KR102411593B1 - Healthcare service providing system using ring mouse - Google Patents

Abstract

The present invention relates to a system for providing healthcare services using a ring mouse. According to the present invention, an input device is provided that is convenient to operate through a ring mouse in the form of a ring worn on a finger, and a user can use a ring mouse worn on the body. It is possible to relieve stress by providing customized solution information and recommending rest when abnormal symptoms occur by grasping the biometric information of the patient in real time.

Description

Healthcare service providing system using a ring mouse {Healthcare service providing system using ring mouse}

The present invention relates to a system for providing a health care service using a ring mouse, and more specifically, to a technology that receives a user command, transmits it to an electronic device, and measures the user's biometric information in real time to provide a health care service. it is about

In general, a computer mouse is an input device that provides a graphical user interface for selecting menus or icons, executing commands, and designating areas by moving a cursor displayed on a screen of a monitor connected to a computer.

A typical computer mouse includes a hemispherical body that a user can hold by hand, a pair of control buttons provided in front of the upper surface of the body, and a scroll wheel between the control buttons. In addition, a detection device such as a ball or an optical sensor for detecting the movement trajectory of the main body is provided on the lower surface of the main body.

However, when the conventional mouse is used for a long time, since the main body placed on a flat surface has to be continuously moved, it causes pain by putting a strain on the wrist or elbow, and also causes symptoms such as carpal tunnel syndrome.

For this purpose, it is manufactured in the form of a ring as shown in Korean Patent Application Laid-Open No. 10-2006-0086916 (Jan. 2006.08.01 'Ring-type wireless laser mouse and slide-type wireless mixed keyboard keyboard'), put it on the finger, and detect the movement of the finger. A technology for performing a mouse function has been proposed.

In other words, the ring-type mouse does not need to be operated by placing your hand on the mouse body of a conventional shape, so it reduces fatigue on the wrist or elbow and enhances ease of use.

However, the stress accumulated due to heavy work is not reduced even if the shape of the mouse is changed, and if work efficiency is lowered due to the accumulation of stress, it is a loss to individuals as well as the company and society as a whole.

The present invention has been devised to solve the problems of the prior art as described above, and provides an input device that is convenient to operate through a ring-shaped ring mouse that is used by putting it on a finger, and also provides a user's input device in a ring mouse worn on the body. The purpose of this is to provide a technology that enables stress relief by identifying biometric information in real time and providing customized solution information when abnormal symptoms occur and recommending rest.

In order to achieve the above object, a system for providing health care services using a ring mouse according to the present invention includes: a ring mouse that measures movement information and biosignal information of the user while being inserted into the user's finger and transmits it to the device side; a device for receiving motion information from the ring mouse, processing a mouse function, and transmitting the biosignal information received from the ring mouse to an operation server side; and an operation server that analyzes the biosignal information received from the device and provides customized content corresponding to the biosignal information to the device.

Here, the ring mouse, a mouse function module for generating motion information; a biosignal measurement module for acquiring biosignal information of a user; and a communication module for transmitting the movement information generated by the mouse function module and the biosignal information obtained by the biosignal measurement module to the device side; the operation server includes a communication unit configured to receive biosignal information from the device ; a bio-signal analysis unit for analyzing the bio-signal information received from the communication unit; and a user management unit that extracts customized contents stored in a database according to the analysis result by the biosignal analysis unit and transmits the extracted contents to the device side.

In addition, the user management unit of the operation server may transmit a mouse deactivation command to the device side when the bio-signal information is out of a normal range according to the analysis result of the bio-signal parsing unit.

In addition, whether a predetermined time has elapsed since the user management unit of the operation server transmits a mouse deactivation command to the device side, or whether the biosignal information returns to a normal range, or whether the provided customized content is viewed for a predetermined time or more When one or more reuse conditions are satisfied, a mouse activation command may be transmitted to the device side.

In addition, after the user management unit of the operation server receives the biosignal information from the device through the communication unit, the biosignal information, the device device information, and the ring mouse device information are matched and stored together in the user information of the database, but a new device If it is confirmed that an attempt has been made to use the ring mouse through The activation command can be transmitted and processed.

The system for providing health care services using a ring mouse according to the present invention uses a ring mouse that is manufactured in the form of a ring and inserted into the user's finger. , it is convenient because it is possible to grasp the movement trajectory through the user's finger movement, so that it does not put strain on the wrist.

In addition, the user's biometric information such as pulse wave, blood pressure, blood sugar, pulse, electrocardiogram, and heart rate is captured in real time and transmitted to devices such as computers or smartphones connected to the ring mouse. A health care service can be provided according to the result of analyzing the biometric information. In other words, if a break is required according to the biometric information analysis result, it is possible to forcibly stop the mouse operation and then play an image or music to take a break.

In addition, the operation server can manage and analyze the biometric information database for individuals using the ring mouse or for each group in which the individuals are grouped, and provide individual or group health care reports and solutions.

In addition, when a user who needs a break is forcibly stopped using the ring mouse according to the user's bio-signal analysis result, the ring mouse can be reused only when the user rests for a certain time or the bio-signal returns to normal, Continuing to work while not feeling well can help keep your health from getting worse.

In addition, when it is confirmed that a new user is attempting to use a new device through the biosignal measurement function built into the ring mouse, the ring mouse cannot be used without the first user's permission, thereby reducing the risk of loss or theft can give

1 is a block diagram illustrating a health care service providing system using a ring mouse according to an embodiment of the present invention.
FIG. 2 is a view for explaining the detailed configuration of a ring mouse, a device, and an operation server in the system for providing a healthcare service shown in FIG. 1. FIG.
Figure 3 is a flow chart for explaining the process of analyzing the bio-signals measured in the ring mouse in the healthcare service providing system shown in Figures 1 and 2 and inactivating the mouse when an abnormal symptom occurs.
4 is a flowchart for explaining the process of using the deactivated ring mouse again in the healthcare service providing system shown in FIGS. 1 and 2;
5 is a flowchart for explaining a process of preventing illegal use of a ring mouse in the system for providing a health care service shown in FIGS. 1 and 2;

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. However, some components irrelevant to the gist of the present invention will be omitted or compressed, but the omitted configuration is not necessarily a configuration that is not necessary in the present invention, and will be used in combination by those of ordinary skill in the art to which the present invention belongs. can

In addition, each component, server, and system to be described below does not necessarily consist of an independent component or server that performs each function, and may be implemented as a set of one or more programs, one or more servers, or one or more systems, or a part Note that it may be shared.

1 is a block diagram for explaining a system for providing a healthcare service using a ring mouse according to an embodiment of the present invention, and FIG. 2 is a detailed view of a ring mouse, a device, and an operation server in the system for providing a healthcare service shown in FIG. It is a drawing for explaining a structure. As shown in FIGS. 1 and 2 , the healthcare service providing system according to an embodiment of the present invention includes a ring mouse 10 , a device 20 , and an operation server 30 .

The ring mouse 10 is provided to move a cursor displayed on the screen of the device 20 , select a specific icon, designate an area, and perform functions of an existing mouse, such as inputting an execution command. In addition, the ring mouse 10 detects the user's bio-signals in real time or at regular time intervals along with the original function of the mouse, and transmits the detected bio-signal information to the device 20 to be analyzed in the operation server 30 . do. The ring mouse 10 includes a main body 11 , a mouse function module 12 , a biosignal measurement module 13 , and a communication module 14 .

The main body 11 is manufactured in the form of a ring to be fitted to the user's finger, and the remaining components of the ring mouse 10 are mounted inside and outside the main body 11 .

The mouse function module 12 is provided to detect the movement of the main body 11, that is, the movement of the user's finger, and convert it into coordinate movement information of the cursor, or detect a button input operation or a scroll operation. There may be various methods for detecting movement in the mouse function module 12 . The most representative method is to detect movement using LEDs, optical sensors, and DSPs.

The LED irradiates light of a specific wavelength, for example, can irradiate red light with a fast reflection speed and low refractive distortion by a relatively long wavelength.

The optical sensor receives the light reflected from the ground by being irradiated from the LED, and the DSP (Digital Signal Processor) is provided to analyze the light input to the optical sensor to calculate coordinate movement. Since the DSP calculates coordinate movements hundreds of times per second, very precise movement can be detected, and coordinate change information (motion information) calculated by the DSP can be transmitted to the device 20 through the communication module 14 . .

In this way, when the mouse function module 12 is configured using an LED, an optical sensor, and a DSP, the red light irradiated from the LED may be used as a laser pointer.

In addition to this, the mouse function module 12 may grasp motion information through a motion sensor, a gyro sensor, or the like, or may grasp motion information through a miniature camera.

On the other hand, the mouse function module 12 recognizes a button click operation or a scroll operation through the user's finger movement and transmits these button click and scroll operation commands to the device 20 side. A button sensor (not shown) and a scroll sensor (not shown) ) may be further included.

The biosignal measurement module 13 is provided to obtain biosignal information of the user. For example, the biosignal measurement module 13 may include a PPG sensor (photoplethysmography sensor, photoplethysmography sensor) that measures pulse waves by using light, and in addition to measuring biosignals such as blood pressure, blood sugar, body temperature, and electrocardiogram, It may further include a sensor.

The communication module 14 is provided to transmit information obtained from the mouse function module 12 and the biosignal measurement module 13 to the device 20 side. For example, the communication module 14 may connect a communication channel with the device 20 by a short-range communication method such as Bluetooth and transmit movement information, button click operation information, scroll operation information, and biosignal information. In addition, the communication module 14 may receive a mouse activation and deactivation command from the device 20 side to turn on/off the functional operation of the mouse function module 12 .

Meanwhile, since the communication module 14 is equipped with NFC, it may support functions such as authentication or transportation card to be performed through the ring mouse 10 .

In addition, the ring mouse 10 may further include an operation display module (not shown) mounted on the outside of the main body 11 to display the operation state. The operation display module can display the operation state through a small LCD or display the operation state through an LED that emits a plurality of colors. Also, a power on/off command is provided on the outside of the body 11 of the ring mouse 10 A button for inputting may be additionally provided.

In addition, although not shown in the drawings, the ring mouse 10 is equipped with a battery for supplying power and a charging module for charging the battery. The charging module may provide a function capable of supporting wireless charging by placing the main body 11 on a separate charging deck.

The device 20 refers to a desktop computer, a notebook computer, a smart phone, or a tablet PC used by a user for work. Although the device 20 includes the configuration of such a typical computer or smart phone, only the configuration necessary for providing a healthcare service using a ring mouse according to an embodiment of the present invention is illustrated in FIG. 2 . That is, the device 20 includes a communication unit 21 , a screen output unit 22 , and a control unit 23 .

The communication means 21 connects the ring mouse 10 with a communication channel using a short-range communication method such as Bluetooth and receives movement information, button click operation information, scroll operation information, biosignal information, or moves the mouse to the ring mouse 10 side. Provision is made for sending activation and deactivation commands. In addition, the communication means 21 transmits biosignal information, ring mouse device information, and device device information measured by the ring mouse 10 to the operation server 30 through a wired/wireless Internet network, and is customized from the operation server 30 . It is possible to receive solution information, health management report information, mouse function activation/deactivation command information, and the like.

The screen output means 22 is for outputting various contents or work contents on the screen, and may be implemented in the form of a normal monitor or touch screen.

The control means 23 is a movement information received from the ring mouse 10 through the communication means 21, the button click operation information, the movement of the cursor in response to the scroll operation information, selecting and executing a specific icon or area, etc. Handles the overall mouse movement. In addition, the control means 23 transmits the biosignal information received from the ring mouse 10 to the operation server 30 side, and outputs the contents or guide information received from the operation server 30 through the screen output means 22 . handle it as much as possible. In addition, the control means 23 activates or deactivates the mouse function by itself when receiving mouse function activation/deactivation command information from the operation server 30, or transmits a command to the ring mouse 10 to the ring mouse 10 can handle to enable or disable the mouse function by itself.

In the device 20, a dedicated program (application) is installed in advance for mouse function processing using the ring mouse 10, output of customized content information transmitted from the operation server 30, etc. It can handle the operation according to the program setting. Of course, the device 20 may access a website to receive customized content or health management report information from the operation server 30 and output the screen.

The operation server 30 stores and analyzes bio-signal information received from the ring mouse 10 through the device 20, prepares a health management report, and provides it to the device 20, or customized content according to the user's health condition It is prepared to provide information or to provide a health care service that recommends rest by forcibly stopping the mouse function if necessary. The operation server 30 includes a communication unit 31 , a biosignal analysis unit 32 , a user management unit 33 , and a database 34 .

The communication unit 31 is provided to connect the device 20 and a communication channel through a wired/wireless Internet network and transmit/receive necessary information.

The biosignal analysis unit 32 is provided to analyze the biosignal information received from the device 20 through the communication unit 31 . For example, the biosignal analysis unit 32 analyzes information such as pulse wave, blood pressure, blood sugar, electrocardiogram, body temperature, and heart rate measured by the biosignal measurement module 13 of the ring mouse 10 to determine the user's biorhythm or real-time stress index. can figure out

The user management unit 33 stores the biosignal information received through the communication unit 31 in the database 34, and organizes the information stored in the database 34 in the form of a report according to the request of the device 20 to report a health management report. It is provided to provide information to the device 20 after generating information, or to extract customized content information for each user from the database 34 and provide it to the device 20 side. In addition, the user management unit 33 checks whether the user's stress index is within the normal range according to the analysis result of the biosignal analysis unit 32, and when it is out of the normal range, it transmits warning guidance information about the health condition to the device 20 side, , If necessary, you can send a command to forcibly stop using the mouse.

The database 34 is provided to store user information, biosignal information, and customized content information. That is, in the database 34, biosignal information is matched and stored according to the user (or according to device device information or ring mouse device information), and customized content information input in advance from the operator terminal (not shown) is classified according to the criteria. stored in state.

A process of providing a health care service using the system for providing a health care service using a ring mouse according to an embodiment of the present invention described above will be described as follows.

3 is a flowchart for explaining a process of analyzing biosignals measured in a ring mouse and forcibly deactivating the mouse when an abnormal symptom occurs in the system for providing the healthcare service shown in FIGS. 1 and 2 .

First, when the user puts the main body 11 of the ring mouse 10 on the finger and then turns on the power, the device 20 and the communication channel are connected by a short-range communication method such as Bluetooth. If necessary, a separate authentication procedure for connecting to the ring mouse 10 in the device 20 may be performed.

It is also assumed that a dedicated program (application) for processing information received from the ring mouse 10 and transmitting biosignal information to the operation server 30 is installed in the device 20 in advance.

After the device 20 and the ring mouse 10 are normally connected to a communication channel, movement information is obtained from the mouse function module 12 as the user moves a finger, and the communication module 14 transmits the movement information to the device. (20) is transmitted in real time. Accordingly, the control means 23 of the device 20 moves the cursor or selects a specific icon or area in response to the movement information of the ring mouse 10 received through the communication means 21, and clicks the button It processes so that the command is executed in response to information and scroll operation information.

On the other hand, the bio-signal measurement module 13 of the ring mouse 10 measures the user's bio-signals in real time or at regular time intervals, and the bio-signal information measured by the bio-signal measurement module 13 is transmitted through the communication module 14 . transmitted to the device 20 . The biosignal measured by the biosignal measuring module 13 may be information such as a user's pulse wave, blood pressure, blood sugar, electrocardiogram, body temperature, and heart rate.

When the biosignal information measured by the ring mouse 10 is received through the communication means 21 of the device 20 , the control means 23 transmits the biosignal information to the operation server 30 side. Thereafter, the communication unit 31 of the operation server 30 receives the bio-signal information, and the user management unit 33 matches the user information and stores the bio-signal information in the database 34 . After the bio-signal information is accumulated and stored in the database 34 in this way, when the device 20 requests health management information through a dedicated program or website connection later, the user management unit 33 extracts bio-signal information for each user and reports a report After writing in the form, the health management report information may be provided to the device 20 .

On the other hand, when the bio-signal analysis unit 32 of the operation server 30 receives the bio-signal information through the communication unit 31, it analyzes it in real time <S305> and checks whether it is normal <S310>. When the bio-signal analysis unit 32 checks whether the bio-signal is normal through analysis of the bio-signal, for example, it is to check whether the user's bio-rhythm is normal or whether the stress index is within an allowable range. When the user is stressed due to excessive work, the pulse wave becomes irregular or blood pressure and heart rate rise rapidly. Accordingly, the bio-signal analysis unit 32 monitors bio-signals such as pulse wave, blood pressure, and heart rate to increase the stress index. It can be seen that the increase is excessively high.

If the biosignal analysis unit 32 analyzes the user's biosignals in real time and it is confirmed that the stress index is excessively high and out of the normal range <S315>, the user management unit 33 returns the stress index to the device 20 side. It is possible to recommend a rest to the user by transmitting warning guidance information indicating that the content has increased and needing a rest, and outputting it to the screen output means 22 .

In addition, the user management unit 33 transmits mouse deactivation command information to the device 20 to force a rest when the user's stress index is out of the normal range <S320>. When a mouse deactivation command is received from the operation server 30 through the communication means 21 of the device 20, the control means 23 disables the mouse function by itself, so that even if movement information is received from the ring mouse 10, the mouse It can be handled so that the function does not work. Alternatively, the control means 23 transmits a mouse deactivation command to the ring mouse 10 side through the communication means 21, and when receiving a mouse deactivation command from the communication module 14 of the ring mouse 10, the mouse function module ( 12) may be turned off.

Meanwhile, when the user's stress index is out of the normal range, the user management unit 33 of the operation server 30 extracts customized content that induces mental and physical stability from the database 34 and provides it to the device 20 <S325>. Customized content refers to content produced with images and sound that stimulates the user's sight and hearing to relieve heartbeat and induce mental and physical stability by controlling brain waves. Various contents may be prepared in advance and stored in the database 34 and then provided to the device 20 . In addition, the customized content may include a stretching video that helps to relieve a stiff body during a resting process, a fun video to relieve tension, and the like.

On the other hand, in the above description, the device 20 transmits the biosignal received from the ring mouse 10 to the operation server 30 to be analyzed, but according to the implementation, the biometric signal of the operation server 30 is transferred to the device 20 according to the implementation. The signal analysis unit 32 , the user management unit 33 , and the database 34 may be equipped with a functional configuration to enable analysis, content output, and mouse deactivation command execution in the device 20 itself. That is, if the device 20 receives and installs a dedicated program (application) from the operation server 30 in advance, the control means 23 analyzes the biosignal according to the operation of the dedicated program to determine whether it is normal or not, and to determine the normal range. In case of deviation, a warning notice is printed, the mouse function is deactivated, and the customized content saved together during the installation of the dedicated program is loaded and printed.

FIG. 4 is a flowchart for explaining a process of using the deactivated ring mouse again in the healthcare service providing system shown in FIGS. 1 and 2 .

That is, through the process of FIG. 3 , the operation server 30 analyzes the biological signal of the user wearing the ring mouse 10 in real time, and when the biorhythm or stress index deteriorates, a warning is provided to the user and the mouse function is disabled. It was forcibly deactivated, but in order to activate the mouse function again, the user manipulates a button provided on the ring mouse 10 or attempts to input an activation command to the device 20 through a keyboard or touch screen, etc. If <S405>, the user management unit 33 of the operation server 30 checks whether the reuse condition is satisfied after receiving the user's mouse activation attempt command <S410>.

The reuse condition checked by the user management unit 33 is whether a certain period of time has elapsed since the mouse was deactivated, or whether the biorhythm or stress index returned to normal as a result of the analysis of the biosignals measured again after an activation attempt, or over a certain period of time It may be whether or not the customized content was viewed. Among them, the user management unit 33 checks whether at least one or more reuse conditions are all satisfied. If the reuse conditions are satisfied <S415>, the user management unit 33 transmits a mouse activation command to the device 20 <S420> The control means 23 of the device 20 activates the mouse function that has stopped its function according to the mouse activation command, or transmits the mouse activation command to the ring mouse 10 side of the ring mouse 10. It can be processed so that the mouse function module 12 is activated.

On the other hand, if it is confirmed that the user management unit 33 does not satisfy the reuse condition, warning guidance information recommending an additional rest may be transmitted to the device 20 side <S425>. Of course, in this case, the mouse operation of the ring mouse 10 is still in a stopped state.

5 is a flowchart for explaining a process of preventing illegal use of a ring mouse in the system for providing a health care service shown in FIGS. 1 and 2 .

In the health care service providing system dealt with in the present invention, the ring mouse 10 is connected to the device 20 by a wireless communication method such as Bluetooth without a separate cable to perform a mouse function. In addition, since the ring mouse 10 is manufactured in the form of a ring even if it does not perform a mouse function, it may be used as an everyday accessory.

However, it is also true that the ring mouse 10 and the device 20 are not connected by a cable, and there is a great risk of loss or theft because they are portable and small in size. Accordingly, the healthcare service providing system according to the present invention additionally provides a function of preventing illegal use of the ring mouse 10 by using the biosignal measurement function mounted on the ring mouse 10 .

That is, when the user wants to use the ring mouse 10 for the first time, the control means 23 installs a dedicated program (application) in the device 20, connects the communication channel with the ring mouse 10, and registers use. While registering the user to the operation server 30 side, the device information of the ring mouse 10 and the device information of the device 20 are matched to the user information and stored. Of course, user information includes user contact information such as e-mail information or mobile phone number. In addition, according to the steady use of the ring mouse 10, the user's biosignal information is also accumulated and stored in the user information.

If the user continues to use the ring mouse 10 in the existing device 20, the function can be used without any problem. However, after the dedicated program is installed in the new device 20 and the communication channel is connected with the existing ring mouse 10, if a mouse activation attempt command is input <S505>, the communication unit 31 of the operation server 30 sends the new device 20 ) receives device device information, ring mouse device information, and biosignal information, and the biosignal analysis unit 32 and the user management unit 33 receive device device information, ring mouse device information and biometric information received through the communication unit 31 . By comprehensively analyzing the signal information, it is checked whether the same user as the existing user is attempting to use <S510>.

That is, the user management unit 33 may check the device device information and the ring mouse device information to determine that it is not the existing device 20 registered to use the ring mouse 10 for the first time. In addition, the biosignal analysis unit 32 analyzes the pattern of the biosignal information received from the new device 20 . If the user does not exercise excessively or the stress index is not significantly increased, it is common for biosignals such as pulse wave, blood pressure, blood sugar, electrocardiogram, body temperature, and heart rate to show a similar pattern for the same person. Therefore, if the biosignal analysis unit 32 compares the pattern of the biosignal received through the new device 20 with the existing biosignal pattern of the corresponding ring mouse 10 accumulated and stored in the database 34, it is possible to determine whether they are the same. can

If, as a result of the analysis of the biosignal analysis unit 32, it is confirmed that the biosignal pattern received from the new device 20 and the existing biosignal pattern of the corresponding ring mouse 10 are similar within a certain range <S515>, the user management unit (33) considers that the same person has attempted to use the ring mouse 10 through another device 20, saves and registers the device information of the new device 20, and then transmits a mouse activation command to the new device 20< S520>. Accordingly, the user can use the ring mouse 10 through the new device 20 .

On the other hand, if it is confirmed that the biosignal pattern received from the new device 20 and the existing biosignal pattern of the ring mouse 10 are out of a certain range as a result of analysis of the biosignal analysis unit 32 <S515>, the user The management unit 33 considers that it is an attempt to use the ring mouse 10 by another person and does not transmit a mouse activation command. Accordingly, use of the ring mouse 10 is prevented in the new device 20 .

In addition, the user management unit 33 informs the first registered user of the ring mouse 10 that there has been an attempt to use the new user in the new device 20 in response to the attempt to activate the mouse <S525>. In other words, a new user attempt is notified through the e-mail or mobile phone number included in the user information. At this time, when the existing user checks the guide information for a new use attempt through the existing device 20 and inputs a permission command and transmits it to the operation server 30 , the user management unit 33 only activates the mouse toward the new device 20 . By sending a command, the ring mouse 10 is processed so that it can be used.

As described in detail above, since the system for providing health care services using a ring mouse according to the present invention uses the ring mouse 10 that is manufactured in the form of a ring and used by putting it on the user's finger, a certain area of space for mouse operation is required. It can be used in a narrow space without need, and it is convenient because it does not put strain on the wrist because the movement trajectory can be grasped through the user's finger movements.

In addition, the user's pulse wave, blood pressure, blood sugar, pulse, electrocardiogram, heart rate, etc. biometric information is grasped in real time and transmitted to the device 20 such as a computer or smartphone linked to the ring mouse 10, and in the device 20 A health care service can be provided according to a result of analyzing biometric information through a self-built program or operation server 30 . In other words, if a break is required according to the biometric information analysis result, it is possible to forcibly stop the mouse operation and then play an image or music to take a break.

In addition, the operation server manages and analyzes the biometric information database 34 for individuals using the ring mouse 10 or for groups in which the individuals are grouped into a certain group, and provides individual or group health care reports and solutions. have.

In addition, if the user's use of the ring mouse 10 is forcibly stopped according to the user's bio-signal analysis result, the ring mouse 10 only occurs when the user rests for a certain time or more or the bio-signal returns to normal. By making it reusable, you can prevent your health from getting worse by continuing to work when you're not in good shape.

In addition, when it is confirmed that a new user attempts to use the new device 20 through the biosignal measurement function mounted on the ring mouse 10, the use of the ring mouse 10 is impossible without the permission of the first user. By doing so, you can reduce the risk of loss or theft.

The above-described preferred embodiments of the present invention have been disclosed for the purpose of illustration, and those skilled in the art with common knowledge about the present invention will be able to make various modifications, changes and additions within the spirit and scope of the present invention, such modifications, changes and additions should be considered to fall within the scope of the claims of the present invention.

10: ring mouse
11: body
12: mouse function module
13: bio-signal measurement module
14: communication module
20: device
21: communication means
22: screen output means
23: control means
30: operation server
31: communication department
32: bio-signal analysis unit
33: user management unit
34: database

Claims (5)

a ring mouse that measures movement information and user's bio-signal information while being inserted into the user's finger and transmits it to the device side;
a device for receiving motion information from the ring mouse, processing a mouse function, and transmitting the biosignal information received from the ring mouse to an operation server side; and
An operation server that analyzes the biosignal information received from the device and provides customized contents corresponding to the biosignal information to the device side; including,
The ring mouse,
a mouse function module for generating motion information;
a biosignal measurement module for acquiring biosignal information of a user; and
a communication module for transmitting the movement information generated by the mouse function module and the biosignal information acquired by the biosignal measurement module to the device side;
The operating server,
a communication unit for receiving biosignal information from the device;
a bio-signal analysis unit for analyzing the bio-signal information received from the communication unit; and
a user management unit that extracts customized contents stored in the database according to the analysis result through the biosignal analysis unit and transmits it to the device side;
The user management unit of the operation server transmits a mouse deactivation command to the device side when the bio-signal information is out of the normal range according to the analysis result of the bio-signal analysis unit, so that the mouse function is not operated even if motion information is received from the ring mouse to avoid,
At least one of whether the user management unit of the operation server transmits the mouse deactivation command to the device side, whether a predetermined time has elapsed, whether the biosignal information returns to a normal range, or whether the provided customized content is viewed for a predetermined time or longer A health care service providing system using a ring mouse, characterized in that when the reuse condition is satisfied, the mouse activation command is transmitted to the device to activate the mouse function that has stopped the function.
delete delete delete According to claim 1,
After receiving the biosignal information from the device through the communication unit, the user management unit of the operation server matches and stores biosignal information, device device information, and ring mouse device information together in the user information of the database, but through a new device If it is confirmed that the use of the ring mouse has been attempted, the pattern of the biosignal received from the new device is compared with the pattern of the biosignal stored in matching with the information of the existing user who has used the ring mouse. A system for providing healthcare services using a ring mouse, characterized in that it transmits and processes an activation command.

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