and pressure force information indicating the pressure forces at the time the selected electrodes were chosen.

[0104] The user selects a stop button 518 after the recording of the series of touch operations is complete. In response to receiving the stop button 518 input, the end device 10 ends the recording mode and enters normal mode. Subsequently, when a playback button 516 selection input is received, the end device 10 instructs the electrical treatment device 20 to perform a treatment based on the recorded stimulation pattern information.

[0105] In particular, the end device 10 instructs the electrical treatment device 20 to apply a pulse voltage with a pulse width corresponding to pressure level “14” between the two electrodes corresponding to electrode patterns “7” and “8”, respectively. Subsequently, the end device 10 instructs the electrical treatment device 20 to apply a pulse voltage with a pulse width corresponding to pressure level “20” between the two electrodes corresponding to electrode patterns “8” and “9”, respectively. Furthermore, the end device 10 instructs the electrical treatment device 20 to apply a pulse voltage with a pulse width corresponding to pressure level “32” between the two electrodes corresponding to electrode patterns “9” and “6”, respectively.

[0106] The end device 10 typically performs a treatment based on stimulation pattern information at a speed corresponding to the actual sequence of touch operations according to the stimulation pattern information; however, the present invention is not limited to this. For example, the end device 10 can perform the treatment at a lower speed than the speed corresponding to the actual sequence of touch operations (can perform a slow replay), or it can perform the treatment at a higher speed than the aforementioned speed (can perform a replay at twice the speed).

[0107] As described above, the user can record the desired stimulation pattern by performing a series of touch actions in recording mode. Furthermore, the user can replay the desired recorded stimulation pattern at any time by selecting the playback button 516, thus eliminating the need to repeat the same touch actions. Functional configuration

[0108] Fig. Figure 10 is a block diagram illustrating an example of a functional configuration of the end device 10 according to the first embodiment. With reference to Fig. 10 The end device 10 includes a touch position detection unit 401, the selection unit 403, the instruction unit 405, the display control unit 407, a pressure force detection unit 409, an adjustment unit 411 and an information storage unit 413.

[0109] The touch position detection unit 401 acquires coordinate information when a touch operation is initiated; that is, coordinate information specifying the touch position on the touch panel 155 as touched by the user during the operation. The touch position detection unit 401 records changes in the coordinate information specifying the touch positions in time series. Typically, the touch position detection unit 401 is implemented by the processor 152 and the touch sensor 157.

[0110] The selection unit 403 selects a set of electrodes composed of two electrodes from a plurality of electrodes (for example, electrodes in electrode group 61 or 65) in response to a touch operation performed on a predetermined image displayed on the touch panel 155 (for example, electrode group image 512 or 514), based on the touch position detected by the touch position detection unit 401. Specifically, in response to the touch operation performed on electrode group image 512 (or electrode group image 514), the selection unit 403 extracts a set of electrode images composed of two electrode images within the electrode group image and selects a set of electrodes corresponding to the extracted set of electrode images. The selection unit 403 is typically implemented by the processor 152.

[0111] From a specific perspective, the selection unit 403 extracts from the electrode group image 512 (or electrode group image 514) displayed on the touch panel 155's display screen two electrode images that are closest to a touch position specified by the touch operation as a set of electrode images. Specifically, the selection unit 403 calculates distances from the coordinates of one touch position to the center coordinates of each of the electrode images, identifies two electrode images in ascending order of the calculated distance lengths, and extracts the identified two electrode images as the set of electrode images.

[0112] In another respect, the selection unit 403 extracts from the electrode images in the electrode group image 512 (or the electrode group image 514) an electrode image that is closest to a first touch position specified by a touch operation and an electrode image that is closest to a second touch position specified by the touch operation as a set of electrode images.

[0113] The pressure force detection unit 409 detects a pressure force against the touch panel 155 through a touch action. The pressure force detection unit 409 is typically implemented by the processor 152 and the pressure sensor 158.

[0114] The display control unit 407 arranges the electrode images, which specify each of the electrode groups 61 and 65, on the display screen of the touch panel 155. In particular, the display control unit 407 displays the operating screens 550 to 570 described above according to the touch operations (and touch positions). For example, the display control unit 407 displays locations 710 and 720 on the display 156, reflecting the touch operations. The display control unit 407 is typically implemented by the processor 152.

[0115] The setting unit 411 adjusts the electrical stimulation intensity delivered to a specific area of ​​the user's body based on the pressure applied when a set of electrodes is selected by the selection unit 403 following the touch procedure. Specifically, the setting unit 411 increases the electrical stimulation intensity with increasing pressure.

[0116] For example, the control unit 411 adjusts the electrical stimulation intensity by setting the pulse width of a pulse voltage. In other words, the control unit 411 increases the electrical stimulation intensity by increasing the pulse width and decreases it by shortening the pulse width. The control unit 411 can adjust the electrical stimulation intensity by setting (for example, increasing) the amplitude of the pulse voltage. Typically, the control unit 411 is implemented by the processor 152.

[0117] The instruction unit 405 instructs the electrical treatment device 20 to apply a pulse voltage to a set of electrodes selected by the selection unit 403 from the electrode group 61 (or electrode group 65). The instruction unit 405 is typically implemented by the processor 152.

[0118] In a certain respect, the instruction unit 405 instructs the electrical treatment device 20 to apply a pulse voltage corresponding to the electrical stimulation intensity set by the setting unit 411 to a set of electrodes.

[0119] From another perspective, the instruction unit 405 stores stimulation pattern information in the information storage unit 413 according to a series of touch operations in the recording mode in which the record button 520 is selected. Typically, the stimulation pattern information includes each of the sets of electrodes selected by the selection unit 403 in response to a series of touch operations, the sequence in which the sets of electrodes are selected, and pressure force information indicating pressure forces detected by the pressure force detection unit 409 when the sets of electrodes are selected. The pressure force information is information indicating a pulse width or pressure force (for example, information corresponding to the "pressure level" in Fig. 7 correspond). The information storage unit 413 is implemented by the working memory 154.

[0120] In response to receiving the selection of the playback button 516, the instruction unit 405 reads the stimulation pattern information stored in the information storage unit 413 and instructs the electrical treatment device 20 to apply a pulse voltage to each set of electrodes based on the stimulation pattern information. Processing procedure

[0121] Fig. Figure 11 is a flowchart illustrating an example of a processing procedure of the end device 10 according to the first embodiment. Each step in Fig. 11 is mainly executed by the processor 152 of the end device 10. The processing in Fig. Step 11 is executed repeatedly within a specified time period.

[0122] Assume that at the beginning of the flowchart, an operator screen (for example, operator screen 550) is displayed on the display 156 for specifying a predetermined instruction to the electrical treatment device 20. For example, the end device 10 displays the operator screen by activating an operator application for operating the electrical treatment device 20.

[0123] With reference to Fig. 11 In response to a touch operation against the touch panel 155, the end device 10 extracts a set of electrode images from the electrode group images 512 and 514 displayed on the screen and selects a set of electrodes corresponding to the set of electrode images (step S12). For example, the end device 10 selects a set of electrodes according to the set shown in Fig. 7 or Fig. Selection scheme described in section 8.

[0124] The end device 10 detects a pressure force against the display screen of the touch panel 155 via the touch panel 155 when the set of electrodes is selected (step S14). The end device 10 sets a pulse width of a pulse voltage to be output by the electrical treatment device 20 based on the detected pressure force (step S16).

[0125] The end device 10 instructs the electrical treatment device 20 to apply a pulse voltage with the set pulse width to the selected set of electrodes (step S18). Second embodiment

[0126] The first embodiment describes a configuration in which an end device 10 and the electrical treatment device 20 are wirelessly connected, and the electrical treatment device 20 performs the treatment according to instructions from the end device 10. A second embodiment describes a configuration in which an electrical treatment device alone performs a treatment on a user. In other words, in the second embodiment, the electrical treatment device itself enables the end device 10 to operate the electrical treatment device 20. Configuration of the electrical treatment device

[0127] Fig. Figure 12 is a graphic illustrating an example of the appearance of an electrical treatment device 200 according to the second embodiment. With reference to Fig. 12 The electrical treatment device 200 includes a control device 205, two pads 270 and 272 and a cable 280 for electrically connecting the control device 205 and the pads 270, 272.

[0128] The control device 205 is connected to pads 270 and 272 by connecting a plug 282 of cable 280 to plugs on the side of pads 270 and 272 and inserting cable 280 into a socket of the control device 205. Fig. Electrode group 61, illustrated in Figure 5, is formed in pad 270, and the electrode group in Fig. Electrode group 65, as illustrated in Figure 5, is formed in pad 272.

[0129] A touch panel 230 is provided in the control unit 205. The touch panel 230 corresponds to the touch panel 155 described above. The control unit 205 can be configured to also include, for example, other keys or buttons, keypads or button panels, and switches.

[0130] Fig. Figure 13 is a block diagram illustrating an example of a hardware configuration of the electrical treatment device 200 according to the second embodiment. With reference to Fig. 13 The control device 205 of the electrical treatment device 200 includes a processor 210, a working memory 220, the touch panel 230, a power supply unit 240, and a waveform generation / waveform output device 250. The control device 205 is connected to the pads 270 and 272.

[0131] The processor 210 is typically an arithmetic processing unit such as a CPU or an MPU. The processor 210 operates as a control unit that controls the operation of components of the electrical treatment device 200 by reading and executing a program stored in the main memory 220.

[0132] The main memory (RAM) 220 is achieved through RAM, ROM, flash memory, or similar storage devices. The main memory 220 stores programs executed by the processor 210, data used by the processor 210, and the like.

[0133] The touch panel 230 includes a display 231, a touch sensor 232, and a pressure sensor 233. The touch panel 230 has the same configuration and function as the touch panel 155 described in the first embodiment.

[0134] The power supply unit 240 provides power to each of the components of the electrical treatment device 200. An alkaline battery or a rechargeable battery, such as a lithium-ion or nickel-hydrogen battery, can be used as the power source. The power source stabilizes the battery or rechargeable battery voltage and generates a control voltage that is supplied to each of the components.

[0135] The waveform generation / waveform output device 250 has the same configuration and function as those of the waveform generation / waveform output device enclosed in the control device of the main body section 4 described in the first embodiment. Functional configuration

[0136] The electrical treatment device 200 has a functional configuration equivalent to a section that includes the touch position sensing unit 401, the selection unit 403, the display control unit 407, the pressure force sensing unit 409, the setting unit 411, and the information storage unit 413 in the Fig. The functional configuration of the end device 10 illustrated in Figure 10 is included. Furthermore, the electrical treatment device 200 includes, instead of the one shown in Figure 10, the electrical treatment device 200. Fig. 10 illustrated instruction unit 405, a treatment execution unit.

[0137] In the first embodiment, the user gives various instructions to the end device 10 via the touch panel 155, and then the instructions are transmitted from the end device 10 to the electrical treatment device 20, whereby the various instructions are given indirectly to the electrical treatment device 20. In the second embodiment, the user gives various instructions directly to the electrical treatment device 200 via the touch panel 230.

[0138] In particular, the treatment execution unit of the electrical treatment device 200 performs treatment at a location on the user's body by applying a pulse voltage to a set of electrodes selected by the selection unit 403 from electrode group 61 (or electrode group 65). Specifically, the treatment execution unit applies a pulse voltage, corresponding to the electrical stimulation intensity set by the setting unit 411, to a set of electrodes.

[0139] From another perspective, the treatment execution unit stores stimulation pattern information in the information storage unit 413 according to a series of touch operations in the recording mode in which the recording button 520 is selected. In response to receiving the selection of the playback button 516, the treatment execution unit reads the stimulation pattern information stored in the information storage unit 413 and applies a pulse voltage to each set of electrodes based on the stimulation pattern information. Other embodiments

[0140] (1) In the embodiments described above, the configuration is described in which a plurality of electrode images (i.e., the electrode group images 512 and 514), each corresponding to a plurality of electrodes (i.e., the electrode groups 61 and 65) formed in the pad of the electrical treatment device, are displayed, but the present invention is not limited to this configuration. For example, a configuration may be such that a single image, including the overall shape of the electrode groups, is displayed.

[0141] Fig. Figure 14 is a diagram illustrating an example of an operator screen for selecting an electrode to which, in another embodiment, a pulse voltage is to be applied. With reference to Fig. 14 contains an operating screen 850, which is displayed on the touch panel 155 of the end device 10, an image 812 which corresponds to the electrode group 61 (see Fig. 5), and an image 814 corresponding to electrode group 65.

[0142] The following description refers to areas that are formed in a regular hexagonal shape and are numbered 1 to 18 in Fig. 14 are assigned, each represented as a range called "Number". For example, one in Fig. The area assigned the number "1" in image 14 is represented as area "1". Thus, image 812 includes areas "1" through "9", and image 814 includes areas "10" through "18". A solid line segment is displayed in images 812 and 814, but it is optional whether a dotted line segment and the numbers are displayed.

[0143] By selecting a honeycomb button 524, images 812 and 814 are displayed on the operating screen 850 such that they correspond to the outer shapes of the electrode groups 61 and 65, each with a honeycomb shape. In a case where the electrode groups 61 and 65 are each rectangular, the user selects a rectangle button 526, which causes images 812 and 814, each with a rectangular shape, to be displayed on the operating screen 850.

[0144] The plurality of areas “1” to “9” in Figure 812 are each assigned to the plurality of electrodes of electrode group 61, and the plurality of areas “10” to “18” in Figure 814 are each assigned to the plurality of electrodes of electrode group 65. Each area in Figure 812 is arranged according to the arrangement scheme for each electrode of electrode group 61, and each area in Figure 814 is arranged according to the arrangement scheme for each electrode of electrode group 65.

[0145] A selection scheme for the in Fig. The electrodes illustrated in the 14 diagrams are fundamentally the same as the selection scheme for the electrodes in the diagram. Fig. The electrodes described in section 7 are described. Specifically, this means that when the user touches position Q5 of area “8” in Figure 812, which corresponds to electrode group 61, with a finger 830, the electrodes corresponding to area “8” and area “9” are automatically selected. In particular, the end device 10 calculates a distance from the touch coordinates of position Q5 to the center coordinates of each of the areas and extracts two areas “8” and “9” in ascending order of the lengths of the calculated distances. The end device 10 instructs the electrical treatment device 20 to apply a pulse voltage between the electrode corresponding to area “8” and the electrode corresponding to area “9”.

[0146] A selection scheme similar to the selection scheme for electrodes, as in Fig. The device described in Figure 8 can be used. In particular, the end device 10 in Figure 812 extracts a first area closest to a touch position specified by a touch operation with a particular finger and a second area closest to a touch position specified by a touch operation with a different finger as a set of areas. The end device 10 instructs the electrical treatment device 20 to apply a pulse voltage between the electrode corresponding to the first area and the electrode corresponding to the second area. Furthermore, the recording and playback schemes for the stimulation pattern can be used in the case where the series of touch operations specified in Figure 812 is not specified by the first touch operation. Fig. The procedures described in section 9 are carried out and can be used in the same way.

[0147] As discussed above, according to the other embodiment, in response to a touch operation on a predetermined image (for example, image 812 or 814), the selection unit 403 of the end device 10 extracts a set of areas composed of two areas from the plurality of areas in the predetermined image and then selects a set of electrodes corresponding to the set of areas.

[0148] From one perspective, the selection unit 403 extracts from the plurality of areas two areas that are closest to a touch position specified by the touching process, as a set of areas. From another perspective, the selection unit 403 extracts from the plurality of areas a first area that is closest to a first touch position specified by the touching process and a second area that is closest to a second touch position specified by the touching process, as a set of areas. Other functional configurations, with the exception of the selection unit 403, are the same as the functional configurations according to the first embodiment described above.The same configuration as the selection unit 403 according to the other embodiment can be used in the electrical treatment device 200 according to the second embodiment.

[0149] (2) In the first embodiment discussed above, the configuration is described in which the end device 10 communicates wirelessly with the electrical treatment devices 20; however, the present invention is not limited thereto. The end device 10 can be configured to communicate with the electrical treatment device 20 via a wired connection using the Universal Serial Bus (USB) or the like. In this case, the end device 10 and the main body section of the electrical treatment device are configured to be capable of wired communication, and the main body section and the pad can be connected by a cable or the like.

[0150] (3) In the embodiments described above, a program can be provided that causes a computer to initiate and execute control sequences as described in the flowchart above. Such a program can also be provided as a program product stored on a non-temporary, computer-readable recording medium attached to a computer, such as a floppy disk, a read-only compact disc (CD-ROM), a secondary storage device, a main storage device, or a memory card. Alternatively, a program can be provided stored on a recording medium such as a hard disk installed in a computer. The program can also be provided by downloading it over a network.

[0151] The configuration given as an example of the embodiment described above is an example configuration of the present invention. This configuration can be combined with other known technologies, and parts of it can be omitted or modified within the scope of the present invention. Furthermore, the processes and configurations of other embodiments can be applied as appropriate and as implemented in the embodiments described above. Additional remarks

[0152] As described above, the present embodiment includes disclosures as described below. Configuration 1

[0153] An end device (10) that includes a touch panel (155) and is configured to be able to communicate with an electrical treatment device (20) that includes a plurality of electrodes to be brought into contact with a location on the body of a user, wherein the end device includes: a display control unit (407) configured to display a predetermined image on a display screen of the touch panel; a selection unit (403) configured to select a set of electrodes, consisting of two electrodes, from the plurality of electrodes in response to a touch operation performed on the predetermined image displayed on the display screen; and an instruction unit (405) configured to instruct the electrical treatment device to apply a pulse voltage to the selected set of electrodes. Configuration 2

[0154] The end device (10) described in configuration 1, wherein the predetermined image includes a multitude of electrode images, each corresponding to the multitude of electrodes, and The selection unit (403) extracts a set of electrode images composed of two electrode images from the plurality of electrode images in response to a touch process initiated by the plurality of Electrode imaging is performed, and the set of electrodes that corresponds to the set of electrode images is selected. Configuration 3

[0155] The end device (10) described in configuration 2, wherein The selection unit (403) extracts from the electrode images displayed on the display screen two electrode images that are closest to a touch position specified by the touch operation as the set of electrode images. Configuration 4

[0156] The end device (10) described in configuration 2, wherein The selection unit (403) extracts from the electrode images a first electrode image that is closest to a first touch position specified by the touching process and a second electrode image that is closest to a second touch position specified by the touching process as the set of electrode images. Configuration 5

[0157] The end device (10) which is described in one of the configurations 2 to 4, wherein the multitude of electrodes is designed in such a way that they have a honeycomb shape, and Each of the electrode images is arranged in a honeycomb pattern on the display screen of the touch panel. Configuration 6

[0158] The end device (10) described in configuration 1, wherein a multitude of areas in the predetermined image are each assigned to the multitude of electrodes, and the selection unit (403) a set of areas composed of two areas from the multitude of areas, in response to a The touch process extracts the data performed on the predetermined image and selects the set of electrodes that corresponds to the set of areas. Configuration 7

[0159] The end device (10) described in configuration 6, wherein The selection unit (403) extracts from the multitude of areas two areas that are closest to a touch position specified by the touch operation as the set of areas. Configuration 8

[0160] The end device (10) described in configuration 6, wherein the selection unit (403) extracts from the plurality of areas a first area that is closest to a first touch position specified by the touch operation and a second area that is closest to a second touch position specified by the touch operation as the set of areas. Configuration 9

[0161] The end device (10), which is described in one of the configurations 1 to 8, further comprising: a pressure force sensing unit (409) configured to detect a pressure force exerted on the touch panel by the touch operation; and a setting unit (411) configured to set an electrical stimulation intensity supplied to the site based on the pressure force when the set of electrodes is selected, wherein the instruction unit (405) instructs the electrical treatment device to apply a pulse voltage corresponding to the set electrical stimulation intensity to the set of electrodes. Configuration 10

[0162] The end device (10) described in configuration 9, wherein the adjustment unit (411) increases the electrical stimulation intensity with increasing pressure force. Configuration 11

[0163] The end device (10), which is described in one of the configurations 1 to 10, further comprising: an information storage unit (413) configured to store pattern information that includes each of a plurality of the sets of electrodes selected by the selection unit and an order in which the sets of electrodes are selected according to a series of touch operations, wherein the instruction unit (405) instructs the electrical treatment device to apply a pulse voltage to each of the sets of electrodes based on the pattern information stored in the information storage unit (413). Configuration 12

[0164] An electrical treatment device (200) comprising a touch panel (230), wherein the electrical treatment device includes: a large number of electrodes that are to be brought into contact with a part of the user's body; a display control unit (407) configured to display a predetermined image on a display screen of the touch panel (230); a selection unit (403) configured to select a set of electrodes consisting of two electrodes from the plurality of electrodes in response to a touch operation performed on the predetermined image displayed on the display screen; and a treatment execution unit configured to perform a treatment at the site by applying a pulse voltage to the selected set of electrodes. Configuration 13

[0165] One treatment system (1000), including: an electrical treatment device (20) comprising a plurality of electrodes to be brought into contact with a part of the user's body; and an end device (10) which includes a touch panel (155) and is configured to be able to communicate with the electrical treatment device, wherein The end device (10) includes a display control unit (407) configured to display a predetermined image on a display screen of the touch panel (155), a selection unit (403) configured to select a set of electrodes composed of two electrodes from the plurality of electrodes in response to a touch operation performed on the predetermined image displayed on the display screen, and an instruction unit (405) configured to instruct the electrical treatment device to apply a pulse voltage to the selected set of electrodes.

[0166] The embodiments described herein are for illustrative purposes only and are not intended to constitute limitations. The scope of protection of the present invention is not defined by the foregoing descriptions but by the claims, and it includes all meanings equivalent to the scope of protection and modifications within that scope. List of reference symbols 2, 270, 272 Pad 2H Through hole 2X Mounting section 2Y Treatment Section 2a conductive layer 3 brackets 4 Main body section 4a Housing 5 Guide / locking section 10 End device 20, 200 electric treatment device 21 body-side section 22 pad-side electrode section 23 Window section 30 network 31 Pad holding section 32 Wall section 33 Locking pin 41 Side surface 43 main body section electrode section 48S switch 51 lead 52 Groove section 61, 65 Electrode group 152, 210 processor 154, 220 RAM 155, 230 Touch panel 156, 231 display 157, 232 Touch sensor 158, 233 Pressure sensor 160 wireless communication unit 162 Communication antenna 164 memory interface 165 Storage medium 168 speakers 170 microphone 205 Control device 240 power source unit 250 Waveform generation / waveform output device 280 cables 282 plugs 311 upper surface 312 Positioning advantage 401 Touch Position Detection Unit 403 Selection Unit 405 Instruction Unit 407 Display control unit 409 Pressure force detection unit 411 Setting unit 413 Information storage unit 512, 514 Electrode group image 516 Play button 518 Stop button 520 Recording button 521 vertical groove section 522 lateral groove section 524 honeycomb switch 526 Rectangular button 528 Pressure force indicator section 530, 550, 560, 570 Control screen 610, 620, 630, 830 fingers 710, 720 Location 812, 814 Image 1000 treatment system

Claims

End device (10) which includes a touch panel (155, 230) and is configured to communicate with an electrical treatment device (20, 200) which includes a plurality of electrodes to be brought into contact with a location on a user's body, wherein the end device (10) comprises: a display control unit (407) configured to display a predetermined image (812, 814) on a display screen of the touch panel (155, 230); a selection unit (403) configured to select a set of electrodes, composed of two electrodes, from the plurality of electrodes in response to a touch operation performed on the predetermined image (812, 814) displayed on the display screen;and an instruction unit (405) configured to instruct the electrical treatment device (20, 200) to apply a pulse voltage to the selected set of electrodes, one electrode of positive polarity and one electrode of negative polarity, wherein a plurality of areas in the predetermined image (812, 814) are each assigned corresponding to the plurality of electrodes, and the selection unit (403) extracts a set of areas composed of two areas from the plurality of areas in response to a touch operation performed on the predetermined image (812, 814), selects the set of electrodes corresponding to the set of areas, and extracts from the plurality of areas two areas that are closest to a touch position specified by the touch operation as the set of areas. End device (10) according to claim 1, further comprising: a pressure force detection unit (409) configured to detect a pressure force exerted on the touch panel (155, 230) by the touch operation; and a setting unit (411) configured to set an electrical stimulation intensity provided to the site based on the pressure force when the set of electrodes is selected, wherein the instruction unit (405) instructs the electrical treatment device (20, 200) to apply a pulse voltage corresponding to the set electrical stimulation intensity to the set of electrodes. End device (10) according to claim 2, wherein the adjustment unit (411) increases the electrical stimulation intensity with increasing pressure force. End device (10) according to claim 1, 2 or 3, further comprising: an information storage unit (413) configured to store pattern information including each of a plurality of the sets of electrodes selected by the selection unit (403) and a sequence in which the sets of electrodes are selected according to a series of touch operations, wherein the instruction unit (405) instructs the electrical treatment device (20, 200) to apply a pulse voltage to each of the sets of electrodes based on the pattern information stored in the information storage unit (413). Electrical treatment device (20, 200) including a touch panel (155, 230), wherein the electrical treatment device (20, 200) comprises: a plurality of electrodes to be brought into contact with a location on a user's body; a display control unit (407) configured to display a predetermined image (812, 814) on a display screen of the touch panel (155, 230); a selection unit (403) configured to select a set of electrodes, composed of two electrodes, from the plurality of electrodes in response to a touch operation performed on the predetermined image (812, 814) displayed on the display screen;and a treatment execution unit (205) configured to perform treatment at the site by applying a pulse voltage to the selected set of electrodes, one electrode of positive polarity and one electrode of negative polarity, wherein a plurality of areas in the predetermined image (812, 814) are each assigned to the plurality of electrodes, and the selection unit (403) extracts a set of areas composed of two areas from the plurality of areas in response to a touch operation performed on the predetermined image (812, 814), selects the set of electrodes corresponding to the set of areas, and extracts from the plurality of areas two areas closest to a touch position specified by the touch operation as the set of areas. Treatment system (1000), comprising: an electrical treatment device (20, 200) including a plurality of electrodes to be brought into contact with a location on a user's body; and an end device (10) including a touch panel (155, 230) configured to communicate with the electrical treatment device (20, 200), the end device (10) further comprising: a display control unit (407) configured to display a predetermined image (812, 814) on a display screen of the touch panel (155, 230); a selection unit (403) configured to select a set of electrodes, consisting of two electrodes, from the plurality of electrodes in response to a touch operation performed on the predetermined image (812, 814) displayed on the display screen; and an instruction unit (405) configured toto instruct the electrical treatment device (20, 200) to apply a pulse voltage to the selected set of electrodes, one electrode of positive polarity and one electrode of negative polarity, a plurality of areas in the predetermined image (812, 814) each assigned to the plurality of electrodes, and the selection unit (403) extracts a set of areas composed of two areas from the plurality of areas in response to a touch operation performed on the predetermined image (812, 814), selects the set of electrodes corresponding to the set of areas, and extracts from the plurality of areas two areas closest to a touch position specified by the touch operation as the set of areas. End device (10) which includes a touch panel (155, 230) and is configured to communicate with an electrical treatment device (20, 200) which includes a plurality of electrodes to be brought into contact with a location on a user's body, wherein the end device (10) comprises: a display control unit (407) configured to display a predetermined image (812, 814) on a display screen of the touch panel (155, 230); a selection unit (403) configured to select a set of electrodes, composed of two electrodes, from the plurality of electrodes in response to a touch operation performed on the predetermined image (812, 814) displayed on the display screen;an instruction unit (405) configured to instruct the electrical treatment device (20, 200) to apply a pulse voltage to the selected set of electrodes; and an information storage unit (413) configured to store pattern information that includes each of a plurality of the sets of electrodes selected by the selection unit (403), and a sequence in which the sets of electrodes are selected according to a sliding operation, which is a series of touch operations, wherein the instruction unit (405) instructs the electrical treatment device (20, 200) to apply a pulse voltage to each of the sets of electrodes based on the pattern information stored in the information storage unit (413), and the display control unit (407) displays a location (710, 720) indicating the sliding operation on the display screen.

Images