KR101657873B1 - Portable clean intermittent catheter - Google Patents

Abstract

The present invention relates to a catheter disinfecting device for urinating and inducing urine, which enables a catheter inserted into a urine tube of a patient to be stored in a disinfectant for facilitating urination, which enables a lubricant to be easily inserted into a urine tube, A catheter for inserting a catheter into a patient's urine, a liquid chamber to which a disinfectant for sterilizing the liquid is supplied, a mesh cone chamber for guiding the disinfectant of the liquid chamber to the distal end of the catheter and a structure in which the liquid chamber extends and contracts in the longitudinal direction, A disinfecting tube having a stretchable and contractible portion; A disposing tube for disposing a container filled with a lubricant to be supplied to the catheter, a discharge hole formed in the disposing chamber so as to face the mesh cone chamber, a catheter passing through the discharge hole, A supply pipe provided on an outer circumferential surface of a push button for supplying a lubricant to a distal end of the catheter, the supply pipe being provided in the mounting chamber so as to press the lubricant container; The catheter is installed on the other side of the disinfecting tube and has an inflow hole for guiding the entry of the catheter into the liquid chamber. A catheter inserted vertically to the inflow hole is folded or unfolded to open and close the inner hole to control the urine discharge A control tube having a knob; The catheter can be sterilized and the lubricant can be supplied. Therefore, it is advantageous in that the patient does not feel any sense of heterogeneity when the catheter is inserted by using the lubricant as well as the second infection by the treatment tool. The advantage of this method is that it can be directly inserted into the urinary tract of the patient to maintain the cleanliness of the patient, thereby significantly reducing the frequency of secondary infections. Also, it is advantageous for elderly patient caregivers to conveniently handle the catheter will be.

Description

[0001] Portable clean intermittent catheter [0002]

The present invention relates to a disinfection apparatus for inducing urination of a patient to promote recovery of a patient and urinary tract infection. More particularly, the present invention relates to a disinfection apparatus capable of storing a catheter inserted into a urine tube of a patient to assist urination, The present invention relates to a disinfection device for catheter for urination and induction, which is provided with a lubricant for smooth insertion of the catheter, and is capable of bending during storage and carrying, thereby enhancing convenience.

If the patient has long-term recovery after the operation, if the urination of the urine generated in the patient's body is artificially handled,

The insertion of the catheter for inducing the urination of the patient is performed by disposing a dressing set sterilized and sterilized around the genitalia of the patient while wearing the sanitary gloves, and inserting the catheter into the urine conduit of the genital organ.

In the process of inserting the catheter, the operator grips the catheter with one hand, and inserts the catheter into the urinary tract by opening the urine of the genitalia with the other hand. Therefore, the most important concern in the catheter insertion procedure is that the management of the catheter is clean The patient's urinary tract infected by the failure to manage.

However, most of the nursing patients who are in need of long-term care are in charge of the patient's family. Patient's caregivers often do not receive professional education, so they can not clean the catheter's handling, Frequent occurrence.

Urinary tract infection caused by urinary catheter is closely related to the quality of life and life expectancy of the patient in the long term, so that the management and handling of the catheter inserted into the urinary tract are kept clean and the storage is made easy It is true that

Separate storage containers have been developed to meet the requirements for cleanliness and convenience in handling and storage of these catheters.

In order to satisfy the conventional necessity, a registration practice utility model 20-456834 has been proposed.

According to the present invention, there is provided a catheter storage container for inserting a urethra, wherein the upper container and the lower container are formed only on the end sides, respectively, and a small-diameter receiving tube extending to the upper and lower containers, Thereby preventing the amount of the injected medicament from being formed and forming a slanting hook at a portion where the upper container and the receiving tube are connected to each other. Even if the catheter stored inside is caught off the cap, So that the folded container is not easily opened, and the retaining ring is freely rotated so as to keep the center, so that the urinary incontinence catheter Thereby providing a storage container.

However, since the catheter storage container of the new registered utility model can not supply the lubricant for smooth insertion into the urine tube at the tip of the catheter during the storage of the catheter, it is troublesome to supply the lubricant by a separate operation, There is a problem in that it can be exposed to an infected environment.

In addition, since the catheter storage container of the new registered utility model forms a simple space therein, there is a problem that the stored catheter is kept in a shaky state and the stable storage state can not be achieved.

Registration Utility Model 20-456838

The object of the present invention is to prevent the urinary tract infection caused by the inattentiveness of the catheter inserted into the patient's urinary tract, the lack of education about the manpower handling the catheter, do,

In addition, the present invention aims at disinfecting the catheter while it is stored, and to provide a lubricant for smooth insertion into the affected area.

In addition, the present invention aims to insert the catheter into the patient's urine without holding the catheter by hand when the catheter is being applied to the patient.

The above objects are to provide a catheter that can be disinfected or contaminated and to be safely handled while supplying a lubricant so that the catheter can be easily inserted into the affected area, A configuration capable of maintaining the state is required.

Therefore, the object of the present invention can be sufficiently achieved if it has the above-mentioned constitution.

In order to achieve these objects, there is a need to provide a disinfection chamber in which a disinfectant for disinfecting a catheter for insertion into a urine of a patient is filled, a mesh cone for guiding the disinfectant to come into contact with the catheter tip, and a stretchable and contractible portion One disinfecting tube; A disposing chamber in which a catheter sterilized in the disinfection chamber is discharged to the outside of the filling chamber, the discharging hole is filled with a lubricant supplied to the catheter to be extracted, A supply pipe having a supply member for supplying the supply pipe; And an inflow hole for introducing the catheter into the disinfection chamber, wherein the inflow hole is provided with a catheter extracted from the supply tube, And a control tube provided with a control member for controlling the flow of the fluid.

In order to achieve the object of the present invention, the disinfecting tube includes a filling chamber having a cylindrical space and filled with a disinfectant therein, and a control tube for discharging a lubricant and a urine to both ends of the filling chamber And the filling chamber is preferably composed of a stretchable portion stretched or contracted in the longitudinal direction at an intermediate position of the outer diameter at which the filling chamber is formed.

In order to achieve the object of the present invention, the supply pipe is connected to the sterilization pipe as a circular pipe, and serves as a lubricant storage space for feeding the catheter into the circular pipe, presses the lubricant on the cylinder and the outside, A discharge hole formed to have a diameter of the catheter and to guide the catheter to be extracted through the center of the mounting chamber and a cap for opening and closing the discharge hole; And a supply member including an outlet formed at one side of the supply pipe in a state in which the discharge hole through which the lubricant is discharged is provided.

In order to achieve the object of the present invention, the control tube may be a circular tube, connected to the sterilizing tube,

An inlet having a diameter at which the catheter is inserted and formed in a longitudinal direction at the center of the control tube, an inlet having an induction surface extending from one side of the inlet hole to be inclined with respect to the control tube, and an inlet connected to the inlet hole A knob body that is elastically mounted perpendicularly to the middle of the inflow hole and that allows the catheter passing through the through hole opened at the same position as the inflow hole to bend or unfold, And a button coupled to the knob body, which is vertically installed in the middle of the inlet hole and protruded to the outside of the control tube, to form a control member.

In order to achieve the object of the present invention, the expansion / contraction portion of the disinfection tube has a thin portion of a certain thickness when forming the outer diameter of the disinfection tube, and a bellows shape having a diameter smaller than the outer diameter of the disinfection tube is repeated So that the length of the disinfecting tube is expanded and contracted.

In order to achieve the object of the present invention, in the disinfection tube of the present invention, the diameter of the disinfecting tube is gradually reduced in a certain portion in forming the outer diameter of the disinfecting tube, It is preferable to provide a configuration in which the length of the disinfecting tube is elongated and contracted in a sliding manner in the disinfecting tube.

In order to achieve the object of the present invention, the lubricant supplied to the installation chamber of the supply pipe includes an assembly hole having a size corresponding to the lubricant storage space of the supply pipe and formed to be assembled to the discharge hole at the center, And a reservoir filled with a wrinkle-free material having a discharge port for discharging the lubricant into the catheter, the viscosity of which is reduced when the urine of the patient contacts the catheter, and the viscosity is reduced.

In order to achieve the object of the present invention, the mesh cone includes a supply pipe for supplying a lubricant to the outside as a circular pipe, a fastening part for disinfecting the catheter, a fastening part for fastening the fastening part And a through hole for inserting a discharge hole of the supply pipe into the protrusion of the coupling part; and an inclined surface in which the disinfectant is brought into contact with the distal end of the catheter and the catheter of the disinfection chamber is led to the discharge hole, As shown in Fig.

In order to achieve the object of the present invention, it is preferable that the distal end of the catheter is provided with a constitution in which a separate hole is further formed to increase urine inflow in a state of being mounted on a patient's urine.

The present invention for achieving the above objects has an advantage of being able to disinfect the catheter and thus it is advantageous to prevent the secondary infection by the treatment tool and it is advantageous in that it is easy to store and carry because it is deformed into a bent state in a horizontal state, Patient caregivers also benefit from the convenience of handling the catheter.

1 is a side view of a catheter sterilizer to which the present invention is applied.
FIG. 2 is an enlarged cross-sectional view of the catheter in the context of the present invention. FIG.
Fig. 3 is a longitudinal sectional view of Fig. 2; Fig.
4 is an enlarged cross-sectional view of a feed pipe of the present invention.
FIG. 5 is a sectional view of a state where a lubricant is supplied to the distal end of a catheter extracted from a supply tube of the present invention. FIG.
6 is a state in which the disinfector of the present invention is contracted to extract a catheter.
FIG. 7 is a view showing the state of urine discharge of the control tube connected to the sterilizer of the present invention. FIG.
FIG. 8 is a side view of a state in which the extending member of the disinfecting tube of the present invention is provided in a slide form. FIG.
Fig. 9 is a state in which the catheter is extracted by shrinking the disinfecting tube of the slide form of Fig. 8; Fig.

DETAILED DESCRIPTION OF THE INVENTION The present invention will now be described more fully hereinafter with reference to the accompanying drawings, which illustrate specific embodiments in which the invention may be practiced. Will be described in detail.

Although the embodiments of the present invention can be variously practiced, for example, the specific shapes, structures, and characteristics described herein can be embodied in other embodiments without departing from the spirit and scope of the present invention in connection with the embodiments. have.

It is also to be understood that the position or arrangement of the individual components within each disclosed embodiment may be varied without departing from the spirit and scope of the invention.

The following detailed description is, therefore, not to be taken in a limiting sense, and the scope of the present invention is to be limited only by the appended claims, along with the full scope of equivalents to which such claims are entitled, if properly explained.

In the drawings, like reference numerals refer to the same or similar functions throughout the several views, and length and area, thickness, and the like may be exaggerated for convenience.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, so that those skilled in the art can easily carry out the present invention.

FIG. 1 is a side view of a catheter sterilizer to which the present invention is applied. The inner and outer surfaces of a catheter 100 used for solving urinary problems of a patient are disinfected, and a lubrication jelly (Hereinafter referred to as " sterilizer ").

The catheter 100 has a diameter that is suitable for insertion into a urine tube and has a tubular shape with an inner hole 110 formed therein for facilitating urination. The catheter 100 is inserted into a urine tube, Is formed of a synthetic resin having soft properties.

Thus, the catheter 100 is free to bend and unfold, minimizing heterogeneity in the state of being inserted or inserted into the patient's urinary tract.

The sterilizer 200 formed for sterilizing the catheter 100 includes a disinfecting tube 400 having a space into which the disinfectant H is injected, a control tube 300 for inserting the catheter 100, And a supply pipe 500 for supplying lubricant J to the tip of the catheter 100 when the sterilized catheter 100 is extracted.

 1, the sterilizer 200 including the control tube 300, the disinfecting tube 400 and the supply tube 500 has a length of about 25 cm sufficient to mount the catheter 100 , It is preferable to form the state where the catheter 100 is mounted and the filling state of the disinfectant H and the lubricant J from a transparent synthetic resin so that it can be confirmed from the outside.

The sterilizer 200 is required to contract the length of the disinfecting tube 400 when inserting the catheter 100 into the patient so that the stretchable and contractible portion 403 which can be stretched or shrunk in the longitudinal direction on the outer diameter of the disinfecting tube 400 Lt; / RTI &

The control tube 300 is a position where the catheter 100 is inserted and includes a cap 315 for protecting the inflow hole 310 formed for inserting the catheter 100 and a cap 315 for inserting the catheter 100 And a knob 330 for opening and closing the hole 110 is provided.

The supply tube 500 also includes a cap 514 for protecting the discharge hole 510 formed therein for discharging the catheter 100 into which the catheter 100 is extracted, And a push button 530 for supplying the jaws J are provided.

FIG. 2 is an enlarged cross-sectional view of a control tube according to the present invention. FIG. 3 is a longitudinal sectional view of FIG. 2, in which the control tube 300, An inlet 312 for inserting the catheter 100 is formed at one side of the inflow hole 310 and is formed into a funnel shape for smooth insertion, A stopper 315 for opening and closing the inlet 312 is formed around the outer periphery of the inlet 312.

A coupling portion 314 is formed at a position opposite to the other side of the control tube 300, that is, the inlet 312, for connection with the disinfecting tube 400.

A knob hole 320 is formed on the outer diameter of the control tube 300 and a guide piece 323 on which a coil spring 340 is installed.

The knob body 320 is provided with a knob body 331 vertically operating with respect to the inlet hole 310 so that the upper end of the knob body 331 is protruded through the outer diameter of the control tube 300.

A knob 330 is provided on a knob body 331 protruding to the outer diameter of the control tube 300 and a coil spring 340 is installed on the lower end of the knob body 331 And the coil spring 340 is fixed to the guide piece 323 protruding from the bottom of the control tube 300.

The knob body 331 is formed with a through hole 333 through which the catheter 100 passes. The through hole 333 is formed at a position spaced apart from the inlet hole 310.

Therefore, the position of the through hole 333 normally keeps the catheter 100 inserted in the inflow hole 310 in a state of being folded to close the inner hole 110 of the catheter 100, When the catheter 100 is moved, the catheter 100 is in a position to coincide with the inflow hole 310, so that the bent catheter 100 is opened and the inner hole 110 is opened.

The sterilizing tube 400 having a purpose of filling the disinfectant liquid H and disinfecting the catheter 100 has a cylindrical shape in cross section and includes a control tube 300 and a supply pipe (414) and (415) formed with mutually threaded threads and screw grooves, respectively, for coupling with the screw shaft (500).

The disinfection tube 400 has a variable structure in which the length of the disinfection tube 400 is contracted and elongated for the purpose of injecting the disinfected catheter 100 into a patient.

As the variable structure, a stretchable and contractible portion 403 having a shape of a bell-shaped pipe formed by repeatedly connecting the diameter of the disinfecting tube and the diameter of the disinfecting tube repeatedly is suitable.

In forming the stretchable and contractible portion 403, as shown in FIG. 8, a plurality of tubes are formed. The outer diameter of the tubes is gradually reduced. The tube is shaped like an antenna extraction tube assembled by tapering. The small diameter portion is slid along a large diameter. It may be constituted by a stretchable and contractible portion 403a which is stretched and contracted.

Figure 4 shows an enlarged view of the supply tube of the present invention wherein the supply tube 500 is cylindrical and has a characteristic that is sufficient to reduce the insertion resistance of the catheter 100 inserted into the patient's urine A mounting chamber 520 in which the lubricant J as the main raw material is stored is formed inside.

A discharge hole 510 for discharging the catheter 100 is formed at the center of the mounting chamber 520 so as to face the mesh cone 450 and a discharge port 510 for discharging the lubricant J to one end of the discharge hole 510 The outlet 512 is formed to have a size sufficient to supply the lubricant J to the distal end of the catheter 100 from which the hole 513 is to be extracted and the outlet 512 is formed to be inclined and connected to the outer surface of the supply tube 500 .

A plug 514 is provided around the outlet 512 to open and close the outlet 512.

The outer diameter of the supply pipe 500 is formed with a knob hole 521 to be connected to an inner mounting chamber 520 and a push button 530 for pressing and discharging the lubricant J into the knob hole 521 So as to protrude to the outer diameter of the supply pipe 500 of the push button 530.

A mesh cone 450 is provided between the supply pipe 500 and the disinfecting pipe 400 and includes a mesh 455 for sufficiently disposing the disinfectant H supplied to the liquid chamber 410 on the tip of the catheter 100 Respectively.

The mesh cone 450 is formed in a cylindrical shape and has a fastening portion 451 connected to the fastening portion 414 of the sterilization pipe 400 and the fastening portion 511 of the supply pipe 500 at both ends, A pressing surface 452 for pressing the container 560 of lubricant is formed in the coupling part 451 connected to the supply pipe 500. A discharge hole 510 of the supply pipe 500 is formed on the pressing surface 452, And is formed by drilling the through hole 453 with a diameter to be inserted.

The through hole 453 of the mesh cone 450 allows the distal end of the catheter 100 that has passed through the disinfection tube 300 to be guided to the discharge hole 510 of the supply tube 500 and the disinfectant H to the catheter 100 To be buried sufficiently at the tip end of the mesh 455, to be formed into a funnel shape.

The lubricant J installed in the mounting chamber 520 of the supply pipe 500 is in the shape of a tube and is easily compressed and filled in the lubricant vessel 560 provided with the discharge port 561 on the outer surface thereof, The lubricant container 560 is formed with a fitting hole 562 for insertion into the discharge hole 510 of the supply pipe 500.

The lubricant vessel 560 is compressed due to the tightened state of the tightened mesh cone 450 and the lubricant J of the lubricant vessel 560 is pressed by the push button 530.

The distal end of the catheter 100 is inserted into the urine of the patient, urine flows into the inner hole 110 of the urine, the introduced urine is guided out of the patient's body, and is discharged from the end, An auxiliary hole 120 is further formed around the distal end of the catheter 100 so that urine inflow of the catheter 100 can be performed smoothly.

In the present invention having the above-described structure, the control pipe 300 fastened to one side of the disinfecting pipe 400 of the sterilizer 200 is rotated in the screw releasing direction so that the fastening parts 314 and 415 are separated from the sterilizer 200 The disinfectant H for disinfection and disinfection is supplied to the liquid chamber 410 and then the control unit 300 is connected to the connection units 314 and 415 of the disinfection unit 400. In this case,

The connection part 511 of the supply pipe 500 coupled to the other side of the disinfecting pipe 400 and the connection part 451 of the mesh cone 450 are separated from each other and connected to the mounting room 520 of the supply pipe 500 And a fitting hole 562 formed in the center of the container 560 of the lubricant J is inserted into the discharge hole 510 of the supply pipe 500 so as to penetrate the container 560 filled with the lubricant J, (500) and the coupling portions (511) and (451) of the mesh cone (450).

When the supply pipe 500 is connected to the mesh cone 450, the pressing surface 452 of the mesh cone 450 is in contact with the outer surface of the container 560 of the lubricant J.

Also, the push button 530 located on the outer surface of the supply pipe 500 is in contact with the surface of the container 560.

The sterilization agent H and the lubricant J are filled in the sterilizer 200 and the cap 315 of the control tube 300 is opened with the catheter 100 for inserting the patient's urine and the knob 330 So that the through hole 333 of the knob body 331 coincides with the inlet hole 310 of the control tube 300,

Thereafter, the catheter 100 is inserted through the inlet 312 of the control tube 300 into the matching through-hole 333 and the inlet hole 310.

The catheter 100 is positioned in the liquid chamber 410 of the disinfecting tube 400 of the disinfector 200 while the distal end of the catheter 100 is inserted into the funnel-shaped mesh 455 provided in the mesh cone 450, As shown in Fig.

When the force is removed from the knob 330 of the control tube 300 that has been depressed, the knob body 331 is lifted by the coil spring 340 so that the catheter 100 positioned in the through hole 333 of the knob body 331 So that the middle portion of the catheter 100 is folded. As a result, the inner hole 110 is closed.

The catheter 100 mounted in the disinfecting tube 400 of the disinfector 200 is disinfected in the liquid chamber 410 filled with the disinfectant H in such a state.

The catheter 100 thus disinfected by the disinfectant (H) is inserted into a patient suffering from a voiding disorder, which is inserted through the genital tubules.

However, when the catheter 100 is inserted into the urinary tube located at the genitalia of the patient, the material characteristic and heterogeneity of the catheter 100 are not smoothly inserted into the urinary tube, so that the patient tends to suffer from pain.

Therefore, in order to perform catheter 100 operation on a patient, it is required to supply lubricant J to reduce the insertion resistance at the tip of catheter 100, and at the same time, insert disinfected catheter 100 directly into the patient's urine So that the disinfecting tube 400 of the sterilizer 200 is held by one hand and the disinfecting tube 400 is shrunk in the longitudinal direction by the other hand.

The distal end of the catheter 100 mounted on the liquid chamber 410 is inserted into the discharge hole 510 of the supply tube 500 through the inclined surface of the mesh 455, Lt; / RTI >

When the push button 530 located at the outer diameter of the supply pipe 500 is pressed when the catheter 100 introduced into the discharge hole 510 is positioned at the outlet 512 through the discharge hole 510, The lubricant J is discharged to the tip of the catheter 100 through the discharge port 561.

In addition to the method of discharging a certain amount of the lubricant J by pressing the push button 530 as described above, when the mesh cone 450 connected to the supply pipe 500 is rotated in the tightening direction like a normal screw tightening method, A certain amount of the surface 452 is discharged to the tip of the catheter 100 through the discharge port 561 while pressing the outer surface of the lubricant container 560.

The length of the disinfecting tube 400 is further contracted so that the catheter 100 supplied with the lubricant J is extracted to the outside of the supply tube 500 as shown in FIG.

Thereafter, the catheter 100, which has been extracted with the lubricant J applied, is placed in proximity to the urine sterilization apparatus 200 by disinfecting the disinfecting tube 400 with the hand, Insert the tip into the tubule.

A lubricant J is applied to the distal end of the catheter 100 so that even if a pulling resistance is generated in the urine tube, the catheter 100 is smoothly inserted by the viscosity of the lubricant J and the entire catheter 100 is disinfected The infection and propagation of bacteria are blocked.

The sterilizer 200 is fixed to the patient's body by the general method in the state where the catheter 100 is applied to the patient's urine, as described above, so that the sterilizer 200 is not released even when the patient moves.

When the catheter 100 is inserted into the urine tube of the patient, the urine collected in the bladder enters the inner hole 110 of the catheter 100. However, since the knob body (not shown) of the control tube 300 of the sterilizer 200 331 keep the catheter 100 folded by the elastic force of the coil spring 340 so that the inner hole 110 is closed and the urine does not flow out of the sterilizer 200, .

However, the knob 330 of the control tube 300 of the sterilizer 200 is pressed by the patient, the practitioner, and the medical staff in order to confirm the urination state and achieve the urination assistance.

When the knob 330 is pressed, the knob body 331 moves toward the guide piece 323 of the control tube 300, and the through hole 330 folding the catheter 100 moves. The catheter 100 is opened in a horizontal state so that the inner hole 110 of the catheter 100 is opened so that the urine flowing in and the urine in the bladder are discharged to the outside of the sterilizer 200 through the catheter 100 .

Since the catheter 100 is sterilized and the lubricant is supplied to the distal end of the catheter 100, the catheter 100 is inserted into the urine of the patient, thereby providing an environment in which the preventive treatment for blocking the transfer of the infectious bacteria to the patient is surely provided.

The sterilizer 200 blocks the inlet 312 and the outlet 512 of the control tube 300 and the supply tube 500 with the respective stoppers 315 and 514 for handling and storage, A bending phenomenon is generated at a portion of the stretchable and contractible portion 403 formed at the center of the disinfecting tube 400 to be deformed into a 'U' shape, so that the storage length can be reduced.

Even when the sterilizer 200 is bent as described above, the catheter 100 mounted inside the catheter 100 is bent into a U shape in a state where there is no problem in function.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It is to be understood that the invention may be embodied in many other specific forms without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive.

100: catheter 110: inner hole 120:
200: sterilizer 300: control tube 310: inlet hole
312: inlet 314: fastening part 315: stopper
320: knob hole 323: guide piece 330: knob
331: knob body 333: through hole 340: coil spring
400: disinfecting tube 403, 403a: stretching part 410: liquid chamber
414, 415: fastening part 450: mesh cone 451: fastening part
452: pushing surface 453: through hole 455: mesh
500: supply pipe 510: discharge hole 512: outlet
513: Discharge hole 514: Stopper 520: Mounting chamber
521: knob ball 530: push button 540: coil spring
560: Lubricant container 561: Discharge port 562: Fitting hole
H: Disinfectant J: Lubricant

Claims (9)

An inflow hole 310 for mounting a catheter 100 having an inner hole 110 in a diameter inserted into a urethra tube is formed at the center of a circular tube and is inserted vertically to the inflow hole 310, A control tube 300 having a knob 330 for folding or unfolding the catheter 100 to open and close the inner hole 110;
A liquid chamber 410 to which the disinfectant H for sterilizing the catheter 100 is supplied and stored and the other side of the liquid chamber 410 is connected to the control tube 300, A disinfecting tube 400 having a disinfectant H and a mesh cone 450 for collecting the tips of the catheter 100;
A discharge hole 510 connected to the mesh cone 450 to receive the catheter 100 through the mesh cone 450 and a lubricant filled with a lubricant J to be supplied to the outer surface of the catheter 100, A supply chamber 500 having a mounting chamber 520 for mounting the container 560 and a push button 530 protruding outwardly from the mounting chamber 520 to press the lubricant container 560; And a catheter disinfecting device for urinating and inducing urination.
The method according to claim 1,
The control tube (300)
An inflow hole 310 formed in the center of the control tube 300 in the lengthwise direction and having a diameter at which the catheter 100 is inserted,
An inlet 312 integrally connected to the control tube 300 by slanting at one side of the inlet hole 310 and having a stopper 315,
A through hole 333 through which the catheter 100 passes is formed to be offset from the inflow hole 310 so that the coil spring 340 is coupled to the lower end and the upper end is connected to the control tube 300 And the knob 330 is coupled to the knob body 331 so that the knob body 331 is exposed to the outside.
The method according to claim 1,
The disinfecting tube (400)
Fastening portions 414 and 415 formed to connect the lubricant supply pipe 500 and the urine discharge control pipe 300 to both ends of the liquid chamber 410 formed by the cylindrical pipe,
And a stretchable and contractible portion (403) having an outer diameter surface in the form of a bellows tube or an antenna extracting tube and varying in length so that the middle position of the outer diameter forming the liquid chamber (410) is elongated or contracted in the longitudinal direction, Disinfection device.
The method according to claim 1,
The supply pipe (500)
An outlet 512 for concavely forming the outer surface of the supply tube 500 so that the lubricant is applied to the catheter 100 passing through the discharge hole 510,
A discharge hole 513 for discharging the lubricant J of the mounting chamber 520 to the outlet 512,
Further comprising a cap (514) that opens and closes the outlet (512) and is integrally formed in the supply pipe (500).
The method of claim 3,
The stretchable and contractible portion (403) of the sterilization pipe (400)
Wherein a disinfection tube (400) is formed at an intermediate position of the outer diameter of the disinfection tube (400) so that a length of the disinfection tube (400) is expanded and contracted.
The method of claim 3,
The stretchable and contractible portion (403) of the sterilization pipe (400)
A plurality of tubes are formed at a middle position of the outer diameter of the disinfecting tube 400 and the outer diameter of the tube is gradually reduced and tapered to form an antenna extraction tube, Wherein the catheter is disinfected.
The method according to claim 1,
The mesh cone (450)
A coupling part 451 formed to be connected to the disinfection tube 400 which is disinfected by the catheter, and a supply pipe 500 which serves as a cylindrical tube and supplies lubricant J to both ends,
A pressing surface 452 protruding from the outer surface of the coupling portion 451 so as to press the side surface of the lubricant container 560 by screwing,
A through hole 453 formed at the center of the pressing surface 452 of the coupling part 451 so as to insert the discharge hole 510 of the supply pipe 500,
A funnel-shaped mesh 455 is installed inside the through-hole 453 of the pushing surface 452 so that the distal end of the catheter 100 is guided to the discharge hole 510 and is sterilized by the disinfectant H A catheter sterilizing device for urination induction.
5. The method of claim 4,
The lubricant vessel 560 includes:
A tube of a size to be inserted into the mounting chamber 520 of the supply pipe 500,
A fitting hole 562 formed to be inserted into the discharge hole 510 of the supply pipe 500 by being pierced to the center of the tube,
And a discharge port 561 protruding from the outer surface of the tube to be inserted into the discharge hole 513 of the outlet 512 and leading the discharge of the lubricant J to the tip of the catheter 100 exposed to the outlet 512 Wherein the catheter is disinfected.
The method according to claim 1,
The catheter (100)
Wherein a separate auxiliary hole (120) is further formed at the distal end of the catheter so as to increase the inflow of urine into the inner hole (110) in a state of being mounted on the patient's urine.

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