KR102152551B1 - Kiosk urine analyzer device with integrated strip vending machine and urine analyzer - Google Patents

Abstract

The present invention relates to a kiosk urine analysis device integrated with a strip vending machine and a urine analyzer. More specifically, the kiosk urine analysis device in which a urine analyzer for performing an examination by inserting a strip to which urine is applied thereinto and a strip vending machine for selling new strips are integrally provided can perform a payment-based strip sale by having payment means and an examination by applying urine to a strip at once.

Description

Kiosk-type urine analysis device with integrated strip vending machine and urine analyzer {KIOSK URINE ANALYZER DEVICE WITH INTEGRATED STRIP VENDING MACHINE AND URINE ANALYZER}

The present invention relates to a kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated.

Specifically, as a kiosk-type urine analysis device integrally composed of a urine analyzer for testing by inserting a strip with urine and a strip vending machine for selling new products of the strip, including a payment method, a strip sales based on payment and a strip It relates to a kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated, which functions to perform a test after the urine is buried in the body.

Modern medicine does not simply extend the lifespan, but aims to live a long, healthy life, and to realize an extension of the healthy lifespan, so future medicine is not focused on therapeutic medicine, but preventive medicine and predictive medicine. ), the paradigm is changing by implementing 3P of Personalized Medicine.

Therefore, in order to realize this concretely, research on biomarkers is being conducted very actively as a means for early detection and early treatment. Aging, which is a common trend around the world, is'increased chronic diseases → increased medical expenses → raised the need to reduce medical expenses. → The market environment has been changed in the order of raising the need for preventive medicine, and accordingly, there is a need to keep an interest in diagnostic devices, which are essential elements of preventive medicine.

The demand and expectations of people for medical care and health care are increasing day by day with the accelerating aging trend, such as the advent of the 100-year-old age, but the increase in the number of chronic diseases due to changed lifestyles such as diet and working methods, and environmental changes. The emergence of new diseases is acting as another social burden.

For example, as of 2013, the death rate from diabetes was 23%, and it is a high-risk disease that ranks fifth as the cause of death for Koreans. However, diabetes is known as a disease in which the risk of complications of diabetes can be lowered if the blood sugar management is consistently managed through self-management, including self-management of blood sugar in daily life, and compared to other diseases, through continuous self-management, a healthy life can be maintained.

Looking at the R&D trend of each medical device field in Korea, R&D of diagnostic and measuring devices accounts for more than 50%.The amendment of the Medical Devices Act in November 2014 created a positive market atmosphere, such as equipment not used in the human body was excluded from the evaluation of new medical technologies. Has become.

Currently, a variety of diagnostic kits are being developed in the market that can diagnose and monitor a patient's condition through physiological and chemical tests targeting not only blood but also external secretions such as urine, feces, saliva, and sweat.

Here, the urine test is emerging as the most suitable biometric self-examination device in the healthcare business field because it is highly convenient to use by using a urine sample and can easily predict over 70 diseases through a self-contained urine analyzer. .

As such, there is an urgent need for the development of a new concept diagnosis and reading reader that can inspect and monitor the health status of the general public anytime, anywhere. In analyzing and determining signals detected by light-emitting elements, optical elements, and microprocessors, near the judgment measured value There are problems in that it cannot be activated due to poor accuracy and very expensive for individuals to purchase, and difficulties in use as non-professionals.

Accordingly, for an efficient personalized health care service, the development of a highly sensitive and highly selective sensor that can effectively diagnose and manage symptoms of health abnormalities, and is easy to collect, such as urine or sweat, has no pain, and is easy for personal use. It can be said that the development of a convenient system is urgent.

On the other hand, with respect to a medical diagnosis apparatus through urine analysis, Patent Publication No. 10-1881223 invented by the present applicant describes a portable medical diagnosis apparatus based on an image sensor and a medical information management method using the same.

The above technology relates to an image sensor-based portable medical diagnosis device capable of managing individual diseases and health conditions, and a medical information management method using the same, and is configured on the upper surface of the portable medical diagnosis device to monitor progress and test results. A display window 120 to be displayed, a plurality of buttons 130 for receiving medical diagnosis start, end, power on/off, and data transmission control commands of the portable medical diagnosis apparatus, and open to one side from the upper surface of the medical diagnosis apparatus. / A strip that is formed inside the body under the body cover 110 and the body cover 110 to be closed and on which an external strip loader 200 for medical diagnosis is mounted according to the opening/closing of the body cover 110 In the direction of the loader mounting area 140 and the strip loader mounting area 140, a diagnostic sheet strip 300 for medical diagnosis or a diagnosis sheet 310 of various diagnostic kit bodies 301 and 302 for medical diagnosis An image sensor 160 for acquiring an image of a separator (marker) 320 capable of automatically distinguishing the diagnostic sheet strip 300 or the various diagnostic kit bodies 301 and 302 for medical diagnosis, and a subject An illumination unit 161 composed of an LED, which is a light irradiation device for clearly taking the color of the diagnostic sheet strip 300, and an image sensed by the image sensor 160 is analyzed and stored at one side of the body. And, it is transmitted to the outside and is configured in a control box 170 for supplying power required by a portable medical diagnosis device, the image sensor 160 and the lighting unit 161 and the control box 170 to provide power and data. A portable medical diagnosis apparatus main body 100 configured with a power supply and a data line 171 for supplying the data; And one side and an upper surface of the portable medical diagnosis apparatus body 100 corresponding to the image sensor 160 are open, and diagnosis of the diagnosis sheet strip 300 or the diagnosis kit main body 301 and 302 A fixing groove 210 for fixing a surface facing the image sensor 160 is formed to have a predetermined depth from the bottom of one corner to the bottom of the other corner of the diagnostic sheet strip body 300 or the diagnostic kit body It provides a portable medical diagnosis device based on an image sensor, comprising: a strip loader 200 in which 301 and 302 are fixed.

On the other hand, for the purpose of making the urine test easier for individuals to use, Patent Publication No. 10-2018-0106236 invented by the present applicant describes a network-based kiosk type urine test system and method.

The technology relates to a network-based kiosk type urine test system and method in which a user can perform a urine test through a kiosk type urine test device and then receive the test result through a mobile communication terminal such as a smartphone,

A plurality of urine testing devices having a function of paying for urine test fees, including a loader of a urine test strip for urine testing, and having a function to read various types of unique identification information including NFC or QR codes and barcodes to identify users ;

Receive and store the tested user name, user mobile number, test location, test time, urine test and analysis information executed by the urine test device, and urine test the urine test and analysis information of the urine test device based on a communication network Urine test integrated management server provided to the service user;

In order to identify the user, various types of unique identification information including NFC function, QR code, and barcode are displayed on the screen through the display unit of the user terminal, and urine test and analysis information is provided from the urine test integrated management server through the communication network. It describes what includes;

In addition, since the urine test device has unique identification information such as NFC, QR code, and Bar code, it is also possible to apply technology that allows payment by applying the next generation Fin Tech Solution by reading the unique identification information seen from the user terminal. .

Registered Patent Publication No. 10-1881223 (announced on 23 July 2018) Unexamined Patent Publication No. 10-2018-0106236 (2018.10.01.)

An object of the present invention is a kiosk-type urine analysis device integrally configured with a urine analyzer for testing by inserting a strip with urine and a strip vending machine for selling new products of the strip, including a payment means, , It is to provide a kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated, which functions to perform a test after burying urine on a strip.

Another object of the present invention is through a Urine Analyzer test using urine through a urine analyzer, diabetes, anemia, cholesterol, pregnancy, ovulation, menopause, and various cancer diagnostic kits and pandemic disease tests It is intended to provide a kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated, and configured to keep the secret of the test result by providing the test result only to the tester's verified smartphone.

Another object of the present invention is an auto loader function that enables the test strip to be more easily seated in the test position, and from inspection using the seated test strip to collecting and discharging the inspected strip It is to provide a kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated, having a strip case capable of performing.

As conceived to achieve the above object, a kiosk type urine analysis device in which a strip vending machine and a urine analyzer according to the present invention are integrated,

The urine analysis device is integrated so as to perform both the sale of the test strip and the test of the strip,

A strip vending machine for accommodating a plurality of test strips for sale of test strips, a strip discharge unit for discharging test strips provided from the strip vending machine, and a urine analyzer for testing the test strips. To do.

At this time, the urine analyzer,

It is formed in a predetermined space on the other side of the kiosk, and is composed of a strip case for accommodating, inspecting, and disposing of the used inspection strip,

On one side of the strip case,

It characterized in that it comprises a test unit that is an area for performing the test of the test strip stained with the injected urine.

In addition, the urine analysis device,

A display unit formed on one surface of the kiosk to output predetermined information and enable user manipulation;

A payment unit formed on the other side of the kiosk to perform payment based on user manipulation;

A communication unit communicating with the user terminal to provide the test result checked by the test unit to the user terminal or to guide installation of an App for performing the test;

A strip collection box configured below the strip case; And

And a control unit that controls the strip case, controls sales of test strips through the strip vending machine, and performs a control function for operating a kiosk and performing an inspection function.

In addition, the strip case,

A moving tray that is moved inside the strip case;

A shielding film bent in a letter'b' at an end of the moving tray and having an open area formed on one side thereof;

A strip mark marked so that an inspection strip can be seated on one surface of the moving tray; And

And a strip guider that is fixed to the strip case and is mounted on the upper surface of the moving tray, but is provided separately from the moving tray and does not move with the moving tray.

In addition, the moving tray,

It is characterized in that it is located in the position of the closed position, the half position and the full position by a stepping motor.

In addition, the inspection unit,

The backlight using multiple LEDs is configured in the same direction as the left and right strip directions of the CMOS image sensor,

It is characterized in that it is provided on an upper side corresponding to the position of the half-position of the inner surface of the strip case.

On the other hand, when the moving tray is located in the half position,

It characterized in that the open area of the screen is located at the end of the strip mark of the moving tray.

On the other hand, when the moving tray is located in a full position,

The strip guider and the strip inside the strip guider are fixed, and only the moving tray is moved, thereby forming a darkroom by placing a screen at an end of the strip mark of the moving tray.

On the other hand, when the moving tray is located in the closed position,

As the moving tray is not positioned on the lower surface of the strip guider, the strip inside the strip guider is made to fall under gravity.

In addition, at least one drain hole is formed at one side of the strip mark.

In addition, the test strip provided in the strip vending machine is characterized in that it is stored in a paper box in a vacuum-packed state for each piece.

In addition, the test strip,

A collecting part with a groove formed on the inside convexly formed at an end opposite to the end to be gripped by hand,

An induction path formed as a passage in the inside of the test strip or concave into a groove on one side of the strip, and communicated with the collection unit to guide urine accumulated in the collection unit,

Including a reaction induction road communicating with the reaction zone of the strip and the taxiway, but having an inclined angle from the taxiway to the reaction zone,

When the strip is laid flat,

It is characterized in that it has a predetermined slope by the collection unit, and the urine accumulated in the collection unit is moved to the reaction zone through an induction path and a reaction induction path.

In addition, the test strip is characterized in that a stopper made of a non-woven fabric material is formed to prevent leakage of urine moved to the end of the induction path.

According to the kiosk type urine analysis device in which the strip vending machine and the urine analyzer according to the present invention are integrated,

By providing a kiosk-type urine analysis device in which a urine analyzer for testing by inserting a strip with urine and a strip vending machine for selling new products of the strip is provided, the sale of strips based on payment including payment means, and urine on the strip It has the effect of being able to perform inspections at once after being buried.

In addition, a strip capable of performing an auto loader function that allows the test strip to be more easily settled to the test position, from inspection using the seated test strip to collecting and discharging the tested strip. It has the effect of providing a kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated with a case.

Therefore, the tester prepares a strip and uses a kiosk-type urine analysis device in which a strip vending machine and a urine analyzer according to the present invention are integrated, so that it is possible to easily identify diseases that can be tested through the strip,

Furthermore, by providing the test result to an authenticated terminal, it is possible to keep the test result confidential by the tester.

1 and 1A are block diagrams showing the configuration of a kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated according to the present invention.
2 shows an example of a test unit in a kiosk type urine analysis device in which a strip vending machine and a urine analyzer according to the present invention are integrated.
2A shows a test strip among a kiosk-type urine analysis device in which a strip vending machine and a urine analyzer according to the present invention are integrated.
3 is a perspective view of a moving tray and a strip guider positioned inside a strip case among kiosk-type urine analysis devices in which a strip vending machine and a urine analyzer according to the present invention are integrated.
4 and 5 show an operation relationship of the strip case of FIG. 4.

Terms and words used in this specification and claims should not be construed as being limited to their usual or dictionary meanings, and that the inventor can appropriately define the concept of terms in order to describe his own invention in the best way. Based on the principle, it should be interpreted as a meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all the technical ideas of the present invention, and various equivalents that can replace them at the time of application And it should be understood that there may be variations.

Hereinafter, prior to the description with reference to the drawings, matters that are not necessary to reveal the gist of the present invention, that is, known configurations that can be obviously added by those skilled in the art are not shown or specifically described. Make the note clear.

The present invention relates to a kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated.

Specifically, as a kiosk-type urine analysis device integrally composed of a urine analyzer for testing by inserting a strip with urine and a strip vending machine for selling new products of the strip, including a payment method, a strip sales based on payment and a strip It relates to a kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated, which functions to perform a test after the urine is buried in the body.

Prior to the description, the strip provided in the strip vending machine according to the present invention is vacuum-packed with vinyl and provided in a paper box.

Conventional strips are provided in the form of attaching chemicals of the quantity (10 chemicals are required for 10 types of urine tests) on a thin plastic plate, and the color of the chemicals changes when urine is applied to the chemicals. It is used as a urine chemistry test method to read and test. In other words, it is similar to the litmus test paper.

In the present invention, the conventional principle using the principle of the above-described urine chemical test method is used as it is, but, as described above, each strip is vacuum-packed with vinyl and stored in a paper box to be provided.

This is to facilitate the provision of the strip through a vending machine-type strip vending machine, and to facilitate the application of a prescribed advertisement display or phrases, etc., and the strip is exposed to the dash as in the prior art. The strip is vacuum-packed to prevent oxidation.

Accordingly, storage in the vending machine is easy, and discharge through the vending machine is also easier than that of a conventional plastic plate.

The above-described test strip may refer to FIG. 2A of the accompanying drawings.

2A shows a test strip among a kiosk-type urine analysis device in which a strip vending machine and a urine analyzer according to the present invention are integrated.

(A) to (C) of FIG. 2A show the planar shape according to the embodiment of the strip, and (D) and (E) show the side shape of the strip.

That is, the strip is the same as the configuration having a conventional reaction zone, but includes a collection unit capable of collecting urine at an end opposite to the end gripped by hand.

The collection unit is formed to be convex downward and has a shape of a ladle by including a concave groove on one side, so that when a user buries urine for a urine test, collection of urine can be concentrated.

In addition, the strip forms an induction path formed in a passage shape inside both ends of the reaction zone, and the induction path may be configured to communicate with the collecting portion as a passage formed inside the strip, or at the top surface of the strip. It may be configured in the shape of a concave groove.

Accordingly, the urine accumulated in the collection unit is directed to a communication taxiway, and the taxiway is configured to communicate with a reaction taxiway connecting the reaction zone. At this time, it is natural that the reaction induction is communicated with the reaction zone.

In addition, it is preferable that the reaction induction road has an inclined direction from the taxiway toward the reaction zone as shown in the figure.

This is, when the strip is placed on a horizontal surface for inspection as shown in (E) of FIG. 2A, it has a predetermined slope due to the convex configuration of the collection unit. Due to this slope, the urine accumulated in the collection unit flows into the guideway. In the process, urine moves to the reaction zone through the reaction induction route. In particular, due to the slope of the reaction induction road, the movement of urine to the reaction zone can be ensured.

In addition, a stopper may be included on one side of the induction furnace as shown in (B) and (C) of FIG. 2A, and the stopper is made of a nonwoven fabric, and may be configured as (B) or (C). This stopper is to prevent the remaining urine from leaking from the end of the taxiway without going to the reaction zone through the taxiway.

If urine leaks out of the strip through the induction path, there is a concern that it may affect the test results as well as hygiene problems.

The kiosk-type urine analysis apparatus in which the strip vending machine and the urine analyzer according to the present invention are integrated includes a configuration as shown in FIG. 1 of the accompanying drawings. However, the configuration shown in FIG. 1 is represented by a block diagram, and may include a configuration designed by a person skilled in the art for an actual function.

For example, this is the display unit. The display unit may be configured with a touch screen or the like that outputs predetermined information and allows a user to manipulate the screen.

1 and 1A are block diagrams showing the configuration of a kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated according to the present invention.

The urine analysis device according to FIG. 1 of the accompanying drawings is a kiosk-type urine analysis device, wherein the urine analysis device is integrated to perform both the sale of the test strip and the test of the strip, and the sale of the test strip A strip vending machine for accommodating a plurality of test strips, a strip discharge unit for discharging the test strip provided from the strip vending machine, and a urine analyzer for testing the test strip.

The above-described urine analyzer is to perform a function of inserting a test strip with urine and to test the inserted strip, and in the present invention, it refers to a strip case.

The strip case is formed in a predetermined space on the other side of the kiosk, and performs a function of accommodating, inspecting, and disposing of used inspection strips inserted by a user.

One side of the strip case includes an inspection unit, which is an area that performs an inspection of a test strip stained with the injected urine, which will be described later.

In addition to the above-described strip vending machine, strip discharge unit, and urine analyzer, the urine analysis device according to the present invention further includes the following configuration.

More specifically, a display unit formed on one surface of the kiosk to output predetermined information and enable user manipulation; A payment unit formed on the other side of the kiosk to perform payment based on user manipulation; A communication unit communicating with the user terminal to provide the test result checked by the test unit to the user terminal or to guide installation of an App for performing the test; And a strip collection box configured below the strip case.

In addition, it may further include a control unit, wherein the control unit controls the strip case, controls the operation of the strip vending machine based on payment, controls the strip of the strip vending machine to be discharged to the strip discharge unit, and operates and inspects the kiosk. All control functions for execution (eg, payment, output, touch recognition, inspection performance, inspection result transmission, stepping motor control, etc.) are performed.

In addition, the detailed configuration of the strip vending machine may employ a configuration of a vending machine that sells various items in the related art, and the strip discharge unit may also employ a configuration of an outlet provided in such a vending machine, so a detailed description will be omitted. .

In this case, the communication unit may include a short-range communication module for performing short-range communication with the terminal and a terminal communication module for communicating with a Web or App through general wireless.

In addition, the payment unit performs payment through NFC communication using a short-range communication module, or performs payment in all payment methods applicable to a conventional engineer, such as terminal payment, credit card payment, or cash payment. Of course, a configuration for this (card payment module, cash inlet, change outlet, NFC module, etc.) may be provided.

In addition, the inspection unit secures a space configured inside the kiosk and performs a function of inspecting a test strip inserted in the space.

As an example, the inspection unit may be configured as shown in FIG. 2 of the accompanying drawings.

2 shows an example of a test unit in a kiosk type urine analysis device in which a strip vending machine and a urine analyzer according to the present invention are integrated.

This is a test of urine buried in the strip through the backlight, LED, and CMOS image sensor. Specifically, it is performed in a dark room so that external light is blocked, and the backlight using the LED is a CMOS image so that the change of the strip color can be taken close-up. The sensor's left and right sides are consistent with the direction of the strip. LEDs are composed of 2 to 4 to provide sufficient light for close-up photography, and the specific number of LEDs should not be limited.

For such an inspection unit, reference may be made to'image sensor-based portable medical diagnosis apparatus and medical information management method using the same' in Patent Publication No. 10-1881223 invented by the present applicant.

In this case, the strip case is referred to FIG. 3 of the accompanying drawings.

3 is a perspective view showing a moving tray and a strip guider positioned inside a strip case among kiosk-type urine analysis devices in which a strip vending machine and a urine analyzer according to the present invention are integrated, and FIGS. 4 and 5 are the strip case of FIG. It shows the working relationship of.

The strip case according to the attached Figure 3,

A moving tray that is moved inside the strip case;

A shielding film bent in a letter'b' at an end of the moving tray and having an open area formed on one side thereof;

A strip mark marked so that an inspection strip can be seated on one surface of the moving tray; And

(a) In order to surround the outer periphery of the test strip, a'C'-shaped hollow is formed to surround the periphery of the strip mark, and (b) fixed to the strip case and seated on the upper surface of the moving tray. It comprises a strip guider that is separately provided and does not move with the moving tray.

In this case, the strip guider may be fixed to the strip case in various ways. For example, a separate rod or plate is used to connect and fix the strip guide from the inner wall of the strip case to one side of the strip guide.

It is sufficient to fix the strip guider so that it cannot move, and at the same time, it is irrelevant if it is configured in such a way that the function of the inspection unit for inspection of the inspection strip is not disturbed.

At this time, the strip mark is printed on one surface of the moving tray or processed by laser, etc., so that the user can easily identify the place where the test strip is mounted.

In addition, the strip guider has a curved portion formed at the end as shown in the enlarged view of Fig. 3, so that the test strip can be easily inserted into the'C'-shaped hollow, and the test strip is inserted through the open area formed in the screen. Make it possible.

The open area of the screen is located so as to communicate with the hole area formed on one side of the kiosk body, and when the user inserts the test strip with urine into the hole area formed in the kiosk, it is seated on the strip mark of the moving tray through the strip guider. You can do it.

The moving tray may be moved left or right in the horizontal direction of the moving tray through a combination with a stepping motor. Such movement is performed within the strip case, that is, it is sufficient if the strip case is configured with a space sufficient for movement of the moving tray to be described later, and the inspection unit is configured in an appropriate position.

The basic position of the moving tray when the test strip is inserted through the above-described open area is referred to as a half position.

In addition, the position of the moving tray for inspection is referred to as a full position in the sense that it is located deeply, and the position of the moving tray when the inspected inspection strip is disposed is referred to as a closed position in the sense of closure.

As shown in FIG. 4 of the accompanying drawings, when the moving tray positioned in the half position by the stepping motor is positioned in the full position, the screen is positioned instead of the open area in the direction in which the test strip was inserted. This is because the strip guider does not move even if the moving tray moves.

Accordingly, the inflow of light is blocked by the hole area being blocked by the shielding film, and thus the inside of the strip case and the inside of the strip guider become dark rooms, and thus the inspection is performed by the inspection unit. That is, as predictable from this description, the inspection unit may be configured at a position corresponding to the upper side of the strip mark of the moving tray in the half position of the upper surface of the strip case.

As shown in FIG. 5 of the accompanying drawings, when the inspection is completed, the moving tray is moved in the opposite direction, but is moved to such an extent that the moving tray is not located on the lower surface of the strip guider.

This movement can be moved by a predetermined distance by the stepping motor.

Accordingly, the test strip located inside the strip guider cannot move along the moving tray by the strip guider, but as the moving tray disappears from the lower surface of the strip guider, it falls downward by gravity, Accordingly, it is disposed of in a strip collection box provided on the lower side of the strip case.

Accordingly, the strip case may further include a rail structure in which a stepping motor is provided as shown in FIG. 1A of the accompanying drawings, and a moving tray can be moved through the power of the stepping motor. The combination of gears that allows the moving tray to move along the line may adopt any configuration that can be derived by prediction of a person skilled in the art, and is not limited to any specific configuration.

However, it is obvious that a stepping motor can move a control object by a predetermined length using a pulse signal, and moving the moving tray in three predetermined directions using such a stepping motor can be made clear by a skilled person. .

The configuration for moving the moving tray by applying such a stepping motor to the moving tray can be any configuration predictable by a person skilled in the art, but as an example, the gear coupled to the axis of the stepping motor abuts the rail of the moving tray. By exposing it to one side, the gears can mesh with the gear mountain of the rail, and the moving tray can be moved along the rail by using the rotational force of the stepping motor as power.

On the other hand, the rails are composed of two, so that the two rails are formed in a facing direction, one is located in the direction of the outer surface of the screen of the moving tray, and the other is the outer surface of the moving tray corresponding to the direction opposite to the direction of the screen. It is positioned in the direction, and only one of the two rails can be configured to mesh with the gears of the stepping motor, and the other rail can be configured to mesh with the gears that rotate freely based on the axis formed on the outer surface of the moving tray. Alternatively, in the case of the remaining one rail, it may be configured to guide the engagement between the rail and the moving tray by the engagement of the irregularities (凹凸).

In addition, the strip case may be configured in a form in which one side of the position corresponding to the above-described half position is opened to communicate with the strip collection box (refer to the collection box in FIG. 1A ).

In addition, in order to stably fix and move the moving tray, cylinders connected from one side of the moving tray to the inner side of the strip case may be connected in left and right directions based on the moving direction of the moving tray.

Alternatively, by forming a through hole penetrating in the left-right direction based on the moving direction of the moving tray, and connecting the guide rod from one surface of the strip case to the other surface facing the moving tray, so that the guide rod penetrates the through hole of the moving tray. In addition, the size and shape of the diameter of the guide rod may be configured to correspond to the size and shape of the diameter of the through hole, so that the moving tray may be moved left and right while being guided along the guide rod.

Further than the above example, by further including a cover on the guide rod so that the cover is moved along the guide rod, the diameter of the guide rod is made smaller and the diameter of the cover corresponds to the diameter of the through hole, thereby making the cover through hole By inserting and fixing in the through hole, the cover may be finally inserted and fixed in the through hole to guide movement along the guide rod. In this case, it is possible to prevent damage caused by the movement of the moving tray.

Accordingly, according to the present invention, it is possible to propose a structure having an advantage of forming a dark room for examination with only a simple structure and disposing of the used strip easily.

Further, it is possible to propose a kiosk-type urine test device employing the above-described structure.

On the other hand, a drain hole may be formed in the strip mark formed on the moving tray at regular intervals. When the amount of urine on the test strip is large, the drain hole functions to allow urine residue to be discharged downward without being collected on the strip mark.

On the other hand, the position of the strip collection box is positioned downward so that it corresponds to the position when it is in the half position of the moving tray, and its size is formed equal to the horizontal length of the moving tray, but the height of the strip collection box is higher than the lower surface of the moving tray. It is configured to be slightly lower, and by forming a nonwoven fabric on the uppermost surface of the strip collection box, the nonwoven fabric is configured to contact the lower surface of the moving tray.

Accordingly, when the moving tray is moved, the periphery of the drain hole of the moving tray may be cleaned by the nonwoven fabric.

It is apparent that what has been described with reference to the accompanying drawings in the above is only the main matters of the present invention, and is not limited to the configuration of the accompanying drawings of the present invention as various designs are possible within the technical scope.

Claims (13)

As a kiosk-type urine analysis device,
The urine analysis device is integrated so as to perform both the sale of the test strip and the test of the strip,
A strip vending machine for accommodating a plurality of test strips for sale of test strips, a strip discharge unit for discharging test strips provided from the strip vending machine, and a urine analyzer for testing the test strips,
The urine analyzer,
It is formed in a predetermined space on the other side of the kiosk, and is composed of a strip case for accommodating, inspecting, and disposing of the used inspection strip,
One side of the strip case includes an inspection unit that is an area for performing inspection of a test strip stained with injected urine,
The strip case,
A moving tray that is moved inside the strip case;
A shielding film bent in a letter'b' at an end of the moving tray and having an open area formed on one side thereof;
A strip mark marked so that an inspection strip can be seated on one surface of the moving tray; And
A strip guider fixed to the strip case and mounted on the upper surface of the moving tray but provided separately from the moving tray so as not to move together when the moving tray is moved; characterized in that the strip vending machine and urine analyzer are integrated. Kiosk type urine analysis device.
delete The method according to claim 1,
Urine analysis device,
A display unit formed on one surface of the kiosk to output predetermined information and enable user manipulation;
A payment unit formed on the other side of the kiosk to perform payment based on user manipulation;
A communication unit communicating with the user terminal to provide the test result checked by the test unit to the user terminal or to guide installation of an App for performing the test;
A strip collection box configured below the strip case; And
A control unit that controls the strip case, controls sales of test strips through the strip vending machine, and performs a control function for operating a kiosk and performing an inspection function; characterized in that it further comprises a strip vending machine and urine. Kiosk type urine analysis device with integrated analyzer.
delete The method according to claim 1,
The moving tray,
A kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated, characterized in that it is positioned at positions of a closed position, a half position and a full position by a stepping motor.
The method of claim 5,
The inspection unit,
The backlight using multiple LEDs is configured in the same direction as the left and right strip directions of the CMOS image sensor,
A kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated, which is provided on an upper side of the inner surface of the strip case corresponding to the position of the half position.
The method of claim 5,
When the moving tray is located in the half position,
A kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated, characterized in that an open area of the shielding film is located at an end of the strip mark of the moving tray.
The method of claim 5,
When the moving tray is located in full position,
A kiosk in which a strip vending machine and a urine analyzer are integrated, characterized in that the strip guider and the strip inside the strip guider are fixed, and only the moving tray is moved, thereby forming a dark room by placing a screen at the end of the strip mark of the moving tray. Type urine analysis device.
The method of claim 5,
When the moving tray is located in the closed position,
As the moving tray is not located on the lower surface of the strip guider, the strip inside the strip guider is dropped by gravity. A kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated.
The method according to claim 1,
One side of the strip mark, characterized in that at least one drain hole is formed, a kiosk type urine analysis device in which a strip vending machine and a urine analyzer are integrated.
The method according to claim 1,
The test strip provided in the strip vending machine,
A kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated, characterized in that each piece is stored in a paper box while vacuum-packed with vinyl.
The method according to claim 1,
The test strip,
A collecting part with a groove formed on the inside convexly formed at an end opposite to the end to be gripped by hand,
An induction path formed as a passage in the inside of the test strip or concave into a groove on one side of the strip, and communicated with the collection unit to guide urine accumulated in the collection unit,
Including a reaction induction road communicating with the reaction zone of the strip and the taxiway, but having an inclined angle from the taxiway to the reaction zone,
When the strip is laid flat,
A kiosk-type urine analysis in which a strip vending machine and a urine analyzer are integrated, characterized in that the collection unit has a predetermined slope and the urine accumulated in the collection unit is moved to the reaction zone through an induction path and a reaction induction path. Device.
The method of claim 12,
The test strip,
A kiosk-type urine analysis device in which a strip vending machine and a urine analyzer are integrated, characterized in that a stopper made of a non-woven fabric is formed to prevent leakage of urine moved to the end of the taxiway.

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