CN218961431U

CN218961431U - Urine monitoring drainage bag

Info

Publication number: CN218961431U
Application number: CN202320583041.2U
Authority: CN
Inventors: 贯华; 姚林; 杨梦云; 周利群; 林健
Original assignee: Peking University First Hospital
Current assignee: Peking University First Hospital
Priority date: 2023-03-23
Filing date: 2023-03-23
Publication date: 2023-05-05
Anticipated expiration: 2033-03-23

Abstract

The utility model discloses a urine monitoring drainage bag, which belongs to the technical field of medical appliances and comprises: the urine collecting bag is internally provided with a first cavity for storing conventional urine and is connected with the monitoring bag; the suspension tube is used for communicating the urine collection bag with the outside and suspending, and one end of the suspension tube is communicated with the urine collection bag; the monitoring bag is internally provided with a second cavity for introducing urine in the urine collecting bag, and is connected with 14 urine analysis test papers; the placing structure is penetrated on the surface of the monitoring bag and used for placing 14 urine analysis test papers; 14 urine analysis test papers are provided with a holding part which generates color change through reaction with urine, and the holding part does not enter a monitoring bag when being placed; through the arrangement, the patient can be monitored by taking urine immediately, the urine volume required by each time of monitoring is greatly reduced, and the monitoring result is convenient to acquire.

Description

Urine monitoring drainage bag

Technical Field

The utility model belongs to the technical field of medical instruments, and particularly relates to a urine monitoring drainage bag.

Background

Urine bags are widely used in clinical treatment, nursing and rehabilitation, and the number of people who need to keep a urine tube for a long time is greatly increased due to population cardinality, aging and disease, wherein the following problems occur in the process of using the urine bags:

the patient needs to immediately detect urine conveniently when the disease occurs, but the current flow is that the urine bag is firstly separated from the urethra drainage tube, and then the urine sample is collected and sent to be detected by the disposable sterile cup, so that the disease is easily delayed, related detection instruments are needed, the economic burden of the patient is increased, and the operation of the patient at home for a long time is also not facilitated.

To this problem, the disposable real-time urine monitoring drainage bag that patent of publication No. CN 112972798A provided, this drainage bag use twelve urine routine visual examination test paper to detect the back with standard colorimetric card to compare so observe whether urine is normal, make things convenient for the patient to operate by oneself, still have following shortcoming:

1. the drainage bag is more suitable for purposefully collecting urine when the patient is stable, and the urine detection bag of the drainage bag may not collect enough urine when the patient is in change of the state of illness and no urine or little urine appears.

2. The drainage bag uses twelve urine routine visual test papers, cannot obtain a urine routine result with a specific value, and can influence the doctor to judge the illness state of the patient.

Aiming at the defects, a urine monitoring drainage bag which can obtain accurate detection results by a small amount of urine is designed.

Disclosure of Invention

In order to overcome the problems in the background art, the utility model adopts the following technical scheme:

a urine monitoring drainage bag, comprising: urine collection bag, monitoring bag and 14 urine analysis test papers:

the urine collecting bag is internally provided with a first cavity for storing conventional urine and is connected with the monitoring bag;

the suspension tube is used for communicating the urine collection bag with the outside and suspending, and one end of the suspension tube is communicated with the urine collection bag;

the monitoring bag is internally provided with a second cavity for introducing urine in the urine collecting bag, and is connected with 14 urine analysis test papers;

the placing structure is penetrated on the surface of the monitoring bag and used for placing 14 urine analysis test papers;

14 urine analysis test paper sets up the holding part, through taking place the reaction with urine and take place colour change, the holding part does not get into the monitoring bag when placing.

Further, the direction of the other end, which is vertically pointed to the opposite end, of the urine collection bag is defined as a first direction, the end, which is far away from the first direction, of the urine collection bag is defined as a far end of the urine collection bag, the end, which is close to the first direction, is defined as a near end of the urine collection bag, the far end of the urine collection bag comprises a first input end provided with an anti-reflux structure, and the hanging pipe is communicated with the urine collection bag through the first input end.

Further, when the one end that is close to the urine collection bag of suspension tube is equipped with the constraint structure, through keeping away from the one end cup joint of urine collection bag of suspension tube in the constraint structure for the suspension tube becomes the annular of being convenient for hang.

Further, the proximal end of the urine collection bag comprises a first output end and a second output end, and the first output end and the second output end are respectively provided with a first on-off structure and a second on-off structure for controlling on-off states of two sides.

Further, the urine collection bag further comprises a first output pipe, and the distal end of the first output pipe is connected with the urine collection bag through the first output end.

Further, the distal end of monitoring bag is equipped with the second input, and the second input is connected with second output cover.

Further, the proximal end of the monitoring bag is provided with a third output end, the third output end is connected with a second output pipe, and a third disconnection structure is arranged between the second output pipe and the third output end.

Further, the placing structure comprises a placing end and a withdrawing end, the placing end is arranged outside the monitoring bag, the withdrawing end is placed inside the monitoring bag, a placing hole is formed between the placing end and the withdrawing end in a penetrating mode, and the 14 urine analysis test papers are placed in or withdrawn through the placing hole.

Further, the placing end is provided with power-assisted barrels which are convenient for the directional insertion or extraction of the 14 urine analysis test papers, and the number of the power-assisted barrels is at least two.

Further, the extraction end is provided with a filtering structure pointing to the inside of the monitoring bag, so that 14 urine analysis test papers can not bring excessive urine when being extracted.

The utility model has the beneficial effects that:

1. through setting up can dismantle or with monitoring bag fixed connection place the structure, fix a 14 urine analysis test paper in the monitoring bag, carry out the monitoring of fourteen indexes through soaking the required urine volume of a test paper to solve under the patient oliguria condition, the drainage bag is collected the problem of insufficient urine volume.

2. By using the mobile phone app to scan the test results of 14 urine analysis test papers, 14 urine routine values are obtained rapidly, so that the real-time routine detection of urine of a patient is realized, and the problem that a patient at home needs to be sampled in a hospital for a long time is avoided.

Drawings

FIG. 1 is a schematic diagram of the overall structure of the present utility model;

FIG. 2 is a cross-sectional elevation view of the present utility model;

FIG. 3 is a left side view of a partial cross-sectional structure of the present utility model;

FIG. 4 is a schematic diagram showing the overall structure of 14 urine analysis strips according to the present utility model;

in the figure, 1, a urine collection bag; 11. a first cavity; 12. a first input; 13. a first output terminal; 131. a first on-off structure; 132. a first output tube; 14. a second output terminal; 141. a second switching structure; 2. a hanging pipe; 21. a constraining structure; 3. monitoring the bag; 31. a second cavity; 311. a second input terminal; 32. a third output; 321. a third switching structure; 322. a second output pipe; 4. placing a structure; 5. 14 urine analysis test papers; 51. a pinching portion.

Detailed Description

The following detailed description of the embodiments of the present utility model will be made more apparent to those skilled in the art from the following detailed description, in which the utility model is embodied in several, but not all, embodiments of the utility model. The utility model may be embodied or applied in other specific forms and features of the following examples and examples may be combined with each other without conflict, all other examples being contemplated by those of ordinary skill in the art without undue burden from the present disclosure, based on the examples of the utility model.

1-4, referring to a urine monitoring drainage bag, comprising: the urine collecting bag 1 is internally provided with a first cavity 11 for storing conventional urine, and the urine collecting bag 1 is connected with the monitoring bag 3; a hanging tube 2 for communicating the urine collection bag 1 with the outside and hanging, one end of the hanging tube 2 being communicated with the urine collection bag 1; a second cavity 31 is arranged in the monitoring bag 3 and is used for introducing urine in the urine collecting bag 1, and the monitoring bag 3 is connected with 14 urine analysis test papers 5; the placing structure 4 is penetrated on the surface of the monitoring bag 3 and is used for placing 14 urine analysis test papers 5;14 urine analysis test paper 5, set up the pinch portion 51, through taking place the colour change with urine, the pinch portion 51 does not get into monitoring bag 3 when placing.

In some embodiments of the present application, a direction defining one end of the urine collection bag 1 pointing vertically to the opposite other end is a first direction, one end of the urine collection bag 1 away from the first direction is a distal end of the urine collection bag 1, one end close to the first direction is a proximal end of the urine collection bag 1, the distal end of the urine collection bag 1 includes a first input end 12 provided with an anti-reflux structure, and the hanging tube 2 is communicated with the urine collection bag 1 through the first input end 12. The anti-reflux structure is in particular a one-way flap directed towards the first cavity 11 in the urine collection bag 1, which arrangement is advantageous for reducing costs and for well achieving an anti-reflux function under the effect of detouring urine.

In some embodiments of the present application, when the end of the hanging tube 2 near the urine collection bag 1 is provided with the constraint structure 21, the hanging tube 2 is formed into a ring shape which is convenient to hang by sleeving the end of the hanging tube 2 away from the urine collection bag 1 on the constraint structure 21. The constraint structure 21 is specifically two fixedly connected annular buckles, one annular buckle is integrally formed and sleeved and fixed on one side of the hanging tube 2 close to the urine collection bag 1, the other annular buckle comprises a notch capable of opening and closing and resetting, and the other end of the hanging tube 2 can be sleeved and connected through the notch, so that the form constraint on the hanging tube 2 is realized.

In other embodiments of the present application, another annular buckle on the hanging pipe 2 may be a C-shaped notch with elasticity, and the clamping constraint on the hanging pipe 2 is realized through elastic deformation, and the structure is simple, and the splitting difficulty is low.

In some embodiments of the present application, the proximal end of the urine collection bag 1 includes a first output end 13 and a second output end 14, and the first output end 13 and the second output end 14 are respectively provided with a first switching structure 131 and a second switching structure 141 for controlling the on-off state of two sides.

In some embodiments of the present application, the urine collection bag 1 further comprises a first output tube 132, wherein the distal end of the first output tube 132 is connected with the urine collection bag 1 through a first output end 13, the distal end of the monitoring bag 3 is provided with a second input end 311, and the second input end 311 is connected with the second output end 14 in a sleeved mode. The proximal end of the monitoring bag 3 is provided with a third output end 32, the third output end 32 is connected with a second output pipe 322, and a third breaking structure 321 is arranged between the second output pipe 322 and the third output end 32.

In some embodiments of the present application, the placement structure 4 includes an insertion end and a withdrawal end, the insertion end is disposed outside the monitoring bag 3, the withdrawal end is disposed inside the monitoring bag 3, and a placement hole is disposed between the insertion end and the withdrawal end in a penetrating manner, and 14 urine analysis test papers 5 are placed in or withdrawn through the placement hole.

In some embodiments of the present application, the insertion end is provided with at least two booster cartridges for facilitating the directional insertion or extraction of 14 urine analysis test strips 5. The extraction end is provided with a filtering structure pointing to the inside of the monitoring bag 3, so that 14 urine analysis test papers 5 can not bring excessive urine when being extracted. The outside of the booster cylinder comprises a rubber extrusion layer or a sponge water absorption layer, and the humidity of the taken test paper is further reduced on the basis of filtration.

The application method of the utility model comprises the following steps:

when the present utility model is used only as a general drainage bag: when the urine collecting bag 1 is needed to be emptied, the first on-off structure 131 is adjusted to keep the urine collecting bag 1 and the first output pipe 132 in a communicated state. When it is desired to hang the drainage bag, a section of the hanging tube 2 is snapped or sleeved into the constraining structure 21 so that a part of the hanging tube 2 forms a loop that can be hung.

When the patient needs to immediately monitor urine, the urine collecting bag 1 can be emptied first, and then the first on-off structure 131 is adjusted to keep the urine collecting bag 1 in a disconnected state with the first output pipe 132. Holding 14 pieces of urine analysis test paper 5 by hand and inserting the test paper into the monitoring bag 3 through the placing hole in the holding part 51, adjusting the second breaking structure 141 to enable the urine collecting bag 1 to be in a communicating state with the monitoring bag 3, discharging new urine into the urine collecting bag 1, enabling the urine to directly enter the monitoring bag 3 and contact 14 pieces of urine analysis test paper 5 at the moment, withdrawing the test paper from the placing structure 4 after the test paper is uniformly contacted with the urine, and then scanning the test paper by using a mobile phone app to obtain a monitoring result.

Claims

1. The utility model provides a urine monitoring drainage bag, includes, collection urine bag, monitoring bag and 14 urine analysis test paper, its characterized in that:

further comprises: the suspension tube is used for communicating the urine collection bag with the outside and suspending, and one end of the suspension tube is communicated with the urine collection bag;

further comprises: the placing structure is penetrated on the surface of the monitoring bag and used for placing 14 urine analysis test papers;

14 urine analysis test paper, with urine reaction take place colour change, through cell-phone app scanning discernment read test result, set up the pinching portion, pinching portion does not get into the monitoring bag when placing.

2. The urine monitoring drainage bag of claim 1, wherein the direction defining one end of the urine collection bag pointing vertically to the opposite other end is a first direction, the end of the urine collection bag away from the first direction is a distal end of the urine collection bag, the end near the first direction is a proximal end of the urine collection bag, the distal end of the urine collection bag comprises a first input end provided with an anti-reflux structure, and the hanging tube is communicated with the urine collection bag through the first input end.

3. The urine monitoring drainage bag according to claim 2, wherein when the end of the hanging tube close to the urine collection bag is provided with a constraint structure, the end of the hanging tube far away from the urine collection bag is sleeved on the constraint structure, so that the hanging tube is in a ring shape which is convenient to hang.

4. The urine monitoring drainage bag of claim 3, wherein the proximal end of the urine collection bag comprises a first output end and a second output end, and the first output end and the second output end are respectively provided with a first switching structure and a second switching structure for controlling the on-off states of two sides.

5. The urine monitoring drainage bag of claim 4, wherein the urine collection bag further comprises a first output tube, and wherein a distal end of the first output tube is connected to the urine collection bag via the first output end.

6. The urine monitoring drainage bag of claim 5, wherein the distal end of the monitoring bag is provided with a second input end, and the second input end is connected to the second output end in a sleeved manner.

7. The urine monitoring drainage bag of claim 6, wherein the proximal end of the monitoring bag is provided with a third output end, the third output end is connected with a second output tube, and a third breaking structure is arranged between the second output tube and the third output end.

8. The urine monitoring drainage bag according to claim 1, wherein the placement structure comprises an insertion end and a withdrawal end, the insertion end is arranged outside the monitoring bag, the withdrawal end is placed inside the monitoring bag, a placement hole is formed between the insertion end and the withdrawal end in a penetrating manner, and the 14 urine analysis test papers are placed in or withdrawn through the placement hole.

9. The urine monitoring drainage bag of claim 8, wherein the insertion end is provided with at least two booster cartridges for facilitating the directional insertion or extraction of the 14 urine analysis test strips.

10. The urine monitoring drainage bag of claim 8, wherein the withdrawal end is provided with a filter structure directed into the interior of the monitoring bag.