WO2019109517A1 - Urine test method based on intelligent toilet - Google Patents

Abstract

Disclosed is a urine test method based on an intelligent toilet. The method comprises: acquiring identity information of a user (S10); establishing, according to the identity information of the user, a data record for the user in a test data table of a storage unit (207) (S20); when an infrared sensing unit (203) senses that there is a flow of urine, controlling a urine collection unit (204) so that same collects the urine of the user, controlling a test strip control unit (205) so that same pushes a test strip to a urine analysis unit (206), and controlling the urine analysis unit (206) so that same dropwise adds the collected urine to be tested to the test strip, and analyzes the urine so as to obtain a test result (S30, S40 and S50); and storing the test result in the test data table of the storage unit, and sending the identity information of the user and the corresponding test result to a clinical data center (S60). The present invention can ensure that data of different users is respectively stored in a storage unit (207) when a plurality of persons are subjected to a test.

Description

Urine detection method based on smart toilet Technical field

The invention relates to the field of home health care technology, and in particular to a urine detecting method based on a smart toilet.

Background technique

With the improvement of people's living standards, smart toilets are more and more popular among consumers. Currently, smart toilets generally have functions such as cleaning, heating and sterilization, but there are few health detection functions. As people's life is getting faster and faster, work pressure is getting bigger and bigger, and health problems are getting more and more attention. Regular physical examination can help people better understand their health. Most of the current health tests need to go to the hospital, social health or physical examination institutions, which is time-consuming and labor-intensive. In the prior art, there is a smart toilet that allows people to perform a self-test of the body. With the smart toilet, the user can perform self-test at any time in his home and obtain his or her physical condition through self-test data. However, the detection result obtained by the smart toilet detection in the prior art fails to establish a binding relationship with the identity of the user, which causes the data to be confused when the multi-person performs the detection, and cannot be applied to the public place.

technical problem

The main object of the present invention is to provide a urine detecting method based on a smart toilet, which aims to solve the problem that the detection result of the existing smart toilet detection fails to establish a binding relationship with the user's identity, which is easy to cause when many people perform the detection. Data is confusing and cannot be applied to technical issues in public places.

Technical solution

To achieve the above object, the present invention provides a urine detecting method based on a smart toilet, the smart toilet including a toilet body including a toilet seat, a toilet seat hinged to the toilet seat, and a water tank, the The urine detection method of the smart toilet includes the following steps:

Obtaining, by the identity identification unit, identity information of the user; establishing a data record for the user in the detection data table of the storage unit according to the identity information of the user, and starting the infrared sensing unit; when the infrared sensing unit senses urine When flowing, the urine collection unit is controlled to collect the urine of the user, and the collected urine is sent to the urine analysis unit; the test strip control unit pushes the test strip to the urine analysis unit; and the control urine analysis unit collects The urine drop to be tested is added to the test strip pushed by the test strip control unit and the urine to be tested is analyzed to obtain the detection result; the detection result is stored in the detection data table of the storage unit, and is passed through the communication unit. The identity information of the user and the corresponding detection result are sent to the clinical data center.

In a preferred embodiment, the identity recognition unit is disposed on one of the sides of the toilet seat, and the communication unit is disposed on one of the sides of the water tank.

In a preferred embodiment, the infrared sensing unit includes an infrared emitting module and an infrared receiving module. The infrared emitting module and the infrared receiving module are respectively disposed on two sides of the inner side of the toilet seat and at the same level.

As a preferred embodiment, the step of starting the infrared sensor unit includes:

Controlling the infrared transmitting module to cyclically send infrared light to the infrared receiving module;

The absorbed infrared light is received by the infrared receiving module.

In a preferred embodiment, the urine collecting unit is disposed at a position where the water tank is connected to the toilet seat, the water tank is provided with a groove, and the urine collecting unit is located in the groove when not activated, the toilet seat a perforation is disposed at a position corresponding to the groove, and the urine collecting unit protrudes from the perforation at startup; the urine collecting unit includes a rotating shaft and a urine temporary storage that can be rotated by the rotating shaft a vessel and a first drive motor coupled to the rotating shaft.

As a preferred embodiment, the step of controlling the urine collecting unit to collect the urine of the user and transferring the collected urine to the urine analyzing unit comprises:

Controlling the first driving motor to drive the rotating shaft to rotate the urine temporary storage vessel by a first predetermined angle, so that the urine temporary storage container is removed from the groove and moves through the perforation of the toilet seat to a position where the urine flows;

After the preset time, the first driving motor is driven to drive the rotating shaft to rotate the urine temporary storage vessel with the urine to a second predetermined angle, so that the urine temporary storage container is moved to the urine analyzing unit.

In a preferred embodiment, the test strip control unit includes a test strip, a lifting mechanism, a pushing mechanism, and a second driving motor that drives the lifting mechanism and the pushing mechanism, and the bottom of the test strip is provided for receiving a horizontal groove of the test strip, the pushing mechanism being disposed at one end of the horizontal groove.

As a preferred embodiment, the step of controlling the test strip control unit to push the test strip to the urine analysis unit comprises:

Controlling the second driving motor to drive the lifting mechanism to lift and lower to leak the lowermost test strip in the test paper tray into the horizontal slot;

The second drive motor drive pushing mechanism is controlled to push the test strip out of the horizontal slot and send it to the inspection station of the urine analysis unit.

In a preferred embodiment, the urine analysis unit includes a sample loading module, a detection station, a detection module, and a third drive motor that drives the movement of the sample application module.

In a preferred embodiment, the control urine analysis unit adds the urine droplets to be collected collected by the urine collection unit to the test strip pushed by the test strip control unit and analyzes the urine to be tested to obtain the detection result. include:

Controlling a third driving motor driving sample loading module to add a urine drop to be tested in the urine temporary storage vessel to the test strip;

The control detection module detects the test strip after the urine is dropped to obtain the test result.

Beneficial effect

Compared with the prior art, the smart toilet-based urine detecting method of the present invention adopts the above technical solution, and achieves the following technical effects: the identification unit obtains the detection result between the smart toilet detection and the user's identity information. Relationship, through the infrared sensing unit to automatically sense whether there is urine flowing, when there is urine flowing, the automatic control urine collecting unit collects the user's urine and sends the urine to the urine analysis unit to automatically control the test paper The strip control unit pushes the test strip to the urine analysis unit to obtain the test result. By implementing the present invention, it is possible to ensure that data of different users are stored in the storage unit when multiple people perform detection, and that each detection is accurate, convenient and fast. The smart toilet-based urine detecting method provided by the present invention can be applied to public places, such as hospitals, medical examination centers, social welfare, old-age care institutions, etc., and can also be applied to home places.

DRAWINGS

Figure 1 is a plan view of a preferred embodiment of the smart toilet of the present invention;

Figure 2 is a left side elevational view of the preferred embodiment of the smart toilet of the present invention;

3 is a schematic diagram of an internal electrical connection structure and a functional module of a preferred embodiment of the smart toilet of the present invention;

4 is a schematic flow chart of a preferred embodiment of a health detection method based on a smart toilet according to the present invention.

The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.

BEST MODE FOR CARRYING OUT THE INVENTION

The specific embodiments, structures, features and functions of the present invention are described in detail below with reference to the accompanying drawings and preferred embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

1 is a plan view of a preferred embodiment of a smart toilet of the present invention; FIG. 2 is a left side view of a preferred embodiment of the smart toilet of the present invention; and FIG. 3 is a view of a preferred embodiment of the smart toilet of the present invention. Schematic diagram of electrical connection structure.

The smart toilet-based urine detecting method 1 provided by the present invention includes a toilet body 10 including a toilet seat 101, a toilet seat 102 hinged on the toilet seat 101, and a water tank 103. The water tank 103 is integrated with the toilet seat 101. Forming, the smart toilet-based urine detecting method 1 further includes a urine detecting control device 20 that is provided in cooperation with the toilet seat 101 and the water tank 103, the urine detecting control device 20 being set including but not limited to The identification unit 201, the data processing unit 202, the infrared sensing unit 203, the urine collection unit 204, the test strip control unit 205, the urine analysis unit 206, the storage unit 207, and the communication unit 208. The identity recognition unit 201, the infrared sensing unit 203, the urine collection unit 204, the test strip control unit 205, the urine analysis unit 206, the storage unit 207, and the communication unit 208 are all electrically connected to the data processing unit 202. The data processing unit 202, the urine collection unit 204, the test strip control unit 205, and the urine analysis unit 206 are disposed inside the water tank 103 in cooperation. The identification unit 201 is disposed on one side of the toilet seat 101 to facilitate the user to obtain the identity information of the user. The infrared sensing unit 203 includes an infrared transmitting module 2031 and an infrared receiving module 2032. The infrared transmitting module 2031 and the infrared receiving module 2032 are electrically connected to the data processing unit 202. The infrared transmitting module 2031 and the infrared receiving module are respectively 2032 is respectively disposed on both sides of the inner side of the toilet seat 101 and at the same level. The height is selected to facilitate the user to sense whether the infrared sensor unit 203 senses whether the urine flows during the toilet. The communication unit 208 is disposed on one side of the outside of the water tank to facilitate network connection with the clinical data center through the wireless network.

The identity identifying unit 201 is configured to acquire identity information of the user, and send the identity information of the user to the data processing unit 202. The identity recognition unit 201 may be a fingerprint collector, a barcode scanner or a three-in-one card reader. When the identity recognition unit 201 is a fingerprint collector, the identity information of the user is determined by collecting the fingerprint of the user. When the identity recognition unit 201 is a barcode scanner, the identity information of the user is determined by reading the two-dimensional code on the user's urine checklist. When the identity recognition unit 201 is a three-in-one card reader, the identity information of the user is determined by reading information of the user ID card, the medical card or the social security card. After receiving the identity information of the user, the data processing unit 202 establishes a data record for the user in the detection data table of the storage unit 207 according to the identity information of the user, so as to store the detection result of the user, and activate the infrared sensing unit 203. .

The infrared sensing unit 203 is configured to sense whether there is urine flowing, and send the sensing result to the data processing unit 202. The data processing unit 202 controls the urine collecting unit 204 and the test strip control unit 205 according to the sensing result. jobs. Specifically, after the data processing unit 202 receives the identity information of the user, it indicates that the user needs to perform urine detection and is ready to collect urine. At this time, the data processing unit 202 controls the infrared emission module of the infrared sensing unit 203. 2031 cyclically transmits infrared light to the infrared receiving module 2032. The infrared receiving module 2032 receives the absorbed infrared light, and sends the absorbed infrared light to the data processing unit 202. The data processing unit 202 changes according to the absorbed infrared light. It is judged whether or not there is urine flowing. When the data processing unit 202 determines that urine is flowing, the urine collecting unit 204 and the test strip control unit 205 are activated. Otherwise, when the data processing unit 202 determines that there is no urine flowing, The urine collection unit 204 and the test strip control unit 205 are activated to operate.

The urine collection unit 204 is configured to collect urine of the user and deliver the collected urine to the urine analysis unit 206. The urine collecting unit 204 is disposed at a position where the water tank 103 is connected to the toilet seat 101. The water tank 103 is provided with a recess, and the urine collecting unit 204 is located in the recess when not activated. The toilet seat 101 is provided with a through hole 1011 at a position corresponding to the groove, and the urine collecting unit 204 protrudes from the through hole 1011 at the time of starting. The urine collecting unit 204 includes a rotating shaft 2041, a urine temporary storage vessel 2042 that can be driven to rotate by the rotating shaft 2041, and a first driving motor 2043 that is drivingly coupled to the rotating shaft 2041, the first driving motor 2043 and the data. Processing unit 202 is electrically coupled. When the infrared sensing unit 203 senses that there is urine flowing, the data processing unit 202 controls the first driving motor 2043 to drive the rotating shaft 2041 to rotate the urine temporary storage container 2042 by a first predetermined angle so that the urine temporary storage container 2042 is concave. The perforation 1011 removed from the trough and passing through the toilet seat moves to a position where the urine flows to collect urine, and controls the first driving motor 2043 to drive the rotating shaft 2041 to collect urine after a preset time (for example, 10 seconds). The liquid urine storage vessel 2042 is rotated a second predetermined angle to move the urine temporary storage vessel 2042 to the urine analysis unit 206. The first preset angle and the second preset angle are determined according to the set positions of the urine collecting unit 204 and the urine analyzing unit 206, respectively. The preset time may be set according to actual experience, and a preset volume (for example, 100 ml) of urine that meets the detection requirement may be collected within a preset time. In other embodiments, the urine temporary storage vessel 2042 is provided with a volumetric scale, and an infrared sensor is disposed at a predetermined volume (eg, 100 ml) to sense whether a predetermined volume of urine has been collected. The infrared sensor is electrically connected to the data processing unit 202. When the data processing unit 202 determines that the preset volume of urine has been collected in the urine temporary storage vessel 2042 by the infrared sensor, the first driving motor 2043 is controlled to drive the rotating shaft. 2041 Rotate the urine storage vessel 2042 in which the urine is collected to the urine analysis unit 206.

The test strip control unit 205 is configured to push the test strip to the urine analysis unit 206. The test strip control unit 205 includes a test strip 2051, an elevating mechanism 2052, a pushing mechanism 2053, and a second driving motor 2054 that drives the elevating mechanism 2052 and the pushing mechanism 2053. The second driving motor 2054 and the The data processing unit 202 is electrically connected. The bottom of the test paper cassette 2051 is provided with a horizontal slot 2055 for receiving the test strip, and the lifting mechanism 2052 is configured to control the test tray 2051 to rise or fall under the driving of the second driving motor 2054, so as to The lowermost test strip leaks out to the horizontal slot 2055, and the pushing mechanism 2053 is disposed at one end of the horizontal slot 2055 for driving the test strip from the horizontal slot under the driving of the second driving motor 2054. Introduced in 2055 and sent to the urine analysis unit 206. A plurality of test strips are disposed on the top of the test paper cassette 2051. When the infrared sensing unit 203 senses that urine flows, the data processing unit 202 controls the second drive motor 2054 to drive the lift mechanism 2052 to lift and lower the test strip 2051. The lowermost test strip leaks into the horizontal slot 2055, and controls the second drive motor 2054 to drive the push mechanism 2053 to push the test strip out of the horizontal slot 2055 and send it to the urine analysis unit 206. Test station 2062.

The urine analysis unit 206 is configured to add the urine drop to be tested in the urine temporary storage container 2042 to the test strip located on the test stand 2062 and analyze the urine to be tested to obtain the detection result. The urine analysis unit 206 includes a loading module 2061, a detection station 2062, a detection module 2063, and a third driving motor 2064 that drives the movement of the loading module 2061, the third driving motor 2054 and the data processing unit 202. Electrical connection. The loading module 2061 is configured to apply the urine drop to be tested in the urine temporary storage vessel 2042 to the test strip under the driving of the third driving motor 2064, and the detecting module 2063 is configured to detect the drop Test strips after adding urine to obtain test results. Specifically, the data processing unit 202 controls the third driving motor 2064 to drive the loading module 2061 to add the urine drop to be tested in the urine temporary storage container 2042 to the test strip, and the control detecting module 2063 detects the dropping urine. After the test strip to obtain the test results.

The storage unit 207 is configured to store the identity information of the user and the detection result of the user, and send the identity information of the user and the corresponding detection result to the clinical data center through the communication unit 208, so that the doctor can timely understand the urine detection of the user. result.

The embodiment of the invention establishes a relationship between the detection result obtained by the smart toilet detection and the identity information of the user through the identity recognition unit, and automatically detects whether there is urine flowing through the infrared sensing unit, and automatically controls when urine flows. The urine collecting unit collects the user's urine and transmits the urine to the urine analyzing unit, and automatically controls the test strip control unit to push the test paper to the urine analyzing unit to obtain the detection result. By implementing the present invention, it is possible to ensure that data of different users are stored in the storage unit when multiple people perform detection, and that each detection is accurate, convenient and fast. The smart toilet-based urine detecting method provided by the present invention can be applied to public places, such as hospitals, medical examination centers, social welfare, old-age care institutions, etc., and can also be applied to home places.

The present invention also provides a health detection process control method based on the above-described smart toilet 1. Referring to FIG. 4, FIG. 4 is a schematic flow chart of a preferred embodiment of a health detection method based on a smart toilet according to the present invention. The health detection method based on the smart toilet of the embodiment of the invention includes the following steps:

S10: The identity identifying unit 201 acquires the identity information of the user and sends the identity information of the user to the data processing unit 202.

Specifically, the identity recognition unit 201 may be a fingerprint collector, a barcode scanner or a three-in-one card reader. When the identity recognition unit 201 is a fingerprint collector, the identity information of the user is determined by collecting the fingerprint of the user. When the identity recognition unit 201 is a barcode scanner, the identity information of the user is determined by reading the two-dimensional code on the user's urine checklist. When the identity recognition unit 201 is a three-in-one card reader, the identity information of the user is determined by reading information of the user ID card, the medical card or the social security card. After receiving the identity information of the user, the data processing unit 202 establishes a data record for the user in the detection data table of the storage unit 207 according to the identity information of the user, so as to store the detection result of the user, and activate the infrared sensing unit 203. .

S20: The data processing unit 202 establishes a data record for the user in the detection data table of the storage unit 207 according to the identity information of the user, and activates the infrared sensing unit 203.

Specifically, after the data processing unit 202 receives the identity information of the user, it indicates that the user needs to perform urine detection and is ready to collect urine. At this time, the data processing unit 202 controls the infrared emission module of the infrared sensing unit 203. 2031 cyclically transmits infrared light to the infrared receiving module 2032. The infrared receiving module 2032 receives the absorbed infrared light, and transmits the absorbed infrared light to the data processing unit 202.

S30: When the infrared sensing unit 203 senses that urine flows, the data processing unit 202 controls the urine collecting unit 204 to collect the urine of the user, and transmits the collected urine to the urine analyzing unit 206.

Specifically, the data processing unit 202 determines whether there is urine flowing according to the change of the absorbed infrared light. When the data processing unit 202 determines that urine flows, the urine collecting unit 204 and the test strip control unit 205 are activated. Otherwise, when the data processing unit 202 determines that there is no urine flowing, the urine collection unit 204 and the test strip control unit 205 are not activated.

Specifically, the urine collecting unit 204 includes a rotating shaft 2041, a urine temporary storage vessel 2042 that can be driven to rotate by the rotating shaft 2041, and a first driving motor 2043 that is drivingly coupled to the rotating shaft 2041, the first driving motor 2043 and the The data processing unit 202 is electrically connected. When the infrared sensing unit 203 senses that there is urine flowing, the data processing unit 202 controls the first driving motor 2043 to drive the rotating shaft 2041 to rotate the urine temporary storage container 2042 by a first predetermined angle so that the urine temporary storage container 2042 is concave. The perforation 1011 removed from the trough and passing through the toilet seat moves to a position where the urine flows to collect urine, and controls the first driving motor 2043 to drive the rotating shaft 2041 to collect urine after a preset time (for example, 10 seconds). The liquid urine storage vessel 2042 is rotated a second predetermined angle to move the urine temporary storage vessel 2042 to the urine analysis unit 206. The first preset angle and the second preset angle are determined according to the set positions of the urine collecting unit 204 and the urine analyzing unit 206, respectively. The preset time may be set according to actual experience, and a preset volume (for example, 100 ml) of urine that meets the detection requirement may be collected within a preset time. In other embodiments, the urine temporary storage vessel 2042 is provided with a volumetric scale, and an infrared sensor is disposed at a predetermined volume (eg, 100 ml) to sense whether a predetermined volume of urine has been collected. The infrared sensor is electrically connected to the data processing unit 202. When the data processing unit 202 determines that the preset volume of urine has been collected in the urine temporary storage vessel 2042 by the infrared sensor, the first driving motor 2043 is controlled to drive the rotating shaft. 2041 Rotate the urine storage vessel 2042 in which the urine is collected to the urine analysis unit 206.

S40: The data processing unit 202 controls the test strip control unit 205 to push the test strip to the urine analysis unit 206.

Specifically, the test strip control unit 205 includes a test strip 2051, a lifting mechanism 2052, a pushing mechanism 2053, and a second driving motor 2054 that drives the lifting mechanism 2052 and the pushing mechanism 2053. The second driving motor 2054 is electrically coupled to the data processing unit 202. The bottom of the test paper cassette 2051 is provided with a horizontal slot 2055 for receiving the test strip, and the lifting mechanism 2052 is configured to control the test tray 2051 to rise or fall under the driving of the second driving motor 2054, so as to The lowermost test strip leaks out to the horizontal slot 2055, and the pushing mechanism 2053 is disposed at one end of the horizontal slot 2055 for driving the test strip from the horizontal slot under the driving of the second driving motor 2054. Introduced in 2055 and sent to the urine analysis unit 206. A plurality of test strips are disposed on the top of the test paper cassette 2051. When the infrared sensing unit 203 senses that urine flows, the data processing unit 202 controls the second drive motor 2054 to drive the lift mechanism 2052 to lift and lower the test strip 2051. The lowermost test strip leaks into the horizontal slot 2055, and controls the second drive motor 2054 to drive the push mechanism 2053 to push the test strip out of the horizontal slot 2055 and send it to the urine analysis unit 206. Test station 2062.

S50: The data processing unit 202 controls the urine analysis unit 206 to add the urine droplets to be collected collected by the urine collection unit 204 to the test strip pushed by the test strip control unit 205 and analyze the urine to be tested to obtain the detection result.

Specifically, the urine analysis unit 206 includes a loading module 2061, a detection station 2062, a detection module 2063, and a third driving motor 2064 that drives the movement of the loading module 2061, the third driving motor 2054 and the data. Processing unit 202 is electrically coupled. The loading module 2061 is configured to apply the urine drop to be tested in the urine temporary storage vessel 2042 to the test strip under the driving of the third driving motor 2064, and the detecting module 2063 is configured to detect the drop Test strips after adding urine to obtain test results. Specifically, the data processing unit 202 controls the third driving motor 2064 to drive the loading module 2061 to add the urine drop to be tested in the urine temporary storage container 2042 to the test strip, and the control detecting module 2063 detects the dropping urine. After the test strip to obtain the test results.

S60: The data processing unit 202 stores the detection result in the detection data table of the storage unit 207, and sends the identity information of the user and the corresponding detection result to the clinical data center through the communication unit 208, so that the doctor can timely understand the User's urine test results.

The embodiment of the invention establishes a relationship between the detection result obtained by the smart toilet detection and the identity information of the user through the identity recognition unit, and automatically detects whether there is urine flowing through the infrared sensing unit, and automatically controls when urine flows. The urine collecting unit collects the user's urine and transmits the urine to the urine analyzing unit, and automatically controls the test strip control unit to push the test paper to the urine analyzing unit to obtain the detection result. By implementing the present invention, it is possible to ensure that data of different users are stored in the storage unit when multiple people perform detection, and that each detection is accurate, convenient and fast. The smart toilet-based urine detecting method provided by the present invention can be applied to public places, such as hospitals, medical examination centers, social welfare, old-age care institutions, etc., and can also be applied to home places.

The first driving motor 2043, the second driving motor 2054, and the third driving motor 2064 of the present invention respectively drive the movement of the driven component under the control of the data processing unit 202, which is a technique well known to those skilled in the art. When a person knows the technical solutions in the embodiments of the present invention, a reasonable technical solution can be designed to implement the embodiments of the present invention, and details of specific technical details are not described herein. The "cooperating arrangement" of the present invention means that those skilled in the art can understand the functions of each unit of the present invention and the functional modules and functions of each unit, and can design each of the embodiments of the present invention according to the conventional design in the art. The unit is arranged in a reasonable manner and is not limited here.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the present invention and the drawings are directly or indirectly applied to other related technical fields. The same is included in the scope of patent protection of the present invention.

Industrial applicability

Compared with the prior art, the smart toilet-based urine detecting method of the present invention adopts the above technical solution, and achieves the following technical effects: the identification unit obtains the detection result between the smart toilet detection and the user's identity information. Relationship, through the infrared sensing unit to automatically sense whether there is urine flowing, when there is urine flowing, the automatic control urine collecting unit collects the user's urine and sends the urine to the urine analysis unit to automatically control the test paper The strip control unit pushes the test strip to the urine analysis unit to obtain the test result. By implementing the present invention, it is possible to ensure that data of different users are stored in the storage unit when multiple people perform detection, and that each detection is accurate, convenient and fast. The smart toilet-based urine detecting method provided by the present invention can be applied to public places, such as hospitals, medical examination centers, social welfare, old-age care institutions, etc., and can also be applied to home places.

Claims (10)

A smart toilet-based urine detecting method, the smart toilet comprising a toilet body, the toilet body comprising a toilet seat, a toilet seat hinged on the toilet seat and a water tank, wherein the smart toilet-based urine The liquid detecting method includes the steps of: acquiring identity information of the user by the identity recognition unit; establishing a data record for the user in the detection data table of the storage unit according to the identity information of the user, and starting the infrared sensing unit; when the infrared sensing unit is When it is sensed that there is urine flowing, the urine collecting unit is controlled to collect the urine of the user, and the collected urine is sent to the urine analyzing unit; the control strip control unit pushes the test strip to the urine analyzing unit; The urine analysis unit adds the collected urine droplets to be tested to the test strip pushed by the test strip control unit and analyzes the urine to be tested to obtain the detection result; and stores the detection result in the detection data table of the storage unit. And transmitting, by the communication unit, the identity information of the user and the corresponding detection result to the clinical data center. The smart toilet-based urine detecting method according to claim 1, wherein the identification unit is disposed on one side of the outer side of the toilet seat, and the communication unit is disposed on one of the sides of the outer side of the water tank. The smart toilet-based urine detecting method according to claim 1, wherein the infrared sensing unit comprises an infrared emitting module and an infrared receiving module, and the infrared emitting module and the infrared receiving module are respectively disposed inside the toilet seat Both sides are at the same level. The smart toilet-based urine detecting method according to claim 3, wherein the step of starting the infrared sensor unit comprises: controlling the infrared transmitting module to cyclically transmit the infrared light to the infrared receiving module; and receiving the absorbed by the infrared receiving module After the infrared light. The smart toilet-based urine detecting method according to claim 1, wherein the urine collecting unit is disposed at a position where the water tank is connected to the toilet seat, the water tank is provided with a groove, and the urine collecting unit is Located in the recess when not activated, the toilet seat is provided with a perforation at a position corresponding to the recess, and the urine collecting unit protrudes from the perforation at startup; the urine collecting unit includes a rotating shaft, a urine storage vessel that can be rotated by the rotating shaft, and a first driving motor that is drivingly coupled to the rotating shaft. The smart toilet-based urine detecting method according to claim 5, wherein the step of controlling the urine collecting unit to collect the urine of the user and transferring the collected urine to the urine analyzing unit comprises: controlling The first driving motor drives the rotating shaft to rotate the urine temporary storage vessel by a first predetermined angle, so that the urine temporary storage container is removed from the groove and moves through the perforation of the toilet seat to the position where the urine flows; After the time, the first driving motor is driven to drive the rotating shaft to rotate the urine temporary storage vessel with the urine to a second predetermined angle, so that the urine temporary storage container is moved to the urine analyzing unit. The smart toilet-based urine detecting method according to claim 1, wherein the test strip control unit comprises a test paper cassette, a lifting mechanism, a pushing mechanism, and a driving unit for driving the lifting mechanism and the pushing mechanism The second driving motor is provided with a horizontal groove for receiving the test strip at the bottom of the test paper, and the pushing mechanism is disposed at one end of the horizontal groove. The smart toilet-based urine detecting method according to claim 7, wherein the step of controlling the test strip control unit to push the test strip to the urine analyzing unit comprises: controlling the second driving motor to drive the lifting mechanism to elevate The bottom test strip in the test paper tray is leaked out into the horizontal groove; and the second drive motor drive push mechanism is controlled to push the test strip out of the horizontal groove and send it to the inspection station of the urine analysis unit. The smart toilet-based urine detecting method according to claim 1, wherein the urine analyzing unit comprises a loading module, a detecting station, a detecting module, and a third driving motor that drives the movement of the loading module. The smart toilet-based urine detecting method according to claim 9, wherein the control urine analyzing unit adds the urine drop to be collected collected by the urine collecting unit to the test paper pushed by the test strip control unit. The step of analyzing and analyzing the urine to be tested to obtain the detection result comprises: controlling the third driving motor to drive the loading module to add the urine drop to be tested in the urine storage vessel to the test strip; and controlling the detecting module The test strip after the dropping of urine is detected to obtain the test result.