Urine testing device

Abstract

The present invention discloses a urine detection device, comprising a urine drainage section and a urine detection drainage section connected in sequence, a test paper carrier is installed on the urine detection drainage section, urine flows through the urine drainage section and the urine detection drainage section in sequence, and the test paper carrier dips the carried test paper strip into the urine flowing through the urine detection drainage section for urine detection. The urine detection device of the present invention is to complete urination, testing and reading the results at one time, which is convenient, fast, clean and hygienic, and can test multiple items at one time; each time, different reactions of the same item under urine at different time periods can also be tested.

Description

Technical Field

[0001] The invention belongs to the field of daily necessities, and specifically relates to a urine detection device, and in particular to a urine detection device suitable for women to urinate while standing. Background Art

[0002] Urine examination includes routine urine analysis and detection of formed elements in urine, such as urine red blood cells, white blood cells, pH, protein, glucose, ketone bodies, occult blood, bilirubin, urobilinogen and nitrite, etc. It can also be used to test early pregnancy, quantitative determination of protein components, urine enzyme determination, etc. Urine examination is of great value in clinical diagnosis, judgment of efficacy and prognosis.

[0003] The simple testing method currently available in hospitals is to ask patients to collect urine in a disposable plastic box and then send it to the hospital's testing department for testing. Not only do they have to queue up and wait for the results, but they also have to pay a lot of testing fees. In fact, some test indicators in urine can be clearly tested with simple test strips, and ordinary people can fully master the testing process. At present, the sensitivity of test strip tests can reach 55%-98%. But the method is very troublesome: first find a clean container, collect urine (at this time, women have to take off their pants, blindly collect, often urinate on their hands or outside the container, put down the container with urine and urine outside, wash hands, and put on pants), insert the test paper into the urine, lift it up, and look at the results, which is very troublesome. Summary of the invention

[0004] In view of the defects and shortcomings in the prior art, the present invention provides a urine testing device, which not only can facilitate standing urination, but is also particularly suitable for women to urinate while standing. While urinating, the urine can be tested with a test paper during the flow of urine. The device is easy to use and simple to operate.

[0005] To achieve the above object, the technical solution adopted by the present invention includes:

[0006] A urine testing device comprises a urine drainage section and a urine testing drainage section which are connected in sequence. A test paper carrier is installed on the urine testing drainage section. Urine flows through the urine drainage section and the urine testing drainage section in sequence. The test paper carrier dips the test paper strip carried by it into the urine flowing through the urine testing drainage section to perform urine testing.

[0007] Specifically, the urine drainage section is trough-shaped, tubular or ring-shaped, the urine detection drainage section is trough-shaped, the bottom of the urine detection drainage section is a drainage trough, and the shape of the drainage trough is "V"-shaped, inverted trapezoidal or circular arc.

[0008] Furthermore, it also includes a urine guiding and storing component arranged in the urine detection drainage section, which can divide the urine flowing through into front urine, middle urine and back urine for storage, and then the front urine, middle urine and back urine on the urine guiding and storing component are respectively detected through the test paper carrier.

[0009] Specifically, the urine guiding and storing component includes a front urine drainage area, a middle urine drainage area, a rear urine drainage area, a drainage strip, a urine storage tank, a partition, a pull rope, a coating and a spacing line. The urine detection drainage section is a groove type, and the groove bottom of the urine detection drainage section is a drainage groove. The front urine drainage area, the middle urine drainage area and the rear urine drainage area are arranged in sequence in the direction opposite to the flow direction of urine, and a coating and a spacing line are arranged on the front urine drainage area, the middle urine drainage area and the rear urine drainage area. The urine storage tank is attached to the urine detection drainage section, and the urine storage tank is separated by the partition corresponding to the front urine drainage area, the middle urine drainage area and the rear urine drainage area, and the separated urine storage tank guides and stores the urine absorbed by the front urine drainage area, the middle urine drainage area and the rear urine drainage area through the drainage strip, and the pull rope is fixedly connected to the front end of the coating on the front urine drainage area.

[0010] In addition, the test paper carrier can move in height and / or rotate or flip in circumferential direction relative to the urine detection drainage section.

[0011] Specifically, the urine detection drainage section includes a first detection drainage plate and a second detection drainage plate forming a groove structure, and the test paper carrier is respectively installed on the first detection drainage plate and / or the second detection drainage plate, and the test paper carrier can move in height and / or rotate in the circumferential direction relative to the first detection drainage plate and / or the second detection drainage plate.

[0012] A feasible solution is that the test paper carrier includes an adjustment handle, an adjustment shaft and a carrying plate connected in sequence, and the adjustment handle and the adjustment shaft drive the carrying plate to rotate around the adjustment shaft as the center, and the carrying plate carries a test paper strip.

[0013] The second feasible solution is that the test paper carrier includes an adjustment handle, an adjustment shaft and a carrying plate connected in sequence, and adjustment grooves are respectively arranged on the first detection drainage plate and / or the second detection drainage plate, and the adjustment shaft is clamped on the adjustment groove. The carrying plate is driven by the adjustment handle and the adjustment shaft to rotate circumferentially along the adjustment shaft and / or move along the adjustment groove.

[0014] A third feasible solution is that the test paper carrier includes an adjustment handle, an adjustment shaft and a carrying plate connected in sequence, the adjustment handle includes a connecting plate and an adjustment card, the connecting plate is connected to the carrying plate and is respectively installed on the first detection drainage plate and / or the second detection drainage plate through the adjustment shaft, and the connecting plate and the carrying plate are driven to rotate circumferentially along the adjustment shaft through the adjustment card.

[0015] Specifically, the urine drainage section includes a first drainage sheet and a second drainage sheet, the urine detection drainage section includes a first detection drainage sheet and a second detection drainage sheet, a test paper carrier is respectively installed on the first detection drainage sheet and / or the second detection drainage sheet, the first drainage sheet and the first detection drainage sheet are on a first plane, the second drainage sheet and the second detection drainage sheet are on a second plane, and the first plane and the second plane form a groove structure;

[0016] The urine flows through the urine drainage section and the urine detection drainage section in sequence, and the test paper carrier dips the carried test paper into the urine flowing through the urine detection drainage section to perform urine detection.

[0017] Furthermore, a flow interception baffle is arranged in the groove structure formed by the first plane and the second plane, and the flow interception baffle is located downstream of the test paper carrier.

[0018] Compared with the prior art, the advantages of the present invention include:

[0019] The present invention solves the problem of urine drainage, that is, a standing urine diverter suitable for both men and women, a test paper carrier is provided on the basis of the standing urine diverter, and the position of the test paper is flexibly adjusted by changing the position of the test paper carrier to perform urine test paper detection. The urine detection device of the present invention can complete urination, testing and reading the results at one time, which is convenient, fast, clean and hygienic, and can test multiple items at one time; each time, different reactions of the same item under urine at different time periods can also be tested. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 is a three-dimensional diagram of a first urine testing device of the present invention;

[0021] Figure 2 for Figure 1 A three-dimensional diagram of a test strip pasted onto the structure in the figure;

[0022] Figure 3 is a perspective view of a second urine testing device of the present invention;

[0023] Figure 4 for Figure 3 A cross-sectional view of the intercepting baffle;

[0024] Figure 5 for Figure 3 Rear view of

[0025] Figure 6 is a rear view of a third urine testing device of the present invention;

[0026] Figure 7 is a rear view of a fourth urine testing device of the present invention;

[0027] Figure 8is a front cross-sectional view of a fourth urine testing device of the present invention;

[0028] Fig. 9 It is a shape model diagram of the drainage piece and the detection drainage piece of the present invention;

[0029] Fig.10 is a perspective view of a fifth urine testing device of the present invention;

[0030] Fig.11 for Fig.10 Left view of

[0031] Fig.12 for Fig.10 A top view of the detection area;

[0032] Fig.13 is a perspective view of a sixth urine testing device of the present invention;

[0033] The reference numerals in the figure are as follows: 1-urine drainage section, 11-first drainage sheet, 12-second drainage sheet, 2-urine detection drainage section, 21-first detection drainage sheet, 22-second detection drainage sheet, 23-positioning slot, 3-test paper carrying piece, 31-positioning handle, 31-1 connecting plate, 31-2 position adjustment card, 32-carrying plate, 33-adhesive area, 34-positioning axis, 35-test paper strip, 4-urine guiding storage member, 41-front urine drainage area, 42-middle urine drainage area, 43-back urine drainage area, 44-drainage strip, 45-urine storage tank, 46-partition plate, 47-pull rope, 48-film, 49-spacer line, 5-intercepting baffle, 6-drainage slot;

[0034] The present invention is described in detail below with reference to the accompanying drawings and specific implementation methods. DETAILED DESCRIPTION

[0035] Each time a woman discharges 300 ml of urine, she needs to use 6 liters of clean water to flush, while a man only needs 3 liters of water at most when flushing a urinal, 5-7 times per day per person. For this reason alone, a woman uses at least 15 to 21 liters of water more than a man per day. If there is a simple item that can combine the physiological characteristics of women and enable women to urinate while standing, it will not only solve the problem of unreasonable squatting positions in men's and women's public toilets that everyone is concerned about, but also save a lot of water invisibly. The inventor of this application has proposed a standing urine diverter based on actual experience and improvements. At the same time, combined with the use characteristics of the test paper, a device that can conveniently detect urine is proposed on the basis of the standing urine diverter.

[0036] Combination Figure 1The urine detection device of the present invention comprises a urine drainage section and a urine detection drainage section connected in sequence, a test paper carrier is installed on the urine detection drainage section, urine flows through the urine drainage section and the urine detection drainage section in sequence, and the test paper carrier dips the carried test paper strip into the urine flowing through the urine detection drainage section to perform urine detection. Firstly, the present invention solves the problem of urine drainage, that is, it can be suitable for a standing urine diverter for both men and women, a test paper carrier is arranged on the basis of the standing urine diverter, and the position of the test paper is flexibly adjusted by changing the position of the test paper carrier to perform urine test paper detection.

[0037] Combination Fig. 9 , through the comparison of reasonable structure and actual usage, the length of the urine drainage section L 1 The length of the drainage section for urine testing is L 2 The ratio is 1:1~1.5. Such a length setting not only ensures the smooth drainage of urine, but also gives the test paper on the test paper carrier enough detection time in the urine detection drainage section, quickly dips the urine and quickly reads the result.

[0038] Combination Fig. 9 In order to save manufacturing materials and facilitate users to grab and hold, the edges of the urine drainage section and the urine detection drainage section are arcs, and the edge of the urine drainage section and the edge of the urine detection drainage section are transitionally connected at the trough. The peak height of the urine drainage section: the trough height: the peak height ratio of the urine detection drainage section is 1:0.5~0.8:1~1.5. The peak height of the urine drainage section is the vertical distance from point a in the figure to the bottom edge, the trough height is the vertical distance from point b in the figure to the bottom edge, and the peak height of the urine detection drainage section is the distance from point c in the figure to the bottom edge. Such a height setting is not only convenient for holding and simple to operate, but also can ensure the smooth drainage of urine without splashing and contaminating the hands.

[0039] The test paper carrier can move in height and / or rotate in circumferential direction relative to the urine detection drainage section, that is, the test paper carrier is made into a curved surface structure, and the test paper strips are set on the curved surface. By rotating the curved surface, the test paper strips carried by the carrier are passed through the urine flow in sequence for dip detection, or the test paper carrier can move in height, that is, move to the urine surface for dip detection when detection is required, or both situations are set, and the operator can make free adjustments according to needs.

[0040] The urine drainage section can be trough-shaped, tubular or ring-shaped, the urine detection drainage section is trough-shaped, the bottom of the urine detection drainage section is a drainage trough, and the shape of the drainage trough is "V"-shaped, inverted trapezoidal or arc-shaped.

[0041] In addition, it also includes a urine guiding and storing component arranged in the urine detection drainage section, which can divide the urine flowing through into front urine, middle urine and back urine for storage, and then the front urine, middle urine and back urine on the urine guiding and storing component are respectively detected through the test paper carrier.

[0042] Specifically, the urine detection device of the present invention includes the following situations:

[0043] Embodiment 1:

[0044] Combination Figure 1-5 9, the urine detection device of this embodiment includes a urine drainage section 1 and a urine detection drainage section 2 which are connected in sequence, a test paper carrier 3 is installed on the urine detection drainage section 2, urine flows through the urine drainage section 1 and the urine detection drainage section 2 in sequence, and the test paper carrier 3 dips the test paper strip 35 carried by it into the urine flowing through the urine detection drainage section 2 for urine detection.

[0045] Length L of urine drainage section 1 1 Length L of drainage section 2 for urine detection 2 The ratio of is 1:1, the edges of the urine drainage section 1 and the urine detection drainage section 2 are arcs, the edge of the urine drainage section 1 and the edge of the urine detection drainage section 2 are transitionally connected at the trough, the peak height of the urine drainage section 1: the trough height: the peak height ratio of the urine detection drainage section 2 is 1:0.6:1.2, and the peak height of the urine drainage section 1 is Fig. 9 The vertical distance from point a to the bottom edge is the trough height. Fig. 9 The vertical distance from point b to the bottom edge, the peak height of the urine detection drainage section 2 is Fig. 9 The distance from point c to the bottom edge.

[0046] The urine drainage section 1 includes a first drainage sheet 11 and a second drainage sheet 12, and the urine detection drainage section 2 includes a first detection drainage sheet 21 and a second detection drainage sheet 22. A test paper carrier 3 is installed on the second detection drainage sheet 22. The first drainage sheet 11 and the first detection drainage sheet 21 are on a first plane, and the second drainage sheet 12 and the second detection drainage sheet 22 are on a second plane. The first plane and the second plane form a groove structure, which can be Figure 1 and Figure 2 The "V" groove can also be Figure 3 The "V"-shaped groove with a flat bottom is a flat-bottomed drainage groove; urine flows through the urine drainage section 1 and the urine detection drainage section 2 in sequence, and the test paper carrying part 3 dips the test paper strip 35 carried by it into the urine flowing through the urine detection drainage section 2 for urine detection.

[0047] A flow interception baffle 5 is also arranged in the groove structure formed by the first plane and the second plane. The flow interception baffle 5 is located downstream of the test paper carrier 3. The top edge of the flow interception baffle 5 can be an arc shape, a "V" shape, or the like to match the shape of the device, and the flow interception baffle 5 is at an equal distance from the positioning paper carrier 3 and from the end of the downstream device. To a certain extent, the urine with a small flow rate is intercepted to meet the flow requirement of the test paper.

[0048] The test paper carrier 3 includes a positioning handle 31, a positioning shaft 34 and a carrying plate 32 connected in sequence. The positioning handle 31 and the positioning shaft 34 drive the carrying plate 32 to rotate around the positioning shaft 34. The carrying plate 32 carries a test paper strip 35. The test paper strip 35 on the carrying plate 32 can be carried in the form of pasting, fixing or other convenient carrying forms. The carrying form adopted in this embodiment is to set an pasting area 33 on the carrying plate 32, and paste the test paper strip 35 to be tested. According to the different testing requirements of each person, the test paper strip that needs to be tested can be selected by oneself. This has great flexibility and does not waste test paper. Each time, you only need to paste the test paper of the test item you need to test.

[0049] In order to more flexibly move the position of the test paper carrier 3, an adjustment groove 23 is provided on the second detection drainage plate 22. The shape of the adjustment groove 23 can be a long strip, an inverted exclamation mark, an arc, a ring, etc., which can realize position movement. The adjustment groove 23 of this embodiment is in the shape of an inverted exclamation mark placed perpendicular to the bottom edge of the device. The adjustment shaft 34 is clamped on the adjustment groove 23, and the carrying plate 32 is driven to rotate circumferentially along the adjustment shaft 34 and / or move along the adjustment groove 23 through the adjustment handle 31 and the adjustment shaft 34.

[0050] Embodiment 2:

[0051] Combination Figure 6 The difference between this embodiment and the first embodiment is that the shape of the adjustment groove 23 of this embodiment is an inverted exclamation mark shape that is tilted with the bottom edge of the device. It can not only rotate circumferentially, but also realize vertical and lateral position movement, and has greater flexibility.

[0052] Embodiment three:

[0053] Combination Figure 7 and 8, this embodiment is different from the first embodiment in that the test paper carrier 3 includes a positioning handle 31, a positioning shaft 34 and a carrying plate 32 connected in sequence, the positioning handle 31 includes a connecting plate 31-1 and a positioning card 31-2, the connecting plate 31-1 is connected to the carrying plate 32 and is installed on the second detection drainage sheet 22 through the positioning shaft 34, and the connecting plate 31-1 and the carrying plate 32 are driven to rotate circumferentially along the positioning shaft by the positioning card 31-2. With such a structure, a through groove can be set at the installation position of the positioning shaft 34, that is, an open groove is set along the edge of the second detection drainage sheet 22 to the installation position of the positioning shaft 34, so that the test paper carrier 3 can be easily installed or taken out of the second detection drainage sheet 22, and it is flexible to choose to use or not use it, and the whole process is more convenient.

[0054] Embodiment 4:

[0055] Combination Figure 10-12 In addition to the third embodiment, the present embodiment further includes a urine guiding and storing component 4 disposed in the urine detection drainage section 2. The urine guiding and storing component 4 can separate the urine flowing through into front urine, middle urine and back urine for storage, and then the front urine, middle urine and back urine on the urine guiding and storing component 4 are detected separately through the test paper carrier 3.

[0056] Specifically, the urine guiding and storing component 4 includes a front urine drainage area 41, a middle urine drainage area 42, a rear urine drainage area 43, a drainage strip 44, a urine storage tank 45, a partition plate 46, a drawstring 47, a coating 48 and a spacing line 49. The urine detection drainage section 3 is a groove type, and the groove bottom of the urine detection drainage section 2 is a drainage groove 6. The front urine drainage area 41, the middle urine drainage area 42 and the rear urine drainage area 43 are arranged in sequence in the direction opposite to the flow direction of urine, and a coating 48 and a spacing line 49 are arranged on the front urine drainage area 41, the middle urine drainage area 42 and the rear urine drainage area 43. The storage tank 45 is attached to the upper part of the second detection drainage sheet 22 of the urine detection drainage section 2. The urine storage tank 45 is preferably set as an annular tank body, which can be matched with the arc test paper carrier 3. The urine storage tank 45 is separated by a partition plate 46 corresponding to the front urine drainage area 41, the middle urine drainage area 42 and the rear urine drainage area 43, and the separated urine storage tank 45 guides and stores the urine absorbed by the front urine drainage area 41, the middle urine drainage area 42 and the rear urine drainage area 43 through the drainage strip 44, and the pull rope 47 is fixedly connected to the front end of the coating 48 on the front urine drainage area 41.

[0057] The urine storage tank 45 is provided with a water-absorbing material similar to a sponge. The front urine drainage area 41, the middle urine drainage area 42 and the rear urine drainage area 43 are also areas made of water-absorbing materials. The coatings 48 on the front urine drainage area 41, the middle urine drainage area 42 and the rear urine drainage area 43 are torn off in turn by the pull rope 47. At the same time, the urine flowing in the opposite direction of the urine flow cooperates with the reversely torn area to ensure that the front urine drainage area 41, the middle urine drainage area 42 and the rear urine drainage area 43 absorb the front urine, the middle urine and the rear urine respectively in time. The drainage strip 44 is also a water-absorbing material. The drainage strip 44 stores the urine absorbed on the front urine drainage area 41, the middle urine drainage area 42 and the rear urine drainage area 43 in the urine storage tank 45 in partitions, and then the test paper carrier 3 is rotated to dip the test paper strips 35 thereon into different urines for detection.

[0058] Embodiment five:

[0059] Combination Fig.13 In this embodiment, based on the fourth embodiment, the test paper carrier 3 of this embodiment is a flippable component, which is fixedly connected to the test paper carrier 3 and the front end of the coating 48 of the front urine drainage area 41 at the same time through a pull rope 47. When the pull rope 47 is pulled, the test paper carrier 3 is flipped down at the same time and the coating 48 on the front urine drainage area 41, the middle urine drainage area 42 and the rear urine drainage area 43 are torn off in turn, and the test paper strip 35 on the flipped test paper carrier 3 contacts the water-absorbing material in the urine storage tank 45 to perform urine detection in different areas.

[0060] The urine detection device of the present invention can measure pH, protein, glucose, ketone bodies, occult blood, bilirubin, urobilinogen and nitrite, etc., and can also test early pregnancy. The urine detection device of the present invention can complete urination, testing and checking the results at one time: hold the detection device, pull down the front zipper of the pants, put it in place and start urinating, control the test paper with your fingers, insert it into the urine, lift it up, check the results, and pull up the front zipper, which is very convenient, fast, clean and hygienic.

Claims

1. A urine testing device, characterized in that: The invention comprises a urine drainage section (1) and a urine detection drainage section (2) which are connected in sequence, a test paper carrier (3) being installed on the urine detection drainage section (2), urine flows through the urine drainage section (1) and the urine detection drainage section (2) in sequence, and the test paper carrier (3) dips the test paper carried by the test paper into the urine flowing through the urine detection drainage section (2) to perform urine detection; The test paper carrier (3) can move in height and / or rotate or flip in the circumferential direction relative to the urine detection drainage section (2); The urine detection drainage section (2) comprises a first detection drainage piece (21) and a second detection drainage piece (22) which form a groove structure; the test paper carrier (3) is respectively mounted on the first detection drainage piece (21) and / or the second detection drainage piece (22); the test paper carrier (3) can move in height and / or rotate in a circumferential direction relative to the first detection drainage piece (21) and / or the second detection drainage piece (22); The test paper carrier (3) comprises a positioning handle (31), a positioning shaft (34) and a carrying plate (32) which are connected in sequence. The positioning handle (31) and the positioning shaft (34) drive the carrying plate (32) to rotate around the positioning shaft (34), and the carrying plate (32) carries a test paper strip (35).

2. The urine testing device according to claim 1, characterized in that: The urine drainage section (1) is trough-shaped, tubular or ring-shaped, the urine detection drainage section (2) is trough-shaped, the bottom of the urine detection drainage section (2) is a drainage trough (6), and the shape of the drainage trough (6) is "V"-shaped, inverted trapezoidal or circular arc.

3. A urine testing device, characterized in that: The invention comprises a urine drainage section (1) and a urine detection drainage section (2) which are connected in sequence, a test paper carrier (3) being installed on the urine detection drainage section (2), urine flows through the urine drainage section (1) and the urine detection drainage section (2) in sequence, and the test paper carrier (3) dips the test paper carried by the test paper into the urine flowing through the urine detection drainage section (2) to perform urine detection; The test paper carrier (3) can move in height and / or rotate or flip in the circumferential direction relative to the urine detection drainage section (2); The urine detection drainage section (2) comprises a first detection drainage piece (21) and a second detection drainage piece (22) which form a groove structure; the test paper carrier (3) is respectively mounted on the first detection drainage piece (21) and / or the second detection drainage piece (22); the test paper carrier (3) can move in height and / or rotate in a circumferential direction relative to the first detection drainage piece (21) and / or the second detection drainage piece (22); The test paper carrier (3) comprises a positioning handle (31), a positioning shaft (34) and a carrying plate (32) which are connected in sequence. The positioning handle (31) and the positioning shaft (34) drive the carrying plate (32) to rotate around the positioning shaft (34), and the carrying plate (32) carries a test paper strip (35). It also includes a urine guiding and storing component (4) disposed in the urine detection drainage section (2), the urine guiding and storing component (4) being capable of dividing the urine flowing through into front urine, middle urine and back urine for storage, and then separately detecting the front urine, middle urine and back urine on the urine guiding and storing component (4) through the test paper carrier (3).

4. A urine testing device, characterized in that: The invention comprises a urine drainage section (1) and a urine detection drainage section (2) which are connected in sequence, a test paper carrier (3) being installed on the urine detection drainage section (2), urine flows through the urine drainage section (1) and the urine detection drainage section (2) in sequence, and the test paper carrier (3) dips the test paper carried by the test paper into the urine flowing through the urine detection drainage section (2) to perform urine detection; The test paper carrier (3) can move in height and / or rotate or flip in the circumferential direction relative to the urine detection drainage section (2); The urine detection drainage section (2) comprises a first detection drainage piece (21) and a second detection drainage piece (22) which form a groove structure; the test paper carrier (3) is respectively mounted on the first detection drainage piece (21) and / or the second detection drainage piece (22); the test paper carrier (3) can move in height and / or rotate in a circumferential direction relative to the first detection drainage piece (21) and / or the second detection drainage piece (22); The test paper carrier (3) comprises a positioning handle (31), a positioning shaft (34) and a carrying plate (32) which are connected in sequence. The positioning handle (31) and the positioning shaft (34) drive the carrying plate (32) to rotate around the positioning shaft (34), and the carrying plate (32) carries a test paper strip (35). It also includes a urine guiding and storing component (4) disposed in the urine detection drainage section (2), the urine guiding and storing component (4) being capable of dividing the urine flowing through into front urine, middle urine and back urine for storage, and then separately detecting the front urine, middle urine and back urine on the urine guiding and storing component (4) through the test paper carrier (3); The urine guiding and storing component (4) comprises a front urine drainage area (41), a middle urine drainage area (42), a rear urine drainage area (43), a drainage strip (44), a urine storage groove (45), a partition plate (46), a drawstring (47), a coating (48) and a partition line (49); the urine detection drainage section (2) is trough-shaped; the bottom of the groove of the urine detection drainage section (2) is a drainage groove (6); the front urine drainage area (41), the middle urine drainage area (42) and the rear urine drainage area (43) are arranged in sequence in a direction opposite to the flow direction of urine; and the front urine drainage area (41), the middle urine drainage area (42) and the rear urine drainage area (43) are arranged in sequence in a direction opposite to the flow direction of urine. ) and the posterior urine drainage area (43) are provided with a covering film (48) and a spacer line (49); the urine storage tank (45) is attached to the urine detection drainage section (2); the urine storage tank (45) is separated into the front urine drainage area (41), the middle urine drainage area (42) and the posterior urine drainage area (43) by a spacer plate (46); and the separated urine storage tank (45) guides and stores urine absorbed by the front urine drainage area (41), the middle urine drainage area (42) and the posterior urine drainage area (43) through a drainage strip (44); and the drawstring (47) is fixedly connected to the front end of the covering film (48) on the front urine drainage area.

5. The urine testing device according to claim 1, 2, 3 or 4, characterized in that: The urine drainage section (1) comprises a first drainage piece (11) and a second drainage piece (12); the urine detection drainage section (2) comprises a first detection drainage piece (21) and a second detection drainage piece (22); a test paper carrier (3) is respectively installed on the first detection drainage piece (21) and / or the second detection drainage piece (22); the first drainage piece (11) and the first detection drainage piece (21) are on a first plane; the second drainage piece (12) and the second detection drainage piece (22) are on a second plane; the first plane and the second plane form a groove structure; Urine flows through the urine drainage section (1) and the urine detection drainage section (2) in sequence, and the test paper carrier (3) dips the test paper strip (35) carried by it into the urine flowing through the urine detection drainage section (2) to perform urine detection; a flow interception baffle (5) is also provided in the groove structure formed by the first plane and the second plane, and the flow interception baffle (5) is located downstream of the test paper carrier (3).

6. A urine testing device, characterized in that: The invention comprises a urine drainage section (1) and a urine detection drainage section (2) which are connected in sequence, a test paper carrier (3) being installed on the urine detection drainage section (2), urine flows through the urine drainage section (1) and the urine detection drainage section (2) in sequence, and the test paper carrier (3) dips the test paper carried by the test paper into the urine flowing through the urine detection drainage section (2) to perform urine detection; The test paper carrier (3) can move in height and / or rotate or flip in the circumferential direction relative to the urine detection drainage section (2); The urine detection drainage section (2) comprises a first detection drainage piece (21) and a second detection drainage piece (22) which form a groove structure; the test paper carrier (3) is respectively mounted on the first detection drainage piece (21) and / or the second detection drainage piece (22); the test paper carrier (3) can move in height and / or rotate in a circumferential direction relative to the first detection drainage piece (21) and / or the second detection drainage piece (22); The test paper carrier (3) comprises a positioning handle (31), a positioning shaft (34) and a carrying plate (32) which are connected in sequence; a positioning groove (23) is respectively arranged on the first detection drainage piece (21) and / or the second detection drainage piece (22); the positioning shaft (34) is clamped on the positioning groove (23); and the carrying plate (32) is driven by the positioning handle (31) and the positioning shaft (34) to rotate in a circumferential direction along the positioning shaft (34) and / or to move along the positioning groove (23).

7. A urine testing device, characterized in that: The invention comprises a urine drainage section (1) and a urine detection drainage section (2) which are connected in sequence, a test paper carrier (3) being installed on the urine detection drainage section (2), urine flows through the urine drainage section (1) and the urine detection drainage section (2) in sequence, and the test paper carrier (3) dips the test paper carried by the test paper into the urine flowing through the urine detection drainage section (2) to perform urine detection; The test paper carrier (3) can move in height and / or rotate or flip in the circumferential direction relative to the urine detection drainage section (2); The urine detection drainage section (2) comprises a first detection drainage piece (21) and a second detection drainage piece (22) which form a groove structure; the test paper carrier (3) is respectively mounted on the first detection drainage piece (21) and / or the second detection drainage piece (22); the test paper carrier (3) can move in height and / or rotate in a circumferential direction relative to the first detection drainage piece (21) and / or the second detection drainage piece (22); The test paper carrier (3) comprises a positioning handle (31), a positioning shaft (34) and a carrying plate (32) which are connected in sequence. The positioning handle (31) comprises a connecting plate (31-1) and a positioning card (31-2). The connecting plate (31-1) is connected to the carrying plate (32) and is respectively mounted on the first detection drainage plate (21) and / or the second detection drainage plate (22) via the positioning shaft (34). The connecting plate (31-1) and the carrying plate (32) are driven by the positioning card (31-2) to rotate in a circumferential direction along the positioning shaft (34).

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