44 results about "Passed urine" patented technology

An apparatus for monitoring the intra-abdominal pressure of a patient includes a urinary catheter (102) connected to a urine valve (250) providing selectable communication between a discharge end of the urinary catheter (102) and either a drain (224) or a fluid source (104). Preferably, the urine valve (250) is adapted for remote actuation and has a housing adapted to resist patient discomfort from leg-valve (250) contact. Plumbing structure desirably maintains fluid supply (225) and drain (223) conduits in a substantially parallel arrangement to assist routing those conduits (225, 223) between a patient's legs. When the urine valve (250) is oriented to permit communication with the fluid source (104), an infusion pump (116′) may be used to infuse a known quantity of fluid through the urine valve (250) and into the patient's bladder (216). A pressure transducer (218) desirably is connected in-circuit to indicate the fluid's pressure and avoid pressure fluctuations induced by system components. To facilitate the infusion process, an automatic flow control device may be included in a fluid supply path (225) and arranged to permit repetitive operation of a syringe (116′) to inject a bolus of fluid into the patient's bladder (216). Subsequent to making a pressure measurement, the urine valve (250) is returned to the bladder (216) draining position.

The present invention relates to a method for diagnosing and / or monitoring a bacterial or parasitic infection by detection and quantification of the transrenal nucleic acids, derived from bacterial pathogenic agents or from parasites, in urine. The detection method optionally includes the isolation and the purification of the nucleic acids from urine by methods known in the art including pairing with molecular probes that are specific for the pathogenic agents, PCR hybridization, PCR, nested PCR, SSCP, LCR, and SDA. Diagnostic kits based on these detection methods are also claimed.

A surgical instrument for performing circumcision includes a hollow body having each of an anterior open end and an axially opposed posterior open end. A dome shaped member is attached to or formed integral with the anterior end of the hollow body and has a generally semispherical shape. At least one aperture is formed through a wall of the dome shaped member and is sized to pass urine therethrough. An elongated handle is centered on the longitudinal axis and has a portion thereof positioned adjacent a juncture with one of the anterior end of the hollow body and the apex of the dome shaped member being weaker than any other portion of the body or the generally dome shaped member, whereby a reciprocation of the elongated handle causes the elongated handle to fracture at the juncture and become detached from the hollow body or the generally dome shaped member.

A surgical instrument configured to perform circumcision includes a hollow body having each of an anterior open end and an axially opposed posterior open end. A dome shaped member is attached in a detachable manner to the anterior end of the hollow body and has a generally semispherical shape. One or more apertures are formed through a wall of the dome shaped member and are sized to pass urine therethrough. An elongated handle is centered on the longitudinal axis and has a portion thereof positioned adjacent a juncture with one of the anterior end of the hollow body and the apex of the dome shaped member being weaker than any other portion of the body or the generally dome shaped member, whereby a reciprocation of the elongated handle causes the elongated handle to fracture at the juncture and become detached from the hollow body or the generally dome shaped member.

The invention relates to the technical field of nursing equipment, and provides a nursing wearable device and a bed urinal nursing robot. The nursing wearable device includes a wearing protective cover and a sewage pipe; a clamping port and a first installation port are arranged in the wearing protective cover; the clamping port of the wearing protective cover is suitable for being installed at the crotch of a wearer; the first installation port is suitable for detachably installing a diaper; the inner bottom wall of the wearing protective cover is provided with a feces-collection groove, and the feces-collection groove is suitable for holding urine and feces; and the sewage pipe communicates with the feces-collection groove, and is suitable for discharging the urine and feces in the feces-collection groove. Through the arrangement of the clamping port on the wearing protective cover, the clamping port of the wearing protective cover can be installed at the crotch of the wearer, the diaper can be detachably installed at the first installation port of the wearing protective cover, therefore urine can be timely absorbed through the diaper and effectively avoided from adhering on the inner sidewall of the wearing protective cover, and the diaper can be removed and replaced at any time after use, thereby reducing moisture and odor at the crotch of the wearer.

The present invention relates to a novel urine defector that helps prevent spillage of urine through the gap under the toilet seat when the user sits on the toilet and passes urine. It consists of a one-piece device that can be detachably connected to the front part of a toilet seat and enables the toilet cover to be closed when not in use. The invention has a deflection member, which has a superior surface and four edges. By the peculiar arrangement of extensions from two of these edges, one of which is the deflection member, can be made to fit securely on the top of the front part of a toilet seat.

The invention relates to the field of medical supplies, in particular to a heat preservation and pollution prevention type urine collecting device for collecting midstream urine in the nephrology department, and the urine collecting device comprises a urine containing frame, an up-down swinging mechanism, portable control mechanisms, a urine layering mechanism, a urine outlet mechanism and the like; the up-down swinging mechanism is arranged on one side of the urine containing frame, the portable control mechanisms are fixedly installed on the two sides of the urine containing frame, the urine layering mechanism is arranged in the urine containing frame, and the urine outlet mechanism is arranged on the up-down swinging mechanism. Through the urine layering mechanism, urine collected on a first sliding plate located below enters a heat preservation layer, the heat preservation layer conducts heat preservation on midstream urine, the midstream urine needing to be detected is collected, and the urine cannot be polluted by the external environment.

The invention discloses an environment-friendly public toilet. The environment-friendly public toilet is characterized in that a drain pipe (4) is connected to a water leakage port of a urinal (1), a purifying and filtering system (3) is arranged on a pipeline of the drain pipe (4), the drain pipe (4) is arranged along a layout of green vegetation, a drain outlet (5) is formed in each layout point, baffles (2) are arranged on two sides of the urinal (1), and a water pump is arranged on the drain pipe (4) by a certain spacing distance. The environment-friendly public toilet can allow plants to absorb necessary nutrients by passing urine through the purifying and filtering system, is simple in structure, safe and environmentally friendly, and has a broad economic significance.

The present invention provides a urine water diverter. The urine water diverter comprises a shell, a liquid guide part and a gourd ladle-shaped lever component, wherein the lower end of the shell is provided with a urine discharge port and a water drainage port; the middle section of an inner cavity of the shell is provided with the lever component; the upper section of the shell is provided withthe liquid guide part which penetrates through the shell wall; the upper port of the liquid guide part is communicated with a toilet; and urine and flushing water at different flow rates can be automatically shunted through the ingenious cooperation of the liquid guide part and the lever component. By applying the urine water diverter, the urine discharge port is communicated with a urine collection container through a urine channel, and the water drainage port is communicated with a sewer through a water flow channel, so that a complete urine separation and collection device can be constructed. The device is characterized in that the device is simple in structure, does not consume energy, does not change toilet habits of people, can be installed in a public toilet or a farmer house, can even be applied to a user without tap water supply, can collect high-purity urine for refining urokinase by a pharmaceutical factory, and is used for extracting valuable phosphorus from a chemical plant for farmer planting and soil fertilization.

The present invention relates to a method for identifying deviations from a standard composition of urine and from standard physicochemical parameters, which method comprises separating a urine collection element from a diagnostic layer, wetting a urine indicator strip via the urine collection element, and reading the result of the analysis by comparison against a colorimetric scale. The invention likewise relates to an analysis kit for identifying any deviations from a standard.

The invention provides a vertical urinal capable of automatically collecting and detecting urine. The vertical urinal comprises a vertical urinal body, the lower end of a urinal body of the vertical urinal body is provided with a liquid outlet communicated with an external pollution discharge system, a urine collection hole is formed in the portion, on the upper side of the liquid outlet, of the urinal body of the vertical urinal body, and the urine collection hole is communicated with a urine detection device through an automatic urine collection device. The urine detection device comprises adetection cleaning module, a reagent storage module, a metering module, an electric control module and a display terminal; a urine inlet of the detecting and cleaning module is communicated with theautomatic urine collection device, and a sewage outlet is communicated with an external sewage discharging system; a reagent outlet of the reagent storage module is communicated and connected with a reagent inlet of the detection cleaning module through the metering module; the whole set of urine detection can be completed only by normal urination, so that the time is saved, cleanness and sanitation are realized, the pollution is avoided, and the detection result is ensured.

The invention relates to the field of biological detection, in particular to a urine flow velocity and flow identification method, which comprises the following steps of: 1) shooting urine flow in a closestool in real time through a urine imaging sensor, reading a video stream, processing each frame of data, performing difference comparison on each frame of a video and an original state through a frame difference method, and recording urine flowing initial time and position; 2) tracking the shape and the movement track of the urine through a thermal imaging sensor, and determining a tracking point; and 3) calculating the speed of the tracking point according to the initial time and the position difference of the tracking point to obtain the urine flow rate. According to the urine flow rate and flow rate identification method, through video processing, the urine flow rate and flow rate in the urine detection closestool sampling process can be effectively identified, and then the health condition of a user is identified and monitored according to the urine flow rate and flow rate of the user.

Various embodiments of open system heat exchange catheters and methods of use are disclosed. The various catheters can be used with various ablative surgical devices. One specific exemplary use is in conjunction with cryosurgical probes involving ablation of the prostate, in which the integrity of the urethra is desired to be maintained. Other uses involve various heating ablative devices. In one embodiment an injection tube assembly is used to provide heat exchange fluid through the urethra to the bladder where it is then expelled via a suprapubic suction tube. In other embodiments a coaxial tube assembly is utilized which defines a passageway for either expelling the bladder fluid or for providing access to an endoscope. In other embodiments a double lumen assembly is utilized that defines a passageway for expelling bladder fluid.

The presented invention describes a noninvasive urinary aid for persons with vaginas. Which allows persons with vaginas to urinate without leaking, disrobing, or wiping, in a standing position. The urinary aids are manufactured of a pliable silicone and may be used repeatedly. When in use, the inlet opening is placed between the labia, pressed around the urethral opening to form a leak proof seal which creates a passage for urine excretion beyond the wearer's clothing. This ensures all urine is guided, via the urethral cup and connected tubing, to the location desired for disposal. The vulva, upon completion of urination, will not need to be dried.I hereby state that the submission, filed in accordance with 37 CFR 1.821(g), herein does not include new matter which goes beyond the initial disclosures in the international application.

The invention discloses an examination device of a nephrology department. The examination device comprises an examination box body. A urine treatment mechanism is arranged on the examination box body;a disinfection and collection mechanism is arranged in the examination box body; the examination box body, the urine treatment mechanism and the disinfection and collection mechanism form a main bodystructure of the device; a height of an operation platform is adjusted through an electric push rod of the urine treatment mechanism; medical personnel can conveniently adjust to a proper operation height; urine is centrifuged by a centrifugal machine and is sampled in an operation frame so that operation is convenient; the disinfection and collection mechanism is used for quickly collecting anddisinfecting sampled wastes; and the urine and a urine containing pipe are separated through a filtering assembly, separation treatment is facilitated, and the operation frame is subjected to spray washing and disinfection through an operation frame cleaning assembly. In addition, the examination box body has mobility, sampling and waste treatment are integrated, and the device has the beneficialeffects that wastes are efficiently recycled and separated, disinfection is performed on the wastes, sampling is rapid, and the operation is convenient.

The invention provides an intelligent renal failure treatment system for an intensive care unit. The intelligent renal failure treatment system comprises a catheter assembly, a wireless intelligent urine analysis device, a temperature and pressure measurement device and a urine collection bag assembly. According to the intelligent urine analyzer, due to the arrangement of the catheter assembly, the wireless intelligent urine analysis device and the temperature and pressure measurement device, the catheter assembly conveys urine into the wireless intelligent urine analysis device, the urine of a patient is detected and analyzed in time through the urine analyzer, and a detection result is automatically conveyed to a nurse station monitoring system through wireless transmission; the temperature and pressure measuremen device is used for detecting the pressure and the temperature of the bladder of the patient and automatically transmitting a detection result to the nurse station monitoring system through the wireless transmission; due to the arrangement of the balloon and the water injection cavity, during use, quantitative normal saline is injected into the water injection cavity through an injector, so that the balloon is bulged, the balloon is clamped in the body, the balloon plays a role in fixing the catheter, the phenomenon that the catheter assembly falls off is avoided, and normal operation of a monitoring system is guaranteed.

The invention provides a novel ecological toilet which comprises a room body, and the room body comprises walls and a roof; the interior of the room body is divided into a toilet area and a treatmentarea; the toilet area is provided with a squatting pan and a urinal funnel; an excrement treatment box and a urine treatment box are arranged in the treatment area; the squatting pan comprises a urinal, and a urine channel and an excrement channel are formed in the bottom of the urinal; the urine channel and the urine funnel are connected to the urine treatment box through urine pipes; the excrement channel extends to the excrement treatment box; an ultrasonic material level sensor and a defecation pipe extending to a green belt outside the room body are arranged in each of the excrement treatment box and the urine treatment box, and a conveying pump is arranged on the defecation pipe; an ultraviolet lamp, an illuminating lamp and a storage battery are arranged on the lower side of the roof, and a solar cell panel arranged on the upper side of the roof supplies power to the storage battery. A health screening module remotely connected with a hospital service terminal is also arranged in a compartment. According to the invention, ecological treatment can be carried out on excrement after toileting, and a health screening function is provided for toileting personnel.

The invention relates to the field of medical supplies, in particular to a urine stratified sampler convenient to take and place for nephrology department. The urine stratified sampler comprises a guide rail plate, a support plate, a grab handle, a catheterization collection frame, a stratified storage assembly and the like, wherein the support plate is fixedly connected to the top surface of the guide rail plate, the grab handle is fixedly mounted on the support plate, the catheterization collecting frame is fixedly connected to one end of the support plate, and the stratified storage assembly is arranged on the guide rail plate. A movable plate moves downwards to pull a slotting guide rod to swing through a urine discharging assembly, the slotting guide rod drives rotating plates to swing relatively, the two rotating plates swing relatively and do not block the bottom of the catheterization collection frame any more, urine in the catheterization collection frame flows into a stratified storage frame, and at the moment, a user stops urinating into the urine, so that the stratified storage frame is used for collecting the urine of the front section of the user.

An apparatus includes a frame having a top side including slots, a bottom side and a generally oval shape. A hollow protruding stem is joined to the frame. A mesh net is joined to, and is suspended below, the bottom side. The mesh net has a semi-circular shape with a sufficient porosity for freely passing urine and collecting stones in the mesh net. An elongated handle holds the mesh net while urinating for a user to avoid contacting the urine. The elongated handle includes an arched shape for facilitating use of the apparatus while sitting. An extending bulb is joined to a distal end of the elongated handle for insertion into the protruding stem. A splashguard has tabs for joining to the slots about a portion of the top for mitigating splash back upon the user. The portion is selected for right or left handed use of the apparatus.

The invention discloses a urine volume detection system, a urine volume detection method and a storage medium; the urine volume detection system comprises a paper diaper which is used for absorbing urine of a user; an identification tag which is arranged in the paper diaper, and user information is stored in the identification tag, wherein the user information comprises a user name, the initial weight of the paper diaper and the urine proportion; a urine volume monitoring equipment, which comprises a data processing module, and a label identification module, a state detection module and a data transmission module which are respectively connected with the data processing module; and a monitoring end which is used for receiving the urine volume and the user information transmitted by the data transmission module. According to the embodiment of the invention, the identification tag is arranged in the paper diaper, so that the paper diaper used by a user has uniqueness, and the subsequent urine volume metering process can be simplified. Herein, the user information can be obtained through the urine volume monitoring device, detection and calculation of the urine volume can be completed, manual participation is not needed in the whole metering process, and the possibility of errors caused by manual metering is completely eradicated.

Described herein are i) sequestering agents and ii) central nervous system (CNS) active agents for the treatment of intoxication due to toxic agents such as drugs of abuse, and associated symptoms. Also disclosed herein, are a cucurbituril and naloxone for use in the treatment of opioid overdoses through sequestering and excretion of the bound molecule of interest through the urine. Also provided herein, are kits and methods of treatment of the disclosure.

The invention relates to the technical field of medical equipment, in particular to a clinical sampling and detecting device for diabetic nephropathy, which comprises a pedestal pan, a rectangular mounting cavity is formed in the front end of the pedestal pan, and a urine sampling module is arranged in the rectangular mounting cavity. The open end of the rectangular mounting cavity is rotationally connected with a door plate through a hinge; the urine taking module comprises a main pipe which is fixedly communicated with the pedestal pan, and a plurality of branch pipes are fixedly communicated with the outer side wall of the main pipe at equal intervals. According to the urine collecting device, urine is conveyed downwards along the main pipe, front-section urine flows into a urine collecting test tube of a urine collecting cylinder at the corresponding position through a branch pipe at the topmost part of the main pipe, and under the action of the gravity of the urine, the urine collecting cylinder drives a sliding block to rotate along a fixing block through a traction rope; the branch pipe below the rotating branch pipe begins to collect urine, and the like in the same way, the multiple branch pipes are matched with the multiple urine receiving cylinders to receive urine in different time periods, and a user does not need to hold a container by hand to receive urine.

The invention discloses a urine sampling inspection structure having a rotary storage rack and used for clinical detection in a clinical laboratory, and belongs to the technical field of urine sampling inspection structures. A urinary catheter is placed on a urine push-and-pull detection rack assembly for detection and detected data is sent to a computer detection assembly for displaying the detected data. A urinary catheter is placed on a urinary catheter containing groove, an elastic clamping sliding cylinder assembly is pressed through the urinary catheter, the elastic clamping sliding cylinder assembly drives a urinary catheter transmission clamping assembly to achieve the urinary catheter clamping stabilizing function, the rotation driving assembly is started to drive a circular containing frame assembly to move selectively; in this way, the function of constant urine uniformity can be achieved to maintain a higher accuracy in the detection. A water tank assembly is pumped into arefrigeration assembly through a second water suction pump to be refrigerated, and after refrigeration, urine enters a refrigeration pipe assembly to achieve the refrigeration function, so that the storage box is not too heavy in peculiar smell; and a water return assembly is communicated with a second water storage pool to achieve the back-and-forth water circulation refrigeration function.

The invention relates to a kit for detecting bladder cancer based on high-throughput sequencing technology, which includes multiple PCR-specific primers and linker elements for bladder cancer mutation genes shown in SEQ ID NO.1 to SEQ ID NO.64. The kit of the present invention can simultaneously amplify multiple bladder cancer mutation gene sites through urine nucleic acid to construct a sequencing library, and analyze the risk of bladder cancer of the subject through high-throughput sequencing and biological information, with convenient sampling and high accuracy. And it is non-invasive, which reduces the suffering of patients.