CN205975863U - Realize intelligent closestool of urodynamic detection - Google Patents

Abstract

The utility model discloses an intelligent toilet for realizing urodynamic detection; it comprises a toilet seat main body and a toilet cover main body, a urodynamic detection device, an environmental monitoring device, a human body identification device, a cleaning device, a health monitoring device, and an intelligent control device , client application software and data analysis server. The urodynamic detection device is used to monitor and record urodynamic parameters such as human urination volume, urination time, and urinary flow rate. The human body recognition transposition is used for user identification. The transmission server performs data analysis, and external electronic devices such as mobile phones and tablet computers can view the data in real time. The smart toilet and the health monitoring system of the utility model can realize the detection of human body urodynamic parameters, realize real-time health monitoring through the connection between the smart control device and the outside, and effectively promote the development of smart home technology.

Description

An intelligent toilet realizing urodynamic detection

technical field

The utility model patent relates to an intelligent toilet, in particular to an intelligent toilet realizing urodynamic detection.

Background technique

The traditional toilet only has the function of going to the toilet. With the development of the times and the advancement of science and technology, the functions of the toilet continue to increase. It has brought more convenience to human life, and at the same time opened up unlimited imagination space. With the improvement of people's living standards, people pay more and more attention to their health status, and various household health monitoring products are also emerging, and smart toilets have also added health monitoring functions. Patent published on November 5, 2014 with publication number CN104131607A and titled "Intelligent Toilet and Smart Medical Health Monitoring System Based on the Smart Toilet" and published on July 1, 2015 with publication number CN104746618A , and the patent titled "A microcomputer-controlled toilet for urine testing" all realize the collection and analysis of urine and the detection of human health status, but they are limited to the detection of urine samples.

Urodynamic examination includes a series of examination methods, and selects specific examination items for patients with different conditions to answer the questions about their storage period and voiding period. Commonly used urodynamic examination items include uroflowmetry, bladder filling phase volume-pressure measurement, pressure-flow rate measurement, and simultaneous pelvic floor electromyography. These examinations can meet the examination needs of most patients with voiding dysfunction. Urodynamic examination is also the gold standard for the diagnosis of vesicourethral dysfunction. Generally, the maximum urinary flow rate is greater than or equal to 20-25ml/s for men and 25-30ml/s for women. When the maximum urinary flow rate is less than or equal to 15ml/s, it is abnormal urination. Normal urine output is 1000-2000ml/24h, when <400ml/24h is oliguria, <100ml/24h is anuria, >2500ml/24h is polyuria. At present, the detection of urodynamics requires some special instruments and equipment. People who have testing requirements have to go to the hospital for testing. If the simplification and familyization of urodynamic detection can be realized, it will bring greater convenience to people's life.

The Internet of Things is a new technology that has emerged in recent years. It is based on information carriers such as the Internet and traditional telecommunication networks, allowing all ordinary physical objects that can be independently addressed to realize interconnection. Items are connected to the Internet through information sensing devices to realize intelligent identification and management. Through the Internet of Things technology, the network transmission of data can be realized.

Utility model content

The utility model utilizes detection technology, Internet of Things technology, computer technology, etc., and a detection device is provided in the utility model, combined with the toilet, an intelligent toilet and a health monitoring system for realizing urodynamic detection are proposed. In addition to functions, it can detect the maximum urine flow rate, urination volume, urination time, and urination frequency in urodynamic examination, and record the urination volume-schedule, urination frequency-schedule, so as to evaluate the health status of the human body.

The utility model is mainly realized through the following technical solutions:

An intelligent toilet that realizes urodynamic detection; it is characterized in that it includes a toilet seat body and a toilet lid body, a urodynamic detection device fixedly installed in the toilet, an environmental monitoring device fixedly installed in the toilet, and a The human body recognition device installed on the surrounding ground and on the toilet seat, the cleaning device fixedly installed in the toilet, the health monitoring device installed on the health monitoring platform, the intelligent control device fixedly installed on the main body of the toilet seat, and the client application software And data analysis server intelligent control device is connected with urodynamic detection device, environmental monitoring device, human body recognition device, cleaning device, health monitoring device through wires, and the health monitoring platform is connected with the toilet seat main body. and other rechargeable power supplies;

The urodynamic detection device is based on the principle of image acquisition, including one or more CMOS or CCD cameras, LED light source arrays, camera start switches, and image processors, wherein the cameras are installed and fixed in the toilet, and the LED light source arrays are distributed in the toilet and the toilet lid, the camera start switch is installed on the toilet lid, and the image processing controller is responsible for processing the collected images and sending the analyzed information to the intelligent control device;

The environment monitoring device includes a temperature sensor, a humidity sensor, and a brightness sensor;

The human body recognition device includes a face recognition device and a human body recognition sensor, the face recognition device can identify the identity of the user, and the human body recognition sensor can be composed of a pressure sensor array;

The face recognition device is installed on the toilet lid, and the pressure sensor array is laid on the ground around the toilet. When the user stands on the pressure sensor array, it can be used to detect the user's position relative to the toilet and measure the user's weight at the same time;

The cleaning device includes an ultraviolet sterilizing device and a draft elimination device;

Health monitoring devices include blood pressure monitoring sensors, heart rate monitoring sensors, body temperature monitoring sensors, blood oxygen monitoring sensors, blood sugar monitoring sensors;

The intelligent control device includes but is not limited to a microcontroller, a wired network transmission connector, a wireless network transmission connector, and a human-computer interaction device. The microcontroller controls a control center, and the network connector is connected to a server and is responsible for The transmitted data is processed by the server, and the human-computer interaction device is used for user-defined related parameters.

Therefore, the utility model has the following advantages: it can realize the detection of the maximum urine flow rate, urination volume, urination time, urination frequency, etc. in the urodynamic examination, and record the urination volume-schedule, urination frequency-schedule, so as to evaluate the human body State of health

Description of drawings

Fig. 1 is a schematic diagram of axonometric observation of the present utility model.

Fig. 2 is a side sectional view of the utility model.

detailed description

A specific embodiment will be introduced below.

In the figure: toilet seat main body 2, toilet lid main body 13, CMOS (CCD) camera 19, LED light source array 20, camera start switch 11, image processor 21, temperature sensor 16, humidity sensor 17, brightness sensor 18, face recognition Device 12, pressure sensor array 1, ultraviolet sterilizing device 23, draft elimination device 24, health monitoring platform 10, blood pressure monitoring sensor 4, heart rate monitoring sensor 5, body temperature monitoring sensor 6, blood oxygen monitoring sensor 7, blood sugar monitoring sensor 8, micro Controller 22 , wired network transmission connector 15 , wireless network transmission connector 14 , human-computer interaction device 3 , water inlet 26 , sewage channel 28 , power interface 27 , heating device 25 , and power switch 9 .

Taking the user to urinate as an example, when the user approaches the toilet, it is detected by the pressure sensor array 1 on the ground around the toilet, and the user's weight is measured through the pressure sensor array 1, prompting that someone is approaching the toilet, and the micro-controller 22 detects the person approaching the toilet. The signal is transmitted to the face recognition device 12, and the face recognition device 12 starts to work, identifies the user's identity, enters the user's personal account, and records the user's data during detection. When the user opens the toilet lid, the camera start switch 11 that controls the work of the CMOS (CCD) camera 19 is opened, and the CMOS (CCD) camera 19 starts to work. The image data is sent to the image processor 21, and the maximum urine flow rate, urination volume, urination time, etc. are calculated according to a certain image analysis algorithm. When the toilet lid is closed after urination, the image processor 21 transmits the analyzed user's urodynamic data to the microcontroller 22, and then uploads to the server through the wired network transmission connector 15 or the wireless network transmission connector 14, and the server can The daily, weekly and monthly maximum urine flow rate, urination volume, urination time, and urination frequency are counted and analyzed. While urinating, the user can put his hand on the health monitoring platform 10, through the heart rate monitoring sensor 5, body temperature monitoring sensor 6, blood pressure monitoring sensor 4, blood oxygen monitoring sensor 7, and blood sugar monitoring sensor 8 installed on it. Monitor the user's heart rate, body temperature, blood pressure, blood oxygen, blood sugar and other parameters, and upload the data to the server and client application software through the wired network transmission connector 15 or wireless network transmission connector 14. Users can view their personal health data and the preliminary disease diagnosis and health advice given by the server analysis through the client application installed in external electronic devices such as mobile phones and tablet computers. At the same time, the smart toilet monitors the environment in the toilet through the temperature sensor 16, humidity sensor 17, brightness sensor 18, etc. Before urinating, the user can set the appropriate temperature, humidity and brightness of the toilet through the human-computer interaction device 3, and the toilet is sterilized by ultraviolet light after urinating. The device 23 is automatically sterilized, and the peculiar smell is automatically removed by the draft elimination device 24 .

The above descriptions are only preferred embodiments of the utility model, and are not intended to limit the utility model. For those skilled in the art, the utility model can have various modifications and changes. Any modification, equivalent replacement, improvement, etc. made within the spirit and principles of the present utility model shall be included in the protection scope of the present utility model.

Claims (1)

1. An intelligent toilet for realizing urodynamic detection, characterized in that it comprises a toilet seat main body and a toilet lid main body, a urodynamic detection device fixedly installed in the toilet, an environmental monitoring device fixedly installed in the toilet, laying The human body recognition device installed on the ground around the toilet and on the toilet cover, the cleaning device fixedly installed in the toilet, the health monitoring device installed on the health monitoring platform, the intelligent control device fixedly installed on the main body of the toilet seat, the client Application software and data analysis server intelligent control device are connected with urodynamic detection device, environmental monitoring device, human body recognition device, cleaning device, and health monitoring device through wires, and the health monitoring platform is connected with the main body of the toilet seat. Rechargeable power supply; The urodynamic detection device is based on the principle of image acquisition, including one or more CMOS or CCD cameras, LED light source arrays, camera start switches, and image processors, wherein the cameras are installed and fixed in the toilet, and the LED light source arrays are distributed in the toilet and the toilet lid, the camera start switch is installed on the toilet lid, and the image processing controller is responsible for processing the collected images and sending the analyzed information to the intelligent control device; The environment monitoring device includes a temperature sensor, a humidity sensor, and a brightness sensor; The human body recognition device includes a face recognition device and a human body recognition sensor, the face recognition device can identify the identity of the user, and the human body recognition sensor can be composed of a pressure sensor array; The face recognition device is installed on the toilet lid, and the pressure sensor array is laid on the ground around the toilet. When the user stands on the pressure sensor array, it can be used to detect the user's position relative to the toilet and measure the user's weight at the same time; The cleaning device includes an ultraviolet sterilizing device and a draft elimination device; Health monitoring devices include blood pressure monitoring sensors, heart rate monitoring sensors, body temperature monitoring sensors, blood oxygen monitoring sensors, blood glucose monitoring sensors; The intelligent control device includes a microcontroller, a wired network transmission connector, a wireless network transmission connector, and a human-computer interaction device. The microcontroller controls a control center, and the network connector is connected to a server and is responsible for transmitting data for Server processing, the human-computer interaction device is used for user-defined related parameters.