32 results about "Catheter drainage" patented technology

A method of treating the upper urinary tract of a mammal having a urethra extending to a bladder and a ureter extending from the bladder to a kidney. The method comprises initially extending a catheter system into the upper urinary tract, the catheter system having a urethral catheter infusion tube section extending through the urethra for infusion of a liquid; a urethral catheter drain tube section extending through the urethra for drainage of a liquid; a ureteral catheter tube section extending through a ureter into the kidney and having a first tube portion for infusion of a liquid connected to the urethral catheter infusion tube section, and a second tube portion for drainage of a liquid. The method then includes flowing a therapeutically effective liquid into the kidney through the urethral catheter infusion tube section and the ureteral catheter first, infusion tube portion, and, simultaneously with the flowing of the fluid into the kidney, draining fluid from the kidney through the urethral catheter drain tube section and the ureteral catheter second, drain tube portion.

This invention provides systems and methods to collect biological fluids from a catheterized or intubated animal. Drainage tubes are provided that reduce fluid back pressure by avoiding the formation of dependent loops. Low aspect ratio collection receptacles are provided that rest on a flat surface to improve fluid flows and / or minimize back-pressures exerted by collected fluids.

A method for reducing the incidence of urinary tract infection in a patient having an indwelling catheter, through the use of a weak acidic solution to treat the catheter drainage bag used by the patient. More particularly, the method decreases catheter-associated bacteriuria in a catheterized patient by the steps of instilling a sterile acetic acid solution (e.g., distilled vinegar) into the catheter drainage bag, dispersing the solution in the bag, and then draining the solution from the bag prior to resuming flow of urine from the patient into the bag.

The invention discloses an experimental system for monitoring release of pollutants from the bottom sediment in a flood process, the experimental system includes a pollution sand sample mixing device, a sand wave preparation monitoring device and a sampling device, the pollution sand sample mixing device includes a sand mixing container used for mixing water sand and the pollutants, a water sand mixing box used for storing a water sand mixture and a sewage pool used for storing the pollutants, the water sand mixing box is connected with the top of the sand mixing container by a conduit, the sewage pool is respectively connected with the top and the bottom of the sand mixing container by water conduits, the sand wave preparation monitoring device comprises at least one detachable sand wave mold and an electric conductivity probe placed in the sand wave mold, and the sampling device comprises a sampler and a plurality of removable sampling plates, wherein the sampler is provided with an upper opening and a lower opening, and is assembled by the plurality of removable sampling plates. The experimental system adopts the manner of vacuum pump and conduit drainage combination, and uses the simple inverted siphon physical principle, the water sand in the water sand mixing box is sucked into the sand mixing container, and a great deal of manpower and time are saved.

The invention provides a device capable of automatically controlling drainage volume which can be connected to wound or body cavity effusion drainage tubes such as urinary vessels, abdominal dropsy drainage tubes, closed thoracic drainage tubes, pericardial catheter drainage tubes, ventricular drainage tubes, T drainage tubes, and fistula drainage tubes to realize draining and flushing and especially for the condition that there may be leakage of cerebrospinal of spinal postoperation incision. By means of the automatic drainage volume control device, the drainage tubes can be automatically clipped and closed after the preset drainage volume is reached; at the same time, the negative pressure of the drainage device can be regulated and monitored to realize accurate drainage to avoid complications due to excessive or insufficient drainage and be helpful for the healing of wounds.

A Foley catheter drainage collection system which is capable of permitting the removal and reconnection of drainage bags without compromising the sterility of the drainage system lumen. The collection system has a tubing element which includes a drainage valve associated with an end thereof remote from the insertion end of a Foley catheter. The drainage valve associated with the tubing element is movable from an open catheter drainage position to a closed position. The collection system also includes a drainage bag having a first connector element associated therewith and a second connector element is associated with the drainage valve. The second connector element is adapted for mating engagement with the first connector element. The collection system further includes a retaining element for maintaining the connector elements in mating engagement when the drainage valve is disposed in the open catheter drainage position.

The invention discloses a catheter drainage tube, which comprises a catheter drainage tube sleeve, wherein a catheter drainage core tube which can be relatively plugged is arranged in the catheter drainage tube sleeve in a penetrating manner; the near end of the catheter drainage core tube is in a C-shaped structure in a natural state; the inner side of the outer lateral wall of a C-shaped segment at the near end of the catheter drainage core tube is integrally connected with a stretch-bending rib along the trend of the catheter drainage core tube; a groove is formed in the inner lateral wall of the far end of the catheter drainage tube sleeve; the outer lateral wall of the far end of the catheter drainage core tube is integrally connected with a ring buckle; after the catheter drainage core tube is inserted into the catheter drainage tube sleeve, the ring buckle is buckled into the groove; the stretch-bending rib is in an arc form in a natural state; the arc radius of the stretch-bending rib in a natural state is M; the arc radius of the C-shaped segment at the near end of the catheter drainage core tube in the natural state is N; M is smaller than N; the stretch-bending rib and the C-shaped segment at the near end of the catheter drainage core tube are in discontinuous point-contact intermittent connection; and an opening at the near end of the catheter drainage core tube is integrally connected with a turned edge which crimps inwards.

The invention belongs to the field of medical instruments, and relates to a uterine cavity compression hemostatic balloon catheter and a control system thereof. According to the uterine cavity compression hemostasis balloon catheter, a balloon and a balloon catheter are both provided with imaging rubber strips, so that doctors can quickly track and position the displacement of the catheter in a vagina and a uterine cavity at any time, and the operation is convenient and fast; after the balloon is inflated, the balloon is in an inverted pear shape, and in the balloon inflation process, exuded blood can be smoothly discharged out of the uterine cavity from a catheter drainage cavity and an outer surface of the balloon, so that blood clots are prevented from hindering the balloon to adhere tothe uterine wall, which influences the hemostatic effect. The uterine cavity compression hemostaticballoon catheter control system has the advantages of automatic control, safety monitoring and simple operation, can more intelligently and scientifically control the capacity of the balloon, ensures that the balloon can be tightly attached to the uterine cavity, and has a good hemostatic effect; the uterine cavity compression hemostatic balloon catheter can rapidly and accurately position, track and monitor safety.

The invention relates to a ship rust removal automatic wall-climbing robot device based on the magneto-rheological effect, which mainly includes a shell, a collar, a vacuum tube installation sleeve, an inlet liquid guide plate, a high-pressure tube support sleeve, a high-pressure tube upper sleeve, a high-pressure tube Lower socket, rivets, bolts, high-pressure pipe installation socket, elastic sealing ring, T-shaped catheter, motor support, motor, sprocket, chain, wheel, electromagnetic coil, bearing, end cover, drainage tube, cover , rotating fan blades, nozzles, cylinders, permanent magnets and shafts. The whole device is divided into the vehicle driving part and the magneto-rheological effect derusting part. The driving mode of the whole drive is motor-driven, and it crawls on the surface of the ship through cooperation with the permanent magnet; the magnetorheological fluid in the magnetorheological effect derusting part Through the inlet guide plate, after the T-shaped catheter is rectified, it enters the drainage tube, and it is drained to each nozzle through the drainage tube. Under the action of the electromagnetic coil, a magneto-rheological effect occurs to form a flexible grinding head, and then the surface of the ship is cleaned. rust.

The invention discloses a catheter drainage device for biliary and pancreatic surgery. The catheter drainage device comprises T-shaped catheter that is made of a bile indwelling catheter and a curvedplate having concave middle part. The upper end of the bile indwelling catheter is fixedly connected with the middle part of the lower side of the curved plate. A pancreatic catheter is sleeved on theinterior of the bile indwelling catheter. The lower end of the pancreatic catheter penetrates through side wall of a diverter valve and extends to outside of the diverter valve. The upper end of thepancreatic catheter successively penetrates through the bile indwelling catheter and the side wall of the curved plate and extends to outside of the curved plate. According to the invention, the pancreatic catheter is sleeved on the interior of the bile indwelling catheter to combine the pancreatic catheter and the bile indwelling catheter into a whole, thereby reducing amount of punctures on abdominal wall of a patient and reducing incidence of leakage complications caused by placement of an abdominal drainage catheter. The curved plate of the T-shaped catheter is placed at a bilioenteric anastomosis, and then the T-shaped catheter can be stably fixed in the body of the patient, thereby avoiding occurrence of shedding phenomenon.

The invention discloses a convenient-to-position sealing performance detection device for processing an urinary catheterization drainage bag, and relates to the technical field of urinary catheterization drainage bag processing, the convenient-to-position sealing performance detection device comprises a base, a detection mechanism and a positioning mechanism, the two sides of the interior of the base are provided with storage cabinets, and the upper end, close to the edge, of the base is provided with a placement frame; a driving motor is arranged in the center of the interior of the base, and the upper end of the driving motor is connected with a connecting rotating shaft. Through the movable clamping block, the fixed clamping block and the micro air cylinder which are vertically distributed, the accuracy of the positions among the movable clamping block, the fixed clamping block and the micro air cylinder can be guaranteed; the lifting movable clamping block is matched with the fixed clamping block through driving of the micro air cylinder to complete clamping work on the catheter drainage bag body through pipe, the stability and the position accuracy of the air inlet nozzle when the air inlet nozzle is inserted into the catheter drainage bag body through pipe are guaranteed, the detection air cylinder drives the air inlet nozzle to be inserted into the catheter drainage bag body through pipe, air is injected into the catheter drainage bag body through pipe, the air tightness of the urethral catheter drainage bag body is detected through air pressure, and use is convenient.

The invention relates to a special cerebral hemorrhage drainage system which comprises a special cerebral hemorrhage drainage tube, a special cerebral hemorrhage guide wire, a special cerebral hemorrhage drainage bag and a special drainage tube dressing patch. The special cerebral hemorrhage drainage system is characterized in that the special cerebral hemorrhage drainage tube comprises a front section, a middle section, a rear section, a medicine injection tube, a drainage tube connector and a drainage tube clamp; the special cerebral hemorrhage guide wire is provided with a smooth head end and a T-shaped tail end, and the thickness of the special cerebral hemorrhage guide wire is half the inner diameter of the drainage tube; the special cerebral hemorrhage drainage bag comprises a liquid outlet, a bag body, a liquid inlet pipe and a liquid inlet pipe connector, wherein the bag body is designed to be an inverted triangle, on which containing marks are arranged; and the special drainage tube dressing patch with the radius of 5 cm is circular, an open hole is formed in the center of the special drainage tube dressing patch, and a semicircular wing is additionally arranged in the radial direction of the special drainage tube dressing patch. The special cerebral hemorrhage drainage system overcomes the technical defects of the present clinical cerebral hemorrhage drilling and catheter drainage surgical instrument, is convenient for cerebral hemorrhage drainage operation and beneficial to judge the conditions of patients, reduces the risk of infection, lightens the operational damage of patients, is favorable for urokinase to be injected into the center of hematoma, and further facilitates the recovery of patients.

The present invention relates to the technical field of medical devices and particularly to an absorbable, bleeding-stopping and micro-organism-preventing pancreas catheter drainage tube. The pancreascatheter drainage tube comprises a first drainage tube and a second drainage tube. Main body structures of the first drainage tube and second drainage tube are hoses, a plurality of drainage holes are formed in a front end of each hose, an annular sealing device is arranged in a middle part of each hose, and a hose connector is arranged at a rear end of each hose. The annular sealing device is ofa transversely and longitudinally crossed sparse-hole structure, sterilization grids are arranged in a vertical direction of the annular sealing device, medical gel is injected into the sterilizationgrids, and absorption grids are arranged in a transverse direction of the annular sealing device. The pancreas catheter drainage tube can facilitate a drainage requirement of pancreatic islet tissuesand prevent cross infection caused by pancreatic leakage.

The invention discloses a pediatric liquid atomization device. The device structurally comprises an infusion block, a spraying body, an air storage box, a base, an operation box and a guide pipe, wherein the infusion block is arranged at the junction of the spraying body and the guide pipe, the spraying body is in clearance fit with the infusion block, the spraying body penetrates through the infusion block, the infusion block is in interference fit with the spraying body, the operation box is closer to the air storage box compared with the base, and the air storage box is fixedly connected with the operation box and movably clamped with the base. According to the invention, a medicine bottle is clamped through a clamping structure and is driven to move through sliding of an adjusting plate so as to allow the bottom of the medicine bottle to be close to a pipe opening of the guide pipe, so a distance between the bottom of the medicine bottle and the pipe opening of the guide pipe is shortened, and the situation that too many medicines cannot be drained by the guide pipe since the body of the medicine bottle is too deep and the distance between the bottom of the medicine bottle and the pipe opening of the guide pipe is too great.

A ventricle drainage tube comprises a catheter and a drainage bag, a flow limiting valve is additionally inserted between the catheter and the drainage bag. The flow limiting valve comprises a valve cylinder, a narrow channel cover, which is in thread connection with one end of the valve cylinder and allows a liquid to pass and enter the valve cylinder, and a buffer cylinder, which is in thread connection with the other end of the valve cylinder and is used for discharging the liquid, and a buffer partition plate that extends from the inner wall to the cylinder center is arranged in the buffer cylinder; a supporting seat with a plurality of through holes is arranged on the inner side of one side, close to the buffer cylinder, of the valve cylinder, a supporting rod is arranged on the supporting seat, a spring is sleeved on the supporting rod, and the tail end of a spring is ejected into the tail end of a valve pin; and the valve pin abuts against the opening edge of a narrow channel opening, communicated into the valve cylinder, of the narrow channel cover. The height limitation of a traditional drainage tube is eliminated, and the intracranial hydrops pressure difference between the drainage tube and a patient can be automatically balanced and adjusted through a flow limiting valve. Compared with other equipment, the cost is low, disposable use can be realized, and safety and sanitation are realized. In addition, the flow velocity can be inhibited in a certain procedure in the early drainage stage through the buffer cylinder, and too fast drainage is prevented.

Medical catheters and catheter drainages can be difficult to disinfect. Infections produced by microorganisms swimming upstream through said catheters and catheter drainages are thus difficult to eliminate.A method to detach flagella propelled microorganisms from walls and to countermeasure their ability to swim upstream against the velocity of the fluid in ducts is described. Observations show that flagella propelled microorganisms require the forces and torques induced by the proximity of a wall and also by a velocity gradient produced near the wall of said ducts. The method is based on detaching said flagella propelled microorganisms from the walls by means of sharp edges. The flagella propelled microorganism can not change its swimming direction so abruptly to follow the geometry of said sharp edge and therefore it detaches from the wall. Once said microorganism is detached from the wall, it is flushed downstream by the velocity of the fluid which is stronger once far from the wall. As a result, flagella propelled microorganisms are prevented from swimming upstream.

The invention discloses normal-pressure filling equipment used for uniform medicine filling. The normal-pressure filling equipment structurally comprises a liquid outlet pipe, a liquid outlet box, a conveying table and a machine box, wherein the conveying table is installed on the machine box and matched with the liquid outlet pipe, the liquid outlet pipe is arranged on the liquid outlet box, theliquid outlet box is controlled by the machine box, the liquid outlet pipe is composed of a pipe core, a press fit table, a pipe shell, a pressure pump, a sealing guide piece, a guide pipe and a pressure cavity, the press fit table is fixed to the top end of the pipe core and connected with the interior of the pipe shell in an up-down matched mode, and the pressure pump and the sealing guide pieceare arranged in the pipe shell. The press fit table on the pipe core is matched with the interior of the pipe shell in an up-and-down moving mode, the pressure cavity arranged at the bottom of the pipe core adsorbs residual dropping liquid of the pipe core by negative pressure, and the dropping liquid is drained into a liquid collecting tank from the guide pipe, so that the residual liquid medicine is prevented from dropping on the conveying table to cause machine damage, and on the basis, the up-and-down moving type pipe core does not hinder the filling operation.

The present invention relates to an ammonia sensor for use in a catheter drainage system. The present invention also relates to a catheter, drainage bag or connection unit comprising the ammonia sensor of the present invention, methods of using the ammonia sensor and methods of making the ammonia sensor.

The invention discloses a drainage bag telescopic rod timing urination device which comprises a timing urination device body, a drainage bag catheter, a drainage bag catheter connector and a drainage bag, and the timing urination device body comprises a detachable movable pressing table, a pressing groove, a pressing head, an aluminum alloy telescopic rod and a waterproof shell. The detachable movable pressing table, the pressing groove, the pressing head and the aluminum alloy telescopic rod are sequentially arranged from top to bottom, the aluminum alloy shell is arranged below the aluminum alloy telescopic rod, a reduction gearbox is arranged below the aluminum alloy shell, a motor is arranged at the bottom of the reduction gearbox, and the waterproof shell is arranged on the outer sides of the pressing groove, the pressing head, the aluminum alloy telescopic rod, the aluminum alloy shell, the reduction gearbox and the motor. A forward and reverse rotation controller is arranged at the bottom of the waterproof shell. The telescopic rod can keep self-locking after being powered off, the push-out time and the retraction time of the telescopic rod are the power-on time, the power-on time only needs to be set to be several seconds, the urine storage time and the urination time are the power-off time, and therefore the phenomenon that the motor is burnt out due to the fact that the power-on time is too long can be prevented.

The invention relates to a drainage device, in particular to a drainage device used after hepatobiliary surgery. The technical problem to be solved is to provide a drainage device used after the hepatobiliary surgery, which can reduce air through pressure and can be automatically lifted. The drainage device used after hepatobiliary surgery comprises a base, a negative pressure pump, wires, a catheter, a placing mechanism and a drainage mechanism; the base and the negative pressure pump, wherein the negative pressure pump is arranged on the front side of the top of the base; the placing mechanism, which is arranged on the rear side of the top of the base; the wires, there are two wires arranged on the placing mechanism, and the wires are both connected with the negative pressure pump; the drainage mechanism, which is arranged on the front side of the upper part of the placing mechanism; the catheter, which is arranged on the upper portion of the drainage mechanism, and the catheter is connected with the wires. According to the invention, the effects that air is reduced through the pressure, and the drainage device can be lifted automatically are achieved.

The invention relates to split type patient upper outer garment, comprising a left front piece, a right front piece and a back piece which are independent, connectors are arranged at the split margins of the pieces, the connectors adopt snap buttons, zippers, cloth belts or buttons, the back piece, left front piece and right front piece can adopt inner stitching or outer stitching, when in use, the back piece is bedded under the body of a patient in advance, the front pieces are covered on the patient body and split-forming is carried out, achieving lying dressing, covering body, avoiding infection and partial opening, namely being capable of dressing the patient when lying stably, opening partially at will, facilitating duct drainage and apparatus detecting of the patient and achieving the aim of civilized accompanying and attending, and avoiding infection.

The invention relates to the technical field of medical instruments, in particular to an intra-abdominal effusion drainage device. The intra-abdominal effusion drainage device comprises a catheter, aconnector and a sterile drainage bag; one end of the catheter is communicated with one end of the connector; the other end of the connector is communicated with the sterile drainage bag; a first anti-reflux structure is arranged on the sterile drainage bag; the catheter is provided with a second anti-reflux structure. The catheter is kept in the abdominal cavity and the outer end of the catheter is communicated with the sterile drainage bag through the connector, the effusion in the abdominal cavity is drained to the sterile drainage bag through the catheter, and when the sterile drainage bagis full, the lower end channel of the sterile drainage bag is opened, and the ascites can be drained. The abdominal cavity puncture is not required to be repeated, and the safety is increased. The anti-reflux structure is arranged on the catheter and the sterile drainage bag, so that the drainage-out peritoneal effusion does not return to the abdominal cavity, and the probability of the ascites backflow secondary abdominal cavity infection is reduced.

System for percutaneous drainage of a drainage site includes a catheter, a drain tube, a first pump, a flush tube, a second pump, and a controller. The catheter includes a drain lumen defined by a first portion of a catheter wall and a septum, and a flush lumen defined by a second portion of the catheter wall and the septum. The flush lumen is separated from the drain lumen by the septum. The septum has at least one septal hole disposed therein such that the drain lumen and the flush lumen are in communication via the at least one septal hole. The catheter wall has at least one wall hole disposed therein such that the drain lumen is in communication with the drainage site when the distal end portion of the catheter is placed within the drainage site.

The invention discloses a tracheal cannula with suction on an airbag. A catheter is arranged at the position of the airbag of the tracheal cannula, the inlet of the catheter is formed in a position corresponding to the bottom of the airbag, and retentate on the airbag is drawn out through the catheter; a guide wire is arranged outside the catheter in parrallel, the catheter is pulled and supportedby the guide wire, and the tracheal cannula is equipped with a fixing block; a clamping groove for fixing the catheter is formed in the outer side of the fixing block, grooves for winding and fixingthe guide wire are formed in the left and right of the fixing block, and a connector is arranged at the lower end of the catheter; and the catheter is connected with a syringe through the connector soas to achieve drainage of the retentate on the airbag. The tracheal cannula has the advantages that the retentate on the airbag which is applied to tracheal cannula respirator-assisted respiration ofa patient can be removed actively, and the occurrence of respirator-related pneumonia and application time of a respirator can be reduced significantly, so that the hospitalization cost of the patient is reduced greatly.

An apparatus for draining lymph into vein includes a drainage device. The drainage device includes a chamber, an osmosis membrane, a first catheter, a second sensing element, and a pump. The chamber includes a chamber wall, wherein a chamber space is formed by the chamber wall, and a first opening is formed on the chamber wall. The osmosis membrane disposed on the first opening. One end of the first catheter connects to the chamber space, and the other end of the first catheter connects with a vein. The second sensing element receives a radio wave emitted by a first sensing element of a power supply device to send an electrical signal. The pump is disposed in the chamber and connecting to the second sensing element, wherein a negative pressure in the chamber space is generated by the pump to drain lymph into the vein via the first catheter.

A catheterization system including a catheter, drainage bag and one or more indicators configured to measure an attribute relating to the usage of the catheter system and communicate information aboutthe attribute to a network, such as an EMR database. The indicators may include a location indicator, a duration indicator, an elevation indicator, a tamper indicator, a dependent loop indicator, a floor contact indicator, and a patient securement indicator. The system may autonomously detect and record one or more attributes relating to the usage of the catheter system.