54 results about "Flexible endoscope" patented technology

The invention discloses a multi-channel flexible lens Mini LED light supplementing module of a disposable medical endoscope, and belongs to the technical field of medical instruments. The light supplementing module (1) is inserted into the endoscope body (2) and provides light for normal work of the endoscope. The light supplementing module (1) comprises a top cover (10), an LED (13), a printed circuit piece and a bonding pad (16). The top cover is arranged at the top end of the printed circuit piece, and the LED (13) is fixedly arranged on the top cover (10) and electrically connected with a circuit in the printed circuit piece. The bonding pad (16) is fixedly arranged at the bottom of the printed circuit piece and electrically connected with a circuit in the printed circuit piece, and meanwhile the bonding pad (16) is connected with an external power supply circuit so as to supply power to the LED. According to the invention, the problems of secondary tin dissolution, lamp failure and uneven chromatic aberration and illumination when the traditional chip LED is packaged and used can be solved.

The utility model relates to medical instrument technical field especially, more particularly to a kind of soft endoscope auxiliary sheath, comprising: sheath tube part, the connecting part of fixedly being arranged in the proximal end of the sheath tube part and the joint of detachably being arranged in the proximal end of the connecting part;Wherein, the sheath tube part along the axial direction of the sheath tube part respectively opens first sheath tube passage and second sheath tube passage, the outer surface of the sheath tube part close to the distal end is fixedly provided with first air bag, the axis of the first sheath tube passage is parallel with the axis of the second sheath tube passage;Wherein, the connecting part along the axial direction of the connecting part respectively opens first through-hole communicated with the first sheath tube passage and second through-hole communicated with the second sheath tube passage;The utility model's double sheath tube passage is in parallel, can simultaneously use multiple instruments, reduce plug frequency, and flexible material and rigid gradually change, improve the effect and safety of examination and treatment.

Disclosed is an active bending sheath-type urological flexible endoscope (1), comprising an active bending sheath (20), wherein the active bending sheath (20) comprises a bendable sheath main body (21) and a control handle (22) connected to the rear end of the bendable sheath main body (21) and is provided with a connecting channel (24); and a flexible endoscope main body (30), wherein the flexible endoscope main body (30) comprises a flexible endoscope inner core (31) and a flexible endoscope handle (32) connected to the rear end of the flexible endoscope inner core (31). The flexible endoscope inner core (31) is suitable for being inserted into the connecting channel (24). The active bending sheath (20) is sleeved on the outside of the flexible endoscope main body (30), the bendable sheath main body (21) is sleeved on the flexible endoscope inner core (31), and the control handle (22) is sleeved on the flexible endoscope handle (32). The bendable sheath main body (21) is suitable for bending to drive the flexible endoscope inner core (31) to bend.

The present invention relates to a medical instrument, and in particular, to a flexible electronic endoscope with a built-in peristaltic pump. The technical problem to be solved by the present invention is that current flexible electronic endoscopes themselves do not have the function of pressurized perfusion, resulting in the problems of limited space and poor portability when externally connected to perfusion pumps and externally connected to negative pressure pipelines. The present invention provides a flexible electronic endoscope with a peristaltic pump built into a handle. A lavage pipe of the endoscope is provided with a small peristaltic pump, both ends of a pump tube of the peristaltic pump are connected to the lavage pipe, and the pump tube forms a part of the lavage pipe. In this way, the flexible electronic endoscope is allowed to have an independent pressurized perfusion function.

The invention discloses a low-temperature plasma electrode used under a soft endoscope, and belongs to the technical field of medical instruments, the low-temperature plasma electrode comprises a first electrode assembly, first insulating ceramic and a first loop electrode, a plurality of first grooves are uniformly formed in the outer circumference of the front end of a first working electrode, and a working electrode cavity is formed in the rear end of the first working electrode in the length direction of the first working electrode; a working electrode cable is welded and fixed in the working electrode cavity, the working electrode cable extends in the direction deviating from the first working electrode, and the loop electrode cable extends in the direction deviating from the first working electrode. By means of parameter design of a first groove and a second groove in the first working electrode and the first loop electrode and a second groove in the second working electrode and the second loop electrode, low-temperature cutting, ablation, gasification and electrocoagulation of human tissue under the soft endoscope are achieved, the surgical operation temperature is low, the tissue solidification layer can be controlled within 2mm, and the operation efficiency is high. And the problems of tissue carbonization and too deep electrocoagulation depth caused by high temperature of the existing electrode are effectively avoided.

A flexible endoscope includes a flexible shaft and an ultrasound transducer. The shaft extends from a proximal end connected to a handle to a distal portion configured to be inserted into a living body to a site adjacent to target tissue to be treated. The shaft includes adjacent to a distal end thereof a port from which a tissue treatment device may be extended out of the shaft along a path. The transducer is within a housing coupled to a portion of the shaft extending distally of the port. The transducer is aimed so that the path passes through a field of view provided by the transducer to a user of the device. The transducer is movable relative to the port to broaden the field of view.

This invention relates to the field of ureteroscopic surgery technology, providing a disposable flexible cystoscopic, pyelonephric, and ureteroscopic system with intelligent temperature and pressure control functions. The system includes a disposable flexible endoscope body and an intelligent temperature and pressure control unit. The disposable flexible endoscope body includes a mid-section flexible insertion tube, a distal sensing lens tip, and a proximal operating handle. The distal sensing lens tip integrates an in-situ temperature and pressure measurement sensor, a miniature imaging module, an illumination fiber optic bundle, an instrument operating channel outlet, an irrigation channel outlet, and a suction channel outlet. Precise real-time monitoring is achieved through the in-situ temperature and pressure sensor at the tip, combined with dual-channel closed-loop control, keeping renal pelvic pressure fluctuations and temperature errors within a safe range, thus reducing the risk of infection and thermal damage at the source. The integrated structure eliminates the need for a pressure measuring sheath, resulting in less trauma and lower cost. Furthermore, the fully automated control significantly shortens the learning curve, greatly improving safety and practicality.

This utility model relates to the field of medical device technology and discloses a flexible endoscope, including a tube and a handle. The tube includes an outer tube and a snake-bone tube, a lens, a flexible working tube, and a rigid working tube disposed within the outer tube. The handle has a first interface at its front end and a second interface at its rear end. The first and second interfaces are respectively connected to the interior of the handle. The rear end of the outer tube is inserted into the first interface. The snake-bone tube is disposed within the front end of the outer tube. The front ends of the lens and the flexible working tube are disposed within the front end of the snake-bone tube. The rear end of the flexible working tube extends beyond the rear end of the snake-bone tube and is fixedly connected to the front end of the rigid working tube. The rear end of the rigid working tube extends beyond the rear end of the outer tube and passes through the first interface and the interior of the handle sequentially before being inserted into the second interface. This utility model ensures that the front end of the lens can bend normally while preventing bending in the middle of the tube.

This invention discloses a quick-change flexible endoscope actuator and transport device. The actuator includes a housing and a clamping and transporting mechanism disposed inside the housing. The clamping and transporting mechanism includes multiple rotating mechanisms arranged circumferentially, forming a transport channel for the flexible endoscope to pass through. Each rotating mechanism is equipped with a clamping action mechanism, which reduces the space of the transport channel formed by the rotating mechanisms to clamp or release the flexible endoscope. During operation, the rotating mechanisms move the clamped flexible endoscope back and forth. This actuator effectively prevents slippage, achieves continuous transport, and is compact, small in size, and lightweight. It is easy and quick to install and replace, adaptable to flexible endoscopes of various diameters, and protects the flexible endoscope during use, preventing damage due to excessive clamping force.

The invention provides a peritoneal dialysis catheter interventional therapy device based on an endoscope technology, and relates to the technical field of medical instruments, and the peritoneal dialysis catheter interventional therapy device based on the endoscope technology comprises an optical imaging module which is integrated with a high-resolution optical endoscope; the composite catheter structure is a catheter with the diameter matched with that of the optical imaging module, at least one main working channel and an auxiliary channel for lavage drainage are arranged in the catheter in the axial direction, and the main working channel is used for containing at least one minimally invasive tool; the flexible mechanical structure is arranged at the front end of the catheter and driven by a micro motor, and the flexible mechanical structure, the optical imaging module and the catheter form a flexible endoscope body; and the external control unit comprises a handle and a display screen. By integrating an endoscope technology and a minimally invasive tool, key pain points in PD treatment are solved.

The invention relates to the technical field of endoscopes, in particular to an integrated ventilation flexible endoscope. The endoscope comprises a connecting body and an endoscope tube connected with the connecting body, a control hose is arranged at the end of the endoscope tube, and a working probe is arranged at the end of the control hose. Through the control effect of the pneumatic control assembly, the sliding head is controlled to slide outwards in the wide slide way, so that the suction hole in the end of the sliding head can extend out of the wide slide way to form the suction inlet which is dynamically opened and closed, and the suction inlet is only opened during suction operation and is in a closed state in other time; therefore, the control hose and the working probe are effectively prevented from being invaded by foreign matters into the suction pipeline and the sliding probe and blocking the pipelines in the process of entering a patient, active protection of a suction inlet is achieved, the problem that a suction hole of a flexible endoscope is prone to being blocked in a body fluid environment is solved, frequent cleaning of the suction hole is avoided, and the service life of the flexible endoscope is prolonged. And the cleanliness of the suction pipeline and the sliding probe of the endoscope is improved.

The invention relates to the technical field of cleaning devices, in particular to a spiral brush for cleaning a soft endoscope, which comprises a brush head assembly, a traction rod connected to the end part of the brush head assembly, a brush head rod and a protective head fixedly arranged at one end of the brush head rod, the material pushing plate, the inclined plate and the blocking plate which are integrally formed are arranged at the brush head assembly, drainage holes are reserved in the inclined plate and the material pushing plate, in the brushing process, disinfectant fluid can be added through the drainage holes, and under the cooperation of the spiral brush, the cleaning effect is good, and the cleaning effect is good. According to the device, viscous residual liquid can be rapidly removed and discharged through an outlet of the endoscope along with water flow in the forward movement process of the material pushing plate, and the situation that dirt and impurities are accumulated on the straight section of the endoscope and cannot be discharged can be avoided while the removing effect on the viscous residual liquid is improved.

The peroxide-resistant endoscope includes an interface section, a control section coupled to the interface section, and an insertion section coupled to the control section.

A flexible endoscope includes a flexible shaft and an ultrasound transducer. The shaft extends from a proximal end connected to a handle to a distal portion configured to be inserted into a living body to a site adjacent to target tissue to be treated. The shaft includes adjacent to a distal end thereof a port from which a tissue treatment device may be extended out of the shaft along a path. The transducer is within a housing coupled to a portion of the shaft extending distally of the port. The transducer is aimed so that the path passes through a field of view provided by the transducer to a user of the device. The transducer is movable relative to the port to broaden the field of view.

The present application relates to the technical field of biotechnology, and in particular to a multi-enzyme cleaning composition for cleaning silicone oil of a flexible endoscope and application thereof. The cleaning agent for cleaning silicone oil of a flexible endoscope comprises the following components: propylene [ (hexadecyl polyoxyethylene / polyoxypropylene block base / octadecyl polyoxyethylene / polyoxypropylene block base) ammonium bromide], alkaline protease, lipase, amylase, pectolyase, lysozyme, disodium ethylenediaminetetraacetate, T-302 and trehalose. The cleaning agent is used for cleaning a flexible endoscope, has good removal effect on silicone oil and organic contaminants, can effectively prevent and treat bacterial biofilm adhesion, has good stability, and has good application prospect.

An instrument for endoscopic applications, including urology. The instrument may include both irrigation and aspiration channels, effective attraction and suction of tissue and body stone fragments, enhanced viewing clarity of the operational area, illumination fibers with steering function for flexible version of the scopes. In some embodiments, a distal head is configured to locate a mouth of the working channel within a viewing angle of the visualization system. In some embodiments, a transparent cap is disposed at the distal end of endoscope to provide an enhanced view of the operational area. Irrigation and aspiration channels may be arranged so that consistent water flow will attract tissue and body stone particles and remove heated liquid. Illumination fibers may be utilized as pull linkages or push-pull linkages for deflection and steering of flexible embodiments of the scope.

This invention provides a rigid-flexible endoscope, comprising a rigid sheath and an electronic flexible endoscope. The electronic flexible endoscope includes an insertion portion. The rigid sheath includes a locking device and a rigid sheath tube. The locking device is located at the tail end of the rigid sheath tube. The head end of the insertion portion is inserted into the rigid sheath tube from the tail end and extends out from the head end of the rigid sheath tube. The rigid sheath tube locks the insertion portion in place by the locking device. This invention combines a rigid sheath and an electronic flexible endoscope to form a rigid-flexible endoscope. This integrated rigid-flexible endoscope reduces the use of endoscopes and thus the use of endoscopic systems, thereby reducing the complexity and cost of surgical procedures. It is convenient, safe, and quick to use.

The utility model discloses an intelligent drying device for a soft endoscope lumen, which comprises a support, a drying table top is arranged on the support, a plurality of parallel drying areas are arranged on the drying table top, blowing connectors and detection frames are arranged in the drying areas, and blowing structures and the detection frames are respectively positioned at two ends of the drying areas. The air blowing connector and the detection frame are connected with the support in a lifting mode, temperature and humidity sensors are arranged on the air blowing connector and in the detection frame, a clean air source device is arranged below the drying table top on the support, and the air blowing connector is connected with the clean air source device through a pipeline. The temperature and humidity sensor can be used for detecting the temperature and humidity of inlet air and outlet air of the soft endoscope so as to judge whether the inner cavity of the soft endoscope is dry or not, a high-pressure air gun does not need to be held by hand during drying, the drying efficiency is improved, and the labor intensity of operators is reduced.

A medical flexible endoscope disassembly tool includes a base plate with a clamping structure for holding the tip of the flexible endoscope. An adjustment structure with a push pin is located next to the clamping structure to push the lens of the flexible endoscope. The clamping structure includes a first support frame with a placement frame, a fixing strap, a limiting frame inside the placement frame, a clamping plate on the limiting frame, a clamping frame next to the placement frame, a guide wheel, and a tightening bolt. Through the specialized clamping structure and precisely adjustable push pin structure, the flexible endoscope can be quickly positioned and the lens accurately ejected, significantly reducing disassembly time and improving maintenance efficiency compared to manual or ordinary push pin operation.

The invention discloses an endoscope system for retrograde treatment of chylothorax through a thoracic catheter. The endoscope system comprises an operating handle, a flexible endoscope catheter, a photographing module and a rotating device. The endoscope catheter can penetrate into the thoracic catheter and retrograde through the thoracic catheter, the endoscope catheter is longer than the thoracic catheter and is fixed at the bottom of the operating handle, an observation channel and a working channel are arranged in the endoscope catheter, the working channel is fixed with the operating handle, and the working channel is used for a working instrument to pass through; the photographing module can penetrate through the observation channel for photographing; the rotating device is arranged on the operating handle, connected with the observation channel and used for driving the observation channel to rotate relative to the central axis of the working channel. According to the endoscope system for retrograde treatment of chylothorax through the thoracic catheter, safe navigation and clear observation in the thoracic catheter can be achieved, and the clinical requirement for retrograde treatment of chylothorax through the thoracic catheter is met.

The invention relates to a soft endoscope insertion part assembly which comprises a bend unit and an insertion part unit which are connected into a whole, the insertion part unit comprises an insertion tube framework, a bend traction unit and an operation handle connecting unit, and the bend traction unit comprises an insertion tube front connecting ring and an insertion tube rear connecting ring which are arranged at the head end and the tail end of the insertion tube framework; the angle bending unit is assembled and connected with the insertion tube front connecting ring, the operating handle connecting unit is assembled and connected with the insertion tube rear connecting ring, and the innovation points are that the insertion tube front connecting ring is provided with an elastic clamping head, the free end of the elastic clamping head is provided with a barb part extending outwards, and the barb part and the angle bending unit form precise transition fit. The insertion tube rear connecting ring is provided with an elastic clamping hole, and the elastic clamping hole and the operating handle connecting unit are in precise transition fit. The connection among the insertion part unit, the corner unit and the handle can be quickly positioned and clamped, so that the assembly efficiency and the assembly precision are improved, and the maintenance cost is reduced.

The invention belongs to the technical field of endoscopes, particularly relates to an intragastric double-endoscope collaborative visual diagnosis device, and aims to solve the problem that due to the fact that part of gastric diseases can be clearly diagnosed only by depending on long-time continuous observation, an existing gastroscope is difficult to meet the dynamic monitoring requirement. The capsule gastroscope comprises a capsule gastroscope body, a flexible gastroscope body and a magnetic attraction mechanism. The capsule gastroscope is internally provided with a liquid storage cavity used for containing adhesive liquid and has an auxiliary observation mode and a continuous observation mode. And the front end part of the flexible gastroscope is detachably connected to the capsule gastroscope. When the intragastric double-endoscope collaborative visual diagnosis device is used, after the flexible gastroscope conveys the capsule gastroscope to an observation position, the magnetic attraction mechanism applies magnetic attraction force to fix the capsule gastroscope to the stomach wall and trigger release of the adhesive liquid, the adhesive liquid adheres and fixes the capsule gastroscope to the stomach wall, the capsule gastroscope independently and continuously collects intragastric images, and the capsule gastroscope is used for detecting the intragastric images. And the capsule gastroscope falls off from the stomach wall until the bonding liquid loses efficacy due to the effect of gastric juice.

The utility model discloses a snakelike hard endoscope sheathing canal which comprises a main endoscope sheathing canal, an outer tube, an inner tube, a connecting tube, an air bag, an inflation tube and an inflation nozzle, the main endoscope sheathing canal is a double-wall snakelike stainless steel tube which is formed by sleeving the outer tube outside the inner tube and fusing the tube walls of the outer tube and the inner tube at two ends, the main endoscope sheathing canal can be freely bent, and the connecting tube is a single-layer solid-wall stainless steel straight tube. The inflating tube is arranged in the wall of the connecting tube, one end of the inflating tube is communicated with the air bag, the other end of the inflating tube is communicated with the inflating nozzle, and the inflating nozzle is a self-closing switch device arranged on the connecting tube and can be connected with an inflating and deflating device to pressurize and inflate the air bag through the inflating tube. The main endoscope sheathing canal is in a straight pipe shape under the pressure action of the air bag; the snakelike hard endoscope sheathing canal further comprises a treatment channel opening, a breathing machine connector and a front tongue. The flexible endoscope sheath tube has the advantages that the main endoscope sheath tube adopts the snakelike design, the air bag can be guided by the flexible endoscope to be freely bent and easily inserted into an air passage when not inflated, and the air bag is pressurized and inflated to be straight after being inserted, so that the flexible endoscope and instruments can conveniently pass through.

The invention discloses a flexible spinal mirror capable of rotating by 360 degrees, belongs to the field of medical instruments, and aims to solve the problem that the direction of a lens of a flexible mirror body is not easy to adjust. The flexible lens comprises a flexible lens body, a camera is installed at the end of the flexible lens body, a wire harness of the camera is connected into the flexible lens body in a penetrating and inserting mode, four passive piston cylinders are installed at the end of the flexible lens body in an annular array mode, and adjusting rods are slidably connected into the four passive piston cylinders. The end parts of the four adjusting rods are connected to the camera in an annular array, and the four adjusting rods can respectively extend and retract for different lengths, so that the orientation of the camera can be pushed to change; according to the flexible lens, swing of the camera is controlled through the piston, compared with the mode that the orientation of the camera of the flexible lens body is controlled through a pull wire, the swing amplitude of the flexible lens body can be greatly reduced, the contact area between the flexible lens body and human body bony structures such as the spine is avoided, and meanwhile the orientation of the camera can be accurately controlled.

The double-cavity catheter comprises a lens through hole, a balloon and a catheter body, the catheter body comprises a catheterization channel and a balloon channel, a transparent section is arranged at the front end of the catheter body and made of a flexible material, the lens through hole is formed in the front end of the transparent section, the balloon channel is made of a flexible material, and the lens through hole is communicated with the balloon channel. The diameter of the lens through hole is larger than that of the endoscope image head and smaller than that of the endoscope soft lens body, the balloon is arranged on the rear side of the lens through hole and communicated with the balloon channel, and the rear end of the balloon channel is provided with a balloon channel connector. According to the urethral catheter dilator, the success rate of direct installation of the urethral catheter can be greatly increased, the use frequency of the urethral catheter dilator is reduced, the urethral dilation efficiency of the dilator is improved under the condition that the dilator is used, the urethral catheterization process is safe and reliable, the probability of bladder puncture is reduced, meanwhile, an endoscope can be protected, and the use cost of the endoscope is reduced; the service life of the endoscope is prolonged.

The invention discloses a flexible ureteroscope sheath suite which is used for a flexible ureteroscope, and the flexible ureteroscope sheath suite is used for inserting a hard ureteroscope tube into an equipment channel, and fixing a sheath core connecting piece and an outer sheath connecting piece; the flexible endoscope body is inserted into the endoscope body channel, and the sheath core fixing piece is fixed to the front end of a handle of the flexible ureteroscope; placing the flexible ureteroscope sheath kit and a hard ureteroscope assembled by the flexible ureteroscope into the ureter; and the sheath core connecting piece and the outer sheath connecting piece are disconnected, and the sheath core and the flexible ureteroscope are withdrawn. The one-step sheath placement can be realized, the operation efficiency is greatly improved, the function of actively expanding the ureter is achieved, the sheath placement resistance is reduced, the sheath placement success rate is further improved, the soft and hard combined sheath is utilized, the tube cavity cannot deform after being extruded, the soft lens can coaxially rotate in the sheath tube cavity, and the target position can be more easily and accurately found.

The invention relates to an insert tube assembly of a flexible endoscope traction spring tube, which comprises an insert tube skeleton, and a bend traction unit and an operating handle connecting unit which are arranged at the head end and the tail end of the insert tube skeleton, and the bend traction unit comprises an insert tube front connecting ring and an insert tube rear connecting ring which are arranged at the head end and the tail end of a woven mesh tube; the innovation point is that the insertion tube front connecting ring is provided with elastic clamping heads which are symmetrically arranged along the insertion tube front connecting ring, the free end of each elastic clamping head is provided with a barb part which extends outwards and is used for being assembled with a bent-angle snake bone, and the insertion tube rear connecting ring is provided with elastic clamping holes which are symmetrically arranged along the insertion tube rear connecting ring. And the elastic clamping hole is in precise transition fit with the operating handle connecting unit. The structure mode of welding into a whole in the prior art is replaced, rapid positioning and clamping can be formed with the snake bone and the connecting handle, the assembling efficiency and the assembling precision are improved, follow-up maintenance is facilitated, the maintenance cost is reduced, and the maintenance efficiency is improved.

The invention discloses a flexible ureteroscope for urinary surgery, and aims to provide the flexible ureteroscope for urinary surgery, which does not need manual operation and can automatically bend the front end of the flexible ureteroscope to observe a diseased part. The device comprises a control handle, a hose and snake bones, a control cavity is formed in the control handle, one end of the hose is connected with the control handle, the other end of the hose is connected with the snake bones, the multiple snake bones are sequentially connected, rotating mechanisms are arranged on the snake bones, control ropes are arranged on the rotating mechanisms, and the rotating mechanisms correspond to the snake bones one to one. One end of the control rope is connected with the rotating mechanism, the other end of the control rope is arranged in the control cavity, a control mechanism is arranged in the control cavity, and the control mechanism is connected with the control rope. The flexible endoscope has the advantages that manual operation is not needed, the front end of the flexible endoscope can be automatically bent to observe the diseased part, the flexibility of the hose is improved, the treated part can be cleaned, the bending angle can be conveniently observed, and the temperature of an instrument can be observed.

This invention discloses a multifunctional percutaneous nephrostomy kit, relating to the field of kidney stone surgery. It includes an outer sheath with a hollow working channel inside, and a flexible endoscope sheath inserted into the working channel of the outer sheath. The bottom of the flexible endoscope sheath has a curved section. This invention inserts the flexible endoscope sheath into the outer sheath and then inserts a flexible endoscope into the flexible endoscope sheath. The bend on the flexible endoscope can drive the curved section on the flexible endoscope sheath to bend, placing the curved section in a bent state. By rotating the bend on the flexible endoscope, the orientation of the curved section can be changed, allowing for the extraction of stones at the insertion point of the outer sheath and in the area surrounding and above the insertion point, effectively improving the stone removal effect. Simultaneously, a fixing mechanism is provided to clamp the outer sheath with multiple clamping plates, eliminating the need for medical personnel to hold it by hand and ensuring the accuracy of subsequent operations.

1. The name of the design product: bendable endoscope surgical instrument. 2. The use of the design product: surgical instrument for endoscopic surgery. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: design 1 perspective view. 5. Design 1 is designated as the basic design.