CN220404321U - A kind of bed urinal for women - Google Patents

Abstract

The utility model discloses a bed urinal for women, which includes a funnel-shaped urinal body. The top and bottom of the urinal body are respectively provided with a urinary port and a urination port. The urinal port is an annular arc-shaped slanted arrangement. The opening is open and has a hem around the edge of the urinary opening. The urinary opening is provided with a catheterization partition for guiding urine to flow to the inside of the urinal body. The catheterization partition is tilted and set at a position lower than the female urethral opening. , a splash-proof grid is provided on the side of the urinal body close to the urine outlet. This female bed urinal is provided with a catheterization partition on the urinary opening, so that the catheterization partition guides urine to flow into the urinal body at an angle, reducing contamination of the perineal skin, and is equipped with a splash-proof net in the urinal body The grid can slow down the flow of urine, thereby preventing urine splashing and improving patient comfort.

Description

A kind of bed urinal for women

Technical field

The utility model relates to the field of medical care appliances, in particular to a bed urinal for women.

Background technique

In clinical nursing work, female patients who are bedridden due to disease restrictions or treatment needs often use external female urinals to urinate when urinating. However, when using generally commercially available female urinals, it was found that due to the short and thick female urethra, it is difficult for many patients to form a parabolic urinary line during urination. Therefore, when urinating in a supine position, the urine cannot be completely filled. The inclined flow direction is into the urinal, but flows downward along the surface of the perineum due to gravity, which can easily contaminate the patient's perineum, thereby irritating the skin and causing inflammation and other adverse consequences. Moreover, the initial velocity of urine in female patients is fast. When urinating, the urine easily collides with the inner wall of the urinal and then splashes. It is also easy to irritate the perineal skin and cause discomfort to the patient during urination.

Utility model content

The utility model provides a bed urinal for women in order to solve the problem that the existing female urinal is easily contaminated and irritated by urine when used, and causes discomfort to the patient during urination. This bedside urinal for women is provided with a catheterization partition on the urinary opening, thereby guiding urine to flow into the urinal body at an angle, reducing contamination of the perineal skin, and is provided with a splash-proof grid in the urinal body, which can slow down urination. The speed of the liquid prevents urine from splashing and improves the patient's comfort.

The utility model provides a bed urinal for women, which includes a funnel-shaped urinal body. The top and bottom of the urinal body are respectively provided with a urinary port and a urination port. The urinal port is an annular arc-shaped inclined arrangement. The opening is open, and there is a wrapping around the edge of the urinary opening. The urinary opening is provided with a catheterization partition for guiding urine to flow to the inside of the urinal body. The catheterization partition is inclined and set at a position lower than the female urethral opening. , a splash-proof grid is provided on the side of the urinal body close to the urine outlet.

A further technical solution is that the splash-proof grid includes a plurality of grids arranged in an array. The grids have a concave structure with high ends and a low middle. Multiple adjacent grids are enclosed to form a toilet that can be used for urine. Through hole for liquid to pass through.

A further technical solution is: the upper edge of the urinary catheter partition protrudes from the urinary opening.

A further technical solution is that the two sides of the splash-proof grid are attached to the inner wall of the urinal body, and the splash-proof grid is arranged parallel to the line between the upper and lower ends of the urinal.

A further technical solution is: the edge is arranged on the inner edge of the urinary opening, and the inner side of the lower end of the edge is provided with a guide edge that is inclined toward the urination outlet.

A further technical solution is: a notch is provided on the guide edge.

A further technical solution is that the urination port is configured as a pagoda-type interface for inserting a drainage tube matching the caliber.

A further technical solution is: the angle formed by the connection between the upper and lower ends of the urinary opening and the connection between the lower end of the urinary opening and the lower end of the urination opening is 125° to 145°.

A further technical solution is: the side wall of the urinal body between the upper end of the urinary opening and the upper end of the urination opening is an arc shape or a folded line shape that arches outward, and the side wall of the urinal body between the lower end of the urinary opening and the lower end of the urination opening is The walls are inclined straight lines.

A further technical solution is that the edge is made of soft rubber material with a hardness of 30 to 50 degrees, and the urinal main body is made of hard plastic.

A further technical solution is that the outer wall of the urinal body is also provided with a plurality of protrusions that are convenient for grasping.

Beneficial effects of this utility model:

The utility model provides a bed-ridden urinal for women. The shape of the wrapping on the urinary opening is adapted to the shape of the female perineum. The annular wrapping at the edge of the urinary opening can make the urinal body and the skin of the patient's perineum close to each other. Fitting can effectively prevent urine leakage or overflow during urination; the urinary opening is equipped with a catheterization partition, which is lower than the urethral opening and close to the skin, preventing urine from flowing along the perineal skin when the patient urinates It flows downward, pollutes the perineal skin, and guides urine to flow into the urinal body; and the interior of the urinal body below the catheter partition is equipped with a splash-proof grid, which can disperse the urine flow, slow down the urine discharge speed, and reduce The impact between urine and the inner wall of the urinal body reduces urine splashing, reduces urine irritation to the patient's perineum, and improves the patient's comfort.

In addition, the utility model is provided with a guide edge at the lower end of the edge, which can guide the urine accumulated near the edge to flow into the urinal body, and is also provided with a gap on the guide edge, which can further speed up the flow of urine. The diversion speed reduces the urine residue at the edge of the bag, thereby reducing the irritation of urine to the patient, and can prevent contamination caused by urine splashing near the edge of the urinal when the urinal body is detached from the patient.

The utility model is particularly suitable for bedridden female patients. It does not require the patient to raise their buttocks, and can achieve normal urination in a bedridden state, reducing the irritation of the patient's skin and the pollution of the patient's clothing and environment by urine, and increasing the comfort of the patient's urination. Spend.

Description of the drawings

Figure 1 is a schematic diagram of the utility model in the front direction;

Figure 2 is a three-dimensional schematic diagram of the utility model from one perspective;

Figure 3 is a perspective view of the utility model from another perspective.

Figure 4 is an internal schematic diagram of the utility model when in use.

In the picture:

10. Urinal body, 11. Urinary port, 111. Upper end of urinary port, 112. Lower end of urinary port, 12. Urinary port, 121. Upper end of urinary port, 122. Lower end of urinary port, 20. Catheter partition, 30. Splash-proof mesh, 40. Hemming, 41. Diversion edge, 42. Notch, 43. Protrusion, 50. Protrusion, 60. Urethral opening.

Detailed ways

The utility model will now be described in further detail with reference to the accompanying drawings. These drawings are simplified schematic diagrams, which only illustrate the basic structure of the present utility model in a schematic manner, and therefore only show the structures related to the present utility model.

In the description of the present utility model, it should be noted that if the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", " The orientation or positional relationship indicated by "outside" and so on is based on the orientation or positional relationship shown in the drawings. It is only for the convenience of describing the present invention and simplifying the description, and does not indicate or imply that the device or component referred to must have a specific orientation. Constructed and operated in a specific orientation, it cannot be construed as a limitation on the utility model.

In the description of the present utility model, it should be noted that, unless otherwise clearly stated and limited, if the terms "installation", "connection" and "connection" appear, they should be understood in a broad sense. For example, it can be a fixed connection or a fixed connection. It is a detachable connection or an integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection or an indirect connection through an intermediate medium; it can be an internal connection between two components. For those skilled in the art, the specific meanings of the above terms in the present invention can be understood in specific situations.

As shown in Figures 1-4, the utility model provides a bed urinal for women, which includes a urinal body 10. The urinal body 10 is in the shape of a funnel with a large top and a small bottom. The top and bottom of the urinal body 10 are respectively provided with There is a urination port 11 for receiving urine and a urination port 12 for discharging urine. The urine receiving port 11 is an annular arc-shaped opening arranged at an angle. One end of the urine receiving port 11 is higher than the other end, forming an upper end 111 of the urine receiving port and a lower end 112 of the urine receiving port, surrounding the edge of the urine receiving port 11 There is a binding 40. The binding at the upper end 111 of the urinary opening is close to the upper part of the patient's perineum. The binding at the lower end 112 of the urinary opening is close to the lower part of the patient's perineum. The binding 40 is adapted to the shape of the female perineum. and fit snugly. The urinary opening 11 is provided with a urinary catheterization partition 20 for guiding urine to flow to the inside of the urinal body 10. The urinary catheterization partition 20 is correspondingly inclined and arranged at a position lower than the female's urethral opening 60. The urinary catheterization partition 20 can be changed. The flow direction of the urine guides the urine into the interior of the urinal body 10, blocks the flow of urine along the patient's perineum under the action of gravity, and reduces the contact area between the urine and the patient's skin. A splash-proof grid 30 is provided inside the urinal body 10 on one side close to the urine port 11 .

The urination port 12 is configured as a pagoda-shaped interface for inserting and socketing a drainage tube (not shown in the figure) matching the diameter, so that the urine in the urinal body 10 is discharged into the drainage bag through the drainage tube.

In order to make the urine in the urinal body 10 less likely to remain in the urinal body 10 , the urinal body 10 is preferably designed in a shape that facilitates the flow and discharge of urine. As shown in Figure 1, the end of the urination opening 12 close to the lower end 112 of the urination opening is the lower end 122 of the urination opening, and the end of the urination opening 12 close to the upper end 111 of the urination opening is the upper end 121 of the urination opening. The included angle formed by the connection between the upper and lower ends 111 and 112 of the urinary opening and the connection between the lower end 112 of the urinary opening and the lower end 122 of the urinary opening is 125° to 145°. This included angle ensures that urine flows down obliquely along the side wall of the urinal body 10 after the urinary opening 11 fits the vulva, so that the urine can smoothly flow out of the urinal body 10 from the urination opening 12 under the action of gravity. In a preferred embodiment, the side wall of the urinal body 10 between the upper end 111 of the urination opening and the upper end 121 of the urination opening is in the shape of an arc or a folded line that arches outward, and the lower end 112 of the urination opening and the lower end 122 of the urination opening are The side walls of the urinal body 10 between them are inclined straight lines. Therefore, there is no dead space for urine to remain in the urinal body 10 , and the urine is not easily adhered to the urinal body 1 , but can be smoothly discharged along the side wall of the urinal body 10 .

Specifically, the urinal body 10 is made of hard plastic, which has good stability and is not easily deformed. The edges are made of soft rubber material. Preferably, soft rubber material with a hardness of 30 to 50 degrees is used, which is soft and skin-friendly, increases the patient's comfort, and can fit closely with the patient's skin to prevent urine overflow.

As shown in FIGS. 1 and 4 , the catheterization partition 20 is inclined toward the urination port 12 so that the urine intercepted by the catheterization partition 20 can flow toward the urination port 12 along the direction of the catheterization partition 20 . Preferably, the upper edge of the catheterization partition 20 protrudes from the urine port 11 so as to be closer to the perineal skin and reduce downward flow of urine. Specifically, the upper edge of the catheterization partition 20 protrudes from the urine receiving opening by 5-10 mm.

As shown in Figure 2, the splash-proof grid 30 includes a plurality of grids 31 arranged in an array. The grids 31 have a concave structure with high ends and a low middle. Multiple adjacent grids 31 are enclosed to form a structure that can be used for urine. Through hole 32 through which liquid passes. The flow rate of urine with a higher flow rate is greatly reduced after contacting the grid 31. The grid 31 has a structure with high ends and a low middle, which can not only prevent urine from splashing, but also facilitate the flow of urine through the through hole 32 to the urine. Urination port 12. Specifically, the two sides of the anti-splash grid 30 are attached to the inner wall of the urinal body 10 , and the anti-splash grid 30 is arranged parallel to the line between the upper and lower ends 111 and 112 of the urinal. The anti-splash grid 30 is provided below the urinary catheterization partition 20 to slow down the flow rate of urine flowing into the urinal body 10 and reduce the impact on the inner side walls of the urinal body 10, thereby reducing urine splashing and making it More safe and hygienic.

As shown in FIG. 3 , the wrapping 40 is arranged around the inner edge of the urine receiving opening 11 . A protrusion 43 is provided outside the lower end of the rim 40, that is, outside the rim 40 at the lower end 112 of the urine receiving opening. The protruding portion 43 fits the curve of the patient's buttocks and can be close to the patient's perineal skin to prevent urine from leaking or overflowing.

The inner side of the lower end of the rim 40 , that is, the inner side of the rim 40 at the lower end 112 of the urinary opening, is provided with a guide edge 41 that is inclined toward the urination outlet 12 . Since the edge 40 usually has a certain thickness, when urine flows downward, it may gather at the lower end of the edge 40 and not easily flow into the interior of the urinal body 10 . This not only easily irritates the patient's perineal skin, but also causes the urine to irritate the patient's perineal skin when the urinal body 10 is removed. At the same time, the residual urine can easily splash out and contaminate the clothes of caregivers and patients as well as the environment. The utility model guides the urine remaining at the edge 40 to flow into the interior of the urinal body 10 by providing a guide edge 41, thereby reducing the accumulation of residual urine at the lower end of the edge 40. Preferably, a notch 42 is provided in the middle of the guide edge 41. By providing the notch 42, the urine on the guide edge 41 can be further accelerated to flow into the interior of the urinal body 10, making it safer and hygienic.

The outer wall of the urinal body 10 is also provided with a plurality of protrusions 50 that are convenient for grasping. The protrusions 50 are convenient for caregivers or patients to grasp the urinal body 10 .

The usage method of this utility model is as follows.

First, the user or the assisting nursing staff takes out the female bed urinal (the drainage tube has been connected to the urination port), and the patient lies in a supine position. As shown in Figure 4, the user aligns the urinary port 11 close to the patient's body. perineum, so that the upper end 111 of the urinary port is located at the upper part of the perineum, and the lower end 112 of the urinary port is located at the lower part of the perineum (that is, adjacent to the buttocks); then, the patient urinates normally, and the patient's urine flow path is the dotted line in Figure 4. In one case, the urine can be thrown at a higher angle and flow through the anti-splash grid 30 to the urination outlet 12. In the other case, the urine flows to the urination outlet 12 under the guidance of the catheter partition 20; urination is completed. Finally, remove the female bed urinal (even if the urinary opening 11 is separated from the perineum), clean the perineum, and end the operation.

Taking the above-mentioned ideal embodiments of the present invention as inspiration and through the above description, relevant staff can make various changes and modifications without departing from the scope of the technical idea of the present utility model. The technical scope of this utility model is not limited to the content in the description, and must be determined based on the scope of the claims.

Claims (10)

1. The utility model provides a women bed urinal, its characterized in that, includes the urinal body of funnel shape, the top and the bottom of urinal body are equipped with respectively and connect urine mouth and urination mouth, connect the urine mouth to be the annular arc of slope setting is uncovered, encircle connect the edge of urine mouth to be equipped with the bordure, connect to be equipped with on the urine mouth and be used for guiding the urine flow direction urinal body inside catheterization baffle, catheterization baffle slope setting is being less than the position of women's urine mouth, the urinal body is inside to be close to one side that connects the urine mouth and is equipped with the splashproof net.

2. The female bedridden urinal according to claim 1 wherein the upper edge of the urine guiding baffle projects from the urine receiving opening.

3. The female bedridden urinal according to claim 1, wherein the splash-proof grid comprises a plurality of grid pieces arranged in an array, wherein each grid piece is of a concave structure with two high ends and a low middle part, and a plurality of adjacent grid pieces are enclosed to form through holes for urine to pass through.

4. A female bedridden urinal according to claim 3 wherein the splash guard mesh is attached to the inner side wall of the urinal body at its side edges and is disposed parallel to the line between the upper and lower ends of the urine receiving opening.

5. The female bedridden urinal according to claim 1, wherein the wrapping edge is disposed at an inner edge of the urine receiving opening, a diversion edge inclined toward the urine discharging opening is disposed at an inner side of a lower end of the wrapping edge, and a notch is disposed on the diversion edge.

6. The female bedridden urinal of claim 1 wherein the urine outlet is configured as a pagoda-type interface for plug-in fitting with a matched bore drain tube.

7. A female bedridden urinal according to claim 1 wherein the line between the upper and lower ends of the urine receiving port is at an angle of 125 ° to 145 ° to the line between the lower end of the urine receiving port and the lower end of the urine draining port.

8. The female bedridden urinal of claim 7 wherein the urinal body side wall between the urine receiving port upper end and the urine discharging port upper end is outwardly arched or folded, and the urinal body side wall between the urine receiving port lower end and the urine discharging port lower end is inclined straight.

9. The female bedridden urinal according to claim 1 wherein the edging is made of a soft plastic material having a hardness of 30-50 degrees and the urinal body is made of a hard plastic.

10. The female bedridden urinal of claim 1 wherein the urinal body further comprises a plurality of gripping-facilitating protrusions on the outer side wall.