50 results about "Urinary drainage" patented technology

An improved outlet tube device for a urinary drainage bag is disclosed wherein an outlet valve mechanism is contained with a rigid housing fixed securely to the drainage bag, rather than just being clamped to the outlet tubing, and thus cannot become separated from the bag. The outlet valve can be opened only by positive action on the part of the medical care personnel, thereby assuring that urine will be discharged only in a controlled manner. Further, because the valve mechanism does not require that a substantial length of tubing with a freely movable end be used in conjunction with the outlet port, there is no need to engage the free end of the tubing with a keeper. Thus the possibility of the tubing springing back to its straight configuration and flicking residual urine on the attending medical personnel is eliminated. In one embodiment the outlet tube device comprises a pinchcock-type valve which is fixedly mounted to the bag and which is normally operative to clamp off the outlet tube. In a second embodiment the outlet tube device comprises a syringetype fitting which is fixedly mounted to the bag. Depressing the syringe plunger closes the valve, and retracting the plunger opens the valve to permit fluid to be discharged through the outlet tube. In a third embodiment, a hose clamp is contained within a rigid housing and is selectively operative to clamp a hose to prevent fluid flow therethrough.

The retention balloon of the Foley urinary drainage catheter is replaced by a new self-retaining system. This new self-retaining catheter eliminates the problem of residual urine and also of bladder wall irritation caused by continuous contact with a spherical retention balloon; it also does not rely on a stylet for placement. The new system may use an internal control wire that reversibly foreshortens the proximal end of the catheter thus radially displacing longitudinal strips defined in the proximal catheter to form retention wings. Alternatively, a balloon situated between the longitudinal strips is inflated to force open the retention wings once inside the urinary bladder. Radial displacement of the retention wings widens the spaces between the longitudinal strips, these spaces constituting the drainage apertures which permit complete emptying of the urinary bladder, thereby eliminating a source of bladder irritation. The radially displaced retention wings abut the bladder wall in a non-continuous manner thereby reducing the area of bladder-catheter contact and further reducing bladder wall irritation.

A partial-length catheter, or an extendable tube or sleeve member of the catheter, is selectively movable within the prostatic urethra to open a urine drainage passageway through and obstructed portion of the prostatic urethra or to open the external urinary sphincter muscle and thereby discharge urine from the bladder. A control element is manipulated at a position exterior of the urinary canal to selectively move the catheter or the extendable tube or sleeve member, thereby selectively controlling urine discharge. The catheter may also be used to diagnose urinary retention problems caused by a weak bladder or a prostatic obstruction.

A urinary drainage bag for draining urine from the belly button as a result of a urinary diversion includes a urine collection bag, a reflux chamber attached to the collection bag for accommodating urine backflow and working out bubbles, a multi-size catheter tip extending upwardly from the reflux chamber for attachment to a transfer or catheter tube, a urine discharge opening adjacent the lower end of the collection bag for draining urine from the collection bag, and a fluid measurement scale imprinted on the front of the collection bag for measuring the amount of urine held within the urine collection bag. The urinary drainage bag also includes a tether adjacent the upper end of the collection bag for conveniently hanging the collection bag, and a handle and mounting hook are also attached to the upper end of the collection bag for supporting the urinary drainage bag on a bed railing while cathing.

A vesical pressure measurement system is provided. One or more elements of the system are operably combinable with a previously deployed urinary drainage catheter. The system includes a urodynamic data system and a urinary drainage catheter balloon adaptor. The data system is characterized by a pressure sensor for vesical pressure measurement, and a processor/controller for receiving, processing and/or displaying select urodynamic patient parameters comprising sensed/monitored pressure data. The adaptor operably unites the pressure sensor of the data system to a balloon inflation valve of the catheter. The adaptor includes an adaptor valve for connection to the balloon inflation valve, and a housing, the housing including a balloon inflation valve portion and an adaptor valve portion, the portions urgingly uniteable in furtherance of establishing and maintaining a secure interface between the balloon inflation valve and the adaptor valve.

A pinch valve for a urinary drainage system comprises a tube attachment part for attaching the pinch valve to a tube of the urinary drainage system so that the tube is received in a tube receiving region of the pinch valve; a first pinch part and a second pinch part having the tube receiving region therebetween, wherein the first pinch part is moveable towards the second pinch part for compressing a tube received in the tube receiving region against the second pinch part; and an actuator operable to move the first pinch part; wherein the tube attachment part is openable so that the tube is receivable in the tube receiving region, and closeable so that the tube is retained in the tube receiving region.

An article of clothing incorporated with a urine drainage device according to the present invention primarily comprises: a clothing article having an opening at the front region sheet positioned corresponding to a wearer's urinary organ, a foundation settled about said opening having a round hole, a foundation with a round hole disposed in the opening, a drainage device which consists of a urinary-organ sleeve and a conduit wherein the urinary-organ sleeve has a joint at its one end detachablely attached to said foundation and the conduit may be extend to a urine receptacle. When a male patient wears the disclosed subject matter, his urinary organ may be accommodated in the urinary-organ sleeve so that the emitted urine can be led to the conduit through the conical funnel and then be collected in the mentioned urine receptacle.

This invention provides a urinary drainage leg bag supporter comprising a waist belt; an adjustable enclosure on the belt; a pouch suspending from the enclosure for holding the urinary drainage leg bag, the pouch is formed by folding up one piece of octagonal fabric, connected at the boarders by eight sets of snap fasteners; two sets of buttons and one set of snap fasteners inside of the pouch firmly holds the urinary drainage leg bag in place; two sets of adjustable, stretchable horizontal straps extending from the sides of the pouch to stabilize the pouch on the wearer's thigh.

The present invention makes the vacuum pump miniaturization and portability. In the hand-held vacuum pump 1, the main body 1 a of the vacuum pump in which the pump room 4 a is formed and the electric motor 2 are connected via the shaft coupling 21. The main body of the vacuum pump has the driving shaft 10. One ball bearing 15 b supporting the driving shaft is supported by the cylinder. The other ball bearing 15 a is sup ported by the flange 5 mounted hermetically at the cylinder. The end part of the cylinder at the side of the electric motor accommodates the shaft coupling, and is engaged with the end part of the electric motor so that the electric motor may support the cylinder.

A vesical pressure measurement system is provided. One or more elements of the system are operably combinable with a previously deployed urinary drainage catheter. The system includes a urodynamic data system and a urinary drainage catheter balloon adaptor. The data system is characterized by a pressure sensor for vesical pressure measurement, and a processor/controller for receiving, processing and/or displaying select urodynamic patient parameters comprising sensed/monitored pressure data. The adaptor operably unites the pressure sensor of the data system to a balloon inflation valve of the catheter. The adaptor includes an adaptor valve for connection to the balloon inflation valve, and a housing, the housing including a balloon inflation valve portion and an adaptor valve portion, the portions urgingly uniteable in furtherance of establishing and maintaining a secure interface between the balloon inflation valve and the adaptor valve.

The invention discloses a novel clinic urethral catheterization device used in the urology department. The novel clinic urethral catheterization device comprises a urethral catheterization piston barrel, wherein a handle is arranged at the top of the urethral catheterization piston barrel, a mounting tube is arranged at the bottom of the urethral catheterization piston barrel, a liquid storage bucket is fixedly mounted on the urethral catheterization piston barrel through the mounting tube, the liquid storage bucket is communicated with an inner cavity of the urethral catheterization piston barrel through the mounting tube, a joint sleeve is arranged at one end of the urethral catheterization piston barrel, and the catheterization piston barrel is fixedly provided with a urethral catheterization hose through the joint sleeve. The novel clinic urethral catheterization device used in the urology department can be suitable for some patients who cannot achieve urination by themselves, theurine in the bladder of a patient can be conveniently and quickly drained out, the whole device is small and exquisite in size, small in occupied space and convenient for people to operate and use, and the urethral catheterization hose is firmly connected and fixed, so that urine leakage is avoided; the liquid storage bucket is convenient to disassemble, so that the urine in the liquid storage bucket is convenient for people to clear and pour for repeated use.

The present invention discloses a novel bladder pressure measuring device. The novel bladder pressure measuring device comprises a catheter main body, a bladder pressure measuring device and an electric valve, wherein the catheter main body comprises five channels, which are a bladder irrigation channel, a urine drainage channel, a balloon filling channel and a pressure transmission channel respectively; and the catheter main body is provided with a nearly hemispherical pressure measuring chamber, which is capable of placing a sensing material, so as to avoid a material from being polluted byurine. The pressure measuring device comprises the sensing material, a pressure measuring circuit and an associated structure, and the pressure measuring device is capable of wirelessly transmitting data to a computer or a mobile phone terminal. The electric valve controls urine discharge, thereby facilitating training and protection of the bladder function. The novel bladder pressure measuring device is simple and comprehensive in structural design and convenient to operate, is capable of continuously and accurately measuring the bladder internal pressure, and relieves the pain of a patient and the burden of a medical staff.

A closed specimen collection system includes a port tube that is rotatably attached to tubing of a urinary drainage system attached to an indwelling urinary catheter. The port tube has a one-way valve located adjacent one end formed to fit sealably with a shaped nozzle. A collection has a proximal end and a distal end with a shaped nozzle at the proximal end adapted to fit sealably into the port tube adjacent the one-way valve. A specimen container has a hollow body, a back end and a front end with a sealable aperture sized and shaped to attach to the distal end of the collection tube. A piston fits closely within the hollow body and is attached to an actuating rod. When the actuating rod is moved away from the front end of the container, urine will flow into the specimen container through the collection tube in a sterile condition.

A catheter has a double-action retention mechanism with (a) one retention mechanism having a reinforced retention body transformable into a deployed flower-like configuration when the catheter is inserted in the bodily cavity, and (b) a stabilizer securing the catheter to a patient's body to maintain a stable position. The retention mechanism for securing the catheter in the bodily cavity is configured with a thickened or reinforced wall portions of the retention body. The inner channel of the catheter body is wider than conventional catheters, thus attaining better drainage and better fluid flow. Due to the reinforced flower configuration, an inadvertent removal of the catheter with the flower configuration fully deployed will afflict no significant damage. When the catheter is to be removed, the catheter's body is disengaged from the stabilizer and the flower configuration of the retention mechanism retention body controllably collapses, thus transforming the catheter to a configuration suitable for removal of the catheter from the bodily cavity. The improved Catheter is simple in operation, safe, prevents from CAUTI, and provides a non-residual urine drainage and high flow rate.

The present invention provides a fluid driving device and a urine drainage structure for use therein. The fluid driving device is mainly composed of a main body, a water diverter, a power element anda control unit. The water diverter is attached to the inner surface of a guide passage, and the strength of the power provided by the power is controlled by the control unit so as to control the vibration or oscillation of the water diverter and drive the fluid to flow in the guide passage so as to achieve the purpose of flow control.

A urine drainage device for male urinary incontinence is composed of area-type close-fitting underwear, a penis support plate, a urine buffer cap, a drainage tube, and a drainage bag. Its main feature is that the crotch structure of the area-type close-fitting underwear is movable and open, and can be removed from the underwear and put on at will. The crotch of the underpants is also provided with functional layers of upper and lower layers, which can accommodate components such as penis support plates, urine buffer caps, and drainage tubes for drainage operations; the feature of the penis support plates is a telescopic structure. You can adjust the length at will. The feature of the urine buffer cap is that it is provided with a catheter hole and a negative pressure hole, and under the action of negative pressure, the urine flows out from the catheter hole so as not to overflow the urine buffer cap. Because the present invention adopts the functional technology of area-type close-fitting underwear, penis support plate and urine buffer cap, it better solves the problem that the penis is not easy to fix and the problem of urine overflow in the current nursing process of male urinary incontinence drainage, and it is easy to clean up. Waste troublesome problem.

The present invention provides an assembly for urinary drainage. The assembly comprises a urinary drainage device for collecting urine from a body opening and a collecting bag for collecting the urine. The collecting bag comprises a compartment between sheets of a foil material and an inlet into the compartment, wherein the inlet is connected to the device such that a urinary flow can be established in a flow path from the device through the inlet and into the compartment. The collecting bag further comprises a flow promoting element arranged between the sheets and having flow promoting properties. The collecting may also comprise suction means for providing suction through a flow path in the collecting bag.

The invention discloses a medical urine drainage device facilitating sampling. The medical urine drainage device facilitating sampling comprises a drainage tube, a urine collection bag, a sampling bag and a distribution control valve. Three channels communicated with one another are formed in the distribution control valve and comprise the drainage channel, the urine collection channel and the sampling channel respectively, one end of the drainage channel is communicated with the drainage tube, the outlet end of the urine collection channel is connected with the urine collection bag, and the outlet end of the sampling channel is connected with the sampling bag. The urine collection channel and the sampling channel are arranged in parallel, the distribution control valve is further provided with a blind hole intersecting with the urine collection channel and the sampling channel at the same time, a control column shorter than the blind hole is installed in the blind hole in a sleeved mode, a sliding rod used for making the control column slide along the blind hole is arranged on the side face of the control column, one end of the sliding rod is fixed to the control column, and the other end of the sliding rod stretches out of the distribution control valve. The medical urine drainage device facilitating sampling overcomes the defect that sampling cannot be conducted at any time through a traditional urine drainage device, and the medical urine drainage device facilitating sampling facilitates nursing and sampling detection conducted by medical workers and effectively improves the working efficiency of the medical workers.

The invention discloses a calculus collecting device for the urinary surgery, which comprises a containing cylinder, the containing cylinder is of a vertically-through hollow cylinder structure, and a top cover is arranged at the upper end of the containing cylinder; the bottom of the containing cylinder is detachably connected with a base plate, a plurality of filter cylinders are evenly arranged at the bottom of the base plate in the circumferential direction, the inner wall of the containing cylinder is fixedly connected with a urine receiving plate, the bottom of the urine receiving plate is an arc bottom with the lower middle and the higher periphery, leakage holes are formed in the middle of the arc bottom, and a drainage plate is arranged below the urine receiving plate. A drainage hole is eccentrically formed in the drainage disc, the position of the drainage hole is low, the surrounding position of the drainage hole is high, and urine falling from the leakage hole can be drained to the drainage hole. The calculus collecting device has the beneficial effects that the calculus collecting device can collect calculus for multiple times and store the calculus, comparison, observation and analysis are facilitated, and the illness state development trend of a patient can be judged; and the device is convenient to disassemble, assemble, disinfect and clean.

The invention discloses a catheter with a good drainage effect. The catheter comprises a main catheter body, a top cover, drainage holes, an air bag and a guide wire, wherein the top cover is arrangedat the top of the main catheter body; a plurality of uniformly distributed drainage holes are formed in the side wall of the main catheter body; the air bag is arranged on the outer side of the catheter body and is positioned on the right sides of the drainage holes; the guide wire is arranged in the main catheter body; and the left end of the guide wire is connected with the top cover. Comparedwith the prior art, the catheter of the invention has the advantages of simple structure, reasonable design, convenience in use and good drainage effect; when matched with a proper external load, thecatheter cannot damage the inner membrane of the bladder of a patient and can completely drain urine in the bladder of the patient; so the catheter is worthy of promotion.

The invention relates to a barrel body structure for collecting boy's urine. It solves technical problems such as poor collection effect of the urine collection mechanism. It includes an outer barrel and an inner barrel. The upper end of the outer barrel is provided with a funnel-shaped urine receiving cylinder arranged in the vertical direction. The ends are open respectively, and the lower end of the urine-connecting cylinder is connected with the urine-connecting hole arranged in the center of the upper end of the outer barrel. A funnel-shaped urine-inducing cylinder with open upper and lower ends is arranged in the outer barrel. The diameter of the upper end of the urine-inducing cylinder is about Larger than the diameter of the lower end of the urine-inducing cylinder, the upper end of the urine-inducing cylinder is connected to the circumferential inner side of the upper end of the outer barrel, and the lower end of the urine-inducing cylinder extends to the top of the inner barrel or inside the inner barrel, and a filter is installed in the urine-inducing barrel plate. The advantages are: simple structure, small volume, easy to move, good urine recovery effect, not easy to splash, and effectively control the diffusion of peculiar smell at the same time.