Physical information transmission and simulation system

Abstract

Disclosed is a physical information transmission and simulation system which classifies physical information provided by a member through an input terminal unit and stores same, and which enables another member to output and use, through an output terminal unit, physical information about other members. The physical information transmission and simulation system of the present invention comprises: a server of a service provider; one or more input terminal units; and one or more output terminal units, wherein the server includes: a member information unit for separately storing individual databases for one or more members; a communication unit; and an operation program unit.

Description

Body information transmission and replication system

[0001] The present invention (Disclosure) relates to a body information transmission and replication system, and more specifically, to a body information transmission and replication system that distinguishes and stores body information provided by a member through an input terminal, and allows other members to output and use other members' body information through their own output terminals.

[0002] Human body information is often used to refer to health-related information, such as blood pressure and heart rate, or diagnostic data like insulin resistance and liver function. However, it can also refer to human muscle strength and movement. By storing and utilizing these human muscle strength and movement data, devices can be created that mimic specific human body parts.

[0003] These devices, which mimic specific human body parts, could be used in a variety of ways. For example, they could be used to create robots that mimic human movements, or to create exercise equipment, adult products, and more.

[0004] In particular, if it is possible to mimic the movements or muscle strength of a specific person, it is expected that various useful products can be created.

[0005] The present invention (Disclosure) aims to provide a body information transmission and simulation system capable of simulating movement or muscle strength of a specific body part of a specific person.

[0006] This section provides a general summary of the disclosure and is not a comprehensive disclosure of its full scope or all of its features.

[0007] In order to solve the above problem, a body information transmission and simulation system according to one of several aspects of the present invention may include a server of a service provider; one or more input terminals; and one or more output terminals, wherein the server may include a member information section for separately storing individual databases for one or more members; a communication section; and an operation program section.

[0008] In a body information transmission and replication system according to one aspect of the present invention, the individual databases of the member information section may each include a personal information section including at least one selected from among login information, personal information, image information, and photo information of the member; a member body information section storing at least one body information about the member; and a usage record information section storing at least one selected from among personal information, body information, and usage date information of one or more other members.

[0009] In a body information transmission and simulation system according to one aspect of the present invention, the body information may include at least one selected from among numerical information of results of measuring muscle strength, movement, or condition of a specific body part of the member, or time-series information (motion information) of results of measuring muscle strength, movement, or condition.

[0010] In a body information transmission and simulation system according to one aspect of the present invention, the member body information section may include a member part information section including information on a specific body part of the member; and a member motion information section including at least one selected from among numerical information of results of measuring muscle strength, movement, or status of a specific body part stored in the member part information, or time-series information (motion information) of results of measuring muscle strength, movement, or status.

[0011] In a body information transmission and simulation system according to one aspect of the present invention, each of the one or more input terminals may include an input terminal login unit; and a motion detection device.

[0012] In a body information transmission and simulation system according to one aspect of the present invention, it is preferable that each of the one or more output terminals include an output terminal login unit; and an implementation device.

[0013] In a body information transmission and simulation system according to one aspect of the present invention, a motion detection device may include a pressure measuring device, and the pressure measuring device may include: a pressure measuring device body; one or more pressure measuring sensors installed on the surface of the pressure measuring device body to measure pressure; and a measuring device communication unit that is communicably connected to an input terminal in a wired or wireless manner.

[0014] In a body information transmission and simulation system according to one aspect of the present invention, a catch may be installed on the side of the pressure measuring device body.

[0015] In a body information transmission and simulation system according to one aspect of the present invention, an implementation device includes a male masturbation device, and the male masturbation device may include: a device body; an insertion port formed in the device body; and a device operating unit that is communicatively connected to an output terminal login unit via wire or wireless communication.

[0016] In a body information transmission and simulation system according to one aspect of the present invention, a motion detection device may include a rigidity measuring device, and the rigidity measuring device may include a rigidity measuring device body having a penis insertion port formed therein; one or more rigidity measuring sensors installed on the surface of the penis insertion port to measure penis rigidity; and a measuring device communication unit that is communicatively connected to an input terminal in a wired or wireless manner.

[0017] In a body information transmission and simulation system according to one aspect of the present invention, the implementation device includes a female masturbation device, and the female masturbation device may include: a device body; a device operating unit that operates the device body; and a device operating unit that is communicatively connected to an output terminal login unit in a wired or wireless manner.

[0018] In a body information transmission and simulation system according to one aspect of the present invention, a motion detection device includes an arm muscle strength measurement device, and the arm muscle strength measurement device includes: a grip body; a measuring device connection arm having one end connected to the grip body; one or more grip strength measurement sensors installed on the grip body for measuring grip strength; and a measuring device support body that rotatably connects the measuring device connection arm to the other end of the measuring device connection arm and is connected to an input terminal in a wired or wireless manner for communication, and a torque measurement sensor may be installed at a connection portion between the measuring device connection arm and the measuring device support body.

[0019] In a body information transmission and simulation system according to one aspect of the present invention, an implementation device may include an arm wrestling mechanism, and the arm wrestling mechanism may include: a palm; five finger joint robots each installed on the palm; a mechanism connecting arm having one end connected to the palm; and an arm wrestling control unit having the other end rotatably connected to the mechanism connecting arm and being wirelessly or wiredly connected to an output terminal login unit.

[0020] According to the present invention, by making it possible to create various types of devices that mimic specific body parts of a specific person, it is possible to create a feeling that a user can use a specific body part of a specific person in a similar manner.

[0021] Figure 1 is a schematic structural diagram of the system of the present invention.

[0022] Figure 2 is a structural diagram of the member information section of the present invention.

[0023] Figure 3 is a diagram showing the operation structure of the input terminal and output terminal of the present invention.

[0024] Figure 4 is a structural diagram of a first example of the present invention.

[0025] Figure 5 is a structural diagram of a second example of the present invention.

[0026] Figure 6 is a structural diagram of a third example of the present invention.

[0027] Hereinafter, an embodiment of a body information transmission and simulation system according to the present invention will be described in detail with reference to the drawings.

[0028] FIG. 1 is a schematic structural diagram of a body information transmission and simulation system of the present invention, and the following describes schematic components of the body information transmission and simulation system of the present invention through FIG. 1.

[0029] As illustrated in FIG. 1, the body information transmission and replication system of the present invention includes a server (10) of a service provider, and an input terminal (20) and an output terminal (30) of one or more members who wish to use a service provided by the service provider.

[0030] The server (10) can be implemented through a conventional computing system including one or more computing devices and one or more memory devices.

[0031] The computing system can be implemented through a conventional server computer, desktop computer, computing terminal system such as a tablet or smartphone, or microcomputer or embedded system, and can also be implemented by combining two or more of the above conventional computers and terminals.

[0032] The server (10) includes a member information section (11) that individually stores (11a, 11b...) information on one or more members (P1, P2), a communication section (12) that is connected to each of an input terminal section (20) and an output terminal section (30) in a wired or wireless manner to transmit and receive signals, information, and data, and an operating program section (13) that includes one or more programs, applications, and software for operating the system of the present invention.

[0033] Here, the member information section (11) is implemented through a conventional database, and the communication section (12) is also implemented through a conventional wired or wireless communication means.

[0034] And one or more programs, applications, and software installed in the operating program section (13) are all stored in a memory device included in the server (10) and implemented by the operating device.

[0035] Figure 2 is a structural diagram of the detailed configuration of individual databases (11a, 11b...) within the member information department (11).

[0036] Below, the individual configurations of individual databases (11a, 11b...) within the member information section (11) are described through Fig. 2.

[0037] Before the explanation, since the individual databases (11a, 11b...) that are stored separately for each member in the member information section (11) all have the same configuration, one of them (11a) will be explained below with reference to FIG. 2.

[0038] As illustrated in FIG. 2, the individual databases in the member information section (11) each include a personal information section (110) including the member's identifiable ID, unique number, and password and other login information, the member's personal information, video information, and photo information, a member body information section (120) storing one or more selected body pieces of information about the member, and a usage record information section (130) storing, for updating or referencing, one or more selected pieces of information, such as the member's personal information, body information, and usage date, if the member has previously used another member's body information.

[0039] And the member body information section (120) preferably includes a member body part information section (122) that includes information on a specific body part or portion (hereinafter, a specific portion) of the member, and a member motion information section (121) that stores at least one selected from among numerical information of results of measuring muscle strength, movement, or status of a specific portion stored in the member body part information (122), or time-series information of results of measuring muscle strength, movement, or status (hereinafter, motion information).

[0040] Figure 3 is a structural diagram of the individual configuration and operation of each of the input terminal unit (20) and the output terminal unit (30) included in the system of the present invention.

[0041] Below, the configuration and operation of the input terminal unit (20) and the output terminal unit (30) are described through FIG. 3.

[0042] Before the description, the input terminal unit (20) and output terminal unit (30) included in the system of the present invention each include a conventional computing terminal system including one or more computational devices and a memory device. For example, this may include a conventional portable terminal such as a smartphone or tablet computer.

[0043] In addition, the input terminal unit (20) and the output terminal unit (30) may further include separate device configurations for inputting and outputting body information in the system of the present invention as well as in a conventional computing terminal system.

[0044] Accordingly, the input terminal unit (20) includes an input terminal login unit (210) that includes a program, application, software, etc. for the member to access and log in to the server (10) and designate a specific part of himself or herself or input his or her information, and a motion detection device (220) for the member to designate a specific part of himself or herself or measure motion information such as muscle strength, movement, expansion or contraction pressure.

[0045] For example, when member 1 (P1) measures motion information such as muscle strength or movement, expansion or contraction pressure, etc. of a specific part of the member using a motion detection device (220) included in the member's input terminal (20), the motion detection device (220) transmits the numerical information value or time series information value (motion information) of the measurement result of the state such as muscle strength or movement, expansion or contraction pressure of the specific part measured to the input terminal login unit (210), which is a computing terminal system that is communicably connected to the member 1 (P1) via wire or wireless, and the input terminal login unit (210) updates and stores or separately stores the information in the member body information unit (120) of the individual database (11a) of the member 1 (P1) in the server (10) that is communicably connected.

[0046] And the output terminal unit (30) includes an output terminal login unit (310) including a program, application, software, etc. for the member to access and log in to the server (10) and receive information by designating himself or another member included in the server (10), and an implementation device (320) for operating and implementing the device using numerical information values ​​or time-series information values ​​(motion information) of the results of state measurement such as muscle strength or movement, expansion or contraction pressure, etc. of the designated himself or another member.

[0047] For example, if member 2 (P2) wants to receive and use motion information of member 1 (P1), member 2 (P2) can use the output terminal login section (310) in his / her output terminal section (30) to communicate with the server (10) and the implementation device (320), and can receive motion information by referencing the member body information section (120) of member 1 (P1) stored in the server (10) through the output terminal login section (310), and provide the motion information to the implementation device (320), thereby operating the implementation device (320).

[0048] By doing as above, the implementation device (320) can function as a device capable of simulating a specific body part based on motion information about a specific part of member 1 (P1).

[0049] And the history of member 2 (P2) using member 1 (P1)'s motion information, member 1 (P1)'s motion information, and reference information such as an ID or unique number that can identify member 1 (P1) are updated or separately stored in the usage record information section (130) of member 2 (P2).

[0050] Accordingly, when member 2 (P2) wants to use the motion information of member 1 (P1) again, he / she can use it by referencing the information stored in the usage record information section (130) in his / her own database (11b), rather than referring to the database (11a) of member 1 (P1).

[0051] Below, an example form in which the system of the present invention is actually implemented is described through a preferred embodiment.

[0052] 1. Example 1

[0053] Through the body information transmission and simulation system of the present invention, as described above, a specific body organ of a specific person can be simulated through the implementation device (320).

[0054] If the specific body organ is a vagina, which is a part of the female genitalia, the output terminal (30) may include a male masturbation device when used.

[0055] Hereinafter, a first example of the body information storage and provision system of the present invention will be described with reference to FIG. 4, in which the output terminal (30) includes a male masturbation device.

[0056] As illustrated in FIG. 4, the output terminal (30) may include a male masturbation device, and more preferably, the implementation device (320) included in the output terminal (30) includes a male masturbation device.

[0057] And the input terminal (20) may include a configuration that measures the vaginal pressure (Vp) of a specific woman, for example, female member 1 (P1), and transmits it to the server (10).

[0058] Let us explain the first exemplary configuration of the present invention as described above through FIG. 4. The input terminal (20) used by member 1 (P1) includes an input terminal login unit (210) that is connected to a public telecommunication network to enable conventional wired or wireless communication and includes an input / output device, and the motion detection device (220) includes a pressure measurement device (220a) for measuring the pressure (Vp) of member 1 (P1).

[0059] At this time, the motion information provided by the pressure measuring device (220a) is the pressure (Vp) of member 1.

[0060] The vaginal pressure measuring device (220a) includes a vaginal pressure measuring body (221a) which is a rod-shaped body inserted into the vagina of member 1 (P1), a vaginal pressure measuring sensor (222a) which is one or more sensors installed on the surface of the vaginal pressure measuring body (221a) to measure the vaginal pressure (Vp) of member 1 (P1) in a conventional manner, a conventional communication means which is connected to the vaginal pressure measuring body (221a) and can communicate with an input terminal login unit (210) by wire or wireless connection, and a measuring device communication unit (223a) which has a conventional configuration that can collect and store vaginal pressure (Vp) data of member 1 measured by one or more vaginal pressure measuring sensors (222a) in the input terminal login unit (210).

[0061] Here, the vaginal pressure (Vp) is not a specific pressure numerical value, but a waveform value that increases and decreases over time, and since it is a value measured from all sides of the cylinder due to the nature of the vagina as a cylindrical organ, it is preferable that the vaginal pressure measuring sensors (222a) installed in the vaginal pressure measuring device body (221a) are included in multiple numbers and are uniformly distributed and installed on all sides of the surface of the cylindrical vaginal pressure measuring device body (221a), and accordingly, the vaginal pressure (Vp) measured is preferably not a specific value, but a changing value that is mapped in two dimensions or three dimensions.

[0062] Additionally, a catch (224a) may be formed or installed on the side of the pressure measuring device body (221a) of the pressure measuring device (220) to prevent the pressure measuring device body (221a) from being inserted too far.

[0063] And as described above, the measured pressure (Vp) is stored in the server (10)'s own database (11a) through the input terminal login section (210).

[0064] And, male member 2 (P2) may want to use the vaginal pressure (Vp) data of member 1 (P1) through his output terminal (30). Therefore, the output terminal (30) includes an output terminal login unit (310) that is connected to a public telecommunication network capable of conventional wired or wireless communication and includes an input / output device, and the implementation device (320) includes a male masturbation device (320a) that can use the vaginal pressure (Vp) data of member 1 (P1).

[0065] A male masturbation device (320a) includes a device body (321a), which is a conventional body, and an insertion port (322a) formed in the device body (321a) into which member 2 (P2) can insert his or her genitals.

[0066] Accordingly, the device body (321a) includes a conventional mechanical device capable of simulating a female vagina by changing the shape of the insertion port (322a). Since this can utilize the configuration and operating method generally used in conventional male electric masturbation devices and devices, a description thereof will be omitted.

[0067] And it includes a mechanism operating unit (323a) that is connected to the mechanism body (321a) and is connected wirelessly or wiredly to the output terminal login unit (310) to receive pressure (Vp) data and operate the device within the mechanism body (321a).

[0068] Accordingly, the vaginal pressure (Vp) data provided from the server (10) through the output terminal login section (310) is provided to the male masturbation device (320a) included in the implementation device (320), and the device operation section (323a) of the male masturbation device (320a) receives the vaginal pressure data (Vp) and operates the device within the device body (321a) according to the provided vaginal pressure data (Vp), thereby enabling the surface of the insertion port (322a) to be simulated with the same pressure and movement as the vagina of member 1 (P1), thereby serving as a masturbation device that can be used by member 2 (P2).

[0069] 2. Example 2

[0070] Through the body information transmission and simulation system of the present invention, as described above, a specific body organ of a specific person can be simulated through the implementation device (320).

[0071] If the specific body organ is a penis, which is a part of the male reproductive organ, the output terminal (30) may include a female masturbation device when used.

[0072] Hereinafter, a second example of the body information transmission and simulation system of the present invention will be described through FIG. 5, in which the output terminal (30) includes a female masturbation device.

[0073] As illustrated in FIG. 5, the output terminal (30) may include a female masturbation device, and more preferably, the implementation device (320) included in the output terminal (30) includes a female masturbation device.

[0074] And the input terminal (20) may include a configuration that measures the penile rigidity (Penis Mohs; Pm) of a specific male, for example, male member 1 (P1), and transmits it to the server (10).

[0075] Let us explain the second exemplary configuration of the present invention as described above through FIG. 5. The input terminal (20) used by member 1 (P1) includes an input terminal login unit (210) that is connected to a public telecommunication network to enable conventional wired or wireless communication and includes an input / output device, and the motion detection device (220) includes a rigidity measuring device (220b) for measuring the rigidity (Pm) of the member 1 (P1)'s penis.

[0076] At this time, the motion information provided by the rigidity measuring device (220b) is the penile rigidity (Pm) of member 1.

[0077] The rigidity measuring device (220b) includes a rigidity measuring device body (221b) having a penis insertion port (222b) formed therein into which the penis of member 1 (P1) can be inserted, a rigidity measuring sensor (223b) which is one or more sensors installed on the surface of the penis insertion port (222b) to measure the rigidity (Pm) of the penis of member 1 (P1) in a conventional manner, a conventional communication means which is connected to the rigidity measuring device body (221b) and can communicate with the input terminal login unit (210) by wire or wireless connection, and a measuring device communication unit (224b) which has a conventional configuration that can collect and store data on the rigidity (Pm) of member 1 measured by one or more rigidity measuring sensors (223b) in the input terminal login unit (210).

[0078] Here, since the penile rigidity (Pm) may be slightly different for each part of the penis, the rigidity measuring device body (221b) may include multiple rigidity measuring sensors (223b) to have the penile rigidity (Pm) that changes for each part as a time-series two-dimensional or three-dimensional mapped change value, or it may be a simple pressure measurement value, or it may be an average value of the rigidity measured at multiple parts.

[0079] And as described above, the measured penile rigidity (Pm) is stored in the server (10)'s own database (11a) through the input terminal login section (210).

[0080] And, female member 2 (P2) may want to use the penile rigidity (Pm) data of member 1 (P1) through her output terminal (30). Therefore, the output terminal (30) includes an output terminal login unit (310) that is connected to a public telecommunication network to enable conventional wired or wireless communication and includes an input / output device, and the implementation device (320) includes a female masturbation device (320b) that can use the penile rigidity (Pm) data of member 1 (P1).

[0081] A female masturbation device (320b) includes a conventional cylindrical device body (321b) that a female member 2 (P2) can insert into her vagina, and a device operating part (322b) that can operate the device body (321b) using penile rigidity (Pm) data to adjust the shape or hardness of the cylindrical device body (321b).

[0082] For example, the mechanism body (321b) is configured to be inflated by air pressure or hydraulic pressure or to be adjustable in length and thickness, and the mechanism operating part (322b) may further include a configuration that adds a pump and an air / hydraulic pressure storage unit that can provide normal air pressure or hydraulic pressure to the mechanism body (321b).

[0083] In the above state, when the penis rigidity data (Pm) is provided, the expansion force according to the penis rigidity data (Pm) is provided to the device body (321b), so that the device body (321b) can have the same rigidity as the penis of member 1 (P1).

[0084] Since this configuration uses the configuration and operation method commonly used in conventional female masturbation devices and apparatuses, a description thereof will be omitted.

[0085] And it includes a device communication unit (323b) that is connected to the device operation unit (322b) and is connected wirelessly or wiredly to the output terminal login unit (310) to receive penile rigidity (Pm) data and operate the device within the device body (321b).

[0086] Accordingly, the penis rigidity (Pm) data provided from the server (10) through the output terminal login unit (310) is provided to the female masturbation device (320b) included in the implementation device (320), and after the device communication unit (323b) of the female masturbation device (320a) receives the penis rigidity data (Pm), the device operation unit (322b) operates the device body (321b) according to the provided penis rigidity data (Pm), and as a result, the shape and surface hardness of the device body (321b) can be simulated to have the same shape and hardness as the penis of member 1 (P1), thereby serving as a masturbation device that can be used by member 2 (P2).

[0087] 3. Example 3

[0088] Through the body information transmission and simulation system of the present invention, as described above, a specific body organ of a specific person can be simulated through the implementation device (320).

[0089] If a specific body part is an arm of a specific person, the output terminal (30) may include an arm wrestling device when used.

[0090] Hereinafter, a third example of the body information transmission and simulation system of the present invention will be described through FIG. 6, in which the output terminal (30) includes an arm wrestling device.

[0091] As illustrated in FIG. 6, the output terminal (30) may include an arm wrestling mechanism, and more preferably, the implementation device (320) included in the output terminal (30) includes the arm wrestling mechanism.

[0092] And the input terminal (20) may include a configuration that measures muscle strength information of the left or right hand of a specific person, for example, member 1 (P1), for example, muscle strength information of the right hand as shown in FIG. 6, and transmits it to the server (10).

[0093] Let us explain the third exemplary configuration of the present invention as described above through FIG. 6. The input terminal (20) used by member 1 (P1) includes an input terminal login unit (210) that is connected to a public telecommunication network to enable conventional wired or wireless communication and includes an input / output device, and the motion detection device (220) includes an arm muscle strength measurement device (220c) for measuring muscle strength information of member 1 (P1).

[0094] At this time, the motion information provided by the arm muscle strength measuring device (220b) includes the grip strength and arm torque strength of member 1.

[0095] The arm muscle strength measuring device (220c) includes a gripping body (221c) that can be held to measure the grip strength of the left or right hand of member 1 (P1), and a measuring device connecting arm (222c) that is connected at one end to the gripping body (221c).

[0096] And the grip part body (221c) includes one or more grip strength measuring sensors (2211 to 2215) for measuring grip strength. Preferably, in order to individually measure grip strength of five fingers, the grip strength measuring sensors include five sensors (2211 to 2215) as shown in FIG. 6.

[0097] And the other end of the measuring device connecting arm (222c) is connected to a measuring device support (223c). The measuring device support (223c) is a support to which the measuring device connecting arm (222c) is rotatably connected, and further, the measuring device support (223c) includes a conventional communication means that can communicate with the input terminal login unit (210) by wire or wireless connection, and a conventional configuration that can collect and store the grip strength data of member 1 measured by one or more grip strength measuring sensors (2211 to 2215) in the input terminal login unit (210).

[0098] Additionally, a torque measuring sensor (2231) capable of measuring the rotating torque force of the connecting arm (222c) is installed at the connection portion of the measuring device connecting arm (222c) and the measuring device support body (223c).

[0099] Hereinafter, motion information including the grip strength of member 1 measured by the grip strength measurement sensors (2211 to 2215) and the arm torque strength of member 1 measured by the torque measurement sensor (2231) is referred to as muscle strength information.

[0100] In the above state, member 1 (P1) can measure muscle strength information required for arm wrestling motion by holding the grip body (221c) and pushing the grip body (221c) and the connected measuring device connection arm (222c) in a specific direction.

[0101] And as described above, the measured muscle strength information is stored in the server (10)'s own database (11a) through the input terminal login section (210).

[0102] And member 2 (P2) may want to use the muscle information data of member 1 (P1) through its output terminal (30). Therefore, the output terminal (30) includes an output terminal login unit (310) that is connected to a public telecommunication network in a conventional wired or wireless manner and includes an input / output device, and the implementation device (320) includes an arm wrestling device (320c) that can use the muscle information data of member 1 (P1).

[0103] The arm wrestling apparatus (320c) includes a palm-shaped body (321c) that member 2 (P2) can hold and grip.

[0104] And the palm body (321c) includes five finger joint robots (3211 to 3215), and the finger joint robots (3211 to 3215) on the palm body (321c) are configured to imitate the movement of fingers in a conventional manner through robotic devices such as conventional motors and actuators. Since this can be done using conventional technology, a description thereof is omitted.

[0105] And it includes a palm body (322c) and a mechanism connecting arm (322c) to which one end is connected, and a mechanism connecting arm (322c) and the other end are rotatably connected, and a typical mechanical and electrical configuration that enables the mechanism connecting arm (322c) to be rotated with a constant force, and an arm wrestling control unit (323c) that is connected wirelessly or wiredly to an output terminal login unit (310) and receives muscle strength information data to operate the mechanism connecting arm (322) and finger joint robots (3211 to 3215).

[0106] Accordingly, the muscle strength information data provided from the server (10) through the output terminal login unit (310) is provided to the arm wrestling device (320c) included in the implementation device (320), and the device connecting arm (322c) of the arm wrestling device (320c) rotates with a constant force according to the arm torque force included in the muscle strength information data, and the palm body (322c) and the connected finger joint robots (3211 to 3215) perform a gripping motion according to the grip strength data included in the muscle strength information data.

[0107] Member 2 can perform arm wrestling with the arm wrestling apparatus (320c) by holding the arm wrestling apparatus (320c) and moving it with the same force as member 1 (P1).

[0108] The intrinsic technical idea of ​​the present invention is not limited in its possible implementation by the embodiments described above, and encompasses a range that can be easily proposed by a person skilled in the art through a method of substitution or change.

[0109] In addition, the terms used in the description of the present invention have been selected for the convenience of explanation, and therefore, in understanding the intrinsic technical idea of ​​the present invention, they should be appropriately interpreted in a meaning that is consistent with the technical idea of ​​the present invention, without being limited to the dictionary meaning.

[0110] [Explanation of symbols]

[0111] 10: Server

[0112] 11: Member Information Department

[0113] 11a: Database

[0114] 12: Communications Department

[0115] 13: Operations Program Department

[0116] 20: Input terminal

[0117] 30: Output terminal

[0118] 110: Personal Information Department

[0119] 120: Member Physical Information Department

[0120] 122: Member Information Department

[0121] 130: Usage Record Information Department

[0122] 210: Input terminal login section

[0123] 220: Motion detection device

[0124] 220b: Rigidity measuring device

[0125] 220c: Arm strength measurement device

[0126] 221b: Rigidity measuring device body

[0127] 221c: Body of the grip section

[0128] 222b: Penis insertion port

[0129] 222c: Measuring device connecting arm

[0130] 223c: Measuring instrument stand

[0131] 221a: Pressure gauge body

[0132] 222a: Pressure measurement sensor

[0133] 223a: Measuring instrument communication unit

[0134] 223b: Rigid force measurement sensor

[0135] 224a: Hook

[0136] 224b: Meter Communication Unit

[0137] 310: Output terminal login section

[0138] 320: Implementation device

[0139] 320a: Male masturbation device

[0140] 320b: Female masturbation device

[0141] 320c: Arm wrestling equipment

[0142] 321a: Mechanism body

[0143] 322a: Insertion hole

[0144] 321b: Mechanical body

[0145] 321c: Palm type

[0146] 322b: Mechanical movement part

[0147] 322c: Mechanical connecting arm

Claims

1. As a body information transmission and replication system, Service provider's server; One or more input terminals; and comprising one or more output terminals, A body information transmission and replication system characterized in that the server includes a member information section that separately stores individual databases for one or more members; a communication section; and an operation program section.

2. In paragraph 1, A body information transmission and replication system characterized in that the individual databases of the above member information section each include a personal information section including at least one selected from among login information, personal information, video information, and photo information of the member; a member body information section storing at least one piece of body information about the member; and a usage record information section storing at least one piece of personal information, body information, and usage date information of at least one other member.

3. In paragraph 2, A body information transmission and simulation system characterized in that the above body information includes at least one selected from among numerical information of results of measuring muscle strength, movement, or condition of a specific body part of the member, or time series information (motion information) of results of measuring muscle strength, movement, or condition.

4. In paragraph 2, A body information transmission and simulation system characterized in that the member body information section includes a member part information section including information on a specific body part of the member; and a member motion information section including at least one selected from among numerical information of results of measuring muscle strength, movement, or status of a specific body part stored in the member part information, or time-series information (motion information) of results of measuring muscle strength, movement, or status.

5. In paragraph 1, A body information transmission and simulation system, characterized in that each of the one or more input terminals includes an input terminal login unit; and a motion detection device.

6. In paragraph 1, A body information transmission and simulation system, characterized in that each of the one or more output terminals includes an output terminal login section; and an implementation device.

7. In paragraph 5, The above motion detection device includes a pressure measuring device, A body information transmission and simulation system characterized in that the pressure measuring device comprises: a pressure measuring device body; one or more pressure measuring sensors installed on the surface of the pressure measuring device body to measure pressure; and a measuring device communication unit that is communicably connected to the input terminal unit via wire or wireless communication.

8. In paragraph 7, A body information transmission and simulation system characterized in that a catch is installed on the side of the body of the pressure measuring device.

9. In paragraph 6, The above implementation device includes a male masturbation device, The above male masturbation device is a body information transmission and simulation system characterized by including a device body; an insertion port formed in the device body; and a device operation unit that is connected to the output terminal login unit in a wired or wireless manner for communication.

10. In paragraph 5, The above motion detection device includes a rigid force measuring device, A body information transmission and simulation system characterized in that the above rigidity measuring device comprises: a rigidity measuring device body having a penis insertion port formed therein; one or more rigidity measuring sensors installed on the surface of the penis insertion port to measure penis rigidity; and a measuring device communication unit that is connected to the input terminal in a wired or wireless manner for communication.

11. In paragraph 6, The above implementation device includes a female masturbation device, The above female masturbation device is a body information transmission and simulation system characterized by including a device body; a device operating unit that operates the device body; and a device operating unit that is connected to the output terminal login unit in a wired or wireless manner for communication.

12. In paragraph 5, The above motion detection device includes an arm muscle strength measurement device, The above arm muscle strength measuring device comprises a grip body; a measuring device connecting arm having one end connected to the grip body; one or more grip strength measuring sensors installed on the grip body for measuring grip strength; and a measuring device support body that rotatably connects the measuring device connecting arm to the other end of the measuring device connecting arm and is connected to the input terminal in a wired or wireless manner, and a body information transmission and simulation system characterized in that a torque measuring sensor is installed at a connection portion between the measuring device connecting arm and the measuring device support body.

13. In paragraph 6, The above implementation device includes an arm wrestling apparatus, A body information transmission and simulation system characterized in that the arm wrestling apparatus comprises: a palm; five finger joint robots each installed on the palm; a mechanism connecting arm having one end connected to the palm; and an arm wrestling control unit rotatably connected to the mechanism connecting arm at the other end and wirelessly or wiredly connected to the output terminal login unit.

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