CN219525918U - Automatic anti-winding device of accomodating of pipe - Google Patents

Abstract

The utility model relates to a catheter containing device, in particular to an automatic catheter containing anti-winding device, which comprises a catheter containing protective shell, wherein the top end of the catheter containing protective shell is integrally provided with a chuck protective shell, the inside of the chuck protective shell is connected with a catheter recovery button in a clamping way, the inside of the catheter recovery button is tightly attached with a recovery button spring, the bottom of the catheter recovery button is tightly attached with a rotation-resisting chuck, the outer wall of the rotation-resisting chuck is tightly attached with a positioning fixture block, one side of the positioning fixture block is welded with a fixture block spring, the inside of the rotation-resisting chuck is connected with a rotating shaft gear in a clamping way, the bottom of the rotation-resisting chuck is tightly attached with a chuck spring, and the bottom of the rotating shaft gear is integrally provided with an upper clamping catheter fixing rotating shaft; the guide tube containing device has the effect of automatic recovery by arranging the retracting card spring, the guide tube can be orderly retracted by arranging the thread clamping cards, and the problem that the winding is difficult to open when the guide tube is unordered to retract is solved.

Description

Automatic anti-winding device of accomodating of pipe

Technical Field

The utility model relates to a pipe storage device specifically is an automatic anti-winding device of accomodating of pipe.

Background

The cytobiological noun refers to a long-distance transport system of water and inorganic salt, which is formed by columnar cells, of the xylem of a vascular plant, wherein the secondary wall thickness is unevenly thickened, and the end wall is perforated or completely dissolved, so that a longitudinal continuous channel is formed. And may also refer to industrial catheters and catheters.

In chinese patent CN207631690U, the present utility model relates to a receiving device, and more particularly, to a microcatheter receiving device. The technical scheme adopted by the utility model is as follows: the utility model provides a microcatheter storage device, includes the base, is equipped with on the base and accomodates the chamber, accomodates the junction of chamber and base and is equipped with the ball, accomodates and be equipped with 2-8 on the chamber along accomodating the circumference direction of chamber and divide of chamber intercommunication and receive the chamber, divide to receive the chamber and be made by elasticity scalable material, divide the top of receiving the chamber to be connected with the fixed band, divide the surface of receiving the chamber to be equipped with a plurality of tag bag that is used for placing the label. The utility model has the advantages that: the microcatheter containing device is simple in structure, can be used for classifying and placing the produced microcatheters in the splitting cavity so as to prevent the microcatheters from being damaged, is designed to be made of elastic telescopic materials, can be used for stretching the splitting cavity when the microcatheters are placed in the splitting cavity, and then is used for fixing the fixing band on other surrounding objects, and the splitting cavity covers the microcatheters, so that the microcatheters are protected.

The existing catheter storage device may have a certain difficulty in recovery due to the fact that the existing catheter storage device cannot be automatically recovered, and the existing catheter storage device may be difficult to spread due to the fact that the existing catheter storage device is wound together in a disordered mode during recovery.

Accordingly, an automatic catheter housing anti-winding device is proposed to solve the above problems.

Disclosure of Invention

In order to make up the not enough of prior art, this experiment is novel in order to make an automatic anti-winding device of accomodating of pipe have better recovery performance, provides an automatic anti-winding device of accomodating of pipe, has solved current pipe storage device, probably because unable automatic recovery leads to retrieving to have certain difficulty to perhaps because unordered winding brings when retrieving be difficult to expand scheduling problem together.

The technical scheme adopted for solving the technical problems is as follows: including accomodating the protecting crust on the pipe, the top integration of accomodating the protecting crust on the pipe is provided with the chuck protecting crust, and the inside block of chuck protecting crust is connected with the pipe and retrieve the button to the inside of pipe is retrieved the button and is closely laminated and is retrieved the button spring, the bottom of pipe is retrieved the button and is closely laminated and is had the anti-commentaries on classics chuck, and the outer wall of anti-commentaries on classics chuck is closely laminated and have the location fixture block, and one side welding of location fixture block has the fixture block spring, the inside block of anti-commentaries on classics chuck is connected with the pivot gear, and the bottom integration of resisting the pivot gear is provided with the fixed pivot of block pipe, and go up the inside block of block pipe fixed pivot is connected with the card spring of withdrawal card spring to the bottom of withdrawal card spring is closely laminated and is had the card spring tray, the fixed pivot of block pipe is connected with down, the bottom of accomodating the protecting crust is closely laminated under the pipe, and is accomodate the inside block of protecting crust under the pipe and is connected with the pivot gear, and the inside block button of block is connected with the protecting crust, the integrative block shaft that opens and shuts has the button that opens and shuts, and shuts the one side of the protecting crust has the tight laminating of card axle to open and shut, and shut the integrative block axle has the protecting crust that opens and shut.

Preferably, the integrated pipe card pipe that is in and out that is provided with in and out of protective housing one side is received to the pipe on the pipe, and the outer wall welded connection of pipe in and out card pipe has the fixed card of card pipe, the outer wall rotation of the fixed card of card pipe is connected with the clean left bayonet socket of pipe, and the bottom welded connection of the clean left bayonet socket of pipe has the hinge, the outer wall welded connection of hinge has the clean right bayonet socket of pipe, and the top integration of the clean right bayonet socket of pipe is provided with clean mouth right card pipe, and the inside block of clean mouth right card pipe is connected with clean mouth card strip to one side of clean mouth card strip closely laminates there is clean mouth card axle spring, the opposite side integration of clean mouth card strip is provided with clean mouth card button, and the outer wall sliding connection of clean mouth card button has clean mouth left card pipe.

Preferably, the protecting shell is stored on the conduit through a protecting shell opening and closing button, a protecting shell opening and closing clamping shaft, an opening and closing button spring, an opening and closing clamping shaft clamping groove and the protecting shell stored under the conduit to form a detachable structure, and the protecting shell stored on the conduit and the protecting shell stored under the conduit are symmetrically arranged.

Preferably, the catheter recovery button and the chuck protective shell form an elastic structure through a recovery button spring, the catheter recovery button and the rotation-resisting chuck form an elastic structure through the chuck spring and the chuck protective shell, and the rotation-resisting chuck is internally provided with a gear-shaped hollow.

Preferably, the thread clamping pieces are arranged in a thread shape, the thread clamping pieces and the upper clamping duct fixing rotating shaft are integrally arranged, and the upper clamping duct fixing rotating shaft is in clamping connection with the lower clamping duct fixing rotating shaft.

Preferably, the clean left bayonet of the guide pipe and the clean right bayonet of the guide pipe form a rotating structure through a hinge, and the clean left bayonet of the guide pipe and the clean right bayonet of the guide pipe form the rotating structure through a clamping pipe fixing clamping piece and a guide pipe in-out clamping pipe.

The utility model has the advantages that:

1. according to the utility model, the protective shell opening and closing button is arranged, the protective shell opening and closing clamp shaft is driven by the protective shell opening and closing button to downwards press the opening and closing button spring, so that the protective shell opening and closing clamp shaft and the opening and closing clamp shaft clamping groove lose clamping connection, the upper protective shell accommodating and protecting shell is separated from the lower protective shell accommodating and closing clamp shaft, the upper protective shell accommodating and protecting shell is integrally taken down, then the conduit is inserted into the lower protective shell accommodating and closing shell from the conduit access clamp pipe, the circular orifice in the lower clamping conduit fixing rotating shaft is penetrated until the center of the conduit reaches the position of the circular orifice in the lower clamping conduit fixing rotating shaft, the conduit is guided out from the conduit access clamp pipe on the conduit to the outside of the conduit upper protective shell accommodating, two ends of the conduit are connected with objects larger than the inner diameter of the conduit access clamp pipe, and then the protective shell opening and closing button is pressed, the protective shell opening and closing button is driven by the protective shell opening and closing button to downwards press the protective shell opening and closing clamp shaft clamping groove, and the upper clamping conduit fixing rotating shaft is in a non-closed annular arrangement, and the conduit access clamp shaft is continuously clamped, so that the conduit can be replaced after the conduit is continuously clamped with the lower clamping rotating shaft, and the conduit is damaged due to the fact that the conduit is continuously connected with the conduit is damaged when the conduit is in a method after the same time when the conduit is in a condition of being damaged condition;

2. according to the utility model, the conduit recovery button is arranged and pressed down to the rotation-blocking chuck, the inner gear-shaped hollowed-out arrangement of the rotation-blocking chuck loses clamping connection with the rotating shaft gear, so that the retraction card spring in clamping connection in the upper clamping conduit fixing rotating shaft and the lower clamping conduit fixing rotating shaft drives the upper clamping conduit fixing rotating shaft and the lower clamping conduit fixing rotating shaft to rotate due to elastic resilience, and then the conduit drives the conduit to retract;

3. according to the utility model, the cleaning left bayonet of the guide pipe is arranged, stains, sewage and the like can be attached to the outer wall of the guide pipe after the guide pipe is used, cleaning articles such as sponge and the like attached to the guide pipe can be placed in the inner space of the cleaning left bayonet of the guide pipe and the cleaning right bayonet of the guide pipe, when the guide pipe is recovered, the stains, sewage and the like on the outer wall of the guide pipe can be wiped and removed by the cleaning articles, after the cleaning mouth clamping button is pressed down, the cleaning mouth clamping strip is pressed down by the cleaning mouth clamping button to be clamped with the cleaning mouth clamping shaft spring, so that the cleaning mouth clamping strip is clamped and connected with the cleaning mouth right clamp Guan Shiqu, and the cleaning left bayonet of the guide pipe and the cleaning right bayonet of the guide pipe can be opened, and the cleaning articles inside the guide pipe can be replaced.

Drawings

In order to more clearly illustrate the embodiments of the utility model or the technical solutions of the prior art, the drawings which are used in the description of the embodiments or the prior art will be briefly described, it being obvious that the drawings in the description below are only some embodiments of the utility model, and that other drawings can be obtained from these drawings without inventive faculty for a person skilled in the art.

FIG. 1 is a schematic diagram of the overall front perspective structure of the present utility model;

FIG. 2 is a schematic diagram of the overall side view and three-dimensional structure of the present utility model;

FIG. 3 is a schematic perspective view of the whole section of the present utility model;

FIG. 4 is a schematic front perspective view of the interior of the present utility model;

FIG. 5 is a schematic side perspective view of the interior of the present utility model;

fig. 6 is a schematic perspective view of a partially exploded view of the access card of the catheter of the present utility model.

In the figure: 1. the catheter is provided with a protective shell; 2. a chuck protective shell; 3. a catheter retrieval button; 4. recovering the button spring; 5. a rotation blocking chuck; 6. positioning a clamping block; 7. a clamp block spring; 8. a rotating shaft gear; 9. a chuck spring; 10. the upper clamping guide tube is used for fixing the rotating shaft; 11. retracting the card spring; 12. a card spring tray; 13. a thread cutting card; 14. the lower clamping guide tube is used for fixing the rotating shaft; 15. a protective shell is accommodated under the guide pipe; 16. a protective shell opening and closing button; 17. a protective shell opening and closing clamping shaft; 18. an opening and closing button spring; 19. a clamping shaft clamping groove is opened and closed; 20. a catheter access card tube; 21. the clamping tube is used for fixing the card; 22. the guide pipe cleans the left bayonet; 23. a hinge; 24. the guide pipe cleans the right bayonet; 25. cleaning the right clamping tube; 26. cleaning the mouth clamping strip; 27. a cleaning mouth clamping shaft spring; 28. a clean mouth snap button; 29. cleaning the left clamping tube.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

Example 1

Referring to fig. 1 to 5, an automatic anti-winding device for accommodating a catheter is disclosed, which comprises a catheter accommodating protecting shell 1, a chuck protecting shell 2 is integrally arranged at the top end of the catheter accommodating protecting shell 1, a retracting card spring 11 is integrally arranged at the bottom of the upper clamping catheter fixing rotating shaft 10, a retracting card spring 12 is integrally arranged at the bottom of the retracting card spring 11, a rotating blocking chuck 5 is tightly attached to the bottom of the catheter retracting button 3, a positioning clamping block 6 is tightly attached to the outer wall of the rotating blocking chuck 5, a clamping block spring 7 is welded at one side of the positioning clamping block 6, a rotating shaft gear 8 is connected to the inner clamping of the rotating blocking chuck 5, a clamping chuck spring 9 is tightly attached to the bottom of the rotating shaft gear 8, a clamping card fixing rotating shaft 10 is integrally arranged at the bottom of the upper clamping catheter fixing rotating shaft 10, a locking wire 13 is integrally arranged at the outer wall of the upper clamping catheter fixing rotating shaft 10, a lower clamping shaft 14 is integrally connected to the bottom clamping shaft fixing clamping shaft 16, a clamping shaft 16 is integrally arranged at one side of the lower clamping shaft 16, and a sliding button 16 is integrally connected to the bottom of the rotating shaft 16.

The upper storage protective shell 1 of the conduit is formed into a detachable structure through a protective shell opening and closing button 16, a protective shell opening and closing clamping shaft 17, an opening and closing button spring 18, an opening and closing clamping shaft clamping groove 19 and the lower storage protective shell 15 of the conduit, and the upper storage protective shell 1 of the conduit and the lower storage protective shell 15 of the conduit are symmetrically arranged; the protective shell opening and closing button 16 is pressed, the protective shell opening and closing clamping shaft 17 is driven by the protective shell opening and closing button 16 to downwards press the opening and closing button spring 18, so that the protective shell opening and closing clamping shaft 17 and the opening and closing clamping shaft clamping groove 19 are in non-clamping connection, the upper storage protective shell 1 of the conduit is separated from the lower storage protective shell 15 of the conduit, and the upper storage protective shell 1 of the conduit is integrally taken down.

The catheter recovery button 3 and the chuck protective shell 2 form an elastic structure through a recovery button spring 4, the catheter recovery button 3 and the rotation-resisting chuck 5 form an elastic structure through a chuck spring 9 and the chuck protective shell 2, and the rotation-resisting chuck 5 is internally provided with a gear-shaped hollow; pressing the pipe recovery button 3, the pipe recovery button 3 is pressed down to hinder changeing chuck 5, hinder changeing chuck 5 internal gear group fretwork setting and lose the block with pivot gear 8 and be connected, loosen the pipe after retrieving and retrieve button 3, hinder changeing chuck 5 and block pivot gear 8 again, and the inside recovery button spring 4 of pipe recovery button 3 can pop out pipe recovery button 3, make pipe recovery button 3 and hinder changeing chuck 5 no longer closely laminate, hinder changeing chuck 5 simultaneously and set up for the flabellum, and location fixture block 6 only can block when hinder changeing chuck 5 reverse rotation owing to hinder changeing chuck 5 flabellum setting, the pipe is taken out and is turned to forward rotation, therefore location fixture block 6 hinders changeing chuck 5 to can not cause the influence when the pipe is taken out.

The thread clamp 13 is arranged in a thread shape, the thread clamp 13 and the upper clamping catheter fixing rotating shaft 10 are integrally arranged, and the upper clamping catheter fixing rotating shaft 10 and the lower clamping catheter fixing rotating shaft 14 are in clamping connection; because the thread clamping pieces 13 are integrally arranged on the outer walls of the upper clamping pipe fixing rotating shaft 10 and the lower clamping pipe fixing rotating shaft 14, the thread clamping pieces 13 are in threaded arrangement, and the pipes can be orderly recycled in the surrounding thread clamping pieces 13 until the inside of the upper storage protecting shell 1 and the lower storage protecting shell 15 of the pipes is filled, or both ends of the pipes are clamped at the pipe inlet and outlet clamping pipe 20 due to articles.

Example two

Referring to fig. 1-2 and 3-6, an automatic pipe winding preventing device is disclosed, one side of a protecting shell 1 is integrally provided with a pipe access clamping pipe 20, the outer wall of the pipe access clamping pipe 20 is welded with a clamping pipe fixing clamping piece 21, the outer wall of the clamping pipe fixing clamping piece 21 is rotationally connected with a pipe cleaning left bayonet 22, the bottom of the pipe cleaning left bayonet 22 is welded with a hinge 23, the outer wall of the hinge 23 is welded with a pipe cleaning right bayonet 24, the top of the pipe cleaning right bayonet 24 is integrally provided with a cleaning mouth right clamping pipe 25, the inside of the cleaning mouth right clamping pipe 25 is clamped with a cleaning mouth clamping strip 26, one side of the cleaning mouth clamping strip 26 is tightly attached with a cleaning mouth clamping shaft spring 27, the other side of the cleaning mouth clamping strip 26 is integrally provided with a cleaning mouth clamping button 28, and the outer wall of the cleaning mouth clamping button 28 is slidingly connected with a cleaning mouth left clamping pipe 29.

The conduit clean left bayonet 22 and the conduit clean right bayonet 24 form a rotating structure through a hinge 23, and the conduit clean left bayonet 22 and the conduit clean right bayonet 24 form a rotating structure through a clamping tube fixing card 21 and a conduit access card tube 20; after the catheter is used, stains, sewage and the like can be attached to the outer wall of the catheter, cleaning articles such as sponge and the like attached to the catheter can be placed in the inner space of the left clean bayonet 22 and the right clean bayonet 24 of the catheter, when the catheter is recovered, the cleaning articles can wipe the stains, sewage and the like on the outer wall of the catheter, after the clean mouth clamping button 28 is pressed down, the clean mouth clamping button 28 presses down the clean mouth clamping strip 26 and the clean mouth clamping shaft spring 27, so that the clean mouth clamping strip 26 and the right clean mouth clamping tube 25 lose clamping connection, and the left clean bayonet 22 and the right clean bayonet 24 of the catheter can be opened, and the cleaning articles in the catheter can be replaced.

Working principle: firstly, a protective shell opening and closing button 16 is pressed, a protective shell opening and closing button 16 drives a protective shell opening and closing clamping shaft 17 to downwards press an opening and closing button spring 18, so that the protective shell opening and closing clamping shaft 17 and an opening and closing clamping shaft clamping groove 19 are not in clamping connection, the upper-storage protective shell 1 on the conduit is separated from the lower-storage protective shell 15 on the conduit, the upper-storage protective shell 1 on the conduit is integrally taken down, then the conduit is inserted into the lower-storage protective shell 15 from the conduit access clamping pipe 20, the circular orifice of the lower clamping conduit fixing rotating shaft 14 penetrates until the center of the conduit reaches the position of the circular orifice of the lower clamping conduit fixing rotating shaft 14, the conduit is guided out of the conduit access clamping pipe 20 on the upper-storage protective shell 1 on the conduit from the inside of the upper-storage protective shell 1 on the conduit, two ends of the conduit are connected with objects larger than the inner diameter of the conduit access clamping pipe 20, then the protective shell opening and closing button 16 is pressed, the protective shell opening and closing button 16 drives the protective shell opening and closing clamping shaft 17 to downwards press the opening and closing button spring 18, so that the protective shell opening and closing clamping shaft 17 and the opening and closing clamping shaft clamping groove 19 are in clamping connection, the bottom end of the upper clamping catheter fixing rotating shaft 10 is in unclosed annular arrangement, the catheter cannot be broken by the clamping connection restoration of the upper clamping catheter fixing rotating shaft 10 and the lower clamping catheter fixing rotating shaft 14, the catheter can be replaced by the method when the catheter is damaged due to old and other reasons in subsequent use, the catheter recovery button 3 is pressed, the catheter recovery button 3 is downwards pressed to the rotation blocking chuck 5, the internal tooth hollowed-out arrangement of the rotation blocking chuck 5 is in clamping connection with the rotating shaft gear 8, the retraction clamping spring 11 in clamping connection in the upper clamping catheter fixing rotating shaft 10 and the lower clamping catheter fixing rotating shaft 14 is in elastic resilience, the upper clamping catheter fixing rotating shaft 10 and the lower clamping catheter fixing rotating shaft 14 are driven to rotate, the catheter drives the catheter to retract, the upper clamping catheter fixing rotating shaft 10 and the outer wall of the lower clamping catheter fixing rotating shaft 14 are integrally provided with the thread clamping pieces 13, the thread clamping pieces 13 are in threaded arrangement, the catheter can be orderly recycled around the thread clamping pieces 13 until the interior of the protecting shell 1 and the protecting shell 15 which are contained under the catheter are contained on the catheter or both ends of the catheter are clamped by objects at the positions of the catheter entering and exiting clamping tube 20, the catheter recycling button 3 is loosened after recycling is completed, the rotating-blocking chuck 5 is clamped with the rotating shaft gear 8 again, the recycling button spring 4 in the catheter recycling button 3 can eject the catheter recycling button 3, the catheter recycling button 3 and the rotating-blocking chuck 5 are not tightly attached, meanwhile the rotating-blocking chuck 5 is in fan-blade arrangement, the locating clamping block 6 is only clamped when the rotating-blocking chuck 5 reversely rotates, and the rotating-blocking chuck 6 rotates forward when the catheter is pulled out, so that the rotating-blocking chuck 5 is not influenced.

Then, after the catheter is used, stains, sewage and the like may be attached to the outer wall of the catheter, and cleaning articles such as sponge attached to the catheter may be placed in the inner spaces of the left clean bayonet 22 and the right clean bayonet 24 of the catheter, and when the catheter is recovered, the cleaning articles wipe the stains, sewage and the like on the outer wall of the catheter, and after the clean mouth clamping button 28 is pressed down, the clean mouth clamping button 28 presses down the clean mouth clamping strip 26 and the clean mouth clamping shaft spring 27, so that the clean mouth clamping strip 26 and the right clean mouth clamping tube 25 lose clamping connection, and the left clean bayonet 22 and the right clean bayonet 24 of the catheter can be opened, and the cleaning articles inside the catheter can be replaced.

The foregoing has shown and described the basic principles, principal features and advantages of the utility model. It will be understood by those skilled in the art that the present utility model is not limited to the embodiments described above, and that the above embodiments and descriptions are merely illustrative of the principles of the present utility model, and various changes and modifications may be made without departing from the spirit and scope of the utility model, which is defined in the appended claims.

Claims (6)

1. An automatic anti-winding device of accomodating of pipe, its characterized in that: including accomodating protection shell (1) on the pipe, the top integration of accomodating protection shell (1) is provided with chuck protection shell (2) on the pipe, and the inside block of chuck protection shell (2) is connected with pipe recovery button (3), and the inside of pipe recovery button (3) is closely laminated and is had recovery button spring (4), the bottom of pipe recovery button (3) is closely laminated and is blocked changeing chuck (5), and the outer wall of blocking changeing chuck (5) is closely laminated and have positioning fixture block (6), and one side welding of positioning fixture block (6) has fixture block spring (7), the inside block of blocking changeing chuck (5) is connected with pivot gear (8), and the bottom of blocking changeing chuck (5) is closely laminated and is had chuck spring (9), the bottom integration of pivot gear (8) is provided with last block pipe fixed pivot (10), and the inside block of going up block pipe fixed pivot (10) is connected with withdrawal card spring (11), and the bottom of withdrawal card spring (11) is closely laminated and is had spring tray (12), the inside block of going up block pipe fixed (10) is connected with the pivot (14) of the integrative card of pivot (14), the bottom of accomodating protection shell (1) on the pipe closely laminates and has accomodates protection shell (15) under the pipe, and accomodate the inside sliding connection of protection shell (15) under the pipe has protection shell to open and shut button (16), one side integration of protection shell open and shut button (16) is provided with protection shell card axle (17) that opens and shuts, and one side of protection shell card axle (17) that opens and shuts closely laminates has opening and shutting button spring (18) to the one end of opening and shutting button spring (18) closely laminates has card axle draw-in groove (19) that opens and shuts.

2. The automatic catheter storage anti-wind device of claim 1, wherein: the catheter is integrally provided with a catheter access clamping tube (20) on one side of the catheter containing protective shell (1), the outer wall of the catheter access clamping tube (20) is welded and connected with a clamping tube fixing clamping piece (21), the outer wall of the clamping tube fixing clamping piece (21) is rotationally connected with a catheter clean left bayonet (22), the bottom of the catheter clean left bayonet (22) is welded and connected with a hinge (23), the outer wall of the hinge (23) is welded and connected with a catheter clean right bayonet (24), and the top integration of the clean right bayonet socket of pipe (24) is provided with clean mouthful right card pipe (25), and the inside block of clean mouthful right card pipe (25) is connected with clean mouthful card strip (26) to the inseparable laminating of one side of clean mouthful card strip (26) has clean mouthful card axle spring (27), the opposite side integration of clean mouthful card strip (26) is provided with clean mouthful block button (28), and the outer wall sliding connection of clean mouthful block button (28) has clean mouthful left card pipe (29).

3. The automatic catheter storage anti-wind device of claim 1, wherein: the upper storage protective shell (1) of the conduit is used for storing the protective shell (15) under the conduit through a protective shell opening and closing button (16), a protective shell opening and closing clamping shaft (17), an opening and closing button spring (18), an opening and closing clamping shaft clamping groove (19) and the conduit, so that a detachable structure is formed, and the upper storage protective shell (1) of the conduit and the lower storage protective shell (15) of the conduit are symmetrically arranged.

4. The automatic catheter storage anti-wind device of claim 1, wherein: the catheter recovery button (3) forms an elastic structure with the chuck protective shell (2) through the recovery button spring (4), and the catheter recovery button (3) and the rotation-resisting chuck (5) form an elastic structure with the chuck protective shell (2) through the chuck spring (9), and the rotation-resisting chuck (5) is internally provided with a gear-shaped hollow.

5. The automatic catheter storage anti-wind device of claim 1, wherein: the thread clamping pieces (13) are arranged in a threaded mode, the thread clamping pieces (13) and the upper clamping catheter fixing rotating shaft (10) are integrally arranged, and the upper clamping catheter fixing rotating shaft (10) and the lower clamping catheter fixing rotating shaft (14) are connected in a clamping mode.

6. The automatic catheter storage anti-wind device of claim 2, wherein: the clean left bayonet (22) of pipe passes through hinge (23) and clean right bayonet (24) of pipe and constitutes rotating structure, and clean left bayonet (22) of pipe and clean right bayonet (24) of pipe pass through card pipe fixed card (21) and pipe and go into card pipe (20) and constitute rotating structure.