54 results about "Urine stream" patented technology

A potting training device for preventing a potty-training child's urine stream from passing through the opening formed between the toilet seat and the toilet bowl. The device is made of a flexible, water-resistant, preferably non-porous sheet material, having a folding seam separating a urine-deflecting surface and a plurality of attachment tabs. An adhesive material is applied to the surface of each attachment tab and attaches the attachment tabs to the underside of the toilet seat. The sheet material, in its unattached flat configuration, is manipulated into a curved configuration that matches the curvature of the toilet seat, and is attached thereto. The potty training device is also not visible to the observer unless the toilet seat is lifted up, in a vertical position or viewed from a position to the rear of the attachment point when the toilet seat is down.

A self-cleaning urinal anti-splash device having a series of angled deflectors which send the urine stream ever deeper into a series of channels leading down toward the urinal drain. The angled deflectors not only send the urine stream ever deeper into the channels, but they simultaneously prevent the urine from exiting the channels in any direction other than downward toward the drain. This is accomplished by virtue of the fact that inner faces of the deflectors are adapted to deflect the urine back toward the urinal wall. No plane perpendicular to the direction of the initial urine stream is presented to the user. Gravity then causes it to flow to the drain. The device is also self cleaning because there is nothing to prevent the water of a flush cycle from passing through the vertical channels by gravity feed, thereby removing all the urine on the deflector surfaces. The device can be made of metal, plastic, rubber, or other inexpensive easily moldable substance. It has notches in the channels so the device is easily trimmed to size.

Described is an apparatus for inline urine analysis comprising a control unit and at least one image capture unit comprising an image sensor and an optical assembly. The apparatus is configured to be coupled with an indwelling urinary catheter or conduit leading from the catheter. Embodiments of the apparatus comprise a dispenser configured to dispense inert or reactive matter into the urine stream to aid in the analysis of properties of the urine and an illumination device configured to illuminate the urine stream. Also described is a system comprising at least one of these apparatuses and at least one image analyzer unit operatively connected to it. The image analyzer unit comprises a processor and software adapted to analyze the captured images to derive information therefrom relating to identification of properties of the urine and / or objects of interest in the urine stream. Embodiments of the system may comprise other peripheral devices.

A fibrous urinal splash prevention insert to prevent urinal splash back that occurs when a urine stream is directed into a urinal and impacts the flat surfaces within the urinal and on existing urinal mats. The fibrous urinal splash prevention insert absorbs the initial urine stream directed into the urinal and eliminates splash back. The insert can also be shaped into numerous configurations and can be retrofitted onto existing urinal mats or be designed to be placed directly into a urinal and replace an existing urinal mat.

A female urinary device including a urine stream collection container having a discharge opening and a stream collection opening, the stream collection opening being configured to surround and isolate a urethral opening, an internal baffle that cooperates with at least a urine sample container to provide a spillway to the discharge opening, where the spillway provides urine passage to a collection tank, and a probe configured for interior engagement with a vaginal opening for placement of the stream collection opening relative to the urethra opening.

Systems for and methods of assessing lower urinary tract function from urinary flow data via sound analysis and user-provided information regarding the lower urinary tract symptoms (LUTS) of frequency, urgency and urge incontinence. Embodiments of the LUTS assessment systems include a computer and a telephone or a digital recording mechanism to capture the sound of one or more urination events, which are stored as audio files in a database. The LUTS assessment systems may include sound analysis software for analyzing the strength and duration of each urination event and may include a web-based software application for viewing the results via the Internet or other network. The database stores information from multiple urination events, and combined with information regarding the lower urinary tract symptoms, serves as an objective tool to assess bladder function and monitor progression of disease or therapy effectiveness.

A wall mounted urinal has a detachable urinal insert where the insert provides a frontally directed opening for receiving a urine stream. The insert provides a lower surface in contact with the bottom surface of the urinal for supporting the insert, and an upper surface or a rear surface, or both, for stabilizing the insert within the urinal. A splash capturing surface defines an aperture for admitting a urine stream, the aperture comprising an area inferior to that of the frontally directed opening of the urinal and extending outwardly from it.

A monitoring system and method are presented for use in monitoring a condition of a patient's urinary system. The monitoring system comprises an acoustic assembly comprising at least one acoustic receiver adapted for receiving acoustic signals during a patient's urination and generating data indicative thereof. The monitoring system also includes a control unit that is in communication with said acoustic assembly. The control unit is configured and operable for analyzing said generated data indicative of the continuously received acoustic signals during a patient's urination, obtaining a time variation of the acoustic signal during the urination and determining a corresponding spectral data of the acoustic signal. The control unit further analyzes the spectral data and, upon detecting at least one first signal peak corresponding to a condition of turbulence in the urine flow, determining a relation between said first signal peak and a second signal peak corresponding to a condition of laminar urine flow. Based on said relation, the control unit determines the condition of a patient's low urinary system and generating output data indicative thereof.

A human urinary aid is described. Simple coatings or modifications are described which provide an additional use to conventional toilet paper as a disposable male urinary aid to allow the transport of a urine stream into a toilet, such as by a human male urinating from a standing position, by consolidating the urine stream onto a conductive path directed into a toilet bowl or other receptacle. A method of making the aid and a method of using the aid are described.

A urine sample collection device having a collection vessel for capturing urine from a patient, and an associated sample collection container portion for gathering the urine sample in an assured manner without the need for manual transfer. The urine sample collection device can be easily mounted inside a toilet bowl, so that the patient can deliver the urine stream to the toilet in the normal manner to produce the urine sample. The device avoids splashes of residual urine after the sample container is remove from the collection vessel, and a urine flow barrier shield for automatically accommodating the clean-catch method for delivering a urine sample.

A potting training device for preventing a potty-training child's urine stream from passing through the opening formed between the toilet seat and the toilet bowl. The device is made of a flexible, water-resistant, preferably non-porous sheet material, having a folding seam separating a urine-deflecting surface and a plurality of attachment tabs. An adhesive material is layered on the surface of each attachment tab and attaches the attachment tabs to the underside of the toilet seat. The sheet material, in its unattached flat configuration, is manipulated into a curved configuration that matches the curvature of the toilet seat, and is attached thereto. The potty training device is also not visible to the observer unless the toilet seat is lifted up, in a vertical position or viewed from a position to the rear of the attachment point when the toilet seat is down.

A urinal uses a sloped interior back wall to create a specific angle between an incoming urine stream and the back wall to effect an anti-splash phenomenon which involves the contact angle hysteresis and the coanda effect, thereby at least to minimize urine splashing. The contact angle hysteresis deals with the perpendicular angles at which the urine stream comes into contact with the back wall of the urinal bowl, that is the amount of angle degrees between the angle of surface of the bowl and the angle of the urine stream at the point of contact. This angle takes advantage of the Coanda effect so as to cause the fluid (urine) to run down the surface of the back wall to the bottom of the urinal, rather than splashing back. The Coanda effect is the tendency of a fluid jet to stay attached to an adjacent curved surface that is very well shaped. In one embodiment, the interior back wall is vertically sloped towards the user, at an angle greater than 20° from the vertical (e.g., 30° to accommodate a 60° urine stream), and the back wall may be further curved from side to side. In an other embodiment, the interior back wall has a undulated top-to-bottom or vertical contour.

A portable urinal has a lid or projecting member from the housing with a mirror attached to allow the urinal user to properly aim his or her urine stream. The mirror helps users prevent embarrassing accidents and spills when the portable urinal is used in situations such as by bed-ridden patients in hospitals. The portable urinal is filled in a generally horizontal position but is designed to sit vertically on a table or be hung by a handle on a hospital bed rail. The mirror lid or projection can be permanently or removably coupled to the portable urinal to allow for easy urine disposal, cleaning, and sterilization.

A monitoring system and method are presented for use in monitoring a condition of a patient's urinary system. The monitoring system comprises an acoustic assembly comprising at least one acoustic receiver adapted for continuously receiving acoustic signals during a patient's urination and generating data indicative thereof. The monitoring system also includes a control unit that is in communication with said acoustic assembly. The control unit is configured and operable for analyzing said generated data indicative of the continuously received acoustic signals during a patient's urination, obtaining a time variation of the acoustic signal during the urination and determining a corresponding spectral data of the acoustic signal. The control unit further analyzes the spectral data and, upon detecting at least one first signal peak corresponding to a condition of turbulence in the urine flow, determining a relation between said first signal peak and a second signal peak corresponding to a condition of laminar urine flow. Based on said relation, the control unit determines the condition of a patient's low urinary system and generating output data indicative thereof.

A urine sample collection device having a collection vessel for capturing urine from a patient, and an associated sample collection container portion for gathering the urine sample in an assured manner without the need for manual transfer. The urine sample collection device can be easily mounted inside a toilet bowl, so that the patient can deliver the urine stream to the toilet in the normal manner to produce the urine sample. The device avoids splashes of residual urine after the sample container is remove from the collection vessel, and a urine flow barrier shield for automatically accommodating the clean-catch method for delivering a urine sample.

Systems for and methods of assessing lower urinary tract function from urinary flow data via sound analysis and user-provided information regarding the lower urinary tract symptoms (LUTS) of frequency, urgency and urge incontinence. Embodiments of the LUTS assessment systems include a computer and a telephone or a digital recording mechanism to capture the sound of one or more urination events, which are stored as audio files in a database. The LUTS assessment systems may include sound analysis software for analyzing the strength and duration of each urination event and may include a web-based software application for viewing the results via the Internet or other network. The database stores information from multiple urination events, and combined with information regarding the lower urinary tract symptoms, serves as an objective tool to assess bladder function and monitor progression of disease or therapy effectiveness.

The shape of the urine stream can be used to measure both the flow rate and orifice geometry. The measurement of the shape of the urine stream can be a useful diagnostic tool for medical practitioners since it provides a noninvasive method of measuring urine flow rate and urethral dilation. A novel diagnostic visual voiding device (VVD) measures Symptoms of Lower Urinary Tract Dysfunction (LUTD) such as urinary incontinence. The VVD consists of a lightweight foldable booth with LED lights, microphone, video cameras on left side, top, face, and container that display stream height, width, angle, distance, face grimacing, container height and flow versus time. The VVD will improve the initial diagnosis of Lower Urinary Tract Dysfunction (LUTD) and also improve LUTD by providing subsequent diagnosis after treatment. It enables the patient to video and audio record urinary voiding in privacy. The video and audio recording hardware and software enables the video and audio recording to be sent in electronic form to the urologist at a location other than where the VVD is located.

A device for collection of a mid-stream urine sample from a patient includes a catch device for the receipt of urine from a urine stream; a biasing component; and a release component; wherein the device has a first condition in which urine from a urine stream is unable to enter the catch device and a second condition in which urine from the urine stream is able to enter the catch device, said biasing component urging the apparatus towards the second condition and being operatively restrained by the release component; and wherein, with the device in the first condition, urine from a urine stream causes or is able to cause the release component to cease operatively restraining the biasing component whereby the device adopts the second condition under action of the biasing component.

A diaper changing mat comprising an attached, flexible and infant-drapeable, fold-over urine shield structured and arranged to prevent urine exposure from infant-generated urine while still providing easy access to the infant's diaper area. The diaper changing mat is preferably disposable. A preferred heart-shaped urine shield blocks urine streams without hindering access to the infant's diaper area. Alternately preferably, the diaper changing mat may be reusable and washable or preferably comprise a removable waterproof insert. The diaper changing mat may also attach to a changing-table element, such as, for example, a foam pad.

A device and method are described for the treatment of blood, which device may be used in conjunction with or in place of a failed Kidney. The device includes an ultrafiltration unit to remove proteins, red and white blood cells and other high molecular weight components, a nanofiltration unit to remove glucose, at least one electrodeionization unit to transport ions from the blood stream, and a reverse osmosis unit to modulate the flow of water, to both the blood and urine streams. In one embodiment, a specialized electrodeionization unit is provided having multiple chambers defining multiple dilute fluid channels, each channel filled with an ion specific resin wafer, and electrodes at the extremity of the device and proximate each of the resin filled dilute channels. By selective application of voltages to these electrodes, the ion transport functionality of a given dilute channel can be turned on or off.

A diaper changing mat comprising an attached, flexible and infant-drapeable, fold-over urine shield structured and arranged to prevent urine exposure from infant-generated urine while still providing easy access to the infant's diaper area. The diaper changing mat is preferably disposable. A preferred heart-shaped urine shield blocks urine streams without hindering access to the infant's diaper area. Alternately preferably, the diaper changing mat may be reusable and washable or preferably comprise a removable waterproof insert. The diaper changing mat may also attach to a changing-table element, such as, for example, a foam pad.

A potting training device for preventing a potty training child's urine stream from passing through an opening between the toilet seat and the toilet bowl is made of a flexible, water-resistant, preferably non-porous material, having a bendable urine-deflector and a plurality of attachment tabs positioned at the top of, and substantially at right angles to, the bendable urine-deflector, thereby forming an L-shaped configuration. An adhesive material is applied to the surface of each attachment tab and attaches the attachment tabs to the underside of the toilet seat. When not attached to the underside of the toilet seat, the bendable urine-deflector has a flat configuration. In order to attach the potty training device to the underside of the toilet seat, it is manipulated into a curved configuration that matches the curvature of the toilet seat, and is attached thereto.

A urine specimen cup holder is provided to collect a urine stream in a specimen collection cup. The urine specimen cup holder includes a handle and a receiver portion at an end of the handle. The receiver portion is sized to at least partially surround and removably hold the urine specimen cup.

This invention is comprised of: (i) a clear, measured, tubular specimen collection container; and (ii) a thin retractable / adjustable handle that consists of a telescopic middle stem with attached twist-on cap at one end and an absorbent, sterile sponge at the other end. For specimen collection, the handle is fully extended to its maximum length and the sponge placed in the urine stream of a test subject for several seconds. The sponge is then inserted into the specimen collection container, which has a fixed, built-in sieve located in its lower half, with a center slit for urine dipstick testing. The saturated sponge is gently pressed against the sieve to collapse the retractable handle to its shortest length, while the cap is twisted close, sealing the specimen container. The action of twisting the cap to seal the container compresses the sponge against the sieve, causing urine to be expressed into the lower part of the specimen collection container.

A device that mitigates urine backsplash in most types of conventional urinals. The device includes low-impact angled plates (or fins) to facilitate deflection and mitigate splash back from urine streams. In an aspect, a plurality of flexible or rigid plates are angled towards a user (e.g., sixty degrees), which allows for the urine stream to plane or glide across the respective plate surfaces and not splash back on the user.

A toilet anti-splash device is provided that includes a first section with a dispersing region configured with of spaced deflectors for dispersing and deflecting urine flow, a second section coupled with said first section by which a disinfectant stream is generated in response to a toilet-based water flushing operation and is directed to all of the deflectors, and a hanger by which said anti-splash device is suspended from a toilet rim into an interior of a toilet bowl.

The present invention relates to a urinary flow control system (50) comprising a catheter device (10,100) for insertion into the urethra, the catheter device (10,100) having a proximal portion (14) and an opposing distal portion (16, 102), tube (C) between said proximal portion (14) and said distal portion (16), tube (C) having a urine inlet (C) located in said proximal portion (14) 2) and a urine outlet (4, P) located at the distal portion (16, 102), and a magnetically actuable valve at the distal portion (16, 102) to control the flow of urine from the A catheter device (10, 100) discharges through said outlet (4, P), and a magnetic actuator device having an actuator magnet (201), a magnetic actuator separate from said catheter device (10, 100) Device for operating said valve, characterized in that said magnetic actuator device (200) includes a housing (205) for receiving urine discharged from said catheter device (10, 100), said housing (205) having a first open end (202) and a second end, the first open end being configured to receive said distal portion (16) having said magnetically actuable valve and said outlet (4, P) , 102), the housing (205) having the actuator magnet (201) at the first end (202).