WO2017054133A1 - Intelligent toilet and intelligent health detection system thereof - Google Patents

Abstract

Disclosed are an intelligent toilet and an intelligent health detection system thereof, wherein the intelligent toilet comprises a toilet body (1) and a water tank (2); the toilet body (1) is respectively arranged with a urine sampling and flushing groove (11) and a stool sampling and flushing groove (12) respectively used for collecting urine and stools; the urine and stools are respectively collected, thus contributing to the sampling; and on the bottom of both the urine sampling and flushing groove (11) and the stool sampling and flushing groove (12) a siphon draining pipeline is arranged. In addition, an intelligent imaging detection microscope (3) can transmit all the image information, after the sample reacts with the test paper or the reagent, the sensor information and human-computer interaction information to the system service platform of the intelligent health detection system, and provides same to a doctor for remote analysis. The intelligent toilet solves the technical problems of inconvenient sampling and detection for urine and stools, and at the same time, saves users from the inconvenience of going to a hospital and queuing.

Description

 Intelligent toilet and health intelligent detection system thereof

Technical field

 The present invention relates to the field of toilet technology.

 Background technique

 [0002] A healthy body is a prerequisite for a person's work and a happy life. However, in the current people's living habits, it is basically after the illness to go to the hospital for examination and treatment. Many patients are prone to late physiotherapy because of the late detection of the disease, and it is best to delay treatment. Because the detection of the body is basically going to the hospital for medical examination, the habit of most people is that in normal daily life, they basically do not take the initiative to go to the hospital to detect the body, which delays the best treatment. The urine and urine test is a common test method for checking the health of the human body and screening for diseases. People need to check the urine and urine. The blood test can only go to the hospital, and the detection of the toilet can only be sampled by the user in the ordinary toilet. Then, it is handed over to the medical staff for testing and analysis. There is inconvenience in sampling operation, and the testing process is troublesome. It is also a waste of money to go to the hospital for queuing. In addition, the existing toilets have only one flushing groove, and urination and stool can not be collected separately, which is not conducive to detecting sputum sampling.

 technical problem

 [0003] In summary, the main object of the present invention is to solve the inconvenience of toilet sampling and detection, and to provide a smart toilet and a health intelligent detection system thereof.

 Problem solution

 Technical solution

 [0004] In order to solve the technical problem of the present invention, the technical solution adopted is as follows: A smart toilet includes a toilet body and a water tank, and the toilet body is provided with a urine sampling sample for collecting urine and stool respectively. Slotting and stool sampling and grooving; urinal sampling and grooving grooves and stool sampling groove are provided with a siphon discharge pipe.

 [0005] The toilet body is provided with an intelligent imaging inspection microscope, and a sampling mechanism for sampling from the urinary sampling punching groove and the stool sampling punching groove to the intelligent imaging detecting microscope.

[0006] The intelligent imaging inspection microscope includes a frame, a head and a detection table disposed on the frame; a microscope module, an image acquisition module disposed above the microscope module, and a wireless communication module for outputting image information collected by the image acquisition module; the wireless communication module is further connected with a user identification module; The detection station is disposed under the microscope module; the machine head and/or the inspection table and the frame are movably connected by an up-and-down lifting adjustment mechanism.

 [0007] The inspection station includes an automatic or manual level adjustment mechanism.

 [0008] A ring lamp is disposed under the microscope module, and a bottom lamp and a violet germicidal lamp are disposed on the detecting platform.

[0009] The sampling mechanism includes a urinal sampling mechanism and a stool sampling mechanism; the urinal sampling mechanism includes a first telescopic rod disposed horizontally, and a second telescopic rod is vertically connected to the front end of the first telescopic rod, and the second telescopic rod is vertically connected The front end is provided with a urinary sampling head, and the tail end of the first telescopic rod is further provided with a first swing arm mechanism for driving the rotation thereof so that the urinal sampling head swings up to the detection table; the stool sampling mechanism includes a horizontal setting a third telescopic rod, a fourth telescopic rod is vertically connected to the front end of the third telescopic rod, and a stool sampling head is arranged at the front end of the fourth telescopic rod, and a tail end of the third telescopic rod is further provided with a driving rotation thereof, so that the stool sampling head is swung up to the detection a second swing arm mechanism above the table; and a sampling head cleaning tank corresponding to the urinal sampling head and the stool sampling head respectively disposed on the toilet body.

 [0010] The water tank is connected to a high-pressure water pump via a pipeline, and a clean disinfectant storage tank is installed on the side wall of the water tank; the outlet of the high-pressure water pump and the cleaning disinfectant storage tank is connected with a flushing groove for the urine sampling, and a sampling slot for the stool sampling. Flushing and rinsing flushing water for flushing and sampling head cleaning tanks.

 [0011] The toilet body is provided with a violet germicidal lamp.

 [0012] The wireless communication module is connected with a quantum weak magnetic resonance analyzer, and the quantum weak magnetic resonance analyzer is connected with a quantum weakly placed in a urinary sampling and grooving groove, a stool sampling and arranging groove, and a top position of the intelligent imaging detection microscope. Magnetic resonance sensor; In order to supplement the detection function, in the process of specific implementation, the micro-electric sensor supplement detection effect may also be added; the intelligent imaging detection microscope is provided with a protective cover that is slidably mounted up and down; the intelligent imaging detection microscope The air outlet of the chassis is provided with a cooling fan, an electrostatic dust removal net and a dehumidification net.

[0013] A smart toilet health intelligent detection system, characterized in that the system comprises the above-mentioned smart toilet, a system service platform wirelessly connected with the smart toilet, and an intelligent mobile terminal connected to the system service platform via the Internet. And a management terminal and a medical service terminal connected to the system service platform through the Internet respectively; [0014] a smart toilet, configured to wirelessly transmit image information of the detection result, sensor information, human-computer interaction information and user identity information to the smart terminal or directly to the system service platform;

[0015] an intelligent terminal, configured to provide a user with a registration application to the system service platform, send the received image information, sensor information, and human-computer interaction information to the system service platform, and receive information fed back by the system service platform;

 [0016] a system service platform for managing user information, storing, and intelligently analyzing image information uploaded by the smart terminal

, sensor information and human-computer interaction information;

[0017] The management terminal is configured to manage the maintenance system service platform; the toilet program is upgraded, and the user intelligent terminal is served.

 [0018] The medical service terminal is configured to download image information, sensor information and human-computer interaction information uploaded by the intelligent terminal from the system service platform, provide diagnostic analysis for the medical staff, and upload the diagnosis analysis result to the system service platform, and the system service The platform feeds back to the smart terminal or directly to the smart toilet.

 Advantageous effects of the invention

 Beneficial effect

 [0019] The urinal sampling punching groove and the stool sampling punching groove of the present invention respectively collect urine and stool to facilitate sampling; in addition, the intelligent imaging detecting microscope can image information and sensor information after reacting the sample with the test paper or reagent and The human-computer interaction information is transmitted to the system service platform, and the intelligent information matching analysis is performed by the server. The system service platform sends the information of the intelligent matching analysis to the intelligent terminal, and the intelligent terminal can supplement the information and then transmit the information to the server, and the analysis result is For the doctor to remotely download and analyze through the medical service terminal, eliminating the inconvenience of the user running the hospital to queue, the detection is convenient.

 Brief description of the drawing

 DRAWINGS

 1 is a schematic diagram of a basic structure of the present invention;

 2 is a schematic side view showing a structure of an intelligent imaging detection microscope according to the present invention;

 [0022] FIG. 3 is a schematic diagram showing the structure of a front view of an intelligent imaging detection microscope according to the present invention;

 4 is a schematic cross-sectional structural view of the present invention;

 Figure 5 is a top plan view of the present invention;

6 is a schematic structural view of an intelligent imaging detecting microscope of the present invention; 7 is a schematic structural view of a protective cover closed 吋 of the intelligent imaging detecting microscope of the present invention;

8 is a block diagram showing the structural principle of the smart toilet health detecting system of the present invention.

 BEST MODE FOR CARRYING OUT THE INVENTION

 BEST MODE FOR CARRYING OUT THE INVENTION

 [0028] The structure of the present invention will be further described below in conjunction with the drawings and preferred embodiments of the present invention.

 [0029] Referring to FIG. 1, the present invention includes a toilet body 1 and a water tank 2, and the toilet body 1 is provided with a urine sampling and discharging groove 11 for collecting urine and stool, and a stool sampling and discharging groove. 12; The squat sampling flushing groove 11 and the bottom of the stool sampling flushing groove 12 are provided with a siphon discharge pipe 111, 112, and the two siphon discharge pipes 111, 112 are finally collected and discharged to the outside of the toilet body 1.

 [0030] Referring to FIG. 1 and FIG. 2, in order to realize that the user can perform toilet and urine detection at home, the toilet body 1 is provided with an intelligent imaging detecting microscope 3 and for sampling the flushing groove 11 and stool from the urine. The sampling flushing groove 12 is sampled to the sampling mechanism 4 in the intelligent imaging inspection microscope 3.

[0031] The intelligent imaging inspection microscope 3 includes a frame 31, a head 32 and a detection table 33 provided on the frame 31. The head 32 includes a microscope module 321 , an image acquisition module 322 disposed above the microscope module 321 , and image information for collecting the image data collected by the image acquisition module 322 , user data identity information, sensor information, and human-computer interaction information. The wireless communication module 323; the wireless communication module 323 is further connected with a user identification module, and the user identification module can be a fingerprint identification module, a voice recognition module, a smart card identification module, a human face recognition module or a key input module; The group 321 is mainly used for optical image enlargement, the image acquisition module 322 is used for photoelectric conversion, and the microscope module 321 is image-converted into an electrical signal output. The image acquisition module 322 is, for example, a CCD; the wireless communication module 323 can be a Bluetooth module or a WIF I. Module. The test stand 33 is disposed under the microscope module 321 for placing a test strip, a kit or a slide for detecting a sample, and the test strip, the kit or the slide can be automatically supplied by manual placement or motor drive. In order to facilitate the placement of the sample and to facilitate the focusing of the microscope module 321 , the head 32 and/or the detection table 3 ₃ and the frame 31 are movably connected by an up-and-down lifting adjustment mechanism; preferably: the head 2 and the detecting station 33 Both can be adjusted up and down. The detection station 33 includes an automatic or manual level adjustment mechanism, so that the microscope module 321 can move the sample horizontally to the left, right, front, and back after detecting the flaw. In order to improve the imaging quality of the microscope module 321 , a ring lamp 324 is disposed under the microscope module 321 , and a bottom lamp is disposed on the detecting platform 33 . In order to sterilize the detecting table 33 before and after each detection, the detecting station 33 also It has a violet germicidal lamp.

 [0032] In a specific application process, the intelligent imaging inspection microscope 3 can be used separately from the toilet body 1, and is also convenient to replace or separately sent for maintenance.

 [0033] The sampling mechanism 4 includes a urine sampling mechanism 41 and a stool sampling mechanism 42. The urine sampling mechanism 41 includes a first telescopic rod 411 disposed horizontally, and a front end of the first telescopic rod 411 is vertically connected with a second telescopic rod. The rod 412 has a urinary sampling head 413 at the front end of the second telescopic rod 412. The tail end of the first telescopic rod 411 is further provided with a first swing arm mechanism for driving the rotation thereof so that the urinal sampling head 413 swings up above the detecting table 33. The stool sampling mechanism 42 includes a third telescopic rod 421 disposed horizontally. The front end of the third telescopic rod 421 is vertically connected with a fourth telescopic rod 422. The front end of the fourth telescopic rod 422 is provided with a stool sampling head 423, and a third telescopic rod. The tail end of 42 1 is further provided with a second swing arm mechanism for driving the rotation of the stool sampling head 423 up to the detection table 22; and the toilet body 1 is further provided with a urine sampling head 413 and a stool sampling head 423, respectively. Corresponding sampling head cleaning tank 43.

 [0034] The urination sampling mechanism 41 and the stool sampling mechanism 42 operate substantially the same, and the urination sampling mechanism 41 operates. As shown in FIGS. 3 and 4, the urinal sampling mechanism 41 is initially hidden in the space below the water tank 2, and needs to be sampled.第一, the first telescopic rod 411 protrudes forwardly under the action of the motor, pushes the second telescopic rod 412 to the top of the urination sampling and grooving groove 11, the first telescopic rod 411 rotates by 90 degrees, and swings the second telescopic rod 412 Downward, the second telescopic rod 412 protrudes downward, and the urination sampling head 413 samples in the urinal sampling punching groove 11, as shown in FIG. 2; then the second telescopic rod 412 is retracted to an appropriate length, and the first telescopic The rod 411 is rotated in the reverse direction, and the urination sampling head 413 is placed on the detection table 33 to be staked. Finally, the urination sampling head 413 is moved to the sampling head cleaning tank 4 3 to be cleaned and returned to the initial state shown in FIG.

[0035] Referring to FIG. 3 and FIG. 4, in order to ensure the cleanliness of the toilet body 1, the water tank 2 is connected to the high-pressure water pump 5 via a pipeline, and the side wall of the water tank 2 is also provided with a cleaning and disinfecting liquid storage tank 6; A flushing water pipe 51 for flushing and disinfecting the urination sampling flushing tank 11, the stool sampling flushing tank 12 flushing, and the sampling head washing tank 43 is connected to the outlet of the cleaning disinfectant storage tank 6. The flushing water pipe 51 is provided with a flushing port for flushing the urine sampling slot 11 and the stool sampling flushing slot 12, and the cleaning and disinfecting liquid is also discharged through the same flushing port; the high-pressure water jet which can be ejected from the flushing port before the stool sampling Sampling after flushing the stool; during the cleaning process, it can be washed and cleaned several times to ensure the cleanliness of the toilet body 1. In order to further ensure the cleanliness of the toilet body 1, referring to FIG. 2, the inner side of the toilet body 1 is provided with a violet germicidal lamp 13. [0036] In order to enable the present invention to have a comprehensive detection function, the wireless communication module 323 is connected to a quantum weak magnetic resonance analyzer, and the quantum weak magnetic resonance analyzer is an existing medical detection instrument through a quantum weak magnetic resonance sensor. The frequency and energy of the weak magnetic field of the human body are collected. After being amplified by the instrument and processed by the computer, compared with the standard quantum resonance spectrum of the disease and nutrition indicators set inside the instrument, the analysis of the waveform of the sample by the Fourier analysis method becomes confused. According to the results of waveform analysis, the health status and main problems of the testee are analyzed and judged, and the recommendations for prevention and treatment are proposed. Mainly detect human gastrointestinal function, liver function, cardiovascular, bone density, rheumatism, basic constitution, human toxins, vitamins, minerals, gynecology, prostate, male function, pancreatic function, lung function, human immunity, kidney function, anemia A total of 24 testing items for function, obesity testing, cosmetic testing, endocrine testing, allergy testing, blood glucose, bone disease, and biliary gynecology. The quantum weak magnetic resonance analyzer is connected to a quantum weak magnetic resonance sensor 7 placed at the top position of the urine sampling and sampling groove 11, the stool sampling and discharging groove 12, and the intelligent imaging detecting microscope 3, respectively. In order to supplement the detection function, in the process of specific implementation, the micro-electric sensor supplement detection effect can also be added, and the intelligent imaging detection microscope 3 can also perform blood related detection manually or automatically.

 [0037] Referring to FIG. 6 and FIG. 7, the intelligent imaging detecting microscope 3 is provided with a protective cover 35 that is slidably mounted up and down; as shown in FIG. 2, the chassis of the intelligent imaging detecting microscope 3 is A cooling fan 36, an electrostatic precipitator net 37, and a dehumidifying net 38 are disposed in the air outlet. In order to facilitate local manual operation, a display operation module 39 is provided on the top of the intelligent imaging inspection microscope 3.

 [0038] Referring to FIG. 8, the smart toilet health intelligent detection system of the present invention includes the smart toilet described above, an intelligent mobile terminal that is wirelessly connected to the smart toilet, and a system service connected to the smart mobile terminal through the Internet. a platform, and a management terminal and a medical service terminal respectively connected to the system service platform via the Internet;

 [0039] a smart toilet, configured to wirelessly transmit image information of the detection result, user data identity information, sensor information, and human interaction information to the system service platform or the smart terminal for direct transmission;

[0040] an intelligent terminal, configured to provide a user with a registration application to the system service platform, send the received image information, sensor information, and human-computer interaction information to the system service platform, and receive information fed back by the system service platform; The terminal can be an existing mobile phone or tablet;

[0041] a system service platform, configured to manage user information, store and analyze images, sensor information, and human-computer interaction information uploaded by the smart terminal; [0042] a management terminal, configured to manage a maintenance system service platform; upgrade the toilet program, and serve the user intelligent terminal;

 [0043] a medical service terminal, configured to download image information, sensor information, and human-computer interaction information uploaded by the smart terminal from the system service platform, provide diagnostic analysis for the medical staff, and upload the diagnosis analysis result to the system service platform, and the system service platform Feedback to the smart terminal or direct feedback to the smart toilet.

Claims

Claim The utility model relates to a smart toilet, which comprises a toilet body and a water tank, characterized in that: the toilet body is provided with a urinal sampling punching groove and a stool sampling and arranging groove for collecting urine and stool respectively; A siphon discharge pipe is provided at the bottom of the trough sampling flushing trough. A smart toilet according to claim 1, wherein: the toilet body is provided with an intelligent imaging inspection microscope and is used for sampling from a urine sampling slot and a stool sampling slot to an intelligent imaging detection microscope. Sampling mechanism. A smart toilet according to claim 2, wherein: the intelligent imaging inspection microscope comprises a frame, a head and a detection table disposed on the frame; the machine head includes a microscope module, and is disposed on the An image acquisition module above the microscope module, and a wireless communication module for outputting image information collected by the image acquisition module; the wireless communication module is further connected with a user identification module; the detection platform is disposed in the microscope module Below; the head and/or the test stand and the frame are movably connected by an up and down lift adjustment mechanism. A smart toilet according to claim 3, wherein: said detection station includes an automatic or manual level adjustment mechanism. A smart toilet according to claim 3, wherein: a ring lamp is arranged below the microscope module, and a bottom lamp and a violet germicidal lamp are arranged on the test stand. A smart toilet according to claim 3, wherein: said sampling mechanism comprises a urine sampling mechanism and a stool sampling mechanism; said urine sampling mechanism comprises a horizontally disposed first telescopic rod, a first telescopic rod The front end is vertically connected with a second telescopic rod, and the front end of the second telescopic rod is provided with a urinary sampling head, and the tail end of the first telescopic rod is further provided with a first swing arm mechanism for driving the rotation thereof so that the urinal sampling head swings up to the detection table. The stool sampling mechanism comprises a third telescopic rod arranged horizontally, a fourth telescopic rod is vertically connected to the front end of the third telescopic rod, a stool sampling head is arranged at the front end of the fourth telescopic rod, and a tail end of the third telescopic rod is further provided. a second swing arm mechanism that drives the rotation to cause the stool sampling head to swing up to the detection table; and a sampling head cleaning tank corresponding to the urine sampling head and the stool sampling head respectively is disposed on the toilet body [Claim 7] A smart toilet according to claim 6, wherein: the water tank is connected to a high-pressure water pump via a pipeline, and a clean disinfectant storage tank is installed on a side wall of the water tank; a high-pressure water pump and a cleaning disinfectant storage The outlet of the tank is connected with a flushing water pipe for sampling the urination flushing tank, flushing the stool sampling flushing tank, and flushing and disinfecting the sampling head washing tank.  [Claim 8] A smart toilet according to claim 1, wherein: the interior of the toilet body is provided with a violet germicidal lamp.  [Claim 9] A smart toilet according to claim 3, wherein: the wireless communication module is connected to a quantum weak magnetic resonance analyzer, and the quantum weak magnetic resonance analyzer is connected to a urine sampler a quantum weak magnetic resonance sensor for arranging the trough, the stool sampling and the top position of the intelligent imaging inspection microscope; the intelligent imaging detection microscope is provided with a protective cover for sliding up and down; the intelligent imaging detection microscope is provided for the chassis The air outlet is provided with a cooling fan, an electrostatic dust removal net and a dehumidification net; the wireless communication module is also connected with a micro-electric sensor.  [Claim 10] A smart toilet health intelligent detection system, characterized in that the system includes the smart toilet according to any one of claims 1 to 9, and an intelligent mobile terminal wirelessly connected to the smart toilet a system service platform for connecting the Internet to the smart mobile terminal, and a management terminal and a medical service terminal respectively connected to the system service platform via the Internet; a smart toilet, image information for detecting the result, user data identity information and human-computer interaction information, The sensor information is wirelessly transmitted to the intelligent terminal or directly transmitted to the system service platform intelligent terminal, and is used for providing the user with a registration application to the system service platform, transmitting the received image information to the system service platform, and receiving the feedback from the system service platform. Information  a system service platform for managing user information, storing image information uploaded by the intelligent terminal; a management terminal for managing the maintenance system service platform;  The medical service terminal is configured to download images, human-computer interaction information and sensor information uploaded by the intelligent terminal from the system service platform, provide diagnostic analysis for the medical staff, and upload the diagnosis analysis result to the system service platform, and feedback from the system service platform to the intelligent system The terminal or direct feedback to the smart toilet.