KR102081755B1 - The apparatus which measures a health condition for a urinal - Google Patents

Abstract

The present invention relates to a health device for measuring the urinal, in the present invention significantly improved the structure of the health device for the urinal installed, to guide the urine discharged by the user to flow into the urine collection area of the lower And a urine sensor block having a urine state measuring sensor in a portion of the urine collecting region>, and a urine sensor block disposed in a portion of the urine collecting region adjacent to the urine state measuring sensor and discharged by the user. When urine is set to the reference height set in the urine collecting region, the urine state measuring sensor starts to induce the conduction signal to the urine state measuring sensor while conducting electricity through the urine. By covering the top of the beam, light or foreign substances cannot enter the urine sensor or the urine collection area. In addition, the cover is formed in a hemispherical shape so that the urine discharged by the user bypasses the urine slide without directly hitting the urine state sensor, and guides the urine into the urine collecting area. Block>, < communication with the urine removal water supply device connected to the urinal side urine removal water supply head when the user's urinal start operation is read from the user distance capture sensor while communicating with the user distance capture sensor installed in the urine. The urine removal water supply to the removal water supply head is blocked, and the urine state measurement sensor is communicated to obtain the urine state measurement information, and the obtained urine state measurement information is analyzed and the health state result corresponding to the user is obtained. The display module installed in the urinal Newly implemented as a systematic combination of health state measurement control blocks, etc., which are displayed externally, and thus, on the side of a user (or a manager who manages urinals) using a urinal, for example, a measurement sensor installed in a urinal Means to block the light, Means to ensure sufficient contact time between the measuring sensor and urine, Means to reliably block the flow of urine, Means to block the direct impact of the measuring sensor by urine, Foreign matter , Means to block the inflow to measuring sensors such as pests, means to cleanly remove residual urine from other users, means to properly block / control the timing of water discharge for urine removal, user's health Information is classified by each user. With a wide range of tools that can be managed online, you can guide them to effectively obtain the benefits of reliable health care using a urinal without any difficulty.

Description

The apparatus which measures a health condition for a urinal}

The present invention relates to a device for measuring the state of health of the user to urinate in a state installed in the urinal, and more specifically, to the user (or, the administrator managing the urinal) using the urinal, for example, in the urinal Means to shield the installed measuring sensor, Means to ensure sufficient contact time between the measuring sensor and urine, Means to reliably block the flow of urine, It can block the direct blow of the measuring sensor by urine Means to block the inflow to the measuring sensor such as means, foreign substances, pests, Means to cleanly remove residual urine from other users, Means to properly block / adjust the timing of ejection of urine removal water, User Health status information of each user by classifying. The present invention relates to a urine health status measuring device that can guide a user to effectively obtain a reliable health care benefit utilizing a urinal, while securing a wide range of means that can be managed online.

Recently, with increasing social interest in health, various types of urinals that can measure a user's health status have been developed / supplied.

For example, Korean Registered Patent No. 10-1031687 (Name: urine and diabetic measuring method with a diabetic measuring means) (published April 29, 2011), Korean Patent Publication No. 10-2012-126810 (Name: Health Examination urinal) (published on November 21, 2012) and Korean Patent Publication No. 10-2016-26261 (name: urine test combined urinal device) (published on March 3, 2016), etc. Is disclosed in more detail.

On the other hand, under such a conventional system, in order to reliably measure the state of health of a user through a urinal, the following very demanding conditions must be satisfied.

For example, various sensors installed in the urinal are very sensitive to external light rays, so in order to reliably measure the user's health through the urinal, the external light must be properly controlled / blocked.

As another example, in order to obtain reliable analysis information by measuring user's urine through a measuring sensor, the contact time between the measuring sensor and urine must be sufficiently secured, and unnecessary urine flow must be stably blocked (ie, The urine to be measured must be fixed stably without any flow while the measuring sensor measures urine).

As another example, in order to obtain reliable analysis information by measuring the user's urine through a measuring sensor, it is necessary to stably block the direct hit of the measuring sensor due to urine. When hit, the expensive measurement sensor not only physically damages, but also the measurement quality of the measurement sensor is greatly reduced).

As another example, in order to obtain reliable analysis information by measuring the user's urine through a measuring sensor, other user side urine should be removed as neatly as possible.

As another example, in order to obtain reliable analysis information by measuring the user's urine through a measuring sensor, the timing of ejection of urine removal water should be properly blocked / controlled (for example, the urine removal water is measured sensor If the urine removal water removes the user's urine before it is ejected during the operation and the measurement is made properly, the analysis information itself becomes impossible.

As another example, to measure the user's urine through a measuring sensor, to obtain reliable analysis information, it is necessary to stably block the surroundings of the measuring sensor so that various foreign substances, pests, etc. are not introduced to the measuring sensor.

As another example, in order to efficiently use the user's health status information measured through the measurement sensor, the user's health status information is classified by each user without any complicated procedures. Online management systems should be provided widely.

However, despite this situation, the urine for measuring the state of health according to the prior art, for example, means for blocking the measuring sensor installed in the urinal, means for ensuring a sufficient contact time between the measuring sensor and urine Means to reliably block the flow of urine, Means to block the direct blow of the measuring sensor by urine, Means to block the inflow to the measuring sensor such as foreign substances, pests, Other urine Means that can be removed neatly, means that can properly block / control the timing of ejection of urine removal water, the user's health status information is classified by each user. Since there was no means for online management, the user (or the manager who manages the urinal) can manage his / her health more effectively through the urinal, unless special measures are taken under the conventional system. Inevitably, they will have to face many difficulties.

Korean Registered Patent No. 10-1031687 (Name: urine and diabetic measuring method equipped with a diabetic measuring means) (published April 29, 2011) Korean Patent Publication No. 10-2012-126810 (Name: Medical examination urinal) (Published on November 21, 2012) Korean Laid-Open Patent No. 10-2016-26261 (Name: urinalysis combined urinal device) (published 3/2016)

Accordingly, an object of the present invention is to significantly improve the structure of the health state measuring device installed in the urinal, and to define a urine slide surface for guiding the urine discharged by the user to flow into the urine collecting region at the bottom. , A urine sensor block having a urine state measuring sensor in a part of the urine collecting area>, <is disposed in the urine collecting area so as to be adjacent to the urine state measuring sensor, and the urine discharged by the user is preset in the urine collecting area If it is as high as the reference height, the urine state measuring sensor operating start induction electrode which transmits the operation start signal to the urine state measuring sensor while making the urine flow through the corresponding urine>, <covering the upper surface of the urine sensor block, It blocks the material from entering the urine level sensor or urine collection area and forms a hemisphere. A cover block that guides the urine discharged by the user to bypass the urine state sensor and flows into the urine collection area without directly hitting the urine measuring sensor> When the user's urinal start operation is read from the user distance capture sensor while communicating with the sensor, it communicates with the urine removal water supply device connected to the urine removal water supply head of the urinal to supply urine removal water to the urine removal water supply head. In addition, the urine state measurement information is communicated with the urine state measurement sensor, the urine state measurement information is acquired, and the acquired urine state measurement information is analyzed to generate health state result information corresponding to the user, and the generated health state result. Health measurement control block which displays information externally via display module installed in urinal By means of a systematic combination of the back light, the means for shading the measuring sensor installed in the urinal, for example, on the side of the user (or administrator of the urinal) using the urinal, the measuring sensor Means to ensure sufficient contact time between urine and urine, means to reliably block the flow of urine, means to block direct blow of the measuring sensor by urine, foreign substance, insects, etc. Means to block, means to cleanly remove residual urine on the other side, means to properly block / control the timing of ejection of urine removal water, the user's health status information by classifying each user. While securing a wide range of means to manage online, it is a guide to help you get effective health benefits using urinals without any difficulty.

Other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

In order to achieve the above object, the present invention is installed in the urinal equipped with a user distance capture sensor and the urine removal water supply head, the urine slide for guiding the urine discharged by the user to flow into the urine collecting region at the bottom A urine sensor block defining a surface and including a urine state measuring sensor in a part of the urine collecting region; Is disposed in a portion of the urine collecting region to be adjacent to the urine state measuring sensor, and when the urine discharged by the user is set to the reference height previously set in the urine collecting region, while making the state of energization through the urine, An induction electrode for starting operation of the urine state measuring sensor for transmitting an operation start signal to the urine state measuring sensor; By covering the upper surface of the urine sensor block to block the light or foreign matter from entering the urine state measuring sensor or urine collection area, and to form a hemisphere, the urine discharged by the user to measure the urine state A cover block circumvented along the urine slide surface to directly flow into the urine collecting region without hitting a sensor directly; When the user's urinal use start operation is read from the user distance catching sensor while communicating with the user distance catching sensor, it communicates with the urine removing water supply device connected to the urine removing water supply head to the urine removing water supply head. The urine removal water supply is blocked, and in addition to communicating with the urine state measurement sensor, to obtain the urine state measurement information, and to analyze the obtained urine state measurement information, to generate the health state result information corresponding to the user The present invention discloses a health state measuring apparatus for a urinal, comprising a health state measuring control block for externally displaying the generated health state result information through a display module installed in the urinal.

In the present invention, by significantly improving the structure of the state of health measuring device installed in the urinal, and define a urine slide surface for guiding the urine discharged by the user to flow into the urine collection area of the lower, and urine collection area A urine sensor block having a urine state measuring sensor in a portion of the urine sensor, and disposed in a portion of the urine collecting area so as to be adjacent to the urine state measuring sensor, and the urine discharged by the user is equal to the reference height previously set in the urine collecting area. If it is, the urine state measuring sensor initiating an operation signal is transmitted to the urine state measuring sensor while conducting the current through the corresponding urine, and <the urine state is covered by covering the upper surface of the urine sensor block. It blocks the inflow into the measuring sensor or urine collection area and forms a hemisphere. The cover block that guides the urine discharged by the circumference to bypass the urine slide and flows into the urine collecting area without directly hitting the urine state measuring sensor. When the user's urinal use start operation is read from the user distance capture sensor, the urine removal water supply device connected to the urine removal water supply head of the urinal side is communicated to block the supply of urine removal water to the urine removal water supply head. In addition, it communicates with the urine state measuring sensor, acquires urine state measurement information, analyzes the acquired urine state measurement information, generates health state result information corresponding to the user, and generates the urine state result information Health measurement control block, which displays externally via the display module installed in the system As a newly implemented type is newly implemented, in the practice of the present invention, a user (or an administrator who manages a urinal) using a urinal, for example, means for blocking a measuring sensor installed in the urinal, a measuring sensor Means to ensure sufficient contact time between urine and urine, means to reliably block the flow of urine, means to block direct blow of the measuring sensor by urine, foreign substance, pests, etc. Means to block, means to cleanly remove residual urine on the other side, means to properly block / control the timing of ejection of urine removal water, the user's health status information by classifying each user. While securing a wide range of means for online management, it is possible to effectively obtain reliable health care benefits using urinals without any difficulty.

1 is an exemplary view showing an installation state of the urine health state measuring device according to the present invention.
2 is a cross-sectional view conceptually showing a detailed configuration of a health state measuring apparatus according to the present invention.
3 is an exploded perspective view conceptually illustrating a urine sensor block and a cover block according to the present invention;
Figure 4 is an exemplary diagram conceptually showing a detailed configuration of a health state measurement control block according to the present invention.

Hereinafter, with reference to the accompanying drawings, it will be described in more detail the health device for measuring urinals according to the present invention.

As shown in Figure 1, the urine health state measuring device 100 according to the present invention is installed in the urinal (1) equipped with a user distance capture sensor (3), urine removal water supply head (4), The user body information reception terminal 2, the display module 300, the urine sensor block 110, the cover block 120, the health state control control block 200, and the like are systematically combined.

In this case, the urine sensor block 110 and the cover block 120 constituting the urine health state measuring device 100 of the present invention is supported by the device support 110 in a state in which they are integrally coupled to each other, the urinal (1) to form a structure that is fixedly installed (of course, the fixing pattern of the urine sensor block 110 and the cover block 120 of the urinal 1 of the cover block 120, depending on the situation, can be variously modified. ).

At this time, when the user is located near the urinal 1 to use the urinal 1 in the user distance capture sensor 3 side installed in the urinal 1, by detecting the distance between the urinal 1 and the user, It serves to detect the user's urinal start operation (of course, the installation shape, the number of installation, the installation position, etc. of the user distance capture sensor 3 can be variously modified depending on the situation).

In addition, in the urine removal water supply head (4) side installed in the urinal (1), as shown in Figure 2, through the urine removal water supply line 171, taking a structure connected to the urine removal water supply device 150. While discharging the urine removal water into the urinal 1 according to the operation state of the urine removal water supply device 150, the urine discharged by the user may be induced to be removed by the urine removal water. (Of course, the installation shape, the number of installation, the installation position, etc. of the urine removal water supply head 4 can also be variously modified depending on the situation).

Under this situation, the various body inputs by the user on the side of the user body information reception terminal 2 (e.g., fingerprint scanner, iris camera, facial camera, etc.) constituting the urine state health measuring device 100 of the present invention. Health state measurement control block for receiving information, for example, fingerprint information, iris information, facial contour information, and the like, and describing the received user body information (eg, user fingerprint information, user iris information, user facial contour information, etc.) By transmitting to the (200) side, this user body information (e.g., user fingerprint information, user iris information, user facial contour information, etc.) assists to be appropriately used for, for example, <user health status information online management> Will be performed.

For reference, such a user body information reception terminal 2 may take the structure which does not belong to the urinal health state measuring apparatus 100 of this invention, and is subordinately attached to the urinal 1 according to a situation.

In addition, the display module 300 communicates with the health state measurement control block 200 to be described later, and displays various display information transmitted from the health state measurement control block 200, for example, for <a health state measurement. , Enter the body information text information, <measuring health status> text information, the text / table / picture information containing the health status results, <health condition measurement is completed. Check the result> character information, <health status results can also be checked through the homepage XXX> by displaying the character information, etc., on the user side, without any difficulty, the health state for the urinal according to the present invention It is assisted to enjoy effectively customized health care procedures through the measuring device 100.

Under such a state of infrastructure, the urine sensor block 110 has a structure that is installed in the urinal 1 equipped with the user distance capture sensor 3 and the urine removal water supply head 4, FIG. As shown, a urine slide surface 111 is defined for guiding the urine discharged by the user to flow into the urine collecting region 112 at the bottom, and a urine state is formed in a part of the urine collecting region 112. It takes a configuration having a measuring sensor 130.

Of course, under the arrangement of the urine collecting region 112, the user (or the manager who manages the urinal) using the urinal, for example, means for ensuring a sufficient contact time between the measuring sensor 130 and urine, for example. It is possible to secure a stable.

In this case, the urine state measuring sensor 130, for example, the temperature of the urine, urine based on the change in the wavelength of the light beam, the refractive index changes, etc. generated when the light beam generated from the self-light source unit (not shown) passes through the urine It serves to detect the sugar contained in the blood, the blood contained in the urine, a number of health indicators contained in the urine, etc. (Of course, the specific function of the urine state measuring sensor 130, the mechanism of various functions depending on the situation May be modified).

In addition, when the urine state measuring sensor operation starts, the induction electrode 131 has a structure disposed in a part of the urine collecting region 112 to be adjacent to the urine state measuring sensor 130, and the urine discharged by the user is collected in the urine collecting region. If the reference height is set to 112, the urine state measuring sensor 130, as well as a series of operation start signals to the odor detection sensor 140 to be described later while making the energized state through the urine. It serves to transmit (see Figure 3).

Of course, under the function of the induction electrode 131 start operation of the urine state measuring sensor, the urine state measuring sensor 130, the smell detection sensor 140 side is the best time to detect the state of the urine (or the smell of urine) , You can quickly start your own detection automatically.

In addition, by covering the upper surface of the urine sensor block 110 while having an opaque or semi-transparent material on the cover block 120 side, a ray or foreign substance flows into the urine state measuring sensor 130 or urine collecting region 112. In addition to the blocking function, and by forming a hemispherical shape, the urine discharged by the user bypasses the urine slide surface 111 without directly hitting the urine state measuring sensor 130, It serves to guide the flow slowly into the urine collecting region (112).

Of course, under the arrangement of the cover block 120, the user (or the manager who manages the urinal) side using the urinal, for example, means for blocking the measurement sensor 130 installed in the urinal 1, Means to reliably block unnecessary flow of the detection target urine, Means to block the direct blow of the measuring sensor 130 by the urine, It can block the inflow to the measuring sensor 130, such as foreign matter, pests The means and the like can be secured stably.

In this case, the cover block 120 maintains a slightly smaller size than the urine sensor block 110, so that when urine is discharged from the user, the urine flows along its hemispherical surface without any difficulty, and then the urine sensor block It flows into the (110) side, and after passing through the urine slide surface 111, it is guided so as to slowly accumulate in the urine collecting region (112).

At this time, a portion of the cover block 120, for example, a portion corresponding to the urine collection region 112 of the urine sensor block 110, the smell detection for measuring the smell of urine collected in the urine collection region 112 The sensor 140 is additionally installed.

Of course, when the odor sensor 140 is located directly above the urine collecting region 112 (see FIG. 2), the smell of the urine coming up from the urine collecting region 112 at the odor detecting sensor 140 side. Odors (eg, the smell of gases released by chemicals in urine) can be more efficiently sensed.

On the other hand, as shown in Figure 3, the urine sensor block 110, in addition to the previous structure, the lower urine removal water discharge hole 113, the lower dry air discharge hole 114, the discharge passage groove 115, etc. The structure is additionally disposed, and in addition to the odor detection sensor 140, a structure such as an upper urine removal water discharge hole 121 and an upper dry air discharge hole 122 is further disposed in the cover block 120.

2 and 3, the urine slide surface 111 of the urine sensor block 110 is connected to the urine removal water supply line 170 at the lower urine removal water discharge hole 113. The urine removal water is supplied to the urine removal water supply line 170 according to the control of the health state measurement control block 200 to be described below while taking a structure that is formed in line with the exposure. Strongly discharged to the urine collecting region 112, and serves to remove the urine collected in the urine collecting region 112 to the outside of the urine sensor block (110).

Of course, under the function of the lower urine removal water discharge hole 113, on the user (or manager who manages the urinal) side using the urinal, for example, a means capable of neatly removing the residual urine on the other side of the user stably is provided. It can be secured.

In addition, the lower side of the dry air discharge hole 114 in the state connected to the dry air supply line 180, taking a structure that is formed along the urine slide surface 111 of the urine sensor block 110 is exposed, According to the control of the health state control control block 200, when dry air is supplied to the dry air supply line 180, the dry air is strongly discharged to the urine collecting region 112, the urine collecting region ( 112) serves to dry or remove the urine or water collected or introduced in (see FIGS. 2 and 3).

In addition, by opening the side surface of the urine collecting region 112 on the urine sensor block 110 side in a state in which the discharge passage groove 115 side is disposed on the main body surface of the urine sensor block 110 in a shape similar to a fan shape. In addition, it serves to provide a series of discharge passages to guide the urine, urine removal water, dry air, etc., which have flowed into the urine collection area 112 to be discharged to the outside smoothly ( (Of course, the specific shape, number, etc. of the discharge passage groove 115 may be variously modified depending on the situation). In this case, the discharge passage groove 115 is inclined obliquely toward the urine collection region 112 so that the urine discharged by the user can smoothly flow into the urine collection region 112.

In addition, the upper urine removal water discharge hole 121 is disposed on the cover block 120 in the state connected to the urine removal water supply line 170, taking the structure that is formed on the bottom surface of the cover block 120, When urine removal water is supplied to the urine removal water supply line 170 under the control of the health state measurement control block 200, the urine collection area 112 that is located under the urine removal water itself By discharging strongly, the urine collected in the urine collecting region 112 is removed to the outside of the urine sensor block 110 (see FIGS. 2 and 3).

Of course, even under the function of the upper urine removal water discharge hole 121, the user (or the administrator who manages the urinal) side using the urinal 1 can, for example, neatly remove the residual urine on the other user side. The means can be secured stably.

Furthermore, in the state of the upper dry air discharge hole 122 disposed on the cover block 120 in a state connected to the dry air supply line 180, while taking a structure that is exposed to the bottom surface of the cover block 120, the health According to the control of the state measurement control block 200, when the dry air is supplied to the dry air supply line 180, by discharging the dry air to the urine collecting region 112, which is located below it, It serves to dry or remove urine or water collected or introduced into the urine collecting region (112).

On the other hand, in addition to the urine sensor block 110, the cover block 120, etc., the state of health measurement control block 200 constituting the health state measuring device 100 for urinals of the present invention is installed in the display module 300 Taking the structure (of course, the physical installation position of this state of health control control block 200 can be variously modified depending on the situation), by communicating with the user distance acquisition sensor 3 on the urinal 1 side, Check if the urinal use start operation of the user is read from the user distance catching sensor 3, and the user distance catcher ?? When it is confirmed that the user's urinal use start operation is read from the sensor 3, it communicates with the urine removal water supply device 150 connected to the urine removal water supply head 4 (see FIG. 1) (FIG. 2). Reference), and acts to induce the supply of urine removal water to the urine removal water supply head 4 is blocked, and communicates with the urine state measurement sensor 130, odor sensor 140, etc., urine state Acquire measurement information, analyze the acquired urine state measurement information, generate health state result information corresponding to the user, and externalize the generated health state result information through the display module 300 installed in the urinal 1 It will serve as a display.

At this time, as shown in Figure 4, the health state control control block 200 of the present invention via the interface module 201, wired / wireless online network 500, the display module 300, urine state Measurement sensor 130, odor sensor 140, urine removal water supply device 150, dry air supply device 160, user body information receiving terminal (2), user distance capture sensor (3), user health status Urine removal water blocking processing module 202, dry air blocking processing module 203, urine state measurement information receiving module 204, urine state analysis module 205, health status result information to communicate with the management server 400 Generation module 206, health status result information output module 207, urine removal water supply processing module 208, dry air supply processing module 209, user unique information processing module 210, health status results external distribution information The processing module 211, the device operation display module 212, and the like take a close combination. do.

Here, while the device operation display module 212 side communicates with the display module 300 via the interface module 201, the body information is input through the display module 300 to measure the health state. Text information, say <measure>, <measuring health>, and <health condition measurement complete. Check the result> character information, <health status results can also be checked through the homepage XXX> by displaying the character information, etc., on the user side, without any difficulty, the health state for the urinal according to the present invention It is assisted to effectively enjoy the customized health care procedure through the measuring device (100).

Under this infrastructure, first, the user from the user distance capture sensor 3 communicates with the user distance capture sensor 3 via the interface module 201 on the urine removal water blocking processing module 202. When the urine use start operation of the urine removal water supply head (4), the lower urine removal water discharge hole 113, the urine removal water supply device 150 and the like connected to the upper urine removal water discharge hole 121 and the like; By taking communication, the urine removal water supply head 4, the lower urine removal water discharge hole 113, the upper urine removal water discharge hole 121 and the like to serve to induce a block to be blocked. (See Figure 2).

On the dry air cutoff processing module 203 side, the user's urinal use start operation is started from the user distance catching sensor 3 while communicating with the user distance catching sensor 3 via the interface module 201. When read, it communicates with a dry air supply device 160 connected to the lower dry air discharge hole 114, the upper dry air discharge hole 122, and the like, to discharge the lower dry air discharge hole 114 and the upper dry air discharge. It serves to guide the supply of dry air to the hole 122 and the like.

Of course, under the function of the urine removal water blocking processing module 202 and the dry air blocking processing module 203, the user (or the manager who manages the urinal) using the urinal, for example, water for urine removal Issues that require proper blocking / adjustment of the timing of ejection (e.g., before the urine removal water is ejected during operation of the measurement sensor 130 and the measurement is performed properly, the urine removal water removes the user's urine) In this case, the issue that the acquisition of the analysis information itself becomes impossible can be solved very effectively.

By the above-described procedure (i.e., by performing the functions of the urine removing water blocking processing module 202 and the dry air blocking processing module 203, etc.), in the state where the supply of urine removing water and dry air is cut off, The urine state measurement information receiving module 204 communicates with the urine state measuring sensor 130, the odor sensor 140, and the like through the interface module 201, and the urine state measuring information (for example, temperature of urine, Sugar in urine, blood in urine, many health indicators in urine, chemicals that correspond to the smell of gas in the urine, etc.).

In this way, urine status measurement information (e.g., temperature of urine, sugars in urine, blood in urine, many health indicators in urine, chemicals corresponding to the smell of gas in urine, etc.) is received. Upon completion, the urine state analysis module 205 communicates with the urine state measurement information receiving module 204 to determine urine state measurement information (eg, temperature of urine, sugars in urine, blood in urine, and urine). After reading a number of health indicator components, chemicals that correspond to the smell of gas in the urine, and then reading the urine status measurement information (e.g., temperature of urine, sugars in urine, blood in urine, Urine health standard information (eg, normal / warning / danger range of sugar content, normal / warning / danger range), which contains a number of health indicator components in urine and chemicals corresponding to the smell of gas in urine. /circa Temperature of urine by risk range, blood level of urine by normal / warning / danger range, gas level of urine by normal / warning / danger range, etc. .

When the urine state analysis information is generated through the above-described procedure, the health state result information generation module 206 communicates with the urine state analysis module 205 to read the urine state analysis information, and then read the urine state read. Standard information processing standard information (e.g., standard information for processing the result information in a text format, reference information for processing the result information in a mixture of tables and texts, and picture and text in the result information) According to the standard information to be processed into a form, etc., processing is performed, and the health status result information corresponding to the user (for example, <the user is currently in the diabetic warning range because the sugar contained in the urine is AA>) Health status result information expressed in letter / table / figure form, <user is currently in the range of cystitis warning because XX component in urine is BB> Health status result information in pictorial form, <the user is in the range of warning of prostate disease because the ZZ component of blood in urine is CC> Health status expressed in letter / table / graphic form Result information, etc.).

In this way, when the health status result information is generated, the health status result information output module 207 communicates with the health status result information generation module 206 to indicate the health status result information (for example, <the user is contained in the urine). Health status result information expressed in letter / table / figure form that sugar is AA, and it is currently in diabetic warning range> <User is in cystitis warning range because XX component in urine is BB Health status result information expressed in letter / table / figure form, and <the user is currently in the prostate disease warning range because the ZZ component of blood in urine is CC> After reading the health status result information expressed in the form of a table / figure) and communicating with the display module 300 via the interface module 101 to display the read health status result information. The play module 300 performs the role of external display.

Of course, through the above-described procedure, under the situation in which the health state result information is externally displayed through the display module 300, the user using the urinal 1 may have no difficulty, but with a very simple procedure of watching the display module 300. Your health (e.g., diabetes, cirrhosis, hepatitis, kidney disease, urinary tract stones, cystitis, pancreatic cancer, prostate disease) , High blood pressure, thyroid disease, sexually transmitted disease, urine DNA type, drug administration, bladder cancer, dementia, etc.) can be easily checked.

As described above, in the present invention, the structure of the health state measuring device 100 installed in the urinal 1 is greatly improved, and thus, the urine discharged by the user is guided to flow into the urine collecting region 112 at the bottom. In addition to defining the urine slide surface 111, the urine sensor block 110 having a urine state measuring sensor 130 in a portion of the urine collection region 112, so as to be adjacent to the urine state measuring sensor 130 When the urine discharged by the user is disposed in a portion of the urine collecting region 112, the urine collection region 112 is set to the predetermined height, the urine state measuring sensor (along with the urine through the medium) 130, the urine state measuring sensor for transmitting the operation start signal to the operation start induction electrode 131>, <covering the upper surface of the urine sensor block 110, so that the light or the substance is urine state measuring sensor 130 or urine collection To area 112 In addition to preventing the blockage, and by forming a hemisphere, the urine discharged by the user bypasses along the urine slide surface 111 without directly hitting the urine state measuring sensor 130, thereby collecting a urine collecting region ( The cover block 120 which guides to flow into 112, << the user's urinal use start operation is read from the user distance acquisition sensor 3, while communicating with the user distance acquisition sensor 3 installed in the toilet 1 The urine removal water supply head 4 connected to the urine removal water supply head 4 to the urine removal water supply head 4 to block the supply of urine removal water to the urine removal water supply head 4, In communication with the urine state measuring sensor 130, acquires urine state measurement information, analyzes the acquired urine state measurement information, generates health state result information corresponding to the user, the generated health state results Since the health state measurement control block 200, etc., which displays information externally through the display module 300 installed in the urinal, is newly implemented in a systematic combination type, a user who uses a urinal (or, On the manager's side), for example, the means for blocking the measuring sensor 130 installed in the urinal 1, the means for ensuring a sufficient contact time of the measuring sensor 130 and urine, the urine Means to reliably block the flow, Means to block the direct blow of the measuring sensor 130 by the urine, Means to block the inflow to the measuring sensor 130, such as foreign matter, pests, other user side While securing a wide range of means to cleanly remove residual urine and the means to properly block / control the timing of water discharge, The other is possible without difficulty to obtain reliable health care benefits in utilizing effectively the urinal.

On the other hand, through the above-described procedure, under the situation that the user's health status result information is externally displayed through the display module 300, the urine removal water supply processing module 208 communicates with the health status result information output module 207. After determining that the external display of the health state result information is completed, if it is determined that the external display of the health state result information is completed, communication with the urine removing water supply device 150 is performed to supply the urine removing water. The head 4, the lower urine removal water discharge hole 113, the upper urine removal water discharge hole 121 and the like serves to guide the urine removal water is supplied for a predetermined time.

Thus, dry air is supplied to the urine removal water supply head 4, the lower urine removal water discharge hole 113, the upper urine removal water discharge hole 121, etc., for a predetermined time. The supply processing module 209 communicates with the urine removing water supply processing module 209 to determine whether the supply of the urine removing water is completed, and when it is determined that the supply of the urine removing water is completed, supplying the dry air. By communicating with the device 160, it serves to guide the dry air to be supplied to the lower dry air discharge hole 114, the upper dry air discharge hole 122 for a predetermined time.

Of course, under the function of the urine removal water supply processing module 208, the dry air supply processing module 209, the user side using the urinal 1, for example, to cleanly remove the residual urine on the other user side It is possible to secure a stable means.

On the other hand, together with each of the computer modules, the user's unique information processing module 210 constituting the health state control control block 200 side user body information receiving terminal 2 installed in the urinal 1 (for example, fingerprint scanner, Iris photographing camera, facial photographing camera, etc.), and health status result information generating module 206 and the like, and include user inspection number information, user fingerprint information, user iris information, user face contour information, and user urine D & A information. It plays a role of generating unique user information.

In this case, the user test number information may be, for example, serial number information automatically assigned corresponding to the installation area unique number of the urinal and the year / month / day / time of the user's device.

In this way, when the user unique information including the user inspection number information, the user fingerprint information, the user iris information, the user facial contour information, the user urine D & A information is generated, the health status results external distribution information processing module 211 By communicating with the status result information generating module 206, the user unique information processing module 210, and the like, the health status result information corresponding to the user (for example, <the user is AA in the urine sugar, so the current diabetes warning range Health condition result information expressed in letter / table / figure form, <the user is currently in the cystitis warning range because the XX component contained in urine> Health status result information in pictorial form, <user is in prostate disease warning range because ZZ component of blood in urine is CC> Health status result information in the form of text / table / figure), user unique information (e.g., user inspection number information, user fingerprint information, user iris information, user face contour information, user urine D & A information, etc.) After reading, the health status result information and user specific information corresponding to the read user are combined to generate the health status result external distribution information, and the external user health status management through the wired / wireless online network 500. The server 400 communicates with the server 400 and transmits the generated health status result external distribution information to the user health status management server 400.

Of course, under the function of the external distribution information processing module 211 as a result of the health state, the user using the urinal 1 is a very simple procedure for accessing the user's health state management server 400 later, and confirming his / her identity. Only by itself, for example, his or her health (e.g., diabetes, cirrhosis, hepatitis, kidney disease, urolithiasis, cystitis, pancreatic disease, prostate disease) Status, hypertension, thyroid disease, sexually transmitted disease, urine DNA type, drug administration, bladder cancer, dementia, etc. can be managed online.

The present invention is not limited to a specific field, and in various fields requiring effective operation of financial products, it has an overall useful effect.

And, in the foregoing, specific embodiments of the present invention have been described and illustrated, but it is obvious that the present invention may be variously modified and implemented by those skilled in the art.

Such modified embodiments should not be individually understood from the technical spirit or the viewpoint of the present invention, and such modified embodiments should fall within the scope of the appended claims of the present invention.

1: urinal
2: user body information reception terminal
3: user distance acquisition sensor
4: urine removal water supply head
100: health device for urinal
101: device support
110: urine sensor block
111: Urine Slide Scene
112: urine collection area
113: lower urine drainage hole
114: lower dry air discharge hole
115: discharge passage groove
120: cover block
121: upper urine removal water discharge hole
122: lower dry air discharge hole
130: urine state measuring sensor
131: induction electrode to start the operation of the urine sensor
140: odor detection sensor
150: urine removal water supply equipment
160: dry air supply equipment
170,171: urine removal water supply line
180: dry air supply line
200: health measurement control block
201: interface module
202: urine removal water blocking processing module
203: dry air blocking processing module
204: urine state measurement information receiving module
205: urine state analysis module
206: health status result information generation module
207: Health status result information output module
208: urine removal water supply treatment module
209: dry air supply processing module
210: user unique information processing module
211: Health status result external distribution information processing module
300: display module
400: user health management server
500: wired / wireless online network

Claims (8)

It is installed in the urinal equipped with the user distance capture sensor and the urine removal water supply head, defining a urine slide surface for guiding the urine discharged by the user to flow into the urine collection area at the bottom, and the urine collection area A urine sensor block having a urine state measuring sensor in a part of the;
It is disposed in a portion of the urine collecting region so as to be adjacent to the urine state measuring sensor, and when the urine discharged by the user is accumulated by the reference height previously set in the urine collecting region, while making the energized state through the urine, An induction electrode for starting operation of the urine state measuring sensor for transmitting an operation start signal to the urine state measuring sensor;
By covering the upper surface of the urine sensor block to block the light or foreign matter from entering the urine state measuring sensor or urine collection area, and to form a hemisphere, the urine discharged by the user to measure the urine state A cover block circumvented along the urine slide surface to directly flow into the urine collecting region without hitting a sensor directly;
When the user's urinal use start operation is read from the user distance catching sensor while communicating with the user distance catching sensor, it communicates with the urine removing water supply device connected to the urine removing water supply head to the urine removing water supply head. The urine removal water supply is blocked, and in addition to communicating with the urine state measurement sensor, to obtain the urine state measurement information, and to analyze the obtained urine state measurement information, to generate the health state result information corresponding to the user And a health state measurement control block for externally displaying the generated health state result information through a display module installed in the urinal. According to claim 1, In the state connected to the urine removal water supply line, the exposure is formed along the urine slide surface of the urine sensor block, the urine in the urine removal water supply line, under the control of the health measurement control block A lower urine removal water discharge hole for discharging the urine removal water into the urine collection area and removing urine collected in the urine collection area to the outside of the urine sensor block when the removal water is supplied;
In the state connected with the dry air supply line, the exposure is formed in line along the urine slide surface of the urine sensor block, when the dry air is supplied to the dry air supply line under the control of the health measurement control block, the corresponding drying And a lower dry air discharge hole for discharging air to the urine collecting area to dry or remove urine or water collected or introduced into the urine collecting area. The urine removing water is supplied to the urine removing water supply line according to claim 1, wherein the urine removal water supply line is exposed to the bottom surface of the cover block while being connected to the urine removing water supply line. An upper urine removal water discharge hole for discharging the urine removal water into the urine collection area to remove urine collected in the urine collection area to the outside of the urine sensor block;
When the dry air is connected to the dry air supply line and exposed to the bottom surface of the cover block, and the dry air is supplied to the dry air supply line under the control of the health state control block, the corresponding dry air is collected in the urine collecting area. And an upper dry air discharge hole for drying or removing the urine or water collected or introduced into the urine collecting region. The urine removal water according to any one of claims 1 to 3, wherein the health state control block is in communication with the user distance acquisition sensor, when the user's urinal use start operation is read from the user distance acquisition sensor. Urine removal water to the urine removal water supply head, lower urine removal water discharge hole, upper urine removal water discharge hole in communication with the urine removal water supply device connected to the supply head, lower urine removal water discharge hole, upper urine removal water discharge hole A urine removal water blocking treatment module to block supply;
When the user's urinal use start operation is read from the user distance acquisition sensor while communicating with the user distance acquisition sensor, it communicates with a dry air supply device connected to a lower dry air discharge hole and an upper dry air discharge hole, and then to lower dry air. A dry air blocking processing module configured to block supply of dry air to the discharge hole and the upper dry air discharge hole;
In the state in which the supply of urine removal water and dry air is blocked by the urine removal water blocking processing module and the dry air blocking processing module, the urine state measurement information is received in communication with the urine state measuring sensor to receive urine state measurement information. A module;
Urine to communicate with the urine state measurement information receiving module, read the urine state measurement information, and compare the read urine state measurement information with the pre-stored health status reference information for each urine state, generating urine state analysis information A state analysis module;
A health state in which the urine state analysis information is communicated with the urine state analysis module, the urine state analysis information is read, and the read urine state analysis information is processed according to preset information processing reference information to generate health state result information corresponding to the user. A result information generating module;
And a health state result information output module configured to communicate with the health state result information generating module, read health state result information, and then communicate with the display module to externally display the read health state result information through a display module. Medical device for measuring the urine state, characterized in that. The method of claim 4, wherein the health state measurement control block communicates with the health state result information output module to determine whether the external display of the health state result information is completed, and then the external display of the health state result information is completed. When determined, the urine removal water supply processing module to communicate with the urine removal water supply device, the urine removal water supply head, the lower urine removal water discharge hole, the upper urine removal water discharge hole to supply the urine removal water for a predetermined time. and;
Communicate with the urine removal water supply processing module to determine whether supply of the urine removal water is completed, and when it is determined that supply of the urine removal water is completed, communicate with the dry air supply device to discharge the lower dry air. And a dry air supply processing module for supplying dry air to a hole and an upper dry air discharge hole for a predetermined time period. The apparatus of claim 4, wherein the health state measurement control block communicates with a user body information reception terminal or a health state result information generation module installed in the urinal, and includes user inspection number information, user fingerprint information, user iris information, and user facial contour information. A user unique information processing module for generating user unique information including user urine D & A information;
Communicate with the health state result information generation module and the user unique information processing module to read the health state result information and the user unique information corresponding to the user, and then combine the health state result information and the user unique information corresponding to the read user. The health status result external distribution information processing module for generating a health status results external distribution information, and transmits the generated health status results external distribution information to an external user health status management server further comprising: Condition measuring device. The urine sensor of claim 2, wherein a part of the urine sensor block is further provided with a discharge passageway groove for external discharge of the urine, urine removal water or dry air. The apparatus of claim 1, wherein an odor detection sensor is installed at a portion of the cover block to measure the smell of urine collected in the urine collecting region.

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