JP7458056B2 - Display means - Google Patents

Description

The present invention relates to a management method for recording and managing the contents of a treatment performed on a patient in a sharable manner, and a display means used in the management method.

A typical massage treatment method for adjusting the body's physical condition is a pressure massage. In such a pressure-type massage, a massage device such as a sphere with rounded corners and a rounded tip is used (see, for example, Patent Document 1), and the device is pressed against the body of the recipient. By performing a centripetal treatment that moves the body vertically and horizontally, it is possible to flush out waste products from the body, improve blood circulation, and promote lymphatic flow. Further, in order to effectively improve blood circulation, press-type massage devices having a structure that generates magnetism are also widely used.

In this type of massage, the pressure points are different depending on the patient's symptoms, so facilities where massage treatments are performed are required to share the treatment details when performing multiple treatments on the same patient. The purpose is usually to record the details of the treatment given to the patient. Conventionally, it has been common practice to write down the symptoms of the patient and the areas pressed during the treatment on paper using a writing instrument such as a ballpoint pen as the treatment details. Regarding the area pressed during the treatment, a description should be made to convey the location, such as ``the base of the foot'' or ``lower part of the left chest.''

JP 2017-200551 (Page 4, Figure 1)

The treatment details recorded in this way can be used to check the status of the previous treatments when performing multiple treatments on the same patient, by viewing the treatment contents so far, and to make sure the treatment is effective. Useful to do. However, the expressions such as ``the base of the foot'' and ``lower part of the left chest'' can be said to be subjective explanations by the practitioner; As a result, it is necessary to search for effective areas to perform the treatment again at the time of treatment, and there is a risk that the treatment time cannot be used effectively.

The present invention was developed with a focus on these problems, and is designed to change the details of the treatment so that it can be performed accurately and quickly when performing multiple treatments on the same patient. The object of the present invention is to provide a management method for managing records and a display means used in the management method.

In order to solve the above problems, the management method of recording and managing the treatment details of the present invention is as follows:
The body diagram is divided into a predetermined number of regions and position information is attached to each region, and the location information of a specific region and the depth information representing the depth in the specific region are respectively specified to identify the patient. It is characterized by being recorded in a sharable manner along with information.
According to this feature, by dividing the body diagram into a predetermined number of regions and specifying the location information of a specific region from among the regions, it is possible to accurately record the treated area based on an objective guideline. In addition to this, it is also possible to specify depth information for the corresponding area, so it is possible to three-dimensionally record the effective treatment area on the patient's body, and it is possible to perform multiple treatments on the same patient. By referring to the positional information and depth information on a body diagram, the location to be treated can be accurately grasped, and the appropriate treatment can be performed quickly.

The depth information is characterized in that it represents depth in a direction perpendicular to the body surface.
According to this feature, the standard of depth information becomes clear, making it easy for the practitioner to understand the depth.

The depth information is characterized in that it is expressed in stages.
According to this feature, the degree of depth information can be grasped reliably and easily, and accurate treatment can be performed quickly.

The present invention is characterized by further comprising an instruction recording means capable of specifying positional information of an area other than the specific area and recording an approach area of the massage instrument to the area where the treatment is performed.
According to this feature, by recording the approach area of the massage device, it is possible to provide treatment guidance to the practitioner who will perform the subsequent treatment, and it is possible to perform accurate treatment quickly.

The area is characterized in that it is classified into groups according to parts that roughly divide the body, and the position information is provided with information indicating the classified group.
According to this feature, the practitioner who has viewed the treatment details can grasp the rough position of the area indicating the treated area, and can quickly find the area.

comprising a model display means for displaying the body diagram and ruled lines overlapping the body diagram and dividing a predetermined number of regions in the vertical and horizontal directions, and selecting an area divided by the ruled lines on the model display means; The present invention is characterized in that it further includes a designation unit that can designate the position information attached to the area.
According to this feature, the practitioner who performed the treatment can visually locate the area where the treatment was performed on the model display means, making it easy to specify the area, and the practitioner who viewed the treatment details. The user can visually grasp the area indicating the area pressed during the treatment, and can quickly find the area.

The depth information is characterized in that it is expressed as a different display at each stage on the area selected by the model display means.
According to this feature, depth information can be accurately recorded based on an objective standard, and the depth at which the treated area is located can be accurately shared regardless of the practitioner.

The recorded positional information of the area and the depth information are recorded as a history together with information identifying the practitioner who specified the positional information of the area and the depth information each time a treatment is performed. It is a feature.
According to this feature, by taking into account the location information and depth information of areas specified by multiple treatment contents, it is possible to accurately determine the areas that are most effective in improving ailments, and confirm the treatment contents. Then, the practitioner who is about to perform the treatment can quickly find the location and perform the treatment smoothly.

In order to solve the above problems, the display means used in the management method for recording and managing the treatment contents of the present invention is as follows:
A model display means for displaying a body diagram, a predetermined number of ruled lines displayed overlapping the body diagram and dividing regions, and unique position information displayed for each of these divided regions. It is characterized by being prepared.
According to this feature, by sharing the location information attached to each divided area, the practitioner viewing the treatment details can visually grasp the area indicating the area pressed during the treatment. This allows accurate treatment to be performed quickly.

FIG. 1 is a configuration diagram of a management system that implements a management method for recording and managing treatment details in Embodiment 1 of the present invention. FIG. 13 is a diagram showing a login screen of a medical record application that constitutes the management system. FIG. It is a figure showing a registration screen similarly. FIG. It is a figure showing a top screen similarly. It is a figure showing a list screen similarly. FIG. 2 is a perspective view showing how a massage device performs a treatment. It is a sectional view showing a massage instrument. This is an image showing how static electricity is removed from the inside and outside of the body of a person receiving treatment. FIG. 2 is an image diagram showing how a permanent magnet induces active movement of electrons on the inside and outside of a patient's body. FIG. 13 is a diagram showing a record screen of a medical record application. FIG. 13 is a diagram showing a state in which a treated area is selected in the model display on the recording screen. FIG. 6 is a diagram showing a state in which the depth of the location where the treatment was performed is selected in the model display, with (a) showing a case where the location is deep, and (b) showing a case where the location is shallow. (a) is a perspective view showing the approach of the massage device to a location that is highly effective in improving discomfort, and (b) is a perspective view showing the model display with the direction selected when approaching the location specified. FIG. It is a diagram showing a history screen of the medical record application. It is a figure which shows the history screen of the medical record application in a modification. It is an enlarged view of the torso part in the model display of the medical record application. (a) is a diagram similarly showing the lower body portion, and (b) is a diagram similarly showing the lower body portion viewed from the side. 1A is a diagram showing one foot, and FIG. 1B is a diagram showing the same foot as seen from the side. FIG. 13 is a diagram showing a model display displayed on a tablet terminal, which shows a display means for realizing a management method for recording and managing treatment details in Example 2 of the present invention. It is a diagram showing a recording sheet for recording and managing treatment details.

DESCRIPTION OF THE PREFERRED EMBODIMENTS A management method for recording and managing treatment contents and a form for implementing a display means used in the management method according to the present invention will be described below based on examples.

A management method for recording and managing treatment details and a display means used in the management method according to the first embodiment will be explained with reference to FIGS. 1 to 20.

The management method of recording and managing the treatment contents of this embodiment is to create an electronic medical record corresponding to the patient using a tablet terminal 12 as shown in FIG. 1, and share the contents of past treatments with a successor practitioner. It is something to do. One to a plurality of tablet terminals 12 are arranged in each treatment facility, and each tablet terminal 12 is connected to a management server 13 via the Internet. Each tablet terminal 12 is given unique identification information, and the management server 13 is able to identify the tablet terminal 12 based on this identification information. A management server 13 and a tablet terminal 12 constitute a management system 11 that records and manages treatment contents in a sharable manner.

A predetermined application (hereinafter referred to as "medical record application") is installed on the tablet terminal 12. When the medical record application is started, a login screen 15 shown in FIG. 2 is displayed on the display screen of the tablet terminal 12.

The login screen 15 displays input fields for entering an ID (information identifying the practitioner) assigned to each practitioner and a corresponding password, thereby prompting the practitioner to log in. The information entered in these input fields is sent to the management server 13 and checked against the practitioner database managed by the management server 13. If it is confirmed to be valid, the management server 13 transfers the information to the tablet terminal 12. The initial screen 16 shown in FIG. 3 is displayed on the display screen.

The initial screen 16 includes a new button 17 that advances to a registration screen 19 (see Figure 4) for registering the treatment details of a new patient, and a search screen 20 (see Figure 4) for recording the treatment details of an existing patient. 5) is displayed.

When the new button 17 is selected, a registration screen 19 shown in FIG. 4 is displayed instead of the initial screen 16. The registration screen 19 displays various input fields for entering information necessary for the treatment, such as name, date of birth, height, weight, medical history, and the like. In these input fields, the patient may enter information himself or the practitioner may enter information obtained in advance from a medical questionnaire, etc., but the information entered in the input fields is stored on the management server. 13, the management server 13 generates the ID of the patient (information that identifies the patient), and records it in the patient database in association with this ID.

When the search button 18 is selected on the initial screen 16, a search screen 20 shown in FIG. 5 is displayed instead of the initial screen 16. The search screen 20 displays an input field for entering the treated person ID given to each treated person, and the treated person ID entered in the input field is sent to the management server 13, and the treated person ID is sent to the management server 13. The information is checked in the managed patient database, and the contents of the past treatment corresponding to this patient ID are read out and are in a standby state.

If the treatment recipient ID entered in the input field is found in the treatment recipient database, the management server 13 displays a top page 21 for managing the treatment status of the treatment recipient on the display screen of the tablet terminal 12. The top page 21 displays a view button 22 for proceeding to an action to view past treatment details, and a record button 23 for proceeding to an action to record the treatment details.

When the browse button 22 is selected, a list screen 24 shown in FIG. 7 is displayed instead of the top page 21. On the list screen 24, the details of past treatments performed on the patient are displayed in a selectable list along with the date and time and the ID of the practitioner in charge, and by making a selection, you can view the contents of the treatment at that time. can. When the record button 23 is selected, a record screen 25 shown in FIG. 12 is displayed instead of the top page 21.

Next, the massage device in this example will be explained using FIGS. 8 to 11. As shown in FIGS. 8 and 9, the massage device 1 mainly includes an exterior part 2, a conductive wire 6 built into the exterior part 2, and a permanent magnet 7. The exterior part 2 includes a cylindrical base member 3 having a vertically penetrating space in the center, an upper member 4 fixed to the upper part of the base member 3, and a body part of the patient fixed to the lower part of the base member 3. and a lower member 5 which is an end member that is applied to.

The base member 3 is made of a conductive material such as aluminum or an aluminum alloy, and is formed by cutting a cylindrical aluminum ingot material or molding it into a single piece, with an anodized coating on the outer surface, creating a structure in which no electricity flows between the inside and the outer surface. The lower member 5 has a space inside and is fixed to the opening at the bottom of the base member 3.

A permanent magnet 7, such as a neodymium magnet, ferrite magnet, or alnico magnet, is immovably arranged in the space inside the lower member 5. The lower member 5 is made of a ferromagnetic material such as a metal such as chrome steel, iron, nickel, cobalt, manganese, gadolinium, terbium, or stainless steel, or an alloy of these, which allows the magnetic force of the permanent magnet 7 to easily pass through to the outside of the lower member 5. The upper member 4 is made of a conductive material such as a metal such as chrome steel, iron, nickel, cobalt, manganese, gadolinium, terbium, or stainless steel, or an alloy of these.

As shown in FIG. 9, a metal plate 8 made of a highly conductive metal such as copper is placed in contact with the upper surface of the lower member 5. As shown in FIG. The metal plate 8 has a terminal portion 8a that protrudes upward by cutting and bending, and a conductive wire 6 having an electric wire, a resistor, a diode, and a conductive terminal (not shown) is fixed to this terminal portion 8a. The tip end 6a of the conductive wire 6 is disposed close to a conductive terminal (not shown) inside the upper member 4. The conductive wire 6 has a free end portion 6a that can swing around the connection portion with the terminal portion 8a.

The conductive wire 6 is not in contact with the upper member 4 at all times, and when the massage tool 1 is not in use, the upper member 4 and the lower member 5, which are the end members, are in a non-conductive state. When the massage tool 1 is in use, the tip 6a of the conductive wire 6 is temporarily brought close to the upper member 4 due to the movement of the massage tool 1.

Next, how to use the massage device 1 and its effects will be explained. As shown in FIG. 8, the practitioner S grasps the upper side of the base member 3 of the massage instrument 1 and slides the lower member 5 on the external body surface of the patient P, with a so-called centripetal or reciprocating motion. Perform the treatment.

The human body uses electrical currents to transmit information between the brain and nerves during activities, and it is known that static electricity charged on internal and external surfaces has an adverse effect on the electrical flow used for these activities. It is also said that electrical charges occur between cells due to mitochondrial activity. Therefore, in addition to the function of improving blood circulation through centripetal treatment, the massage device 1 of the present invention removes static electricity from the body of the user P who is charged with a lot of static electricity, that is, removes the positive and negative charges accumulated in the body. By changing the state to a stable state, they were able to improve the functionality of the human body. The mechanism will be described in detail below using FIGS. 10 and 11.

The practitioner slides the lower member 5 on the external surface of the patient P. Due to this sliding movement of the massage device 1, the tip end 6a of the conductive wire 6 temporarily approaches the upper member 4. At the beginning of the treatment, there is a relative potential difference between the person P and the practitioner S, and as the tip 6a of the conductive wire 6 and the upper member 4 repeatedly come close to each other temporarily, the lower member 5 From then on, energization to the upper member 4 side is started.

At this time, the positive charge on the side of the lower member 5 that comes into contact with the body of the patient P and the negative charge on the opposite side of the upper member 4 gather at the tip of the conductive wire 6 in a mutually attracting state. The movement of these charges causes a current to flow in the conductor from the lower member 5 toward the tip 6a of the conductive wire 6. This results in the generation of what is known as an induced charge.

Positive charges concentrate on the tip side of the conductive wire 6, and as the potential gradient (electric field) between the tip 6a of the conductive wire 6 and the upper member 4 side becomes stronger, it eventually exceeds the ionization energy of the air, and the electric charge is drawn away from the conductive wire 6 in the vicinity. An air discharge occurs toward the upper member 4. Due to this air discharge, an electrically conductive state is instantaneously generated between the patient P and the practitioner S through the lower member 5, the conductive wire 6, and the upper member 4. At this time, due to the above-mentioned potential difference between the body of the person P who is charged with a positive polarity and the practitioner S, the body of the person P who is charged with a positive polarity moves from the body of the person P who is charged with a positive polarity to the practitioner S. A current is generated intermittently in the direction S, and then the current is cut off due to the elimination of the potential difference, and the tip 6a of the conductive wire 6 and the upper member 4 are separated from each other due to the swinging. Due to this current movement, a negative charge is transferred from the body of the practitioner S to the body of the person P to be treated through the massage device 1.

In addition, as shown in FIG. 11, the magnetic flux of the permanent magnet 7 arranged inside the lower member 5 so that the N and S poles are located above and below is transmitted to the patient through the lower member 5, which is a ferromagnetic material. By moving the lower member 5 on the external surface of the patient P, the electromagnetic induction effect causes the magnetic flux to flow from the practitioner S to the patient P. The flowing negative charge is induced to move actively inside the body, and the balance of the parts that are biased toward positive polarity is balanced.In other words, the static electricity in the body of the patient P is removed, and the static electricity is The resulting discomfort can be improved.

Specifically, if there is a part of the body of the patient that is positively charged between cells due to mitochondrial activity, the same body will be formed regardless of the positional relationship with that part. Years of treatment experience and research have revealed that specific areas connected by cells have a significant impact on physical ailments. In other words, as a practitioner, you need to find the area that is charged with a positive polarity, which is the cause of the discomfort heard from the patient, or in other words, the area that is most effective in improving the discomfort, and apply the treatment to that area. Therefore, it is necessary to intensively influence the magnetic flux of the permanent magnet 7.

The practitioner moves the lower member 5 of the massage device 1 on the external surface of the patient P in searching for a location that is highly effective in improving the discomfort. At the same time, by changing the depth direction when centering the lower member 5 with respect to the body of the patient P, the position where the magnetic flux is strongly influenced inside the body of the patient P is changed, and the depth In terms of direction as well, look for areas that are most effective in improving your condition. As described above, by moving the massage device 1, electricity is instantaneously connected between the person P and the person S through the lower member 5, the conductive wire 6, and the upper member 4, and the person P's body is energized. Electric current is intermittently generated from the body in the direction of the practitioner S, but the electric sensation felt by the practitioner is clearly different from other areas, especially in areas that are charged with a positive polarity. This has been proven through many years of medical research.

In addition, even the recipient can feel that the electric sensation felt during the treatment when the magnetic flux of the massage device 1 is affecting the area is different from that of other areas, and both the practitioner and the recipient The practitioner and the practitioner can mutually confirm the location.

In this way, the practitioner finds a location that is highly effective in improving the patient's discomfort, and by intensively influencing that location with the magnetic flux of the permanent magnet 7, the practitioner can effectively eliminate the patient's discomfort. Can be done.

Return to the explanation of the medical record app. As shown in FIG. 12, on the recording screen 25, the ID of the patient, the ID of the practitioner, the date and time of the treatment, the symptoms interviewed by the patient, and the symptoms determined by the practitioner while actually performing the treatment are recorded. A comment input field 26 for the user and a model display 27 that can show the location and depth of the actual treatment are displayed (model display means).

The model display 27 is three-dimensional image data that can be scrolled, rotated, 3D rotated, and enlarged or reduced by touch operations on the display, and as shown in FIG. 13, a skeletal diagram (body diagram) 28 of an average standard body type. , and ruled lines 29A and 29B extending vertically and horizontally are displayed in an overlapping manner. Furthermore, although not shown here, the model display 27 can be arbitrarily selected from male and female body diagrams, and in this embodiment, the case where a female body diagram is selected will be described as an example.

In detail, as shown in the image diagrams of FIG. 13 and FIGS. 18 to 20, ruled lines 29A and 29B extending vertically and horizontally are displayed in a mesh pattern so as to wrap around the skeleton diagram 28, which is three-dimensional image data. The undulating shape of the body surface is expressed by the ruled lines 29A and 29B. The undulating shape of this body surface is that of an average standard body type.

The model display 27 is also divided into groups based on the general attributes of the body. More specifically, it is classified into head, chest, right arm, left arm, lower abdomen, right leg, and left leg, and the mesh made up of the ruled lines 29A, 29B is formed in a different size for each classification. For example, the chest in this embodiment is classified into head, lower abdomen, right arm, and left arm based on the upper end of the first cervical vertebra in the vertical direction and the lower end of the twelfth thoracic vertebra in the horizontal direction, respectively, based on the acromion of the scapula of both shoulders.

The mesh is surrounded on all four sides by lines 29A and 29B, and inside the mesh, identification information corresponding to the areas 30 surrounded by lines 29A and 29B is displayed. Each area 30 is classified as head, chest, right arm, left arm, lower abdomen, right leg, and left leg, and the virtual body surface is divided into a predetermined number of areas.

The body is divided into groups based on general attributes such as the head, chest, right arm, left arm, lower abdomen, right leg, and left leg, and it is determined which group each region corresponds to. The identification information includes the head H, chest C, right arm RA, left arm LA, lower abdominal area S, right leg RL, and left leg LL. For example, the region 30 selected in FIG. 13 is classified as chest, and the identification information is C141. According to this, the practitioner who viewed the treatment details can immediately grasp the rough position of the area indicating the treated area, and can quickly find the area.

As shown in FIG. 13, the practitioner can record on the model display 27 the areas that are most effective in improving the disorder found by the method described above, that is, the areas where the treatment has been performed. Specifically, in the model display 27, each area can be selected by touch operation, and the practitioner selects the relevant area.

When a specific region 30 (C141 in this case) is selected, the medical record application pops up a selection display in the vicinity that allows the depth to be selected step by step, as shown in FIG. The practitioner selects the depth at which the actually located spot is located. This depth is defined as the reference depth from the body surface position of the selected specific region to the center of thickness in the direction perpendicular to the region (direction perpendicular to the body surface in the region), and the reference depth is determined by a predetermined number (here Then, it is divided into equal parts and expressed in 5). For example, in FIG. 14(a), it is recorded that the location is at depth 4 out of 5 levels, and in FIG. 14(b), it is recorded that the location is at depth 2 out of 5 levels.

Further, as shown in FIG. 12, an approach area specification button 32 is displayed on the recording screen 25, and the condition is that the selection of the area 30 and the selection of the depth have been completed on the model display 27. Then, this approach area designation button 32 becomes selectable.

When the approach area designation button 32 is selected, it is possible to separately designate the area to which the massage device 1 is actually approached with respect to the location indicated by the selection of the specific area 30 and the selection of the depth. For example, as shown in FIG. 15(a), bones, etc. from a selected specific area 30 (RA013 in this case) are detected in a location that is highly effective in improving the disorder found by the practitioner using the method described above. There are cases where the magnetic flux of the massage device 1 cannot be strongly influenced by the body tissues of the body. In that case, the practitioner can separately select another area 30 (RA011 in this case) that was easier to approach the location during the actual treatment on the model display 27 as the approach area. According to this, when indicating the relevant point, the following treatment is performed while selecting a specific area 30 (RA013 in this case) that can be indicated in the shortest and surest direction perpendicular to the body surface and selecting the depth. It is possible to prompt the practitioner to perform the treatment from the approach area 30 (RA011 in this case) that is easy to approach, and it is possible to perform the appropriate treatment quickly.

Based on the completion of the selection of a specific region and the selection of the depth and the selection of the record button 33, the medical record application displays the information entered in the comment input field 26 and the identification information of the selected specific region. (here, C141) and the selected depth information (here, 3) are transmitted to the management server 13 along with the treated person ID and the practitioner ID. Note that if the approach area 30 is selected, the position information of the area is also transmitted to the management server 13 as the approach area.

The management server 13 receives the received information entered in the comment input field 26, the identification information of the selected specific area, the selected depth information, the practitioner ID, the position information of the approach area, and The information on the date and time when the information was received is stored in the treatment content database in association with the treatment patient ID. At the same time, the management server 13 assigns a treatment number depending on how many times the current treatment is performed, and stores it as history information.

When one of the past treatment contents performed on the patient is selected on the list screen 24 in FIG. The information entered in is used as a comment, the area is mapped to the model display based on the stored identification information of the area, and the area is mapped to the corresponding depth based on the stored depth information. By painting and displaying it, the content of the treatment selected at the time of selection is visually reproduced. Similarly, if there is positional information on the approach area, this area is visually distinguished from the area indicating the area where the treatment was performed and is displayed together with the area.

In this way, in the management system 11, the body is divided into a predetermined number of regions, and by making it possible to specify the identification information of a specific region from among the regions, it is possible to use the location pressed during treatment as an objective guide. can be recorded accurately based on the In addition, since depth information in the corresponding region can be specified, effective treatment locations on the body of the patient can be recorded three-dimensionally and accurately shared with subsequent practitioners.

In addition, the successor practitioner may identify areas that are most effective in improving the disorder from the specific area and depth specified by the previous practitioner, and approach the area from other areas based on individual judgment. good. Additionally, as shown in Figure 16, multiple treatment details can be viewed as a history, and by taking into account the area and depth specified by the multiple treatment details, areas that are most effective in improving the condition can be identified. Since it is possible to accurately determine the area, a practitioner who is about to perform the treatment after confirming the treatment details can quickly find the relevant area and perform the treatment smoothly. This also helps reduce the physical burden on the person being treated.

In addition, as a function that allows multiple treatment contents to be viewed as a history, as shown in FIG. By selecting a specific area, a pop-up display of the treatment details will appear. Additionally, if multiple treatments are performed on one specific area, the pop-up display for that area will scroll the details of the multiple treatments. .

Furthermore, since the depth information represents the depth in the direction perpendicular to the body surface, the standard for the depth information is clear and the practitioner can easily understand the depth.

Further, since depth information is expressed in stages, the degree of depth information can be reliably and easily grasped, and accurate treatment can be performed quickly. In addition, since this depth information is expressed as a different display at each stage on the model display 27, depth information can be accurately recorded based on an objective guideline, and the treatment can be performed regardless of the practitioner. You can share the exact depth of the location you visited.

In addition, on the recording screen 25, since the area where the treatment was performed can be visually searched on the model display 27, the corresponding area 30 can be easily specified. The region 30 indicating the location can be visually grasped, and the location can be quickly found.

The management system 11 receives identification information of the area selected on the commonly used model display 27 and selected depth information from the tablet terminal 12 and records them so that they can be viewed, and does not, for example, take a full-body image of the individual recipient to show the areas where treatment was performed. Therefore, the management server 13 does not store visual personal information related to the recipient's privacy, and leakage of personal information can be effectively prevented.

Next, the display means used in the management method for recording and managing the contents of the treatment according to the second embodiment will be explained using FIGS. 21 and 22. Note that explanations of the same and overlapping configurations as those of the previous embodiment will be omitted.

In the first embodiment, the practitioner uses the tablet terminal 12 to specify the treatment area, and when confirming the details of the treatment later, the operator can use the tablet terminal 12 to understand the treatment area. On the other hand, in the second embodiment, the practitioner records the area and depth for specifying the treatment area on the recording paper 125 while referring to the model display 127 displayed on the tablet terminal 12.

Specifically, the model display 127 has the same configuration as the model display 27 of the first embodiment, except that it is not possible to select a specific area, select the depth, and select the approach direction. This is three-dimensional image data that can be scrolled, rotated, 3D rotated, and enlarged/reduced, and position information is displayed in each area surrounded by ruled lines on all sides.

Therefore, the therapist records the specific area and depth of the treatment location on the recording sheet 125 in the model display (display means) 127 displayed on the tablet terminal 12, and when checking the treatment details later, the therapist visually references the position information of the specific area recorded on the recording sheet 125 on the model display (display means) 127, and grasps the treatment location together with the depth information. This makes it possible to share the treatment location while keeping down the introduction cost of the management system, quickly find the area, and perform treatment smoothly. Note that the display means for dividing the body into a predetermined number of areas and displaying each area with position information is not limited to three-dimensional image data displayed on the tablet terminal 12, but may also be six-view diagrams of top, bottom, front, back, left, and right printed on paper.

Although the embodiments of the present invention have been described above with reference to the drawings, the specific configuration is not limited to these embodiments, and any changes or additions that do not depart from the gist of the present invention are included in the present invention. It will be done.

For example, in the above embodiment, a case was explained in which the massage device 1 whose main function is to remove static electricity from a specific part of the body using the influence of magnetic flux is used. Even with massage equipment that promotes blood circulation through treatments that massage waste products out of the body and promote lymph flow, being able to record the depth direction at the time of the treatment is particularly useful for later treatments. This is useful in order to be able to do it accurately and quickly.

In addition, the recording and viewing of treatment details is not limited to a configuration using a medical record app installed on the tablet terminal 12, but may be a configuration in which, for example, application data is stored in an operable manner on the management server 13 side and operated on a web browser on the tablet terminal 12, a personal computer, etc.

In addition, the new registration information of the patient is not limited to being entered and stored on the medical record app on the registration screen 19, but may be pre-registered on the management server 13 side via a different route from a personal computer or the like at another time, in which case the registration screen 19 may be omitted.

When the approach area designation button 32 is selected, in addition to selecting the approach area 30, the approach direction may be designated, for example, by an arrow, so that the approach method to the treatment area can be recorded in more detail.

The depth information is not limited to being displayed in shading, but may be displayed in multiple colors, or may be selectable by numbers. In addition, the depth information is not limited to being selectable from five levels as shown in the first embodiment, but may be displayed in an infinite number of levels, as long as the display differs depending on, for example, shading.

Further, the area in the model display 27 is not limited to the configuration divided by the ruled lines 29A and 29B, but may be configured such that the position information can be specified using points or coordinates.

Further, the shape of the model display 27 may be changed according to the physique of the patient. In this case, the size of the region is enlarged or reduced according to the shape, so that the number of parts into which the whole body is divided is always the same.

Further, the person to be treated to which the management method of recording and managing the contents of the treatment of the present invention is applied is not necessarily limited to humans, and animals such as dogs and cats may be used as the person to be treated, that is, the treatment target.

1 Massage device 2 Exterior part 3 Base member 4 Upper member 5 Lower member 6a Tip part 6 Conductive wire 7 Permanent magnet 8 Metal plate 8a Terminal part 11 Management system 12 Tablet terminal 13 Management server 15 Login screen 16 Initial screen 17 New button 18 Search button 19 Registration screen 20 Search screen 21 Top page 22 Browse button 23 Record button 24 List screen 25 Record screen 26 Comment input field 27 Model display (display means)
28 Skeletal diagram (body diagram)
29A, 29B Ruled line 30 Area 31 Record button 32 Approach area designation button 125 Recording paper 127 Model display (display means)
P: patient S: therapist

Claims (2)

Two electrically conductive end members disposed apart from each other, a magnet disposed at least on the treatment subject's side, and a conductive circuit that enables electricity to flow between both of the end members, one of which is electrically conductive. A massage device that removes static electricity in the deep part of the body induced by the magnet when the end member is slid over the external surface of the patient's body. A display means for displaying a body,
A body diagram, a predetermined number of ruled lines displayed overlapping the body diagram to divide regions, unique positional information displayed for each of these divided regions, and a right angle to the external surface of the body in each region. A display means comprising a model display section on which depth information representing depth in a direction is displayed. The display means according to claim 1, wherein the depth information is displayed in stages .

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