JP2014104178A - Massage machine operation program, massage machine operator, massage machine, and massage system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a massage machine operation program, a massage machine operator, a massage machine, and a massage system that contribute to providing of a variety of massages to a user.SOLUTION: An operator 20 includes a display unit 21 and a physical input unit 30. The display unit 21 displays a plurality of massage steps 60 of massage balls forming a massage course 50. The operator 20, in response to the operation of the physical input unit 30, changes setting content with respect to an existing massage step 60 of the massage balls and prepares a novel massage step 60 of the massage balls.

Description

  The present invention relates to a massage machine operation program, a massage machine operation device having the program, a massage machine having the operation device, and a massage system having the massage machine.

  A conventional massage machine has an input unit, a control unit, and a storage unit. The storage unit stores a plurality of massage courses as initial values. The massage course describes a plurality of massage forms. A control part has a function which changes a plurality of items about a plurality of massage forms in a massage course according to operation of an input part by a user. For example, the control unit changes the massage position, the massage strength, and the massage time in the massage mode. The storage unit stores the content of the massage course changed by the control unit. Note that Patent Document 1 discloses an example of a conventional massage machine.

JP 2006-263269 A

  The conventional massage machine is not intended to provide the user with a mutual relationship in a plurality of massage forms executed by a plurality of massage steps. For this reason, in changing the content of the several item in one massage form, a user is hard to be conscious of the relationship with the massage form in another massage step. For this reason, in the conventional massage machine, there exists a possibility that the function to change the content of the massage course may not be fully utilized. For this reason, the room for improvement is left in the point which provides a user with various massage.

  The present invention was created based on the above background, and provides a massage machine operation program, a massage machine operation device, a massage machine, and a massage system that contribute to providing various massages to users. The purpose is to do.

  (1) The first means is “a massage machine operation program executed by a massage machine operator, wherein the massage machine operator has a display unit and an editing unit, A display step of displaying a plurality of massage steps among massage steps forming a massage course on the display unit; and an editing step of causing the editing unit to edit at least one of the massage steps as a constituent unit of the massage course. The massage step includes massage information, and the massage information includes at least a massage machine operation program including information on a massage form and a massage position.

(2) The second means includes a “massage machine operation program for displaying all the massage steps forming the massage course on the display unit”.
(3) The third means includes a “massage machine operation program for causing the display step to display the massage step and the massage information in association with each other”.

  (4) The fourth means is that “the massage machine has a kneading ball, and the display step includes a massage mode of the kneading ball, a massage position of the kneading ball, a massage strength of the kneading ball, and the kneading. The editing step displays at least one of a massage time of the ball, the number of massages of the kneading ball, a massage speed of the kneading ball, a heat application mode of the kneading ball, and a tapping massage mode of the kneading ball on the display unit, Is the massage mode of the kneading balls, the massage position of the kneading balls, the massage strength of the kneading balls, the massage time of the kneading balls, the number of massages of the kneading balls, the massage speed of the kneading balls, the heat of the kneading balls Massage machine operation program for causing the editing unit to edit at least one of a grant form and a massage massage form of the kneading balls Including the.

  (5) The fifth means is: “The massage machine has an air bag, and the editing step includes a massage mode of the air bag, a massage position of the air bag, a massage strength of the air bag, and the air. A massage machine operation program that causes the editing unit to edit at least one of the massage time of the bag, the number of massages of the air bag, and the massage speed of the air bag.

  (6) The sixth means is that "the editing step is a step of changing the execution order of the massage steps in the massage course, a step of deleting the massage step forming the massage course from the massage course, and the massage" A massage machine operation program for causing the editing unit to execute at least one of the steps of adding a new massage step to the course.

  (7) The seventh means is that "the display step is at least one of the massage steps in the execution order after the massage step being executed when the kneading balls are operating according to the massage course." Including a massage machine operation program for displaying "on the display unit".

  (8) The eighth means is: “The display unit displays a massage step in an execution order after the massage step being executed when the air bag is operating according to the massage course. "Massage machine operation program to be displayed on".

  (9) The ninth means is “a massage machine operator, wherein the massage machine operator has an input unit, a display unit, an editing unit, and a massage machine operation program” including.

(10) The tenth means includes “the massage machine, wherein the massage machine has the massage machine operation device”.
(11) The eleventh means is: “The massage machine operator has a form of a portable electronic information terminal, and in addition to the input unit, the display unit, the editing unit, and the massage machine operation program” Including a communication unit, wherein the input unit includes at least one of a touch operation function and a voice recognition function, and the communication unit includes a massage machine operation device having a communication function with a reception unit of the massage machine. .

  (12) The twelfth means is that “the massage machine operation unit has a communication unit, and the communication unit performs at least one of uploading the massage course data to the server and downloading the massage course data. Includes a massage machine controller.

  (13) The thirteenth means includes a “massage system having the massage machine and the massage machine operation device”.

  The massage machine operation program, the massage machine operator, the massage machine, and the massage system can provide various massages to the user 120.

The perspective view of the massage machine of 1st Embodiment. It is a figure regarding the operation device in the massage machine of 1st Embodiment, (a) is a massage step block diagram of a massage course, (b) is a field block diagram of a massage step of a massage ball. The schematic structure of the operating device in the massage machine of 1st Embodiment, and the display content of a display part. The block block diagram of the operation device in the massage machine of 1st Embodiment. The display content at the time of all the step display of the operation device in the massage machine of 1st Embodiment. It is a step lineblock diagram of the massage course of a 1st embodiment, (a) is a massage course before change, and (b) is a massage course after change. It is a massage step block diagram of the massage course in 1st Embodiment, (a) is a massage course before a change, (b) is a massage course containing the pull-down menu at the time of a change. The step figure of the massage course edit process in 1st Embodiment. It is a figure regarding the operating device in the massage machine of 2nd Embodiment, (a) is a field block diagram of the massage step of a massaging ball, (b) is a field configuration diagram different from (a) of the massaging ball massage step, ( c) is a field configuration diagram different from (a) and (b) of massage step of kneading balls. It is a figure regarding the operating device in the massage machine of 3rd Embodiment, (a) is a field block diagram of the massage step of an air bag, (b) is a field block diagram different from (a) of the massage step of an air bag. The step diagram of the massage course which has the massage step of the massage ball and the air bag massage step in 3rd Embodiment. The step diagram of the massage course which has the massage step of the massage ball of the operation device in 3rd Embodiment, and the air bag massage step different from FIG. The display content of the operating device in 3rd Embodiment. It is a step lineblock diagram of a massage course in a 4th embodiment, (a) is a massage course before change, (b) is a massage course containing the 2nd pull-down menu at the time of change, (c) is the 3rd pull-down at the time of change. Massage course including menu. It is a step lineblock diagram of a massage course in a 4th embodiment, (a) is a massage course before change, (b) is a massage course including the 2nd pull-down menu at the time of change, and (c) is a massage course after deletion operation. . It is a step lineblock diagram of a massage course in a 4th embodiment, (a) is a massage course before change, (b) is a massage course including the 2nd pull-down menu at the time of change, and (c) is a massage after order change operation. course. It is a step block diagram of the massage course in 5th Embodiment, (a) is a massage course at the time of massage execution, (b) is a massage course including the 4th pull-down menu at the time of a change. The block diagram of the massage machine and portable electronic information terminal of 6th Embodiment. The block block diagram of the portable electronic information terminal in 6th Embodiment. The display content of the massage position designation | designated screen of the portable electronic information terminal in 6th Embodiment. The display content of the list of the massage form of the portable electronic information terminal in 6th Embodiment. The display content at the time of massage strength and frequency | count setting of the portable electronic information terminal in 6th Embodiment. It is a figure regarding the display content of the portable electronic information terminal in 6th Embodiment, (a) is a massage course before execution order change, (b) is an execution order change operation screen, (c) is after execution order change operation. Massage course. It is a figure regarding the display content of the portable electronic information terminal of 6th Embodiment, (a) is a massage course before a massage position change, (b) is a massage position designation screen at the time of a change, (c) is after a massage position change. Massage course. The schematic block diagram of the operation device in the other implementation mobile. The schematic structure of the operating device in other embodiment, and the display content of a display part. The display content at the time of massage intensity | strength setting of the portable electronic information terminal in other embodiment. The display content at the time of the massage frequency setting of the portable electronic information terminal in other embodiment. The display content at the time of the massage frequency setting of the portable electronic information terminal in other embodiment. The display content at the time of the massage position setting of the portable electronic information terminal in other embodiment.

(First embodiment)
With reference to FIG. 1, the structure of the massage machine 1 is demonstrated.
The massage machine 1 has a device main body 10 and an operation device 20. The apparatus main body 10 includes a seat part 11, a backrest part 12, an armrest part 13, a leg mount 14, and a control part 18. The backrest portion 12 has a kneading ball 16 and a kneading ball massage mechanism 15 as treatment portions. The kneading ball massage mechanism 15 receives the control signal from the control unit 18 and drives the kneading ball 16 to perform treatment on the back of the user 120 (see FIG. 23).

  The massage machine 1 has an air bag 17 as a treatment unit that massages the user 120 with air pressure. The massage machine 1 includes an arm air bag 17A, a waist air bag 17B, and a thigh air bag 17C as air bags 17. The air bags 17 </ b> A to 17 </ b> C expand and wrap around the human body, and massage the human body by pressing the air bag 17. The air bag 17 may be disposed in a place other than for arms, waist, and thighs. The air bag 17 may be arrange | positioned at the seat surface in the seat part 11, for example. Further, the air bag may be disposed at a portion corresponding to the shoulder of the user by protruding a side wall from the backrest portion 12 at a position corresponding to the side of the shoulder and providing the air bag on the side wall.

  When the user 120 wants to receive massage by the kneading balls 16, he / she selects the massage form of the kneading balls and the position of the massage of the kneading balls. Massage forms of kneading balls include fir massage, kneading massage, scouring massage, spreading massage, and shiatsu massage. The massage massage locations include the neck, shoulders, back, waist, and back muscles. The massage machine 1 receives a control signal from the control unit 18 and executes a massage course. The massage course continuously executes one or more massage balls. The massage step of the kneading balls is a massage operation in which the massage form of the kneading balls and the position of the massage of the kneading balls are set. The massage course continuously executes, for example, a first massage ball massage step that is a massage for the user 120's neck and a second massage ball massage that is a stretch massage for the waist.

  The massage operation of the kneading balls includes massage operation parameters. The operation parameters include massage strength, massage time, number of massages, massage speed as a massage speed, presence / absence and operation speed of a hitting massage form, and presence / absence of heat as a form of applying heat.

  The massage machine 1 can execute an existing course that has already been set as a massage course. Moreover, the massage machine 1 can perform the change course which changed the existing course as a massage course. The massage machine 1 can execute a new course newly created as a massage course.

With reference to FIG. 2, the setting content of the massage course and massage step of massage balls will be described.
As shown in FIG. 2A, the massage course 50 has a massage step 60 for massaging balls set continuously. When the massage course 50 shown in FIG. 2A is executed, the information set in the massage course 50 is transferred to the control unit 18 of the massage machine 1. The control unit 18 operates the kneading balls 16 and the air bags 17 according to the transferred information.

  FIG. 2B shows the setting contents of the massage step 60 for massaging balls. The massaging ball massage step 60 has a massaging ball number field 61, a massaging ball massage form field 62, and a massaging ball massage position field 63 as massage information fields in which massage information is described. The kneading ball number field 61 stores kneading ball step number information, which is the execution order of the kneading ball massage step 60 in the massage course 50. The kneading balls form field 62 stores information on massage forms of kneading balls. The massaging ball massage position field 63 stores information on the massaging ball massage position. The operation parameter of the kneading balls is set to a value determined in advance according to the massage mode and the massage position of the kneading balls.

  The setting content of the massage step 60 for the kneading balls can be edited by operating the operation device 20. The editing of the massaging ball massage step 60 includes setting the massaging ball massage form and setting the massaging ball massage position.

With reference to FIG. 3, the structure of the operation device 20 is demonstrated.
The operation device 20 includes a display unit 21 and a physical input unit 30. The physical input unit 30 includes a start button 31, a left button 32, a right button 33, an upper button 34, a lower button 35, an enter button 36, and an end button 37.

FIG. 4 shows a circuit block configuration of the operation device 20.
The operation device 20 includes a display unit 21, an editing unit 22, a storage unit 23, an apparatus main body interface 24, and a physical input unit 30 as an input unit. The storage unit 23 stores a massage machine operation program. The editing unit 22 executes a massage machine operation program when editing the massage step 60 of the kneading balls. The physical input unit 30 outputs an operation signal to the editing unit 22 in response to operations of the start button 31, the left button 32, the right button 33, the up button 34, the down button 35, the enter button 36, and the end button 37. The editing unit 22 displays information on the display unit 21 based on the operation signal from the physical input unit 30 by executing the massage machine operation program. When the operation signal from the physical input unit 30 is input, the editing unit 22 edits the massaging ball massage step 60 based on the massage machine operation program. The editing unit 22 outputs information on the massage course 50 to the apparatus main body interface 24. The apparatus main body interface 24 transfers information on the massage course 50 to the control unit 18 of the apparatus main body 10 via the cable 19.

  When changing and setting the massage mode of the kneading balls and the massage position of the kneading balls, the user 120 operates the start button 31 shown in FIG. In response to the operation signal from the physical input unit 30, the editing unit 22 sets the display content of the display unit 21 to the massage step setting mode for the massaging balls shown in FIG. The massaging ball massage step setting mode forms a virtual input unit 40 as an input unit on the display unit 21. The virtual input unit 40 displays on the display unit 21 a list 41A of massaging ball massage form icons and a list 41B of massaging ball massage position icons. The user 120 operates the left button 32, the right button 33, the up button 34, and the down button 35 to move the cursor 42 onto the icon to be selected. The user 120 operates the decision button 36 to change and set the massage form and massage position of the kneading balls.

  When creating a new massage course 50, the user 120 selects a desired icon from the list 41 </ b> A of massage type icons of massage balls and the list 41 </ b> B of massage position icons of massage balls to massage the massage balls. 60 is created sequentially. When editing the massage course 50, the user 120 moves the cursor 42 over all the step icons 43 displayed as the virtual input unit 40 on the display unit 21 and operates the determination button 36. Based on the operation signal from the virtual input unit 40, the editing unit 22 displays the massage step 60 of one or more kneading balls forming the massage course 50 as the all-step display mode on the display unit 21.

FIG. 5 shows a display form of the display unit 21 in the all step display mode.
The display unit 21 displays the massage course 50, the previous page selection icon 44, the next page selection icon 45, and the previous mode selection icon 46 as the virtual input unit 40. The massage course 50 displayed on the display unit 21 forms a part of the virtual input unit 40 when the massage course 50 is edited. When not all of the massaging ball massage steps 60 forming the massage course 50 on the display unit 21 can be displayed on one screen, the user 120 moves the cursor 42 onto the previous page selection icon 44 or the next page selection icon 45. Then, the enter button 36 is operated. Based on the operation signals from the physical input unit 30 and the virtual input unit 40, the editing unit 22 displays the massage step 60 for the massaging balls formed by the massage course 50, which is not currently displayed. Accordingly, even when the number of massage steps 60 for massaging balls formed by the massage course 50 is large, the contents of the massage steps 60 for all massaging balls formed by the massage course 50 can be confirmed. When it is desired to display the massage step setting mode for the massaging balls, the user 120 moves the cursor 42 onto the previous mode selection icon 46 and operates the determination button 36. The editing unit 22 displays the massaging ball massage step setting mode on the display unit 21.

The user 120 can create a desired massage course by changing an existing massage course.
FIG. 6 shows the operation contents when changing the massage course 50.

  The user 120 changes the massage course 50 before the change shown in FIG. 6A to the massage course 50 shown in FIG. The massage mode of the third kneading balls and the massage position of the kneading balls in the massage course 50 are changed from the setting shown in FIG. 6 (a) to the setting shown in FIG. 6 (b).

FIG. 7 shows an operation procedure for changing the massage mode of the kneading balls in the massage step 60 of the kneading balls.
FIGS. 7A and 7B show the kneading ball step first to sixth of the massage course 50 shown in FIGS. 6A and 6B. The user 120 operates the left button 32, the right button 33, the upper button 34, and the lower button 35 shown in FIG. 5 to select the massage mode field 62 of the kneading balls step third kneading balls. The editing unit 22 highlights the massage mode field 62 of the kneading balls step third kneading balls based on the selection signals from the physical input unit 30 and the virtual input unit 40. The user 120 operates the determination button 36 shown in FIG. The editing unit 22 displays the first pull-down menu 51 based on the selection signal from the physical input unit 30. The first pull-down menu 51 displays a list of massage forms of massage balls as a cell for selecting massage forms of massage balls. The user 120 operates the right button 33, the upper button 34, and the lower button 35 to select a desired massage massage cell of the kneading balls from the first pull-down menu 51. The editing unit 22 highlights the massage form of the kneading balls selected based on the selection signal from the virtual input unit 40. The user 120 operates the determination button 36. Based on the selection signal from the physical input unit 30, the editing unit 22 changes the massage mode field 62 of the kneading ball step third kneading balls to the selected content. The user 120 changes the massage position field 63 of the kneading balls step third kneading balls in the same procedure. The massage course 50 is changed from the setting contents shown in FIG. 6A to the setting contents shown in FIG. The user 120 continuously performs the changing operation when there is a massage step 60 for the kneading balls to be changed.

With reference to FIG. 8, the outline | summary of the massage course edit process which the edit part 22 performs is demonstrated.
The editing unit 22 sequentially executes steps S11 to S14 according to the massage machine operation program.

  When editing the massage course 50, the editing unit 22 displays the massage course 50 on the display unit 21 in step S11. In step S <b> 12, the editing unit 22 determines whether there are operation signals from the physical input unit 30 and the virtual input unit 40. When there is no operation signal from the physical input unit 30 and the virtual input unit 40, the editing unit 22 repeats step S12. If it is determined in step S12 that there are operation signals from the physical input unit 30 and the virtual input unit 40, in step S13, the editing unit 22 edits the massage course 50 based on the operation signals. In step S14, the editing unit 22 determines whether the end button 37 has been operated. When the end button 37 is not operated, the editing unit 22 repeats steps S12 to S14. When it is determined in step S14 that the end button 37 has been operated, the editing unit 22 ends the massage course editing process.

The massage machine 1 has the following effects.
(1) The massage machine 1 includes a device main body 10 and an operation device 20. The operation device 20 includes a physical input unit 30, a display unit 21, an editing unit 22, a storage unit 23, and an apparatus main body interface 24. The storage unit 23 stores a massage machine operation program. The editing unit 22 executes a massage machine operation program when editing the massage step 60 of the kneading balls. When editing the massaging ball massage step 60, the editing unit 22 displays the massaging step 60 of one or more massaging balls forming the massage course 50 on the display unit 21. According to this configuration, the user 120 changes and creates the massage step 60 of the kneading balls while confirming the mutual relationship between the massage steps 60 of the kneading balls forming the massage course 50 displayed on the display unit 21. It can be performed. For this reason, the user 120 can change and create various massage courses 50 suitable for his / her body shape and constitution while checking the entire massage course 50.

  (2) The editing unit 22 executes a massage machine operation program when editing the massage step 60 of the kneading balls. When the editing unit 22 edits the massage step 60 for the kneading balls, the editing unit 22 displays one or more massage steps 60 forming the massage course 50 on the display unit 21. The user 120 sequentially changes the massage step 60 of the kneading balls to be changed in the massage course 50. According to this configuration, the user 120 confirms the mutual relationship between the massage step 60 of the plurality of massage balls forming the massage course 50 of the massage ball displayed on the display unit 21, and massage steps of the plurality of massage balls. 60 changes can be made continuously. For this reason, the user 120 can complete the change of the massage course 50 without performing the massage operation. For this reason, the massage course 50 can be changed in a short time.

(3) The editing unit 22 executes a massage machine operation program when editing the massage step 60 of the kneading balls. When the editing unit 22 edits the massage step 60 for the kneading balls, the editing unit 22 displays one or more massage steps 60 forming the massage course 50 on the display unit 21. The massaging ball massage step 60 has an massaging ball massage form field 62 and an massaging ball massage position field 63. According to this configuration, the user 120 confirms the mutual relationship between the massage steps 60 of the kneading balls that form the massage course 50 displayed on the display unit 21, and massage mode of the kneading balls and massage of the kneading balls. The position can be changed freely. For this reason, the user 120 can receive the massage by which the massage form of a favorite kneading ball is performed continuously. For this reason, the user 120 can receive a pleasant stimulus by massage.
(Second Embodiment)
The massage machine 1 of 2nd Embodiment has a different structure in the following parts compared with the massage machine 1 of 1st Embodiment, and has the same structure in another part. In addition, about the structure which is common in the massage machine 1 of 1st Embodiment, the same code | symbol is attached | subjected and the one part or all part of the description is abbreviate | omitted.

  In the massage machine 1 of the first embodiment, the massaging ball massage step 60 displayed on the display unit 21 includes the massaging ball number field 61, the massaging ball massage form field 62, and the massaging ball massage position field 63. On the other hand, in the massage machine 1 of the second embodiment, the massaging ball massage step 60 displayed on the display unit 21 is the massaging ball number field 61, the massaging ball massage form field 62, the massaging ball massage position field 63, and the massaging. It has a ball motion parameter field 64.

  The massaging ball massage step 60 includes a massaging ball number field 61, a massaging ball massage form field 62, and a massaging ball massage position field 63, and an massaging ball operation parameter field 64. The massage parameter field 64 of the kneading balls changes the setting as massage information at least one of massage strength, massage frequency, kneading speed, tapping action presence / absence, tapping action speed, and heat presence / absence which is a massage action parameter of the kneading balls. It has an information field that enables it.

FIG. 9 shows a setting form of the massaging ball massage step 60 including the massaging ball operation parameter field 64.
The example shown in FIG. 9A has a massaging ball massage strength field 65 for storing massage strength information in the massaging ball operation parameter field 64. In the example shown in FIG. 9B, the kneading ball operation parameter field 64 has a kneading ball fringing frequency field 66 for storing information on the number of massage fryings. In the example shown in FIG. 9C, the massage parameter field 64 of the kneading balls stores the massage strength field 65 of the kneading balls that stores information on the massage strength of the kneading balls, and information on the presence / absence of the hitting operation. It has two information fields, a grind ball flapping field 67.

  The kneading ball operation parameter field 64 is an information setting field, which is the kneading ball operation parameter, the massage strength of the kneading balls, the number of kneading balls, the kneading speed of the kneading balls, the presence / absence of the kneading balls, The hitting speed and the presence or absence of heat of the kneading balls can be arbitrarily combined. A predetermined value is set for the operation parameter that is not set in the operation parameter field 64 of the kneading balls.

  When changing the operation parameter of the kneading balls, the user 120 operates the start button 31 shown in FIG. Based on the operation signal from the physical input unit 30, the editing unit 22 forms a virtual input unit 40 on the display unit 21 as a massage step setting mode for massaging balls. The virtual input unit 40 displays a list of icons indicating the operation parameters of the kneading balls instead of the list 41A of the kneading ball massage form icons and the list 41B of the massage position icons of the kneading balls on the display unit 21. The user 120 operates the left button 32, the right button 33, the up button 34, and the down button 35 to move the cursor 42 onto the icon to be selected. The user 120 operates the determination button 36 to change the operation parameter.

  The user 120 can change the setting value for the existing massaging ball massage step 60 in which the massaging ball operation parameter field 64 is set. The user 120 can create a new massaging ball massage step 60 in which the massaging ball operation parameter field 64 is set.

  According to the massage machine 1, there exists an effect similar to (1)-(3) which the massage machine 1 of 1st Embodiment has. That is, the effect that the user 120 can change and create various massage courses 50 that match his body shape and constitution, the effect that the massage course 50 can be changed in a short time, and There are other various effects. Moreover, the massage machine 1 has the following effects.

  (4) The massaging ball massage step 60 has a massaging ball number field 61, a massaging ball massage form field 62, and a massaging ball massage position field 63, and an massaging ball operation parameter field 64. The massaging ball operation parameter field 64 includes massaging ball massage operation parameters, massaging ball massage strength, the massaging frequency of massaging balls, the massaging speed of massaging balls, the presence / absence of massaging balls, the massaging speed of massaging balls, And an information field that can change the setting of at least one of the presence or absence of heat of the kneading balls as massage information. According to this configuration, in addition to setting the massage mode of the kneading balls and the massage position of the kneading balls, the user 120 sets the massage course 50 by the massage step 60 of the kneading balls in which the operation parameters of the kneading balls are set to arbitrary values. Can be created and executed. For this reason, the user 120 can adjust the massage operation of the kneading balls to suit his / her preference, physique, and constitution. For this reason, the user 120 can obtain a pleasant massage effect.

(5) The massaging ball massage step 60 has an operation parameter field 64 in addition to the massaging ball massage form field 62 and the massaging ball massage position field 63. The kneading ball motion parameter field 64 is a kneading ball operation parameter, the massage strength of the kneading balls, the number of kneading balls, the kneading speed of the kneading balls, the presence / absence of the kneading balls, the tapping speed of the kneading balls, and An information field is provided that enables setting and changing at least one of the presence or absence of heat of the kneading balls as massage information. The user 120 can set an operation parameter for each massage step 60 of the kneading balls. For this reason, the user 120 can set the massage operation parameter according to the massage form of the massage balls and the massage position of the massage balls. For this reason, massage operation can be adjusted for every massage part so that it may suit user 120's liking, physique, and constitution. For this reason, the user 120 can obtain a more comfortable massage effect.
(Third embodiment)
The massage machine 1 of 3rd Embodiment has a different structure in the following parts compared with the massage machine 1 of 1st Embodiment, and has the same structure in another part. In addition, about the structure which is common in the massage machine 1 of 1st Embodiment, the same code | symbol is attached | subjected and the one part or all part of the description is abbreviate | omitted.

  In the massage machine 1 of the first embodiment, the massaging ball massage step 60 displayed on the display unit 21 includes the massaging ball number field 61, the massaging ball massage form field 62, and the massaging ball massage position field 63. On the other hand, in the massage machine 1 of the third embodiment, the massage step 70 of the air bag is displayed on the display unit 21. The air bag massage step 70 includes an air bag number field 71, an air bag massage form field 72, a plurality of air bag massage positions, and an air bag massage strength field 73.

  When the user 120 wants to receive a massage by the air bag 17, the user 120 selects the massage mode of the air bag and the position of the air bag. The air bag massage forms include fir massage, scouring massage, and spreading massage. The location of the bladder includes the arms, waist and thighs. The massage machine 1 receives a control signal from the control unit 18 and executes a massage course. The massage course continuously performs one or more air bag massage steps. The air bag massage step is a massage operation in which the air bag massage form and the air bag position are selected. In the massage course, for example, a fir tree massage for the user's 120 arm and a stretch massage for the waist are continuously performed.

  The massage operation of the air bag includes the operation parameters of the air bag. The operating parameters of the air bag include air bag massage strength, air bag massage time, the number of times of air bag stagnation, and air bag scouring speed.

  The massage course can execute an existing course that has already been set. In addition, the massage course can be executed by changing the existing course. Moreover, the newly created new course can be executed as the massage course.

With reference to FIG. 10, the setting content of the air bag massage step will be described.
The air bag massage step 70 includes an air bag number field 71 as a massage information field in which massage information is described, an air bag massage form field 72, and an air bag position and air bag massage strength field 73. The air bag number field 71 stores air bag step number information that is the execution order of the air bag massage step 70 in the massage course. The air bag form field 72 stores information on the air bag massage form. The air bag position and air bag massage strength field 73 stores information on the air bag position and air bag massage strength.

  The massage machine 1 includes an arm air bag 17A, a waist air bag 17B, and a thigh air bag 17C as air bags 17. The massage machine 1 has a plurality of air bags 17 at different locations. The air bags 17 at different locations can perform independent massage operations. Therefore, the air bag massage step 70 can set a plurality of positions and massage strengths as the air bag position and air bag massage strength field 73. The example shown in FIG. 10A shows an air bag massage step 70 when two air bag positions are set in the air bag position and air bag massage strength field 73. FIG. 10B shows an air bag massage step 70 when three air bag positions are set in the air bag position and air bag massage strength field 73.

  The massage machine 1 can execute a massage operation using the air bag 17 while performing a massage operation using the kneading balls 16. The massage machine 1 can operate the massage by the massaging balls 16 and the massage by the air bag 17 independently.

The massage course executed by the massage machine 1 continuously executes one or a plurality of massage ball massage massage steps and an air bag massage step.
With reference to FIG. 11, the setting content of the compound massage course 80 which sets the massage massage step of a massage ball and the massage step of an air bag is demonstrated.

  The compound massage course 80 has a massage step 60 for massaging balls and a massage step 70 for air bags. The massaging ball massage step 60 has a massaging ball number field 61, a massaging ball massage form field 62, and a massaging ball massage position field 63. The air bag massage step 70 includes an air bag number field 71, an air bag massage form field 72, and an air bag position and air bag massage strength field 73. The massaging ball massage step 60 and the air bag massage step 70 can independently set the progress of the massage step in the composite massage course 80. That is, the massage step 60 for massaging balls and the massage step 70 for air bags can have different values for the massage execution time at each step. In the example shown in FIG. 11, the switching from the first air bag step to the second air bag step in the air bag massage step 70 is performed in the middle of the third kneading ball step in the kneading ball massage step 60. Is done. The change from the second air bag step to the third air bag step in the air bag massage step 70 is performed simultaneously with the change from the fifth kneading ball step to the sixth kneading ball step in the kneading ball massage step 60. Is done.

  The compound massage course 80 can set the operation parameter field of the kneading balls in the massage step 60 of the kneading balls, and the plurality of air bag positions and the massage strength of the air bag in the massage step 70 of the air bag. As shown in FIG. 12, in the massaging ball massage step 60, the massaging ball massage strength field 65 is set as the motion parameter field of the massaging ball. In the air bag massage step 70, a plurality of air bag positions and air bag massage strength fields 73 are set.

The setting operation of the air bag massage step 70 will be described with reference to FIG.
When changing and setting the air bag massage mode, the air bag position, and the air bag strength, the user 120 operates the start button 31 shown in FIG. The editing unit 22 forms a virtual input unit 40 on the display unit 21 based on an operation signal from the physical input unit 30. The virtual input unit 40 displays an air bag massage form list icon 47A, an air bag position list icon 47B, and an air bag massage strength list icon 47C on the display unit 21. The user 120 operates the left button 32, the right button 33, the up button 34, and the down button 35 to move the cursor 42 onto the icon to be selected. The user 120 operates the determination button 36 to change and set the air bag massage mode, the air bag position, and the air bag massage strength.

According to the massage machine 1, in addition to the effects according to the effects (1) to (5) exhibited by the first and second embodiments, the following effects are exhibited.
(6) The air bag massage step 70 includes an air bag number field 71, an air bag massage form field 72, and an air bag position and air bag massage strength field 73. The air bag massage step 70 can set a plurality of positions and massage strengths as the air bag position and air bag massage strength field 73. According to this configuration, the air bag massage form and the air bag massage strength of the plurality of air bags 17 at different locations can be set independently. For this reason, the user 120 can receive the massage of the air bag of a different massage form in a different massage position. For this reason, the user 120 can receive a comfortable air bag massage.

(7) The composite massage course 80 has a massage step 60 for massaging balls and a massage step 70 for air bags. The massaging ball massage step 60 and the air bag massage step 70 can independently set the progress of the massage step in the composite massage course 80. According to this configuration, the user 120 can create a composite massage course that switches between the massage step for massaging balls and the massage step for air bags at an arbitrary timing. For this reason, the user 120 can create various composite massage courses and receive massage.
(Fourth embodiment)
The massage machine 1 of 4th Embodiment has a different structure in the following parts compared with the massage machine 1 of 1st Embodiment, and has the same structure in another part. In addition, about the structure which is common in the massage machine 1 of 1st Embodiment, the same code | symbol is attached | subjected and the one part or all part of the description is abbreviate | omitted.

  The massage machine 1 according to the first embodiment changes or creates the massage step 60 that forms the massage course 50 displayed on the display unit 21. On the other hand, the massage machine 1 of 4th Embodiment performs at least 1 of insertion of the massage step 60 which forms the massage course 50 displayed on the display part 21, deletion, and order change.

  When the operation unit 20 executes the all-step display mode, the operation unit 20 displays a plurality of massage steps 60 that form the massage course 50 on the display unit 21. The user 120 performs step editing for editing the step of the massage course 50 by operating the operation device 20. Step editing of the massage course 50 includes deletion of the massage step, insertion of a new massage step, and change of the execution order of the massage step.

With reference to FIG. 14, the insertion operation of the massage step in the massage course 50 is demonstrated.
When a new massage step is inserted into the massage course 50, the user 120 operates the start button 31 to set the massage course edit mode. As shown in FIG. 14A, the user 120 operates the left button 32, the right button 33, the upper button 34, and the lower button 35 to select the fifth kneading ball step in the massage course 50. . The editing unit 22 displays the second pull-down menu 52 based on the selection signal from the physical input unit 30 as shown in FIG. The second pull-down menu 52 includes an insertion cell, a deletion cell, and a change cell. The user 120 operates the right button 33, the upper button 34, and the lower button 35 to select an insertion cell from the second pull-down menu 52. The editing unit 22 displays a third pull-down menu 53 based on the selection signals from the physical input unit 30 and the virtual input unit 40 as shown in FIG. The third pull-down menu 53 includes a list of massage massage positions and massage massage positions as cells to be displayed in the menu. The user 120 operates the left button 32, the right button 33, the upper button 34, and the lower button 35 to select the kneading ball massage form C and the kneading ball massage position (P 1) from the third pull-down menu 53. . The editing part 22 inserts the massage step comprised from the selected massaging ball massage form C and the massaging ball massage position (P1) as the massaging ball step 5th previous step.

With reference to FIG. 15, the deletion operation of the massage step 60 in the massage course 50 is demonstrated.
When deleting the massage step of the massage course 50, the user 120 operates the start button 31 to set the massage course edit mode. As shown in FIG. 15 (a), the user 120 operates the left button 32, the right button 33, the upper button 34, and the lower button 35 to perform the kneading ball step sixth in the kneading ball massage course 50. Select the th. Based on the selection signals from the physical input unit 30 and the virtual input unit 40, the editing unit 22 displays the second pull-down menu 52 as shown in FIG. 15 (b). The second pull-down menu 52 includes an insertion cell, a deletion cell, and a change cell. The user 120 operates the right button 33, the upper button 34, and the lower button 35 to select a deletion cell from the second pull-down menu 52. The editing unit 22 deletes the kneading ball step sixth massage step based on the selection signals from the physical input unit 30 and the virtual input unit 40. The massage course 50 is changed to the setting contents shown in FIG.

With reference to FIG. 16, the order changing operation of the massage step 60 in the massage course 50 will be described.
When changing the order of the massage steps of the massage course 50, the user 120 operates the start button 31 to set the massage course edit mode. As shown in FIG. 16 (a), the user 120 operates the left button 32, the right button 33, the upper button 34, and the lower button 35 to perform the kneading ball step eighth in the kneading ball massage course 50. Select the th. The editing unit 22 displays a second pull-down menu 52 based on the selection signals from the physical input unit 30 and the virtual input unit 40, as shown in FIG. 16 (b). The second pull-down menu 52 includes an insertion cell, a deletion cell, and a change cell. The user 120 operates the right button 33, the upper button 34, and the lower button 35 to select a change cell from the second pull-down menu 52. The user 120 operates the right button 33, the upper button 34, and the lower button 35 to select the second kneading ball step in the kneading ball massage course 50. Based on the selection signals from the physical input unit 30 and the virtual input unit 40, the editing unit 22 moves the massaging ball step eighth massage step to the step before the massaging ball step second massage step.

With regard to the air bag massage step 70, step editing of the massage course can be performed by the procedure shown in FIGS.
According to the massage machine 1, in addition to the effects according to the effects (1) to (7) exhibited by the first to third embodiments, the following effects are exhibited.

  (8) The operation device 20 of the massage machine 1 includes a display unit 21 and a physical input unit 30. When the operation unit 20 executes the all-step display mode, the operation unit 20 displays a plurality of massaging ball massage steps 60 forming the massage course 50 on the display unit 21. The massage course 50 performs step editing by operating the operation device 20. Step editing of the massage course 50 includes deletion of the massage step, insertion of a new massage step, and change of the execution order of the massage step. According to this configuration, the user 120 can easily change the massage course 50 by inserting and deleting the massaging ball massage step 60 and changing the order. For this reason, when performing a massage operation, the massage course can be changed frequently without feeling bothersome.

(9) The operation device 20 of the massage machine 1 includes a display unit 21 and a physical input unit 30. The physical input unit 30 includes a start button 31, a left button 32, a right button 33, an upper button 34, a lower button 35, an enter button 36, and an end button 37. When the operation unit 20 executes the all-step display mode, the operation unit 20 displays a plurality of massage steps 60 that form the massage course 50 on the display unit 21. The user 120 edits the massage course 50 by operating the virtual input unit 40 displayed on the physical input unit 30 and the display unit 21. According to this configuration, the user 120 can change the massage course 50 without performing the massage operation. For this reason, the convenience of the user 120 is improved.
(Fifth embodiment)
The massage machine 1 of 5th Embodiment has a different structure in the following parts compared with the massage machine 1 of 1st-4th embodiment, and has the same structure in another part. In addition, about the structure which is common in the massage machine 1 of 1st-4th embodiment, the same code | symbol is attached | subjected and the one part or all part of the description is abbreviate | omitted.

  The massage machine 1 according to the first to fourth embodiments displays the massage course 50 on the display unit 21 when editing the massage course 50. On the other hand, the massage machine 1 of the fifth embodiment displays a massage step on the display unit 21 when the massage machine 1 is performing a massage operation according to the massage course 50.

With reference to FIG. 17, the display content of the display part 21 during massage operation execution is demonstrated.
When the massage machine 1 is performing the kneading ball step second kneading ball massage step 60 in accordance with the massage course 50, the display unit 21 displays the content shown in FIG. The display unit 21 displays the kneading ball step second kneading ball massage step 60 being executed and the kneading ball step third kneading ball massage step 60 which is the execution order after the kneading ball step second. To do.

  When the massage machine 1 is performing a massage operation in accordance with the massage course 50, the user 120 can confirm the massage content of the kneading ball massage step 60 which is the next execution order schedule. When the massage machine 1 is performing a massage operation according to the massage course 50, the user 120 can change the setting content of the kneading ball massage step 60 that is the next execution order schedule.

With reference to FIG. 17B, an operation for changing the setting content of the kneading ball massage step 60 which is the next execution order schedule will be described.
The display unit 21 displays the kneading ball step second kneading ball massage step 60 being executed and the kneading ball step third kneading ball massage step 60 which is the execution order after the kneading ball step second. To do. When the massaging ball massage position of the third massaging ball massage step 60, which is scheduled to be executed next, is changed, the user 120 operates the physical input unit 30 to make the massaging ball step third massaging. The massage position field of the kneading balls in the ball massage step 60 is selected. The editing unit 22 displays a fourth pull-down menu 54 based on the selection signal from the virtual input unit 40. The fourth pull-down menu 54 includes a list of massage massage positions as cells to be displayed in the menu. The user 120 operates the right button 33, the upper button 34, and the lower button 35 to select the massage massage position from the fourth pull-down menu 54. The editing unit 22 changes the massage position of the third massaging ball massage step.

According to the massage machine 1, in addition to the effects according to the effects (1) to (9) exhibited by the first to fourth embodiments, the following effects are exhibited.
(10) When the massage machine 1 is executing the massaging ball massage step 60 according to the massage course 50, the display unit 21 performs the massaging ball massage step 60 that is being executed and the massaging ball massage step that is the subsequent execution order. 60 is displayed. According to this configuration, the user 120 can check the massage operation content of the kneading balls that are performed following the massage operation being performed during the massage. For this reason, the user 120 can continue, end, or interrupt the massage operation according to the physical condition.

  (11) When the massage machine 1 is performing the massaging ball massage step 60 according to the massage course 50, the display unit 21 performs the massaging ball massage step 60 being performed and the massaging ball massage step being the subsequent execution order. 60 is displayed. When the massage machine 1 is performing a massage operation according to the massage course 50, the user 120 can change the setting content of the kneading ball massage step 60 that is the next execution order schedule. According to this structure, the user 120 can change the massage content according to the physical condition at the time of massage execution. For this reason, the user 120 can receive a pleasant massage stimulus in any physical condition.

(Sixth embodiment)
The massage machine 1 of 6th Embodiment has a different structure in the following parts compared with the massage machine 1 of 1st-5th embodiment, and has the same structure in another part. In addition, about the structure which is common in the massage machine 1 of 1st-5th embodiment, the same code | symbol is attached | subjected and the one part or all part of the description is abbreviate | omitted.

The massage machine 1 according to the first to fifth embodiments includes an operation device 20. On the other hand, the massage machine 1 of 6th Embodiment has the receiving part 110. FIG.
With reference to FIG. 18, the structure of the massage machine 1 is demonstrated.

  The massage machine 1 includes a device main body 10, a receiving unit 110, and a second cable 111. The second cable 111 connects the apparatus main body 10 and the receiving unit 110 to each other. The massage machine 1 performs a massage operation based on an operation signal from the portable electronic information terminal 90 received by the receiving unit 110. In the configuration shown in FIG. 18, a massage system is configured by the massage machine 1 and the portable electronic information terminal 90.

A block configuration of the portable electronic information terminal 90 will be described with reference to FIG.
The portable electronic information terminal 90 includes an information processing unit 91, a storage unit 92, an input unit 93, a communication unit 94, a bus 95, and a display unit 100. The input unit 93 has a touch operation function including a touch operation input unit. The communication unit 94 has a wireless communication function and a mobile data communication function. The portable electronic information terminal 90 stores a massage machine operation program in the storage unit 92. The portable electronic information terminal 90 operates as an operating device of the massage machine 1 when a massage machine operation program is executed by the information processing unit 91.

  The user 120 of the massage machine 1 performs an instruction operation on the massage machine 1 using the touch operation function of the input unit 93. The portable electronic information terminal 90 receives an instruction operation on the massage machine 1 by the touch operation function and transmits an operation signal for the massage machine 1. The massage machine 1 receives an operation signal from the portable electronic information terminal 90 by the receiving unit 110. The massage machine 1 performs a massage operation based on the control signal received by the receiving unit 110.

  The massage machine 1 outputs the operation signal received by the receiving unit 110 to the control unit 18. The massage machine 1 receives a control signal from the control unit 18 and executes a massage course. Information on the massage course is transmitted from the portable electronic information terminal 90 to the receiving unit 110 of the massage machine 1.

  The portable electronic information terminal 90 creates and changes the massage course 50, the massaging ball massage step 60, and the air bag massage step 70 by executing the massage machine operation program in the information processing section 91.

  The user 120 uses the touch operation function of the portable electronic information terminal 90 to perform operation inputs to the massage course 50, the massage step 60 for massaging balls, and the massage step 70 for air bags. The portable electronic information terminal 90 has an editing unit. When the information processing unit 91 executes the massage machine operation program, the editing unit is built in the information processing unit 91. The editing unit edits the massage course 50, the massage step 60 for massaging balls, and the massage step 70 for air bags based on the touch operation function of the portable electronic information terminal 90.

  FIG. 20 shows a selection method for massaging balls massage position in massaging ball massage step 60. When the portable electronic information terminal 90 is set in the massage step setting mode for massaging balls, the display unit 100 of the portable electronic information terminal 90 displays the massage position designation screen 101 divided for each massage position on the human body diagram. . The user 120 selects a massage position using the touch operation function.

  FIG. 21 shows a selection method of massage form of massage balls in massage step 60 of massage balls. When the portable electronic information terminal 90 is set to the massage step setting mode for massaging balls, the portable electronic information terminal 90 displays a list 102 of massage forms on the human body diagram on the display unit 100. The user 120 selects a favorite massage form from the massage form list 102 using the touch operation function. The portable electronic information terminal 90 highlights the corresponding massage position. In FIG. 21, the neck region corresponding to the massage position is displayed by hatching. The user 120 easily recognizes that the massage form to be selected is for the neck.

  The portable electronic information terminal 90 provides a gentler input operation method for the user 120 in setting massage operation parameters such as massage strength and the number of massages. When setting massage operation parameters for the massaging balls, the portable electronic information terminal 90 displays the first massage operation parameter setting screen 103 shown in FIG. The user 120 sets the massage operation parameter by touching the + button and the − button displayed on the first massage operation parameter setting screen 103.

With reference to FIG. 23, the edit operation procedure of the massage course in the portable electronic information terminal 90 will be described.
When editing a massage course, the portable electronic information terminal 90 displays a multi-step display screen 104 in the all-step display mode. The multiple step display screen 104 displays a plurality of massaging ball massage steps 60. When changing the order of massaging ball massage step execution, as shown in FIG. 23 (a), the user 120 presses and holds the massaging ball step 4th, which is the massaging ball massage step 60 to be moved. To select. As shown in FIG. 23 (b), the user 120 drags and moves the massaging ball step fourth massaging ball massage step 60 to a desired position. By this operation, as shown in FIG. 23 (c), the massage step 60 of the kneading balls step fourth kneading balls before moving moves to the massage step 60 of the kneading balls step second kneading balls. When the portable electronic information terminal 90 sets different editing modes, the massage step 60 of the kneading ball step fourth massage step 60 and the massage step 60 of the second kneading ball step are performed by the same touch operation. Replace.

  In massage step display of a plurality of massaging balls in all step display mode, the massage step of massaging balls that cannot be displayed on the multi-step display screen 104 displays a necessary part on the display unit 100 by a screen sucrose operation by a touch operation. .

With reference to FIG. 24, the change operation of the massage step 60 of the kneading ball and the massage step 70 of the air bag with respect to the existing massage course 50 will be described.
When it is desired to change the massage position of the kneading balls in the massage step 60 of the kneading balls, the user 120 taps the massage position field 63 of the massage step 60 of the kneading balls to be changed as shown in FIG. select. Thereafter, as shown in FIG. 24B, the user 120 displays the massage position designation screen 101 and selects the massage position of the kneading balls. In the massaging ball massage step 60, as shown in FIG. 24C, the massage position in the massage position field is changed. The user 120 can change the massage mode, the presence / absence of a striking action, the massage strength, the number of firries, and the massage time in the same procedure.

  The portable electronic information terminal 90 uploads the massage course 50 data to the server 210 via the Internet 200 by the mobile data communication function of the communication unit 94. When the user wants to use the massage course 50 data uploaded to the server 210, the user takes the massage course 50 data into the portable electronic information terminal 90 by downloading via the Internet 200.

The massage system may be configured such that the massage course 50 uploaded to the server 210 can be maintained and distributed to other users.
The massage machine 1 in 6th Embodiment is not restricted to the structure shown by FIG. For example, the massage machine 1 has an operation device 20. The massage machine 1 performs a massage operation based on the operation signal from the portable electronic information terminal 90 and the operation signal from the operation device 20 received by the receiving unit 110.

According to the massage machine 1, in addition to the effects according to the effects (1) to (11) exhibited by the first to fifth embodiments, the following effects are exhibited.
(12) The massage machine 1 includes the receiving unit 110. The massage machine 1 performs a massage operation based on an operation signal from the portable electronic information terminal 90 received by the receiving unit 110. The portable electronic information terminal 90 includes an information processing unit 91, a storage unit 92, an input unit 93, a communication unit 94, and a display unit 100. The input unit 93 has a touch operation function including a touch operation input unit. The communication unit 94 includes a wireless communication unit and a mobile data communication unit. The user 120 performs an operation input to the massage course 50, the massaging ball massage step 60, and the air bag massage step 70 using the touch operation function. The editing unit included in the information processing unit 91 edits the massage course 50, the massage step 60 for massaging balls, and the massage step 70 for air bags based on the touch operation function. According to this configuration, the user 120 can operate the massage machine 1 using the touch operation function of the portable electronic information terminal 90. Therefore, the operability of editing the massage course 50, the massaging ball massage step 60, and the air bag massage step 70 is improved.

  (13) The massage machine 1 includes the receiving unit 110. The massage machine 1 performs a massage operation based on an operation signal from the portable electronic information terminal 90 received by the receiving unit 110. The portable electronic information terminal 90 includes an information processing unit 91, a storage unit 92, an input unit 93, a communication unit 94, a bus 95, and a display unit 100. The user 120 performs an operation input to the massage course 50, the massaging ball massage step 60, and the air bag massage step 70 using the touch operation function. According to this configuration, the user can use the advanced touch operation input function and high-accuracy display image of the portable electronic information terminal 90 to use the massage course 50, massage massage step 60, and air bag massage step. 70 can be performed. For this reason, the convenience for the user is improved.

(Other embodiments)
The massage machine operation program, the massage machine operator, the massage machine, and the massage system include embodiments other than the first to sixth embodiments. Hereinafter, modified examples of the first to sixth embodiments as other embodiments of the massage machine operation program, the massage machine operator, the massage machine, and the massage system will be described. The following modifications can be combined with each other.

  -As for the massage machine 1 of 1st-5th embodiment, the operation device 20 has the memory | storage part 23, and the editing part 22 performs the massage machine operation program which the memory | storage part 23 memorize | stores. However, the structure of the massage machine 1 is not restricted to the content illustrated by 1st-5th embodiment. For example, in the massage machine 1 of the modified example, the apparatus main body 10 has the storage unit 23, and the control unit 18 executes the massage machine operation program stored in the storage unit 23.

  -The massage machine 1 of 1st Embodiment selects the massage position of a kneading ball from the list 41B of the massage position icon of the kneading ball displayed on the display part 21, when setting the massage position of a kneading ball. However, the configuration of the massage machine 1 is not limited to the content exemplified in the first embodiment. For example, the massage machine 1 of a modification displays the human body figure which showed the position which can be massaged on the display part 21, when setting the massage position of a kneading ball. The user 120 selects a massage position from the massageable positions shown in the displayed human figure.

  In the massage machine 1 according to the first embodiment, the operation device 20 includes the physical input unit 30 and the virtual input unit 40. When setting the massage form and massage position of the massage balls, the massage form and massage of the massage balls from the list 41A of massage massage icon icons and the massage position icon list 41B of the massage balls displayed on the display unit 21. Select the ball massage position. However, the configuration of the massage machine 1 is not limited to the content exemplified in the first embodiment. For example, in the massage machine 1 according to the modified example, the operation device 130 has buttons corresponding to a massage form of massage balls and a list of massage positions of massage balls.

FIG. 25 shows a schematic configuration of the operation device 130.
The operation device 130 includes a display unit 21 and a physical input unit 140. The physical input unit 140 includes a massaging ball massage form list button 141, a massaging ball massage position list button 142, a left button 32, a right button 33, an upper button 34, a lower button 35, and an all step display button 143. When setting the massage mode of the kneading balls in the massage step 50 of the kneading balls, the user 120 operates a button to be set from the massage mode list buttons 141 of the kneading balls. When setting the massage position of the kneading balls in the massage step 50 of the kneading balls, the user 120 operates a button to be set from the massage position list buttons 142 of the kneading balls. When displaying the massage steps 60 of the plurality of massage balls forming the massage course 50, the user 120 operates the all step display button 143. The display unit 21 displays the massage course 50 formed from the massage steps 60 of the plurality of massaging balls shown in FIG. When editing the massage course 50, the user 120 operates the left button 32, the right button 33, the upper button 34, and the lower button 35 to perform a massage step 60, a massaging ball massage form field 62, and a massaging ball massage position. Field 63 is selected.

  When the display unit 21 displays all steps, the left button 32 and the right button 33 function as a previous page selection button and a next page selection button. When not all of the massaging ball massage steps 60 forming the massage course 50 can be displayed on the display unit 21, the user 120 operates the left button 32 and the right button 33 to perform the massaging ball massage step 60 of the necessary portion. indicate.

  -The massage machine 1 of 5th Embodiment displays the massaging ball massage step 60 on the display part 21, when the massage machine 1 is performing the massage operation | movement according to the massage course 50. FIG. The display unit 21 displays the massaging ball massage step 60 being executed and the massaging ball massage step 60 which is the subsequent execution order. However, the configuration of the massage machine 1 is not limited to the content exemplified in the fifth embodiment. For example, in the massage machine 1 according to the modified example, the display unit 21 includes one or more massaging balls massage step including the massaging balls massage step 60 being executed and the massaging balls massage step 60 being the next execution order. 60 is displayed.

  -When the massage machine 1 of 6th Embodiment sets the massage position of a kneading ball, the massage position designation | designated screen 101 divided into every massage position on a human body figure on the display part 100 of the portable electronic information terminal 90 is displayed. indicate. The user 120 selects a massage position using the touch operation function. However, the configuration of the massage machine 1 is not limited to the content exemplified in the sixth embodiment. For example, the massage machine 1 according to the modified example displays a photograph of a human body on the display unit 100 of the portable electronic information terminal 90. The user 120 selects the massage position by touching the massage position.

  -The massage machine 1 of 6th Embodiment displays the massage position designation | designated screen 101 classified according to the massage position on the human body figure on the display part 100 of the portable electronic information terminal 90, when setting the massage position of the massage ball To do. The user 120 selects a massage position using the touch operation function. However, the configuration of the massage machine 1 is not limited to the content exemplified in the sixth embodiment. For example, the massage machine 1 of the modified example sets the massage position by a touch operation of the massage position with respect to the human body diagram without performing the division display on the human body diagram.

  -The massage machine 1 of 6th Embodiment displays the list 102 of massage forms on the display part 100 of the portable electronic information terminal 90, when selecting a massage form. When the user 120 selects a favorite massage form from the massage form list 102, the portable electronic information terminal 90 highlights the corresponding massage position. However, the configuration of the massage machine 1 is not limited to the content exemplified in the sixth embodiment. For example, in the massage machine 1 of the modification, when the user 120 selects a massage position, the portable electronic information terminal 90 highlights the massage form of the corresponding kneading balls.

  -When the massage machine 1 of 6th Embodiment sets the massage operation parameter of a kneading ball, the portable electronic information terminal 90 displays the 1st massage operation parameter setting screen 103 shown by FIG. However, the configuration of the massage machine 1 is not limited to the content exemplified in the sixth embodiment. For example, when the massage machine 1 of the modification sets massage operation parameters for massaging balls, the portable electronic information terminal 90 displays a second massage operation parameter setting screen 105 shown in FIG. When the user 120 selects the massage strength of the kneading balls, the user 120 selects a desired strength from among the touch button icons in which numbers are displayed in five stages.

  -When the massage machine 1 of 6th Embodiment sets the massage operation parameter of a kneading ball, the portable electronic information terminal 90 displays the 1st massage operation parameter setting screen 103 shown by FIG. However, the configuration of the massage machine 1 is not limited to the content exemplified in the sixth embodiment. For example, when the massage machine 1 of the modification sets massage operation parameters for massaging balls, the portable electronic information terminal 90 displays the third massage operation parameter setting screen 106 shown in FIG. When the user 120 selects the massage frequency of the kneading balls, the user 120 moves the selection bar and selects the desired frequency.

  -When the massage machine 1 of 6th Embodiment sets the massage operation parameter of a kneading ball, the portable electronic information terminal 90 displays the 1st massage operation parameter setting screen 103 shown by FIG. However, the configuration of the massage machine 1 is not limited to the content exemplified in the sixth embodiment. For example, when the massage machine 1 according to the modification sets massage operation parameters for massaging balls, the portable electronic information terminal 90 displays a fourth massage operation parameter setting screen 107 shown in FIG. When the user 120 selects the massage frequency of the kneading balls, the user 120 performs a touch operation on the number input keys displayed on the screen.

  -When the massage machine 1 of 6th Embodiment changes the massage position of a kneading ball, the portable electronic information terminal 90 displays the massage position designation | designated screen 101 shown by FIG.24 (b). However, the configuration of the massage machine 1 is not limited to the content exemplified in the sixth embodiment. For example, when the massage machine 1 according to the modification changes the massage position of the kneading balls, the portable electronic information terminal 90 displays the massage position list screen 108 shown in FIG. The user 120 selects and changes from the massage position list. When the massage position list does not fit within one screen, the user 120 displays a necessary part by scrolling.

  -The massage machine 1 of 6th Embodiment is the touch operation input with respect to the portable electronic information terminal 90 of the user 120. The massage form, massage position, and massage operation parameter of the massage step 60 of the massaging ball and the massage step 70 of the air bag are obtained. Set. However, the configuration of the massage machine 1 is not limited to the content exemplified in the sixth embodiment. For example, the massage machine 1 according to the modified example sets the massage form, massage position, and massage operation parameters of the massage step 60 for massaging balls and the massage step 70 for air bag by voice input to the portable electronic information terminal 90 of the user 120. To do.

  The input unit 93 of the portable electronic information terminal 90 has a voice recognition function including a voice input unit. The user 120 uses the voice recognition function of the portable electronic information terminal 90 when setting the massage position. When the user 120 wants to select the shoulder as the massage position, the user 120 speaks “shoulder” toward the voice input unit of the portable electronic information terminal 90. The portable electronic information terminal 90 recognizes the shoulder selection input by the voice recognition function and selects the shoulder as the massage position.

  According to the configuration of the massage machine 1 of this modified example, even when the touch operation using the hand of the user 120 is not possible, the massage mode, massage position and massage of the massage step 60 for massaging balls and the massage step 70 for air bag Operating parameters can be set.

  -The massage machine 1 of 6th Embodiment is the massage form of the massage step 60 of a massage ball and the massage step 70 of an air bag by a touch operation input with respect to the portable electronic information terminal 90 of the user 120, a massage position, and a massage operation parameter. Make changes and settings. However, the configuration of the massage machine 1 is not limited to the content exemplified in the sixth embodiment. For example, the massage machine 1 according to the modified example combines the touch operation input and voice input with respect to the portable electronic information terminal 90 of the user 120, the massage form of the massage step 60 for the massaging balls and the massage step 70 for the air bag, Change and set the position and massage operation parameters.

  The input unit 93 of the portable electronic information terminal 90 has a touch operation function including a touch operation input unit and a voice recognition function including a voice input unit. The user 120 changes and sets the massage mode, massage position, and massage operation parameters of the massage step 60 for massaging balls and the massage step 70 for air bag in combination with touch operation input and voice input.

  -The massage machine 1 of 6th Embodiment has the receiving part 110 and the 2nd cable 111. FIG. However, the massage machine 1 is not limited to the configuration shown in the sixth embodiment. For example, in the massage machine 1 according to the modification, the circuit block included in the apparatus main body 10 has a reception function.

According to the configuration of the massage machine 1 of this modification, the massage machine 1 can configure the massage machine 1 as a simple shape with the receiving unit 110 shown in FIG. 18 removed.
In the massage machine 1 of the first embodiment, the user 120 changes and creates the massage course 50 and the massage step 60 displayed on the display unit 21 of the operation device 20. However, the massage machine 1 is not limited to the configuration shown in the first embodiment. For example, the massage machine 1 of a modification has a massage course memory | storage part which memorize | stores the changed and created massage course. When performing massage, the user can read and execute the massage course stored in the massage course storage unit.

  In the massage machine 1 of the first embodiment, the user 120 changes and creates the massage course 50 and the massage step 60 displayed on the display unit 21 of the operation device 20. However, the massage machine 1 is not limited to the configuration shown in the first embodiment. For example, the massage machine 1 according to the modification includes a change history storage unit that stores change histories of the massage course 50 and the massage step 60. The massage machine 1 presents a recommended massage course to the user 120 based on the stored information in the change history storage unit.

  In the massage machine 1 of the first embodiment, the user 120 changes and creates the massage course 50 and the massage step 60 displayed on the display unit 21 of the operation device 20. However, the massage machine 1 is not limited to the configuration shown in the first embodiment. For example, as for the massage machine 1 of a modification, the control part 18 produces a massage course based on the information from an external sensor. The external sensor is, for example, an activity meter and a body composition meter. For example, when the number of steps measured by the activity meter is large, the control unit 18 creates a massage course with an emphasis on the massage of the legs of the user 120 and presents it to the user 120.

  -The massage system of 6th Embodiment is a change and preparation with respect to the massage course 50, the massage step 60 of the massage ball, and the massage step 70 of an air bag which the user 120 displays on the display part 100 of the portable electronic information terminal 90. I do. However, the massage system is not limited to the configuration shown in the sixth embodiment. For example, in the modified massage machine 1, the server 210 creates a massage course based on information from an external sensor. The external sensor is, for example, an activity meter and a body composition meter. The user 120 downloads the massage course created by the server 210 and executes the massage.

  DESCRIPTION OF SYMBOLS 1 ... Massage machine, 16 ... Grudge ball, 17 ... Air bag, 30 ... Physical input part, 40 ... Virtual input part, 20 ... Controller, 21 ... Display part, 22 ... Editing part, 50 ... Massage course, 90 ... Mobile Type electronic information terminal, 93 ... input unit, 94 ... communication unit, 100 ... display unit, 110 ... receiving unit, 130 ... operator, 140 ... physical input unit, 210 ... server.

Claims (13)

A massage machine operation program executed by the massage machine operator,
The massage machine operator has a display unit and an editing unit,
The massage machine operation program includes a display step for displaying a plurality of massage steps forming a massage course on the display unit, and an editing step for causing the editing unit to edit at least one of the massage steps as a constituent unit of the massage course. Including
The massage step includes massage information,
The massage information is a massage machine operation program including at least information on a massage form and a massage position. The massage machine operation program according to claim 1, wherein the display step displays all the massage steps forming the massage course on the display unit. The massage machine operation program according to claim 1, wherein the display step causes the display unit to display the massage step and the massage information in association with each other. The massage machine has a kneading ball,
The display step includes the massage mode of the massage balls, the massage position of the massage balls, the massage strength of the massage balls, the massage time of the massage balls, the massage frequency of the massage balls, the massage speed of the massage balls, the massage Displaying at least one of the heat application form of the balls and the massage massage form of the kneading balls on the display unit;
The editing step includes the massage mode of the kneading balls, the massage position of the kneading balls, the massage strength of the kneading balls, the massage time of the kneading balls, the number of massages of the kneading balls, the massage speed of the kneading balls, the massage The massage machine operation program according to any one of claims 1 to 3, wherein the editing unit edits at least one of a heat application form of a ball and a massage massage form of the kneading balls. The massage machine has an air bag,
The editing step includes at least one of a massage mode of the air bag, a massage position of the air bag, a massage strength of the air bag, a massage time of the air bag, the number of massages of the air bag, and a massage speed of the air bag. The massage machine operation program according to any one of claims 1 to 4, wherein the editing unit is configured to edit one. The editing step includes a step of changing an execution order of the massage steps in the massage course, a step of deleting the massage step forming the massage course from the massage course, and a step of adding a new massage step to the massage course. The massage machine operation program according to any one of claims 1 to 5, wherein at least one is executed by the editing unit. 5. The display step causes the display unit to display at least one massage step in an execution order after the massage step being executed when the kneading balls are operating according to the massage course. The massage machine operation program as described in any one of -6. The said display step displays the massage step of the execution order after the said massage step in execution on the said display part, when the said air bag is operate | moving according to the said massage course. A massage machine operation program according to claim 1. A massage machine operator,
The massage machine operation device has an input unit, a display unit, an editing unit, and a massage machine operation program according to any one of claims 1 to 7. The massage machine,
The massage machine has the massage machine operation device according to claim 9. The massage machine operator has a form of a portable electronic information terminal, and includes a communication unit in addition to the input unit, the display unit, the editing unit, and the massage machine operation program.
The input unit has at least one of a touch operation function and a voice recognition function,
The massage machine operation device according to claim 9, wherein the communication unit has a communication function with a reception unit of the massage machine. The massage machine operator has a communication unit,
The massage machine operation device according to claim 9, wherein the communication unit performs at least one of uploading of the massage course data to the server and downloading of the massage course data. A massage system,
A massage machine according to any one of claims 1 to 9,
A massage system comprising the massage machine operation device according to claim 11.