45 results about "Cerebrospinal Fluid Drainage" patented technology

The invention relates to the technical field of medical instruments, in particular to an intelligent cerebrospinal fluid drainage monitoring system and method. The system comprises a drainage catheter, a drainage bag and a monitoring terminal, a high-precision pressure sensor, an ultrasonic flow sensor, a data acquisition and transmission module and an intelligent monitoring decision module are integrated, and corresponding pressure analog signals are acquired, calibrated and output in real time through the high-precision pressure sensor; a flow analog signal corresponding to compensation output is collected in real time through an ultrasonic flow sensor; synchronously acquiring the pressure analog signal and the flow analog signal through an ADC (Analog to Digital Converter) through a data acquisition and transmission module to generate pressure data and flow data, and transmitting the pressure data and the flow data to a monitoring terminal; and the monitoring terminal calculates the average sliding pressure and the drainage efficiency and decides to generate a multi-stage alarm signal corresponding to cerebrospinal fluid drainage. Accurate data support can be provided for neurosurgery cerebrospinal fluid drainage assistance by means of a high-precision sensor and intelligent monitoring processing.

The invention relates to the technical field of drainage control, in particular to an intelligent cerebrospinal fluid drainage rate and pressure cooperative control system and method. The system comprises a drainage pipeline module, a positioning adjustment module, an intelligent pump control module, a monitoring sensing module, a cooperative control module and a man-machine interaction module, and can be used for establishing a cerebrospinal fluid drainage channel and being connected with a drainage bag; a laser positioning pen fixed on the infusion rod emits a laser beam which is horizontal to a preset drainage plane and adjusts the hanging height; an infusion pump and a pump body controller drive cerebrospinal fluid to flow according to set parameters and generate flow velocity, flow and drainage time control signals, meanwhile, real-time intracranial pressure data, real-time flow and flow velocity data and physical sign data are collected, and a drainage height adjusting instruction or a pump control parameter adjusting instruction is generated; cooperative control over the drainage rate and the intracranial pressure is achieved, and system operation parameters, patient monitoring data and the drainage state are displayed. The drainage device can accurately control the drainage amount of cerebrospinal fluid.

The present invention provides an intracranial parameter detection device, including: a drainage tube body, a guide wire, a temperature-pressure detection device, and a biochemical parameter detection device, wherein the drainage tube body includes: a drainage cavity, the drainage cavity is provided with a drainage hole, so that after the drainage tube body is inserted into the cerebral ventricle, the cerebrospinal fluid flows into the drainage cavity through the drainage hole; a guide wire cavity, the guide wire cavity is arranged at the front end of the drainage tube body, and the guide wire is arranged in the guide wire cavity; a first detection cavity; a temperature-pressure detection device is arranged in the first detection cavity, and the temperature-pressure detection device is used to detect intracranial pressure ICP, cerebral perfusion pressure CPP, and intracranial temperature ICT; a biochemical parameter detection device is arranged in the drainage tube body, and the biochemical parameter detection device is used to detect the biochemical parameters of the cerebrospinal fluid drained into the drainage cavity. The device can realize cerebrospinal fluid drainage and realize real-time synchronous monitoring of multiple biochemical parameters of cerebrospinal fluid, intracranial pressure ICP, cerebral perfusion pressure CPP, and intracranial temperature ICT.

This invention discloses a wireless, passive, and visualized cerebrospinal fluid drainage tube flow monitoring sensor, system, and fabrication method, belonging to the field of biomedical sensing and microelectromechanical systems (MEMS) technology. It includes a flexible substrate, an interdigital capacitor-open resonant ring structure disposed on the substrate surface, and a microchannel pressure conversion structure bonded to it; the microchannel corresponds vertically to the position of the interdigital capacitor. The pressure generated by the cerebrospinal fluid flow drives the displacement of the liquid metal, modulating the equivalent dielectric constant of the interdigital capacitor and causing a resonant frequency shift. The frequency drift is wirelessly read by an external device, and the flow rate is calculated using an algorithm, achieving passive wireless continuous monitoring. This invention, employing the aforementioned sensor, system, and fabrication method, solves the problems of high infection risk, low accuracy, and inability to continuously monitor existing drainage monitoring methods that rely on manual observation or wired sensors. It has the advantages of high sensitivity, flexible integration, and good safety.

The invention belongs to the technical field of medical instruments, and particularly relates to a cerebrospinal fluid drainage tube height control device integrating manual and automatic adjusting functions. The height of the cerebrospinal fluid drainage tube can be accurately controlled according to the change of the body position of a patient by fusing manual and automatic adjusting functions and particularly utilizing an automatic adjusting mechanism. Through cooperative work of the infrared distance measuring sensor, the Kalman filter, the PID controller and the like, interference factors are eliminated, accurate adjustment of the height of the drainage tube is achieved, accuracy of cerebrospinal fluid drainage is ensured, and the problems of insufficient drainage or excessive drainage and the like caused by improper drainage height are solved. The clamping mechanism can adapt to drainage tubes of different sizes, the situations that the drainage tubes shake or fall off or are damaged due to improper clamping are prevented, and it is guaranteed that the drainage process is stable and reliable. The invention aims to provide the cerebrospinal fluid drainage tube height control device integrating the manual and automatic adjusting functions, and the cerebrospinal fluid drainage tube height control device has the function of stably clamping drainage tubes with different sizes.

The present disclosure generally relates to systems and methods of use for draining cerebrospinal fluid (CSF) from a brain or a spinal canal in a subject, for example, to treat hydrocephalus or other conditions. In some embodiments, the disclosure relates to a device comprising a flow controller positioned within a conduit that allows CSF to flow through the conduit from a first end to a second end. This may allow the CSF to drain, for example, from an intradural space (such as a thecal sac) into, for example, a paraspinal space, paraspinal vein or other venous space, or peritoneal cavity. A variety of methods may be used to hold or anchor the device in place, for example, an expansion apparatus. In some embodiments, the device can be implanted percutaneously at a location along or within a subject's spinal column, thus reducing the need for surgery, general anesthesia, and hospitalizations.

The application belongs to the technical field of medical devices, and particularly discloses an intracranial pressure monitoring and cerebrospinal fluid drainage integrated nursing device, which comprises a mounting frame, a collecting mechanism is arranged on the mounting frame and used for collecting cerebrospinal fluid, a drainage tube is connected with the collecting mechanism through a three-way valve and used for draining cerebrospinal fluid, and a monitoring mechanism is arranged on one side of the collecting mechanism and connected with the drainage tube through the three-way valve. Through the action of the metal wire, the outer protective sleeve, the first moving sleeve and the second moving sleeve, the fixed tube between the drainage tube and the puncture tube can be supported and protected on the inner side and the outer side at the same time, the pipeline has the characteristics of resisting hard bending and resisting external compression or pulling, even if the fixed tube is pressed and slightly pulled, the lumen of the fixed tube will not collapse and form a hard bending angle, and the lumen can still remain open, so that the small movement of the head of the patient is not affected, and the monitoring and drainage effect is improved.

The invention provides a cerebrospinal fluid drainage device and drainage method.The drainage device is provided with a drainage mechanism and a monitoring mechanism, the drainage mechanism is provided with a drainage tube, the drainage tube is provided with a dropping bottle, and spherical liquid drops are generated in the dropping bottle; the monitoring mechanism is provided with a volume measurer and a timer; the volume measurer is arranged on the side surface of the dropping bottle; the volume measurer is provided with a laser transmitter and a laser receiver, the laser transmitter and the laser receiver are arranged on the two sides of the dropping bottle, and the laser receiver is used for receiving optical signals transmitted by the laser transmitter; the laser emitter emits a first light ray and a second light ray, the first light ray is arranged above the second light ray, and the first light ray and the second light ray are both arranged under the liquid drop; the drainage method comprises the following steps of: counting liquid drops: recording the number of the liquid drops generated in the dropping bottle by adopting the counter, and numbering and recording in sequence; liquid drop volume measurement: measuring and recording the volume of each liquid drop by adopting a volume measurer; timing: recording the time t generated by the liquid drops by adopting a timer; counting: counting the total drop number N of the generated liquid drops, and counting the total volume V of the generated liquid drops; and calculating: calculating the frequency f of generating the liquid drops by utilizing a formula f = N / t, and calculating the discharge speed v of the cerebrospinal fluid by utilizing a formula v = V / t.

The present invention relates to the technical field of medical devices, and particularly relates to a cerebrospinal fluid drainage monitoring device. The device includes: a housing, a three-way pipeline is provided above the housing, pluggable hoses are provided at both ends of the three-way pipeline, and a flow interruption and separation member is provided on the housing below; a volume measuring member, the paired volume measuring members are respectively connected to the hoses; a liquid discharging member, the liquid discharging member is communicated with the bottom of the volume measuring member; the present invention can measure the liquid in the drainage tube within a certain period of time, without the need for long-term care by staff and medical personnel, and reduces the labor intensity.

The present application discloses a cerebrospinal fluid drainage device and a drainage method. The cerebrospinal fluid drainage device includes a drainage pipeline, a flow rate sensor, a flow rate regulator, and a drainage control system. The drainage control system includes a human-computer interaction module and a drainage control module. The human-computer interaction module is used to input an expected flow rate / flow rate range and an expected drainage volume, record and display patient personal information, treatment information, historical cerebrospinal fluid flow rate, current cerebrospinal fluid flow rate, and is used to judge the drainage state according to the current cerebrospinal fluid drainage volume and the real-time liquid flow rate. The drainage control module controls the flow rate regulator according to the current drainage state so that the real-time liquid flow rate is equal to the expected flow rate or falls within the expected flow rate range, or controls the suspension / end of the current drainage. The structure of the present application is simple. By directly transforming the traditional cerebrospinal fluid drainage device, automatic cerebrospinal fluid drainage with automatic pressure regulation and speed regulation can be realized, with high pressure and speed control accuracy, reliable products, and convenient use.

The present application belongs to the technical field of medical apparatus and provides a cerebrospinal fluid drainage and collection device. The present application comprises a drainage assembly, the drainage assembly comprising a drainage tube and a working cavity tube; wherein the drainage tube is a three-way tube; a first tube port of the drainage tube is connected with a patient, and a second tube port of the drainage tube is connected with the working cavity tube; a collection assembly, the collection assembly comprising a collection liquid bottle and a collection tube, one end of the collection tube being communicated with the collection liquid bottle, and the other end of the collection tube being communicated with a third tube port of the drainage tube; and an anti-blocking assembly, the anti-blocking assembly being arranged in the drainage assembly and located at the working cavity tube and extending towards the drainage tube; the anti-blocking assembly comprising a telescopic electric cylinder, a piston and a pulling hook; the device adopts a combined negative pressure drainage and shearing impact hook pulling design to greatly improve the anti-blocking effect; and the device has high automation degree, is convenient and practical, and is therefore suitable for industry promotion.

The invention relates to the related technical field of medical instruments, in particular to a cerebrospinal fluid extraction flow rate control assembly which comprises a first drainage tube, a dropper is fixedly connected to the surface of one end of the first drainage tube, a second drainage tube is fixedly connected to the surface of one end of the dropper, and a detection mechanism is arranged on the surface of the outer side of the dropper. And a control mechanism is arranged on the outer side surface of the second drainage tube. According to the cerebrospinal fluid extraction flow velocity control assembly, the detection mechanism and the control mechanism are arranged, the infrared sensor detects the flow velocity of cerebrospinal fluid, the information processing unit receives data, and the detection mechanism and the control mechanism are connected through the transmission line, so that the detected flow velocity data can be fed back to the control mechanism in time; the control mechanism can automatically adjust the extrusion degree of the second drainage tube according to the flow speed condition, accurate control over the flow speed of cerebrospinal fluid is achieved, cooperative work of the whole cerebrospinal fluid drainage system is guaranteed through the data transmission function, and the intelligent level and the automation level of the system are improved.

The invention discloses a specimen puncture sampler for the neurology department. The specimen puncture sampler comprises a fixing plate, a first shell is installed on one side of the fixing plate, a sliding block is slidably connected to the inner side wall of the first shell, a connecting rod is installed at the top of the sliding block, a second shell is installed at the top of the connecting rod, a rotary valve is arranged in the second shell, and a second communicating pipe communicates with the top of the second shell. The top of the communicating pipe II is communicated with a pressure measuring pipe; through the arrangement of the rotary valve and the puncture needle, the first through hole in the rotary valve is communicated with the puncture needle and used for puncture and cerebrospinal fluid drainage, the second through hole is communicated with the pressure measuring tube and the sample collecting test tube, an operator only needs to control the rotary valve through the rotary handle in the handle, and the steps of pressure measurement and sample step-by-step collection can be smoothly switched; and the problems of long time consumption, sample pollution loss risk and operation interference caused by repeated instrument replacement in the traditional step-by-step operation are thoroughly eliminated.

The purpose of the present invention is to provide a liquid drainage system capable of achieving the effects of liquid injection and cerebrospinal fluid drainage rapidly while suppressing the burden on a patient. A liquid drainage system (2) comprises: an injection line (21) for injecting liquid into an accommodating cavity in which cerebrospinal fluid is housed; and a drainage line (22) for draining the cerebrospinal fluid from the inside to the outside of the accommodating cavity. At least one of the injection line (21) and the drainage line (22) is inserted into the accommodating cavity through the internal jugular vein (41).

The invention discloses a cerebrospinal fluid drainage control device with a sensor. The cerebrospinal fluid drainage control device comprises an intracranial pressure monitoring system, a signal processing system and a drainage bag lifting system. The intracranial pressure monitoring system comprises an intracranial pressure sensor and a body position sensor which are arranged in the cranial cavity and the head of a patient respectively. The signal processing system comprises a central processing unit and a signal conversion module and is connected with the sensor through a data line. The drainage bag lifting system comprises a lifting support and a driving unit, and automatic adjustment of the height of the drainage bag is achieved. According to the device, automatic adjustment of drainage pressure is achieved through real-time monitoring and intelligent processing.

Described herein is a method of preventing or treating a neurodegenerative disease comprising administering to a human an agent wherein the agent causes increased cerebrospinal fluid outflow through nasopharyngeal lymphatic plexus (NPLP), or the agent causes contraction and relaxation of annular smooth muscles covering deep cervical lymphatic vessels (dcLV).

The invention relates to the technical field of medical measurement, in particular to a lumbar puncture drainage device and method for continuously measuring cerebrospinal fluid pressure, and the lumbar puncture drainage device for continuously measuring cerebrospinal fluid comprises a puncture needle, a drainage cerebrospinal fluid container, an electronic pressure sensor, a drainage catheter, a shifting piece, an electronic element packaging tube and a signal transmission coil; the puncture needle and the cerebrospinal fluid drainage container are connected through the puncture needle and cerebrospinal fluid drainage container connector; the puncture needle and the cerebrospinal fluid drainage container joint are detachable; the cerebrospinal fluid drainage container is provided with a cerebrospinal fluid drainage channel, and the drainage catheter is connected with the cerebrospinal fluid drainage channel; the shifting piece is horizontally arranged in the cerebrospinal fluid drainage channel; the cerebrospinal fluid drainage channel is provided with a circular groove; the orifice of the drainage catheter is embedded in the circular groove; and the circular groove is tightly connected with the drainage catheter. The safety, reliability and maintenance convenience of the cerebrospinal fluid drainage device are improved.

The utility model provides a cerebrospinal fluid drainage device, and relates to the technical field of medical instruments, the cerebrospinal fluid drainage device is provided with a drainage tube, an adjuster and a speed controller, the adjuster is arranged on the drainage tube, the adjuster is used for controlling the flow of fluid in the drainage tube, and the speed controller is used for controlling the adjuster; the speed controller automatically controls the flow velocity of the cerebrospinal fluid in the regulator by controlling the regulator, so that the flow velocity of the cerebrospinal fluid in the drainage tube is accurately controlled, the drainage amount of the cerebrospinal fluid is accurately controlled, and the safety of a patient is ensured; a flow regulator is adopted as the regulator, the flow speed is set by the regulator according to the monitored intracranial pressure, the regulator can automatically eliminate flow deviation caused by pressure fluctuation in the drainage tube under the action of cerebrospinal fluid, the set flow is kept unchanged, and the drainage amount of the cerebrospinal fluid within a period of time is accurately controlled. The extraction amount of the cerebrospinal fluid is equal to the set flow velocity multiplied by the time.

The invention relates to a device (1) for draining cerebrospinal fluid, wherein: the device (1) comprises a shaft (2) which can be implanted into a cranial bone (14) of a human or animal; the device (1) is suitable for draining cerebrospinal fluid from the subarachnoid space and / or a cerebral ventricle (15) into the diploe of the cranial bone (14), and the shaft (2) has outlet openings (4) pointing in the radial direction; a valve (17) is arranged in the interior of the shaft (2) and connects a first chamber (21) to a second chamber (22); the second chamber (22) is fluidically connected to the outlet openings (4), and a tube (5) joins the shaft (2) at the distal end face of the shaft (2) or a conduit (20) to which a tube (5) is connected is arranged on the distal end face of the shaft (2); the tube (5), in its proximal portion, or the conduit (20) is fluidically connected to the first chamber (21), and the tube (5) distally has at least one inlet opening (8) for cerebrospinal fluid; the inlet openings (8) can be placed in the subarachnoid space (6) and / or in the region of a cerebral ventricle (15), and the tube (5) has a lumen (9) into which a wire (6) can be introduced; the wire (6), in the introduced state, protrudes from the device (1) at the proximal end face thereof. The invention allows the treating doctor to place and adjust the device (1), according to requirements, in order to conduct the cerebrospinal fluid into the diploe of the cranial bone (14). Placement is possible under local anaesthesia.

The application discloses a cerebrospinal fluid drainage device and a drainage system. The drainage device comprises a drainage component having a drainage cavity, a sink groove formed on the outer periphery of the drainage component and radially inwardly contracted, a drainage hole arranged on the groove bottom of the sink groove to make the drainage cavity communicate with the sink groove, a disturbance component comprising a disturbance rod and radially extending bristles arranged on the disturbance rod, the disturbance rod extending into the drainage cavity from the proximal end of the drainage component, the bristles corresponding to the drainage hole, and the distal end of the bristles being capable of extending to the radial outside of the groove bottom of the sink groove through the drainage hole, the bristles disturbing the drainage hole by being driven, and a converging component connected to the proximal end of the drainage component, the converging component having a converging cavity, the converging cavity communicating with the drainage cavity.

The invention belongs to the technical field of drainage, and discloses an external ventricular drainage device for treating cryptococcus meningitis, which comprises a drainage bag and a drainage tube fixedly arranged on the drainage bag, and further comprises a mounting ring fixedly arranged at one end of the drainage tube, which is opposite to the drainage bag, a pressure sensor is fixedly arranged in the mounting ring, and the mounting ring penetrates through the dropping bottle; the adjusting mechanism is arranged on the drainage tube and used for adjusting the drainage speed of the drainage tube; through cooperation of the installation box, the placement groove, the abutting assembly and other structures, adjustment of the extrusion force of the drainage tube is facilitated, moderate adjustment of the drainage speed is achieved, and the problem that an existing device is not beneficial to intelligent regulation and control of the drainage speed of cerebrospinal fluid is solved. The intelligent detection of the brain condition of the patient is difficult to realize, and the accuracy and the safety of treatment are influenced.

The present disclosure relates to a shunt catheter assembly for draining cerebrospinal fluid (CSF) into a venous system of a lower spinal region. The shunt catheter assembly includes a sheath having an interior volume, a catheter disposed in the interior volume of the sheath and movable relative to the sheath, a first flange coupled to the catheter and disposed between the catheter and the sheath, and a second flange proximally located relative to the first flange and disposed between the catheter and the sheath. The first and second flanges are expandable between a compressed configuration when the first and second flanges are disposed in the interior volume of the sheath, and an expanded configuration when the first and second flanges are externally disposed relative to the sheath. The first flange is separably deliverable relative to the second flange.

The invention relates to the technical field of data processing, and discloses a hydrocephalus assessment method and system based on a bladder pressure dynamic monitoring device. The hydrocephalus assessment method based on the bladder pressure dynamic monitoring device comprises the steps that wrist sympathetic nerve and lumbosacral electromyographic signals are collected and filtered; extracting a specific frequency band power spectrum integral value and a root-mean-square value to fuse and calculate an equivalent bladder pressure value; calculating a detrusor muscle activity index, a compliance index and a night fluctuation coefficient to form a pressure mode; obtaining pressure mode calculation improvement rate judgment reactivity before and after liquid discharge; and calculating a comprehensive improvement index through a weighting algorithm to determine a surgical indication level. The problem that in the prior art, continuous non-invasive monitoring and objective quantitative evaluation cannot be conducted on the bladder function of an iNPH patient is solved, and the accuracy of cerebrospinal fluid drainage test effect evaluation is improved.

The utility model provides an intracranial pressure detection structure and a cerebrospinal fluid drainage device. The intracranial pressure detection structure comprises a main body tube, a telescopic bag, an indicating piece, a scale marking piece and an elastic piece, wherein the main body pipe is provided with an inner cavity, a top opening and a tail opening; the telescopic bag is arranged in the main body pipe and is provided with a connecting cylinder; the indicating piece is arranged in the main body pipe and comprises a stress part and an indicating part, and the stress part abuts against the telescopic bag; the scale marking piece comprises a first part and a second part, the first part can be installed on the tail opening, and scale value lines are arranged on the outer wall of the second part. When the device is used, the device is communicated with a drainage tube firstly, cerebrospinal fluid enters the telescopic bag during drainage, the telescopic bag pushes the indicating piece to move in the second part under the action of pressure, and the tail end indicates an intracranial pressure value when the indicating piece stops moving. According to the intracranial pressure detection structure, cerebrospinal fluid enters the telescopic bag, the telescopic bag pushes the indicating piece to move, the intracranial pressure can be detected, and the disposable use cost of the telescopic bag is lower.

The invention discloses an anti-reflux antibacterial cerebrospinal fluid collecting pipeline, which relates to the technical field of drainage tubes, and adopts the technical scheme that the anti-reflux antibacterial cerebrospinal fluid collecting pipeline comprises a drainage tube, the tail end of the drainage tube is fixedly connected with a fixing mechanism, the tail end of the drainage tube can be inserted into a tube insertion opening formed in the upper part of a cerebrospinal fluid collecting bottle, and cerebrospinal fluid is conveyed into the cerebrospinal fluid collecting bottle through the tube insertion opening; according to the cerebrospinal fluid collecting bottle, the tail end of the drainage tube is sleeved with the intubation tube opening in the cerebrospinal fluid collecting bottle, and in the drainage process, the situation that the drainage tube makes contact with cerebrospinal fluid in the cerebrospinal fluid collecting bottle to infect a patient can be avoided; the drainage tube and the tube inserting opening can be rapidly fixed through the fixing mechanism arranged at the tail end of the drainage tube, the stability of the drainage tube is improved, liquid leakage is prevented, and meanwhile the assembly efficiency of the drainage tube is improved; and the anti-reflux mechanism arranged in the anti-reflux shell can quickly close the anti-reflux shell when the cerebrospinal fluid in the drainage tube flows backwards, so that the reflux is prevented, and the safety of a patient is protected.

The utility model belongs to the field of cerebrospinal fluid drainage equipment, in particular to an adjustable constant-speed quantitative cerebrospinal fluid drainage device for neurosurgery, which comprises a peristaltic pump, a ventricle / brain pool drainage tube, a tee joint and a drainage bag, a hose is mounted on the peristaltic pump, one end of the hose is provided with a Luer lock convex surface, and the other end of the hose is provided with a Luer lock concave surface; the tee joint is located between the peristaltic pump and the ventricle / brain pool drainage tube, the end, close to the peristaltic pump, of the tee joint is provided with a Luer lock concave face, the end, close to the ventricle / brain pool drainage tube, of the tee joint is provided with a Luer lock concave face, the tee joint is connected with a Luer lock convex face of a hose on the peristaltic pump through the Luer lock concave face, and the side end of the tee joint is a blind end with a heparin cap. The drainage device is reasonable in design, full drainage pipeline Luer lock connection is achieved, safety and firmness of the drainage pipeline are guaranteed, drainage quantity and drainage speed can be monitored in real time through the peristaltic pump display panel, early warning can be carried out on abnormal conditions, and drainage safety is improved.

The invention discloses a double-channel flusher for a cerebrospinal fluid drainage tube, and belongs to the field of double-channel flushers. Comprising a flushing bottle, a first air pressure pipe is integrally formed at the top of the flushing bottle, a second air pressure pipe is integrally formed on the right side of the first air pressure pipe, and a discharge pipe is integrally formed at the bottom of the second air pressure pipe; a first fixing piece is fixedly connected to the interior of the first air pressure pipe, a lower pressing rod is connected to the inner side of the first fixing piece, and the portion, located below the first fixing piece, of the bottom end of the lower pressing rod is rotationally connected with a first piston plate through a rotating shaft; by means of the innovative mechanical linkage structural design, the two core functions of flushing liquid conveying and waste liquid suction are integrated into the same operation assembly, and the defect that a traditional double-cavity flusher needs two hands to control flushing and suction actions respectively is thoroughly overcome. A medical worker only needs to hold the flushing bottle with one hand and press and loosen the lower pressing block on the top through the thumb, and the complete circulation of flushing and suction can be completed synchronously.

The invention provides a flow control system for intelligent drainage of cerebrospinal fluid after a nervous system operation. The flow control system comprises a multi-source sensing module, a control module, a multi-parameter fusion decision algorithm module, a safety module and an interaction module, the multi-source sensing module comprises a micro pressure sensor, a biosensor and an inertial measurement unit; the control module comprises an embedded processor and a flow valve; the multi-parameter fusion decision algorithm module is used for collecting intracranial pressure, body position angle and biomarker data in real time and calculating a safe drainage threshold interval; the safety module comprises a dual-pressure verification circuit unit; the interaction module comprises a medical care terminal unit used for data visualization and remote intervention, relates to the technical field of medical instruments, solves the problems of static control, high complication risk, insufficient data integration and high manual dependence degree of an existing cerebrospinal fluid drainage system, realizes self-adaptive accurate control of cerebrospinal fluid drainage, and improves the safety of cerebrospinal fluid drainage. The rehabilitation safety and efficiency of the nervous system postoperative patient are improved.

The invention encompasses an improved intelligent shunt system incorporating integrated sensor, decision, and drug release modules that detect infection risk early in shunt systems used for cerebrospinal fluid drainage and, based on this risk, deliver controlled local antimicrobial agents within physician approval and safety limits.

The utility model generally relates to the technical field of medical instruments, in particular to a cerebrospinal fluid drainage device which comprises a subcutaneous implantation assembly, a puncture assembly and a drainage assembly. The subcutaneous implantation assembly is used for being implanted below the scalp of a patient and communicated with a drainage part of the patient; the puncture assembly is inserted into the subcutaneous implantation assembly and is communicated with the subcutaneous implantation assembly; the drainage assembly is connected with the puncture assembly, and cerebrospinal fluid is guided into the drainage assembly for drainage. The subcutaneous implantation assembly is implanted below the scalp of the patient and communicated with the drainage part of the patient, when the patient needs drainage, only the puncture assembly needs to be inserted into the subcutaneous implantation assembly, effusion can be guided out of the body through the drainage assembly, increase of intracranial pressure of the patient is relieved, normal intracranial pressure is guaranteed, and a wound does not need to be opened for intubation; drainage operation is simple, and operation risks and infection risks are reduced.