KR102072467B1 - Health-state monitoring sysetem using urine and feces analysis - Google Patents

Abstract

According to an embodiment of the present invention, an image information generating device installed on a toilet seat and storing and transmitting image information obtained by capturing a feces discharged by a user when detecting a user's seating, and receiving and receiving urine image information from the image information generating device And a user terminal for receiving and displaying an analysis result of fecal image information from the image analyzing apparatus, wherein the image information growth value detects whether the user is seated. A sensor for capturing an image of the urine and a sensor; a flash for irradiating light toward the urine of the user at the same time as the operation of the camera; a memory for storing the image obtained by photographing the urine of the user; Communication module for communication with the analysis device, and the urine urine image taken by the camera A control unit for controlling to store in a memory, and for controlling the urine image information stored in the memory to be transmitted to the image analyzing apparatus through the communication module, a guide rail installed to guide movement to the toilet seat, and Mounted on the carrier and the carrier to move along the guide rail by the driving force of the motor by the control to move the camera toward the user's urine or close to the inside of the toilet seat by the stretching and contraction action of the control of the control unit. A health monitoring system including an electric actuator is presented.

Description

Health status monitoring system using fecal analysis {HEALTH-STATE MONITORING SYSETEM USING URINE AND FECES ANALYSIS}

The present invention relates to a health status monitoring system, and more particularly, to photograph and efficiently analyze feces from a variety of angles and to transmit them to a user terminal (smartphone) or the server of the attending physician and to monitor the health status of the user according to the transmitted signal value. The present invention relates to a health status monitoring system using fecal analysis, which enables accurate checks and transmits diagnosis and prescription information to a user terminal for user recognition.

In modern times, digestive and urinary system diseases are increasing due to various factors such as changes in dietary habits and stress. These diseases can be detected early by checking the status of excretion, the result of digestion of foods taken daily, and can minimize complications with rapid treatment.

Meanwhile, due to the development of information and communication technology, the modern society is rapidly developing the medical service field and medical technology based on the Internet technology.

As a result, modern people's interest in health care and prevention is increasing.In particular, health care is continuously checked in the home or everyday life, away from the existing hospital-centered medical services, and in real-time in remote hospitals or specialized institutions through the web. There is a growing interest in remote monitoring, which can be monitored.

As an example of such a health status monitoring system, Korean Patent Publication No. 10-1312559 discloses a multi-functional toilet system capable of detecting various diseases early by analyzing feces and informing a user of a health condition.

As another example, Korean Laid-Open Patent Publication No. 10-2012-0073919 discloses an apparatus for diagnosing intestinal health of a user by measuring and analyzing a bowel movement using a bidet.

However, such a conventional health monitoring system has a problem that it is difficult to accurately collect and analyze urine, and the reliability of the analysis and test results is considerably inferior.

Here, the above-described background or the prior art is merely for helping the present inventor to understand the technical meaning of the present invention as information possessed or acquired in the process of deriving the present invention, and the technology to which the present invention belongs before the application of the present invention. It does not mean that the technology is widely known in the field.

KR 10-1312559 B1 (2013.09.23) KR 10-2012-0073919 A (2012.07.05) KR 10-1666650 B1 (October 10, 2016) KR 10-1368144 B1 (2014.02.20)

Accordingly, the present inventor focuses on solving the limitations and problems of the existing health monitoring system by comprehensively considering the above-mentioned matters, photographing urine from various angles, and efficiently analyzing the user's health status. The present invention has been invented as a result of constant research to develop a health monitoring system that can promote the effect of testing.

Accordingly, the present invention has been made in an effort to provide a health monitoring system for accurately checking a user's health by photographing and efficiently analyzing feces from various angles.

The technical problems and objects to be solved by the present invention are not limited to the technical problems and objects mentioned above, and other technical problems and objects not mentioned will be clearly understood by those skilled in the art from the following description.

Specific means according to an embodiment of the present invention for achieving the above object and to solve the technical problem is installed on the toilet seat, and stores the image information obtained by photographing the urine discharged by the user when detecting whether the user is seated And an image analyzing apparatus for transmitting the urine, and an image analyzing apparatus for receiving the urine feces image information from the image information generating apparatus, and analyzing the health state of the user by a predetermined method, and receiving the analysis result of the urine feces image information from the image analyzing apparatus. Including a user terminal to display, The image information growth value, the sensor for detecting the user's seating, a camera for capturing the user's urine and acquires the image, and the operation of the camera and the light toward the user's urine at the same time Flash to investigate the memory, and memory to store the images obtained by shooting the user's urine And a communication module for communicating with the image analysis device, and to store the small urine image photographed by the camera in the memory, and compresses the small urine image information stored in the memory to the image analysis apparatus through the communication module. A control unit for controlling transmission, a guide rail installed to guide movement to the toilet seat, a carrier moving along the guide rail with a driving force of a motor under control of the control unit, and mounted on the carrier and controlled by the control unit. The present invention provides a health monitoring system using fecal analysis, which includes employing an electric actuator that moves the camera toward the urine of the user by the stretching and contracting action or moves the inside of the toilet.

As a result, the present invention can accurately check the user's health by photographing and efficiently analyzing feces from various angles.

In addition, according to a preferred embodiment of the present invention, the image analysis apparatus may generate and transmit a finding and diagnosis of a medical staff analyzing a user's health state corresponding to a feature of the user's fecal image information with reference to a database and transmitting it to the user terminal. have.

In addition, according to a preferred embodiment of the present invention, the image analysis device, the user corresponding to the characteristics of the fecal image information of the user with reference to the database according to the color, turbidity, bleeding, shape, amount in the fecal image information of the user Analyze your health.

Embodiment of the present invention having a means and configuration for achieving the above object and the technical problem, the image information generating device is rotated around the circumference of the urine discharged by the user according to the guide rail mounted on the toilet seat Image information is obtained by photographing from an angle, and the image analysis device collects it and analyzes minute and minute details such as the amount of urine and color changes more scientifically and efficiently, so that the user's health status can be checked more accurately for diagnosis and observation. Can greatly improve the reliability and accuracy of the analysis.

In addition, by transmitting the photographed signal value to the user terminal or medical staff server to enable diagnosis by comparison with the stored information or medical staff diagnosis, and transmits the diagnostic information to the user terminal to ensure that the user always knows his / her health condition. There is an advantage to doing this.

Here, the effects of the present invention are not limited to the above-mentioned effects, and other effects not mentioned above will be clearly understood by those skilled in the art from the description of the claims.

1 is a block diagram schematically showing a health state monitoring system according to an embodiment of the present invention.
2 is a plan view illustrating a toilet seat in which an image information generating device is installed in a health state monitoring system according to an exemplary embodiment of the present invention.
3 is an enlarged cross-sectional view taken along the line AA of FIG. 2.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Prior to this, terms to be described below are defined in consideration of functions in the present invention, which clearly indicates that the concept is to be interpreted as a concept consistent with the technical idea of the present invention and commonly used or commonly recognized in the art.

In addition, when it is determined that the detailed description of the known function or configuration related to the present invention may obscure the gist of the present invention, the detailed description thereof will be omitted.

The accompanying drawings show an exaggerated or simplified part of the description and explanation of the structure and operation of the technology for convenience and clarity, and it is understood that each component does not exactly match the actual size and shape.

In addition, when a part includes a certain component, this means that it may further include other components, without excluding other components, unless specifically stated otherwise.

In addition, terms such as top, bottom, top, bottom, or top, bottom, top, bottom, and the like are used for convenience of differentiating relative positions of each component. For example, the upper part of the figure may be named and referred to as the lower part of the lower part.

As shown in FIGS. 1 to 3, a health state monitoring system according to an exemplary embodiment of the present invention includes a video information generating apparatus 10, an image analyzing apparatus 20, and a user terminal 30. The image information generating apparatus 10 and the image analyzing apparatus 20 may be connected to a wired or wireless network where data transmission and reception are performed through a home network or a wired or wireless communication network, thereby enabling two-way communication.

The wireless network may be implemented as a wireless mobile communication network or a network communication network. For example, it can be implemented using a wireless communication network such as 3G, 4G, 5G, Wi-Fi, WLAN, and wired the Internet according to Internet protocols such as Transmission Control Protocol / Internet Protocol (TCP / IP). Data can be transmitted through a communication network.

Image information generating device 10 is installed on the toilet seat (1) of the toilet seat, and when the user detects the seat of the user to store the image information obtained by photographing the urine discharged to the image analysis device 20 through a wired or wireless communication network send.

The image information generating apparatus 10 includes a sensor 11 for detecting whether a user is seated, a camera 12 for capturing a user's urine, and an image of the user's urine at the same time as the camera 12 is operated. Flash 13 for maintaining a constant illuminance environment by irradiating light toward the light, a memory 14 for storing images obtained by capturing a user's urine, and a communication module 15 for communication with the image analysis device 20; The controller controls the camera 12 to store the captured urine image in the memory 14, and transmits the urine image information stored in the memory 14 to the image analyzing apparatus 20 through the communication module 15. (16), a guide rail (17) provided to guide the movement of the carrier (18) with the camera (12) mounted on the bottom of the toilet seat (1), and the motor (18a) under the control of the control unit (16). The carrier 18 and the cage moving along the guide rail 17 with a driving force of It is mounted on the air 18 and includes an electric actuator 19 for moving the camera 12 toward the urine of the user's urine or moving to the inside of the toilet seat 1 by the stretching and contracting action under the control of the control unit 16. .

Here, the toilet seat 1 may be made of a bidet integral structure that functions to wash and clean the anal or vulva and the local area after stool or urine.

The sensor 11 detects physical contact or pressure according to a user's seat and outputs a switching signal to the controller 16. The sensor 11 is mounted at an appropriate position where surface contact such as an upper surface of the toilet seat 1 is easily performed. It checks whether seating is performed and accordingly outputs a switching signal for controlling the operation of the image information generating apparatus 10 to the controller 16.

As the sensor 11, for example, a micro switch that is turned on or off by physical contact can be employed, and when a pressure is applied, the vibration of the upper film PVDF is changed. A piezoelectric polyvinyl fluoride (PVDF) film that can detect the variation occurring in the voltage output and know the contact state can also be employed.

In this case, the sensor 1 is preferably arranged evenly distributed on the toilet seat (1) in order to be able to effectively detect the user's seat even when the user sits only on a part of the toilet seat (1).

In addition, the sensor 11 is mounted in the right place, such as the front of the toilet seat (1) to detect the user's movement or proximity and position in real time to output a switching signal to the control unit 16 to output a switching signal (ultrasound sensor, infrared sensor) It is also possible to employ.

For example, the oscillation amplitude of the oscillation circuit is generated when an object approaching the detection surface of the switch or an object present in the vicinity of the electromagnetic force, that is, oscillation high frequency wave in the oscillation circuit, and the object approaches the sensor sensing surface. This attenuation or stop, and using the operating principle to detect the presence or absence of the object by converting this change into an electrical signal, it is possible to apply a switch to output the on / off output when the object is within a predetermined sensing distance without mechanical contact, In addition to the infrared sensor that detects the infrared wavelength emitted by the human body, various types of proximity sensors such as magnetic, eddy current, hall effect, optical, ultrasonic, inductive, and capacitive may be employed.

The camera 12 may acquire a sample image of the urine, and may be moved toward or close to the urine of the user due to the stretching and contracting action of the electric actuator 19 and moved into the inside of the toilet 1. It is possible to prevent component damage caused by

In addition, when the camera 12 enters the inside of the toilet seat 1, a relatively wide field of view may be secured by being relatively far from the urine, so that the entire image of the urine may be obtained at a time.

The flash 13 may be a light source such as an LED module or an IRED module. Here, the flash 13 irradiates the urine with various colors in order of level for accurate color analysis, and the image information generating device 10 acquires the color information of the urine by collecting and analyzing information of light reflected or absorbed from the urine. can do.

The communication module 15 is for wired or wireless communication with the image analyzing apparatus 20. The communication module 15 analyzes the data processed by the controller 16 using a wireless communication means such as a home network or Bluetooth or Zigbee. Transmits to the device 20.

The controller 16 is embedded in the form of a microprocessor to generally control the operation of the image information generating apparatus 10 and to control the overall visual display of the operation process.

That is, the controller 16 is electrically connected to a commercial power source (outlet) through a plug, a wire, or the like, controls the camera 12 to store the small urine image photographed by the memory 14, and stores the memory 14 in the memory 14. An electric actuator for compressing the urine urine image information and transmitting it to the image analysis device 20 through the communication module 15 and for moving the camera 12 toward the urine of the user or moving the inside of the toilet seat 1. Control the stretching and contraction action of (19).

After comparing the sensing signal input from the sensor 11 with a preset value stored in the memory, the sensor 11 supplies and cuts power for the operation of the camera 12, the carrier 18, and the electric actuator 19. The microprocessor controls the overall operation of operation time, operation time, etc. in an optimal state, and detects and prevents malfunctions.

In this case, the controller 16 may ensure a lossless power and signal flow in a pattern without cable connection by adopting a structure in which the entire circuit including the power supply unit is applied to one PCB board.

At this time, the power supply unit of the control unit 16 is electrically connected through an outlet wired to a commercial power supply, a plug and a wire, etc., so that the AC current can be boosted or stepped down so as to be stably used by the device and the system, or a required DC current is required. Can be converted to the current for each.

In addition, the power supply unit of the control unit 16 may be composed of a rectifying unit for rectifying the AC power to a DC power source and a constant voltage converting unit for converting the voltage rectified from the rectifying unit to a constant level constant voltage, the rectifying unit and the constant voltage converter is a transformer and a diode The used bridge circuit may be used, and when the power supply is interrupted from the outside due to a power failure, the power may be normally supplied to each circuit unit only when the user operates the switch again.

In addition, as the power supply unit of the control unit 16, for example, a power supply or a power adapter that converts and outputs an AC voltage into a direct current may be employed.

On the other hand, the control unit 16 can reduce the amount of data transmission by controlling the toilet image information stored in the memory 14 to be transmitted to the image analysis device 20 through the communication module 15.

The carrier 18 is used to move the camera 12 along the guide rail 17 by the driving force of the motor 18a when capturing a small urine image of the user, and the electric actuator 19 having the camera 12 mounted on one side thereof. It is bite-coupled with the guide rail 17 with mounting.

The carrier 18 is provided with a guide rail 17 on the toilet seat 1 so as to be engaged with the motor 18a which can be controlled wirelessly by the control unit 16 and the pinion 18b fixed to the electric shaft of the motor 18a. The rack 18c is provided at regular intervals, and the slider 18d slides along the guide rail 17 by driving the motor 18a.

Here, the motor 18a may be a DC servo motor in which the voltage input according to the control signal of the control unit 16 is changed to a rotation angle to quickly stop and invert the operation, or a step motor rotating by a predetermined angle. It is also possible to employ a geared motor including a speed reducer to reduce the rotational speed so as to output the force required for driving.

In addition, the carrier 18 may be formed of a pneumatic rodless cylinder structure that moves along the guide rail 19 by using magnetic force and pneumatic force of the permanent magnet.

The electric actuator 19 is to move the camera 12 toward the user's urine during shooting of the user's urine, and to move the camera 12 to the inside of the toilet seat 1 after use. ) Is mounted on the carrier 18 while being mounted.

In this case, the electric actuator 19 may be configured as an electric cylinder structure that expands and contracts by converting a rotational motion into a linear motion when the motor 19 is operated according to the opening and closing of the switch of the controller 16.

For example, it may be applied by adopting a structure in which the rotational motion of the servo motor is converted into linear motion by engaging the servo motor with a gear driving method such as a rack and pinion, such as a lead screw.

In addition, when the control unit 16 transmits a control signal to a drive source such as a compressor, and operates a cylinder (push loader, piston, or plunger) by hydraulic pressure or pneumatic pressure, an actuator such as a conventional hydraulic motor or hydraulic cylinder having a structure of moving forward or backward Apparatus and apparatus for converting energy and control signals into mechanical work may be adopted, or hydraulic or pneumatic solenoid valves for converting the direction of movement by the force applied by the hydraulic (pneumatic) pump may be adopted. .

The image analyzing apparatus 20 receives the feces image information from the image information generating apparatus 10 and stores the information analyzing the health state of the user in a predetermined method and transmits the information to the user terminal 30 or the server of the attending physician through a wireless communication network. do.

In addition, the image analyzing apparatus 20 generates a finding and diagnosis of a medical staff analyzing the health state of the user corresponding to the characteristic of the fecal image information of the user with reference to the database 25 and transmits the diagnosis to the user terminal 30.

In addition, the image analyzing apparatus 20 refers to the database 25 according to the color, turbidity, bleeding, shape, and amount of the stool image information of the user to determine the health state of the user corresponding to the characteristics of the stool image information of the user Analyze

For example, the shape, amount, color, bleeding, and presence of parasites may be determined by analyzing pixel color of the urine image information and the number or position of specific color pixels.

The image analyzing apparatus 20 analyzes the urine image information transmitted from the image information generating apparatus 10 to generate and display current analysis data, and the past, which is a result of analyzing the present analysis data and the urine urine image information that the user has performed in the past. The health data history information may be generated in a graph format by comparing the analysis data, and may be transmitted to the user terminal 30 to display it.

Here, the image analysis apparatus 20 may be configured to allocate and manage individual IDs for each user when there are several users.

The image analyzing apparatus 20 may analyze the undigested food in the urine stool image information, and the first analyzer 21 for analyzing at least one of color, turbidity, bleeding, form, and amount in the stool image information. The second analysis unit 22, the third analysis unit 23 for analyzing the presence or absence of parasites or parasites larvae, larvae, cysts in the feces image information, and the database 25 to refer to the user's urine Remarks information generation unit 24 for generating findings and diagnosis data of the medical staff analyzing the health status of the user corresponding to the characteristic and the image information generating device 10 through the home network, and the user terminal 30 such as a smartphone And a processing unit 27 for storing and managing the feces image information transmitted from the communication unit 26 and the image information generating apparatus 10 and its analysis data for wireless communication with the wireless communication device.

The first analyzer 21 may identify the shape and color of the urine by distinguishing pixels of a specific color from the urine image information, and may diagnose the health state of the user based on the urine.

For example, normal feces are yellow-yellowish-brown due to urobilin, but when diarrhea is severe, bilirubin is excreted and is yellow-yellow-green.

In addition, the upper gastrointestinal bleeding due to stomach, duodenal ulcers, etc. are black, anal bleeding due to colitis, hemorrhoids, etc. is red, and grayish white when obstructive jaundice is present. In case of disease it is light brown.

At this time, if the findings information generation unit 24 determines that the stool is gray, it is processed so that the health status information "there is suspected biliary atresia, please check with a specialist" displayed on the user terminal 30, the user Health status information is stored in the database 25.

Meanwhile, the hardness or shape of the stool may be confirmed from the position of the pixel representing the specific color in the stool image information.

For example, the cirrhosis may distribute pixels within a narrow range, and the soft side may distribute pixels within a wider range.

In addition, a specific color (red) for checking the bleeding may be set in advance.

In addition, the first analysis unit 21 may check the amount of feces based on the area occupied by a specific color in the feces image information based on the average one-time variance (200-300 g) of an adult, and based on the health of the user Diagnose the condition.

For example, if the amount of feces is very small, it may be determined that the user's health is bad due to stool.

In addition, the first analyzer 21 may diagnose a health state of the user based on the form of the stool.

For example, if the stool is 2cm thick and 12-15cm long, it is healthy, and if its shape is muted like noodles, the body is weakened, and if it is diarrhea, there may be a lump in the large intestine.

At this time, if the findings information generation unit 24 determines that the thickness of the feces is 2cm and the length is 13cm, the health state information "You are in a very healthy state" is processed to be displayed on the user terminal 30, the user Health status information is stored in the database 25.

On the other hand, the first analysis unit 21 may diagnose the health state of the user based on the color of the urine.

For example, if the urine is yellow, there may be a problem with the liver or biliary tract, and if it is cloudy, it may be nephritis or cystitis, and if it is red, urinary stones may be determined.

At this time, if the findings information generation unit 24 judges that the urine is yellow, "Health, there may be abnormalities in the biliary tract, please receive a specialist's examination." The health state information of the user is stored in the database 25.

The second analyzer 22 may analyze the undigested food by distinguishing pixels of a specific color according to the nutritional component from the fecal image information. In other words, if feces contain keratin, fiber, elastic fibers, bones, etc. that are indigestible and insoluble, or if there is a digestive absorption disorder, various foods are discharged as they are and have a large amount of fat. .

The third analysis unit 23, if there are parasites or parasites larvae, larvae, cysts, etc. in the stool, most of the stool image information shows a specific color (white or grey), so distinguish the parasites or parasites worms, larva, The presence of cysts can be analyzed.

The finding information generation unit 24 performs a function of generating the finding information of the medical staff for the current analysis of the urine fecal state with reference to the database 25 in which the finding information of the medical staff corresponding to the fecal image information is stored.

That is, the health information of the user can be checked by transmitting and displaying the findings of the medical staff to the user terminal 30, and the user can be determined by inquiring whether or not additional inspection is necessary.

The communication unit 26 is for wireless communication with the user terminal 30 such as a home network or a smart phone, and an image information generating device using a wireless communication means such as a wireless internet network, Bluetooth, or Zigbee. Receives the toilet information information transmitted through the home network in 10, and transmits the data processed by the finding information generator 24 of the image analysis device 20 to the user terminal (30).

The processor 27 stores the fecal image information transmitted from the image information generating apparatus 10, and stores and manages the result data of analyzing the fecal image information.

In addition, the processor 27 may generate identification information for identifying a user, allocate the same to each user, and store the same in an internal memory.

Here, the memory is a hard disk drive (Hard Disk Drive), SSD drive (Solid State Drive), flash memory (Flash Memory), CF card (Compact Flash Card), SD card (Secure Digital Card), SM card (Smart Media Card) , MMC card (Multi-Media Card) or a memory stick (Memory Stick) may be embedded as a module that can input and output information, or may be provided as a separate device.

The user terminal 30 receives and displays a result of analyzing the urine image information from the image analyzing apparatus 20, and may be a mobile device capable of wireless communication such as a smartphone or a tablet PC.

The user terminal 30 may be connected to perform data transmission and reception with the image analysis apparatus 20 through a wireless module such as Wi-Fi, Bluetooth, Zigbee or NFC.

For example, when the user terminal 30 is located indoors, a 1: 1 communication connection with the image analysis apparatus 20 may be made through Wi-Fi, Bluetooth, or Zigbee, and an app. You can receive the result of analysis of the stool video information and display it on the app screen.

Here, the connection and synchronization between the image analysis device 20 and the user terminal 30 may be made through an account used by the user or through a separate membership.

Referring to the main operation and operation principle of the health status monitoring system according to an embodiment of the present invention configured as described above are as follows.

First, when the user sits on the toilet seat 1 to see the toilet, the sensor 11 of the image information generating apparatus detects the signal and sends a signal for operation to the controller 16, according to the control signal of the controller 16. The electric actuator 19 extends, and the carrier 18 moves with the driving force of the motor 18a to gradually move along the guide rail 17.

At the same time, the camera 12 captures the urine discharged by the user to obtain the image information, and stores it in a memory (compressed) and transmits it to the image analysis device 20 through the communication module and the home network.

That is, the camera 12 transmits the image information obtained by photographing while rotating around the small urine discharged by the user according to the guide rail 17 mounted on the toilet seat 1 to the image analyzing apparatus 20.

Subsequently, the image analysis device 20 analyzes the user's state of health using a predetermined method of the feces image information transmitted from the image information generating device 10, and transmits the analysis result data to the user terminal 30. The user terminal 30 displays the received data.

During this process, when the user finishes the toilet and gets out of the toilet seat 1 or goes out of the toilet, the load on the sensor 11 is naturally removed or the sensor 11 does not have a signal for detecting the human body. The control unit 16 sends a signal for returning to operation, whereby the electric actuator 19 contracts according to the control signal of the control unit 16, and at the same time the carrier 18 moves in the opposite direction by the driving force of the motor 18a. It moves and returns to its original position along the guide rail 17.

Accordingly, the camera 12 may acquire image information of the urine, which is photographed from various angles, and thus may analyze the minute details such as color change more efficiently to accurately check the health state of the user.

On the other hand, the present invention is not limited by the above-described embodiment and the accompanying drawings, and various modifications and applications that are not illustrated in the scope not departing from the technical spirit of the present invention, as well as of each component It is apparent to those skilled in the art that the present invention may be widely applied by changing to other embodiments equivalent to substitution.

Therefore, the contents related to the modification and application of the technical features of the present invention should be construed as being included in the technical spirit and scope of the present invention.

10: image information generating device 11: sensor
12: camera 13: flash
14: memory 15: communication module
16: control unit 17: guide rail
18: carrier 19: electric actuator
20: image analysis device 21: first analysis unit
22: second analysis unit 23: third analysis unit
24: Finding information generation unit 25: Database
26: communication unit 27: processing unit
30: user terminal

Claims (4)

It is installed on the toilet seat, the image information generating device 10 for storing and transmitting the image information obtained by photographing the feces discharged by the user when detecting the user's seating, and the feces image information from the image information generating device 10 And a user terminal 30 for receiving and displaying analysis results of feces image information from the image analyzing apparatus 20 and analyzing the health state of the user by a predetermined method.
The image information generating device 10,
A sensor 11 for detecting whether a user is seated, a camera 12 for capturing a user's urine, and a camera 12 for acquiring an image, and at the same time as the camera 12 operates, irradiate light toward the user's urine for a constant illumination environment. A flash 13 to hold, a memory 14 storing an image obtained by capturing a user's urine, a communication module 15 for communication with the image analyzing apparatus 20, and a urine captured by the camera 12 The control unit 16 and the toilet seat 1 to control to store the image in the memory 14, and to transmit the toilet information information stored in the memory 14 to the image analysis device 20 through the communication module 15, The guide rail 17 is mounted to guide the movement of the carrier 18 on which the camera 12 is mounted on the bottom surface thereof, and the guide rail 17 is driven by the driving force of the motor 18a by the control of the control unit 16. Mounted on the carrier 18 and the carrier 18 moving along the An electric actuator 19 for moving the camera 12 toward the urine of the user or moving inward of the toilet seat 1 by the stretching and contracting action under control;
The carrier 18,
The control unit 16 is spaced along the guide rails 17 at the toilet seat 1 so as to mesh with the motor 18a which can be controlled wirelessly and the pinion 18b fixed to the transmission shaft of the motor 18a. A rack 18c provided and a slider 18d sliding along the guide rail 17 by driving the motor 18a;
The image analysis device 20,
While referring to the database 25 generates the findings and diagnosis of the medical staff analyzing the user's health status corresponding to the characteristics of the user's urine image information and transmits to the user terminal 30, color or turbidity in the user's urine image information Health status monitoring system using feces analysis to analyze the health status of the user corresponding to the characteristics of the fecal image information of the user according to the degree, bleeding, shape, amount.
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