阅读说明：本技术 多腔尿液收集装置 (Multi-cavity urine collecting device ) 是由 阿米恩·斯达利 苏海勒·盖苏姆 于 2020-03-02 设计创作，主要内容包括：一种多腔扁平尿液收集装置,包含一入口端口,其具有一止回阀；一上腔室,被分成多个垂直腔室；一下腔室,被分成多个垂直腔室；多个通气开口区域,介入于所述上、下及垂直腔室；以及一排水管。所述入口端口位于所述上腔室的顶部,所述入口端口又可以可拆卸地连接至一导尿管。位于所述上腔室和下腔室的垂直腔室之间的所述多个通气开口区域。此外,所述多个腔室均等地分散所收集的尿液的重量以避免鼓胀效应(bulging effect)。或者,所述尿液收集装置具有吸收层插入物以吸收身体排出物。(A multi-chamber flat urine collection device includes an inlet port having a check valve; an upper chamber divided into a plurality of vertical chambers; a lower chamber divided into a plurality of vertical chambers; a plurality of vent opening areas interposed between the upper, lower and vertical chambers; and a drain pipe. The inlet port is located at the top of the upper chamber, which in turn may be detachably connected to a urinary catheter. The plurality of vent opening areas are located between the vertical chambers of the upper and lower chambers. Furthermore, the multiple chambers equally distribute the weight of the collected urine to avoid a bulging effect. Alternatively, the urine collection device has an absorbent layer insert to absorb bodily exudates.)

1. A multi-lumen urine collection device comprising:

a) an inlet port;

b) an upper chamber;

c) a lower chamber; and

d) a water discharge pipe;

wherein the content of the first and second substances,

the upper chamber is divided into a plurality of vertical chambers;

the lower chamber is divided into a plurality of vertical chambers;

a plurality of vent opening areas interposed between said upper, lower and vertical chambers;

said inlet port being located at the top of said upper chamber, said inlet port in turn being detachably connected to a urinary catheter;

the inlet port has a check valve;

the upper chamber is connected to the lower chamber by at least one check valve; and

the plurality of vent opening areas between the vertical chambers of the upper and lower chambers enable the urine collection device to conform to the shape of the patient's body.

2. A multi-chamber urine collection device according to claim 1, wherein the device further comprises a measurement unit having a plurality of sensors; and a transmission unit.

3. A multi lumen urine collection device according to claim 2, wherein the plurality of sensors include, but are not limited to, temperature sensors, humidity sensors, pH sensors.

4. A multi chamber urine collection device according to claim 2 in which the transmission unit transmits sensor data wirelessly to a server unit, for example by means of a bluetooth transmitter.

5. A multi-chamber urine collection device according to claim 1, wherein the upper chamber and the lower chamber have a plurality of folded side walls.

6. A multi-lumen urine collection device comprising:

a) an inlet port;

b) a urine collection chamber;

c) a urine storage chamber; and

d) a plurality of linking devices linking the urine collection chamber with the urine storage chamber;

wherein the content of the first and second substances,

the urine collection chamber includes a drain tube having a drain valve and a connector;

the urine storage chamber includes an absorbent layer insert having an absorbent string, a connector and a seal;

said inlet port being located at the top of said urine collection chamber, said inlet port in turn being detachably connectable to a urinary catheter;

the inlet port has a check valve;

the urine collection chamber is connected to the urine storage chamber by respective connectors of the urine collection chamber and the urine storage chamber;

an absorbent layer insert in the urine storage chamber allows the urine collection device to conform to the shape of a patient's body.

7. The multi-chamber urine collection device of claim 6, wherein the urine storage chamber comprises an absorbent layer insert, wherein the absorbent layer insert has an absorbent string, a connector, and a closed end.

8. A multi-chamber urine collection device according to claim 7 wherein the urine storage chamber is a disposable chamber.

9. A wearable urine collection device, comprising:

a) a pair of short pants having a plurality of short pants legs, each of said short pants legs having a pocket with at least one opening at the top and an opening at the bottom;

b) at least one multi-chamber urine collection bag is positioned in the pocket of the shorts, the at least one multi-chamber urine collection bag comprises an inlet port, an upper chamber, a lower chamber and a drain pipe; and

c) an optional distribution device connected to the inlet port;

wherein the content of the first and second substances,

the upper chamber is divided into a plurality of vertical chambers;

the lower chamber is divided into a plurality of vertical chambers;

a plurality of vent opening areas interposed between said upper, lower and vertical chambers;

said inlet port being located at the top of said upper chamber, said inlet port in turn being detachably connectable to a urinary catheter;

the inlet port has a check valve;

the upper chamber is connected to the lower chamber by at least one check valve;

the plurality of vent opening areas between the vertical chambers of the upper and lower chambers enable the urine collection device to conform to the shape of the patient's body;

the inlet port protrudes through an aperture in the top of the pocket;

the drain pipe protrudes out of the hole at the bottom of the pocket; and

the dispensing device is connected to a urinary catheter.

10. The wearable multi-lumen urine collection device of claim 9 wherein the upper chamber and the lower chamber have a plurality of folded side walls.

Technical Field

The present invention relates to a novel and intelligent urine collection device. More particularly, the present invention relates to an intelligent device for collecting urine having a uniquely designed multi-chamber urine device and an additional intelligent leg device for collecting urine in a more convenient and sanitary manner.

Background

Urine collection devices are used in the healthcare industry. However, the urine collection device can also be used in other areas outside of the healthcare industry. It is also advantageous for hunters, pilots, rowers, any traveler/truck driver, handicapped person urine collecting devices. The urination apparatus collects urine and is connected to a urinary catheter (tube) inside the bladder. It is suitable for use by non-urinary incontinence sufferers as well as by general users who are toilet-limited or time-limited, such as drivers, road travelers, miners, soldiers, security guards, surgeons, pilots, critical field workers, handicapped persons, special needs and holsters, individuals who encounter traffic jams or snowstorms, to increase their productivity and mobility. In particular, in remote areas, public toilets are often not available. It is often impossible to urinate outdoors in a remote location and sometimes people are worried about hygiene. The increasing fear of infection makes people less willing to expose themselves to unnecessary health risks.

The urine bag is used for collecting and temporarily storing urine. It adopts the form of a leg bag tied on the thigh or a drainage bag for the user lying in bed or sitting on a wheelchair. Many urine bags are drainable, allowing the urological patient to continue using the bag for a period of time. When the bag is not reusable or hygienic, the bag is discarded. Some urine drainage bags may also be reusable urine collection bottles.

US 7931630B 2 discloses a multifunctional and modular urine collection system that may include a self-expanding container having a receptacle for receiving urine from a tube; a pump for moving urine through the tube into the container; a tube that can be shortened and/or lengthened; and/or one or more meters for monitoring, measuring, transmitting, or storing a characteristic of urine.

US20170100276 a1 discloses a disposable wearable urine collection device. The urine receptacle comprises an elongate tubular body having a closed upper end and an open lower end; a tubular port in fluid communication with the body, the tubular port configured to receive a penis of a user in a fluid-tight manner; a urine collection container connectable to a lower end of the main body to receive and store urine; and a fastener for securing at least one of the body and the urine collection container to a user or to clothing worn by the user. The device is simple to use and can be accessed by the user by hand through a modified side pocket of the worn pants or other such conventional garments. The main body, tubular port and storage container are formed of a flexible, waterproof material and are configured to lie flat against the body of a user when not in use.

KR20170108266 describes a real-time urine output measurement and testing system and a method of using the same. The real-time urine output measuring and testing system comprises: a measuring unit (101) including a sensor unit (110), a measuring unit (120) generating a first data by calculating a result value measured by the sensor unit (110), and a transmitting unit (130) transmitting the first data to a server unit (140) by using short-range wireless communication, wherein the sensor unit (110) includes a first sensor measuring an amount of urine collected in a urine collecting device (111) by a patient, and a second sensor measuring a chemical component contained in the collected urine at a semi-quantitative rate; and an analysis unit (102) comprising the server unit (140). The server unit (140) comprises: a web application (141) generating and displaying urine data of each patient by processing the first data transmitted from the transmission unit (130), and providing an interface for managing the urine data; and a database (142) for accumulating and storing urine data for each patient. The manager (103) checks and manages urine data in real time through an interface of a web application (141) or a mobile phone in wired and wireless communication without directly checking the urine collection device (111) of each patient. Accordingly, the manager can conveniently check and manage the urine status of the patient in real time through wired and wireless communication without checking the urine collection device directly for each patient.

Therefore, there is a need to provide an intelligent urine collection device that is comfortable to the patient.

Disclosure of Invention

It is a primary object of the present invention to provide an intelligent urine collection device for managing urinary incontinence.

It is yet another object of the present invention to provide a multi-chamber flat urine collection device that evenly distributes the urine in the multiple chambers to avoid a bulging effect.

It is another object of the present invention to provide an intelligent leg urine collection device with components not limited to urine measurement tools, meters, sensors to monitor and display the physical and chemical characteristics of urine.

It is yet another object of the present invention to provide urine shorts having an innovative and flat urine collection device designed in the pocket of the shorts with a connection tube to distribute the weight of the collected urine. In an alternative embodiment, the pouch is attached to the outer layer of the panty by means of hook and loop (Velcro).

Another object of the present invention is to provide an intelligent urine collecting device, which is connected to a server unit and has a measuring unit, a transmitting unit, a storing unit and a displaying unit, for real-time managing the urine status of a patient.

The present invention relates to a novel and intelligent urine collection device for the management of mobility-or resource-constrained persons. More particularly, the present invention relates to an intelligent device for collecting urine, having a uniquely designed multi-chamber urine device and an additional intelligent leg device, and handling urine in a more convenient and sanitary manner.

In a preferred embodiment, the present invention provides a multi-chamber flat urine collection device for convenient use, comprising an inlet port having a check valve; an upper chamber divided into a plurality of vertical chambers; a lower chamber divided into a plurality of vertical chambers; a plurality of vent opening areas interposed between the upper, lower and vertical chambers; and a drain pipe. The inlet port is located at the top of the upper chamber, which in turn may be detachably connected to a urinary catheter. The plurality of vent opening areas between the vertical chambers of the upper and lower chambers allow the urine collection device to conform to the shape of the patient's body so that the patient can normally run or walk with the urine collection device. Furthermore, the multiple chambers equally distribute the weight of the collected urine to avoid a bulging effect. The bulging effect is an effect when a fluid collection device collects fluid and begins to sag at the bottom and to move with it as the body moves.

In another embodiment, the present invention provides an intelligent leg urine collection device including, but not limited to, a flow meter that measures the amount of urine over time; a timer for counting the number of times the patient passes urine; a plurality of sensors including, but not limited to, a pressure sensor that senses the pressure of urine; a temperature sensor for sensing the temperature of the collected urine; a pH sensor for sensing pH of the collected urine; and an alarm indicating that the amount of urine collected exceeds a threshold.

In another embodiment of the invention, a urine collection pant has an innovative and flat urine collection device designed into the pocket of the undergarment. The urine collection pant contains two identical urine collection devices on each leg side, a connection tube to distribute urine between the two urine collection devices.

In another embodiment, the present invention provides an intelligent urine collection system, comprising a determination unit, a storage unit, a transmission unit, a server unit and a display unit, wherein the determination unit measures or senses physical and chemical properties of urine collected in the urine collection device using a plurality of electronic sensors, including but not limited to a temperature sensor, a pressure sensor, a pH sensor, etc.; the storage unit stores the measured characteristic of the collected urine; and a transmission unit which transmits the characteristics of the urine stored in the storage unit to the server unit through wired and wireless communication for real-time monitoring.

In an alternative embodiment, the present invention provides an intelligent leg urine collection device having an upper chamber, a lower chamber and a dual tube connector for a balloon (Foley) catheter. The plurality of chambers have a plurality of folds that can be tripled depending on the amount of urine. The urine collection device begins to fill with urine, and when the user sits down, urine accumulated in the lower chamber moves to the upper chamber and stays in the upper chamber once the user stands. This design allows for a double collection of flat chamber urine collection devices. The flat chamber may expand to the top even if it is away from the main urine inlet. In an alternative embodiment, the intelligent leg urine collecting device comprises a wearable sock including a plurality of holding members to hold a urine bag in place, and a plurality of adjusting members to adjust the size in cooperation with the user's shin. The sock can be worn on the side of the shin and the plurality of adjustment members can be used to adjust the sock to suit the convenience of the user.

In an alternative embodiment, the present invention provides a urine collection pant having an innovative and flat urine collection device designed into the pocket of the undergarment. The urine collection pant contains two identical urine collection devices on each leg side. The two urine collection devices are independently connected to the urinary catheter, thus eliminating the need for interconnection between the two urine collection devices.

In another preferred embodiment, the present invention provides a dual chamber urine collection device to collect urine or body fluids or discharges from a urinary catheter. The urine collection device includes a urine collection bag/chamber connected to a first end and a second end. The first end is connected to the urinary catheter and the second end is connected to a urine storage bag/chamber. Said urine collection bag/chamber comprises at least one chamber having an inlet port at said first end connected to said urinary catheter; an anti-reflux valve located below the inlet port; and a drain tube at the second end to connect to the urine storage bag/chamber. The drain tube includes a drain valve to control the discharge of body fluids. The urine storage bag/chamber includes a connector at a first end, an absorbent layer insert and a seal at a second end. The absorbent layer insert absorbs bodily fluids/exudates and is removable from the pouch/chamber. The seal is a leak-proof zipper arrangement that allows the user to remove the absorbent layer insert from the urine storage bag/chamber. The absorbent layer insert extends as an absorbent string/channel through the connector. A connector at a first end of the urine storage bag/chamber is connected to a drain of the urine collection bag/chamber, creating a pathway for urine collected in the urine collection bag/chamber to the urine storage bag via the absorbent tether. Urine from the urine collection bag drains into the urine storage bag/chamber and is absorbed into the absorbent layer insert, forming a disposable gel. Once the absorbent layer insert is full of capacity, the user may replace it with a new absorbent layer insert. Alternatively, the urine storage bag/chamber includes a connector at a first end and an absorbent layer insert. The urine storage bag/chamber may be discarded or replaced when the user travels. The urine storage bag/chamber may be of different sizes, depending on the needs of the user.

Drawings

FIG. 1 is a front elevational view of a flat multi-chamber urine collection device according to a preferred embodiment of the present invention.

Fig. 2(a) and 2(b) are front and rear views of the leg intelligent device according to the above preferred embodiment of the present invention.

FIGS. 3(a), 3(b), 3(c), 3(d), 3(e), 3(f) and 3(g) are a front view of a urine collection pant having a connection tube as a connection tube, a front view of a urine collection pant having no connection tube but having two inlets, a front view of a urine collection pant having an internal T-shaped ureter, a rear view of a urine collection pant having an internal T-shaped ureter, a front view of an internal T-shaped ureter, and a top perspective view of the urine collection pant in accordance with the above preferred embodiment of the present invention.

FIG. 4 is a schematic diagram of a real-time urine volume measuring and urine detecting system according to the above preferred embodiment of the present invention.

Fig.5(a) and 5(b) show a smart leg urine collection device with dual connectors for balloon (Foley) or sheath (condom) catheters and a folding chamber according to the above preferred embodiment of the present invention.

Fig. 6(a), 6(b), 6(c), 6(d) and 6(e) are alternatives of the intelligent leg urine collecting device in the form of a wearable sock as a holding device for a urine bag.

FIGS. 7(a), 7(b), 7(c), 7(d), 7(e) and 7(f) illustrate dual chamber urine collection devices and assemblies.

Detailed Description

Many aspects of the invention can be better understood with reference to the following drawings. The components in the figures are not necessarily to scale, emphasis instead being placed upon clearly illustrating the components of the present invention. Moreover, like reference numerals designate corresponding parts throughout the several views of the drawings. Before explaining at least one embodiment of the invention, it is to be understood that the embodiments of the invention are not limited in their application to the details of construction and to the arrangements of the components set forth in the following description or illustrated in the drawings. Embodiments of the invention may be implemented and realized in various ways. Also, the phraseology and terminology employed herein is for the purpose of description and should not be regarded as limiting.

In a preferred embodiment, the present invention provides a multi-chamber flat urine collection device for convenient use, comprising an inlet port having a check valve; an upper chamber divided into a plurality of vertical chambers; a lower chamber divided into a plurality of vertical chambers; a plurality of vent opening areas interposed between the upper, lower and vertical chambers; and a drain pipe. The inlet port is located at the top of the upper chamber, which in turn may be detachably connected to a urinary catheter. The plurality of vent opening areas between the vertical chambers of the upper and lower chambers allow the urine collection device to conform to the shape of the patient's body so that the patient can normally run or walk with the urine collection device. Furthermore, the multiple chambers equally distribute the weight of the collected urine to avoid a bulging effect. The bulging effect is an effect when a fluid collection device collects fluid and begins to sag at the bottom and to move with it as the body moves.

In another embodiment, the present invention provides an intelligent leg urine collection device including, but not limited to, a flow meter that measures the amount of urine over time; a timer for counting the number of times the patient passes urine; a plurality of sensors including, but not limited to, a pressure sensor that senses the pressure of urine; a temperature sensor for sensing the temperature of the collected urine; a pH sensor for sensing pH of the collected urine; and an alarm indicating that the amount of urine collected exceeds a threshold.

In another embodiment of the invention, a urine collection pant has an innovative and flat urine collection device designed into the pocket of the undergarment. The urine collection pant contains two identical urine collection devices on each leg side, a connection tube to distribute urine between the two urine collection devices.

In another embodiment, the present invention provides an intelligent urine collection system, comprising a determination unit, a storage unit, a transmission unit, a server unit and a display unit, wherein the determination unit measures or senses physical and chemical properties of urine collected in the urine collection device using a plurality of electronic sensors, including but not limited to a temperature sensor, a pressure sensor, a pH sensor, etc.; the storage unit stores the measured characteristic of the collected urine; and a transmission unit which transmits the characteristics of the urine stored in the storage unit to the server unit through wired and wireless communication for real-time monitoring.

In an alternative embodiment, the present invention provides an intelligent leg urine collection device having an upper chamber, a lower chamber and a dual tube connector for a balloon (Foley) catheter. The plurality of chambers have a plurality of folds that can be tripled depending on the amount of urine. The urine collection device begins to fill with urine, and when the user sits down, urine accumulated in the lower chamber moves to the upper chamber and stays in the upper chamber once the user stands. This design allows for a double collection of flat chamber urine collection devices. The flat chamber may expand to the top even if it is away from the main urine inlet. In an alternative embodiment, the intelligent leg urine collecting device comprises a wearable sock including a plurality of holding members to hold a urine bag in place, and a plurality of adjusting members to adjust the size in cooperation with the user's shin. The sock can be worn on the side of the shin and the plurality of adjustment members can be used to adjust the sock to suit the convenience of the user.

The urine collection device may be a disposable or single-use device. Alternatively, the device is a reusable device, as required by the subject.

In another preferred embodiment, the present invention provides a dual chamber urine collection device to collect urine or body fluids or discharges from a urinary catheter. The urine collection device includes a urine collection bag/chamber connected to a first end and a second end. The first end is connected to the urinary catheter and the second end is connected to a urine storage bag/chamber. Said urine collection bag/chamber comprises at least one chamber having a first connector at said first end for connection to said urinary catheter; the anti-backflow valve is positioned below the first connector; and a drain tube at the second end to connect to the urine storage bag/chamber. The drain tube includes a drain valve to control the discharge of body fluids. The urine storage bag/chamber includes a connector at a first end, an absorbent layer insert and a seal at a second end. The absorbent layer insert absorbs bodily fluids/exudates and is removable from the pouch/chamber. The seal is a leak-proof zipper arrangement that allows the user to remove the absorbent layer insert from the urine storage bag/chamber. The absorbent layer insert extends as an absorbent string/channel through the connector. A connector at a first end of the urine storage bag/chamber is connected to a drain of the urine collection bag/chamber, creating a pathway for urine collected in the urine collection bag/chamber to the urine storage bag via the absorbent tether. Urine from the urine collection bag drains into the urine storage bag/chamber and is absorbed into the absorbent layer insert, forming a disposable gel. Once the absorbent layer insert is full of capacity, the user may replace it with a new absorbent layer insert. Alternatively, the urine storage bag/chamber includes a connector at a first end and an absorbent layer insert. The urine storage bag/chamber may be discarded or replaced when the user travels. The urine storage bag/chamber may be of different sizes, depending on the needs of the user.

Referring now to FIG. 1, in one embodiment of the present invention, a multiple chamber flat urine collection device is provided for convenient use having a plurality of upper chambers 5, a plurality of lower chambers 10, and a plurality of vent opening areas 4 interposed between the plurality of upper and lower chambers. The upper and lower chambers are vertical in nature so that when the vertical chamber of the device begins to fill with urine, it begins to conform to the shape of the patient's body so that the patient can normally run or walk with the urine collection device. A urinary catheter is connected to the urine collection device through an inlet port 1 located at the top of the upper chamber so that urine can be collected to the bottom of the lower chamber through a one-way valve 2 located in the area of the respiratory opening of the upper chamber and when the patient is sitting or when the lower chamber of the urine collection device is full, a one-way valve 3 connecting the upper and lower chambers can transport urine from the lower chamber to the upper chamber. When the urine collector is full, urine is discharged through the drain valves 8, 9 and 12 using the drain pipe 11 located at the bottom of the lower chamber, so that urine is discharged from the upper chamber or the lower chamber, and both, respectively. Furthermore, the chambers distribute the weight of urine equally to avoid the bulging effect.

Referring now to fig. 2(a) and 2(b), an embodiment of the present invention provides front and back views of a leg intelligent urine collection device having a urinary catheter connector 51 through which urine enters the device from a urinary catheter/urinal. The urine connection tube 51 includes a backflow prevention hole 52 to prevent leakage of urine or air. The leg intelligent urine collection device has a similar construction to a multi-chamber urine collection device having an upper chamber connector 53, a lower chamber connector 59, a plurality of vertical urine chambers with urine chamber rear walls 54, and chamber isolators 55 for isolating the vertical urine chambers. In addition, the device has an optional multipurpose hook 50 for hanging the device to any desired position using a bed hook loop 520 depending on the comfort of the patient. The device also has a hook 516. The device further includes, but is not limited to, an internal copper strip 57 and an electronic strip 580 as electronic circuits to sense various characteristics of urine; a volumetric measurement scale 57 located on the outer surface of one of the intelligent urine device chambers; an emergency vent 530 to vent air from the device; a drain valve 59 to drain urine using drain 510 after the device is full; a small speaker 590 operated by a low voltage battery 512 to sound an alarm when the amount of urine exceeds a threshold; a digital screen 590, preferably a touch screen display, to display various characteristics of urine, such as temperature, pressure, etc.; and a screen set button 514 for setting or resetting the digital screen 590. The threshold value is the value when the amount of urine reaches 70% of the urine collection device.

Referring now to fig. 3(a), in one embodiment of the present invention, a front view of a urine collection device, urine collection shorts, having a connecting conduit as the connecting tube is provided. The connecting tube 6 and connector 7 between one side and the other side of the urine collection device are responsible for preventing urine from overflowing from one side of the urine collection device to the other side of the urine collection device. The urinary catheter is connected to the urine collecting device via an inlet port 1 at the top of the upper chamber so that urine can be collected to the bottom of the lower chamber through a one-way valve 2 in the area of the breathing opening of the lower chamber and when the patient is seated a one-way valve 3 of the upper and lower chambers can transport urine from the lower chamber to the upper chamber. Finally, urine is discharged from a urine outlet provided at the tip of each leg of the pants through the urine guide valves 8, 9, 10 by means of the drain tube 11 of the urine collecting device.

Referring now to fig. 3(b), in one embodiment of the invention, a front view of a urine collection device without a connecting conduit is provided. Here, the two urine collecting devices work independently through the urinary catheter 1. There is no interconnection between the two urine collection devices. The urinary catheter is connected to the urine collecting device via an inlet port 2 at the top of the upper chamber so that urine can be collected to the bottom of the lower chamber via a one-way valve 3 in the area of the respiration opening of the lower chamber and a one-way valve 3 of the upper and lower chambers can transport urine from the lower chamber to the upper chamber when the patient is seated. Finally, urine is discharged from a urine outlet provided at the tip of each leg of the pants through the urine guide valves 8, 9, 10 by means of the drain tube 11 of the urine collecting device.

Referring now to fig. 3(c), in one embodiment of the invention, a front view of a urine collection device without a connecting tube is provided and shows two inlets in the upper chamber and the lower chamber, respectively, to facilitate a user connecting a urinary catheter to either inlet of the urine collection device. More preferably, balloon (Foley) or sheath (condom) catheters are connected to the inlet of the upper chamber, since these catheters are not so low and can therefore easily be connected to the inlet of the upper chamber.

Referring now to fig. 3(d) and 3(e), in one embodiment of the present invention, a front and back view of a urine collection pant 30 is provided having two pockets 38, respectively, with the pockets 38 having an opening 31 on both thighs near the groin area to accommodate a specially designed urine collection device with a T-shaped urine tube having a separator as a connecting tube within the urine collection pant 30 to distribute urine evenly between the two urine devices preventing direct pressure on the legs and skin. The waist of the pants is provided with elastic bands 36 to bear the weight of urine and fasteners to fasten in accordance with the wearer's comfort. A hook 315 is provided at the end of the panty for attaching an additional urine device in case of severe urinary incontinence and an increased amount of urine and for draining urine from a urine outlet, such as a zipper 34 provided at the end of each leg of the panty.

Figure 3(f) provides a front view of the internal T-tube with the connector 39, the connector 39 being connected to a catheter/urinal, main catheter tube 310 for allowing urine to pass from the urinal into the T-tube. The T-shaped urinary catheter has a separator 340 for separating or separating urine into a left end 370 and a right end 380. Urine is discharged from the left end 370 through the left child tube end 320 to the urine device and from the right end 380 through the right child tube end 340 to the urine device.

Fig. 3(g) is a top perspective view of a urine collection pant showing the back of the pant 37 having a pocket 38 for a urine device. When urine begins to fill the urine device through the T-shaped urinary catheter via the T-shaped urinary catheter loop 311, air is compressed and pushed out from each side through the left and right air tube vents 313 and 314.

Referring now to FIG. 4, one embodiment of the present invention provides a real-time urine volume measurement and urine detection system. The system comprises: a urine collection device 903 having a measurement unit with a plurality of sensors, including but not limited to temperature sensors, humidity sensors, pH sensors, etc., to sense various characteristics of urine; the transmission unit is used for transmitting data to the server unit in a wired or wireless manner such as a bluetooth transmitter 900; the server unit includes a mobile application 901 or central urine monitoring software to analyze and monitor characteristics of urine using a bluetooth receiver; a storage unit, such as a database, for storing the urine characteristics on the server unit; finally, a display unit 902 is provided for displaying the desired characteristic of the urine characteristic. Urine characteristics are managed and checked in real time without the need to check the urine collection device for each patient. The whole system manages the urine state of the patient in real time in a wired or wireless communication mode so as to know the state of each patient, and the urine collecting device of each patient does not need to be directly checked.

Referring now to fig.5(a), an embodiment of the present invention provides a smart leg urine collection device having an upper chamber, a lower chamber, a dual tube connector connected to a urinary catheter 1. The plurality of chambers have a plurality of folds 401 that can be tripled depending on the amount of urine. The tube of connector 13 of the dual tube connector is connected to the upper chamber of the urine collection device and the other tube of connector 14 is connected to the lower chamber of the urine collection device. Urine begins to fill the lower chamber into the urine collection device. When a user sits down, urine accumulated in the lower chamber moves to the urine chamber, and once the user stands up, the urine stays in the upper chamber. Urine is discharged from a urine outlet provided at the tip of each leg of the pants through the urinary catheter 8, 9, 10 by means of a drain tube 11 of the urine collecting device. Figure 5(b) shows a plurality of folds 401 in the urine collection device. When urine begins to fill the urine collection device, the folding chamber will expand according to the amount of urine.

Fig. 6(a) depicts an alternative embodiment as a smart leg urine collection device 20, in the form of a wearable sock as a holding device for a urine bag. The wearable sock 22 includes a resilient upper portion 25, a plurality of holding members 24 to hold the urine bag in place, and a plurality of adjustment members 23 to adjust in size to fit the user's shin. As shown in fig. 6(b), the sock 22 may be worn on the side of the shin. As shown in fig. 6(c), the urine bag is held in place on the sock 22 by a plurality of holding members 24 to avoid displacement by the weight of urine. Fig. 6(d) and 6(e) depict an adjustment for adjusting the sock 22 to accommodate the shin. These elements include straps for adjusting fit and fastening mechanisms, which can be secured in a desired position around the sock by Velcro or buttons. The holding member may be a button/hook for securing a removable urine bag on the sock.

Referring to fig. 7(a), a dual chamber urine collection device for collecting urine or bodily fluids or discharges is shown. The urine collection device includes a urine collection bag/chamber 40 having a first end and a second end. The first end is connected to a urinary catheter (not shown) and the second end is connected to a urine storage bag/chamber 60. The urine storage bag/chamber comprises at least one chamber 43, the chamber 43 having an inlet port 41 connected to said urinary catheter at said first end; an anti-drainback valve 47 located below the first inlet port 41; and a drain tube 44 at the second end for connection to the urine storage bag/chamber by a connector 45. The drain tube includes a drain valve 46 to control the discharge of body fluids. The urine storage bag/chamber includes a connector 66 at a first end, an absorbent layer insert 64, and a seal 61 at a second end. The absorbent layer insert 64 absorbs bodily fluids/exudates and is removable from the pouch/chamber. The absorbent layer insert 64 absorbs bodily fluids/exudates and is removable from the pouch/chamber. The seal 61 is a leak-proof zipper arrangement that allows the user to remove the absorbent layer insert from the urine storage bag/chamber. The absorbent layer insert extends as an absorbent string/channel 65 through the connector. A connector at a first end of the urine storage bag/chamber is connected to a drain of the urine collection bag/chamber, creating a pathway for urine collected in the urine collection bag/chamber to the urine storage bag via the absorbent tether. Urine from the urine collection bag drains into the urine storage bag/chamber and is absorbed into the absorbent layer insert, forming a disposable gel. Once the absorbent layer insert is full of capacity, the user may replace it with a new absorbent layer insert. The two bags/chambers are joined by joining means 62 and 42, wherein the two chambers are joined side by side so that connector 45 joins with connector 66. The wall 43 of the urine collection bag is thin and flat and not easily bent to avoid ballooning. The walls 63 of the urine storage bag are flexible to allow a large volume of urine to be contained therein.

As shown in fig. 7(b), a connector 66 is connected to the connector 45, and an absorption string/passage 65 passes through the connector. Figure 7(c) shows a urine collection bag 40. Fig. 7(d) shows the urine storage bag with the absorbent layer insert 64, and fig. 7(e) shows the absorbent layer insert 64 with the absorbent string 65 removed from the urine storage bag. Figure 7(f) shows the urine collection bag connected to a catheter 1.

In a modification of the dual chamber urine collection device, the urine storage bag does not have a seal and is closed at one end. When its capacity is full, the bag is discarded together with the absorbent layer insert. This measure is very useful for travelers.