KR102621041B1 - Anti-twist connector for shower hose with residual water discharge means - Google Patents

Abstract

The present invention relates to an anti-kink connector for a shower hose provided with means for discharging residual water. The purpose of the present invention is to provide a function to allow water to be discharged naturally without remaining in the shower hose connected to the water hydrant, a function to allow the shower hose to rotate freely without being twisted, and to prevent water leakage from occurring at the connection between the shower hose and the water hydrant. By forming a means that can perform the functions of preventing water leakage and corrosion in a complex manner, for example, a composite connection unit is formed to enable the shower hose to be used cleanly and hygienically, as well as to handle the shower hose reliably without kinking. The aim is to provide a kink-proof connector for a shower hose equipped with a means for discharging residual water to prevent troubles such as phenomenon.
Therefore, the specific means of the present invention for achieving the above object are;
In the shower hose connector including a connection closure cap and a composite connection unit;
The composite connection unit includes a hose connection member that delivers water supplied from the water hydrant to the shower hose, an elastic fluid packing and a rotation-inducing fixing member that are sequentially inserted into the outer diameter surface of the lower side of the hose connection member. forming;
In particular, the hose connection member formed as a composite connection unit includes a fastening rod and a residual water discharge cap that are combined in an upper and lower split configuration, and a residual water discharge induction packing that is accommodated and installed in the space on the inner side of the joint of the fastening rod and the residual water discharge cap. Form and achieve.

Description

Anti-twist connector for shower hose with residual water discharge means}

The present invention relates to a connector for a shower hose, and more specifically, to a connection unit that performs a residual water discharge function and a twist prevention function at one end of a shower hose connected to a water hydrant, thereby ensuring a clean, hygienic and stable use relationship. It relates to a kink-proof connector for a shower hose provided with a means for discharging residual water.

Showering helps with basic physical hygiene as well as skin care, and in particular, it helps with mental health by relaxing the body and mind tired from daily life.

In other words, showering refers to the act of washing away body contaminants by spraying water in a spray-like form, and the means used at this time is usually called a shower.

Briefly looking at the configuration of a general shower, it includes a fluid shower hose of a predetermined length that is connected to a faucet that supplies household water and stably guides the water discharged through the faucet to the required direction and location, and It consists of a shower head that breaks the supplied water into small particles and sprays them.

However, in a typical conventional shower, the shower hose and shower head are connected to one body structure fixed by a simple screw fastening method, and this fixed connection structure allows the shower hose and shower head to always move along the same movement line. have it

Therefore, the conventional shower hose as described above is easily twisted without being able to properly respond to various changes in direction by the user, and the twisted shower hose remains in its twisted state unless the user takes the trouble to untangle it directly. However, there is a problem that makes its use very inconvenient and cumbersome, such as interfering with the smooth movement of the shower head.

Accordingly, as a means to prevent the problems of the conventional shower as described above, such as the kink of the shower hose, the applicant's registered right, "Kink Prevention Device for Connecting Shower Head (Korean Patent Registration No. 1676595)," was published as an earlier application. It has been created.

However, the applicant's registered technology, the "kink prevention device for shower head connection," is limited to the function of preventing the shower hose from being twisted, and is limited to the technical aspects that should be the most important when using a shower, namely, cleanliness and hygiene, and There are extremely limited functional limitations in the life extension part of the product where no effect can be expected.

For example, when the valve of the water hydrant that supplies water is closed at the end of the shower, the shower hose of a predetermined length is unable to perform its own drainage function, and a large amount of water remains in the shower hose. .

Accordingly, the water remaining in the shower hose is very seriously polluted due to the proliferation of various microorganisms and bacteria, as well as sediment, etc. This contaminated water is discharged through the shower head during the next shower process and comes into direct contact with the user's body. Accordingly, there is a problem that has a significant negative impact on human health.

In addition, when the shower hose is made of a metal material, the inner surface of the shower hose is easily corroded due to residual water, and this corrosion phenomenon acts as a factor in deteriorating the quality and durability of the shower hose and greatly shortens the service life of the shower hose. There are problems in use and structure, such as being shortened.

As such, despite the significant damage caused by water remaining in the shower hose, the applicant's registered technology, the "kink prevention device for shower head connection," has additional functions other than preventing the shower hose from being twisted, for example, in the shower hose. There is a problem that the function of preventing water pollution by preventing water from remaining or preventing corrosion of the shower hose is a disadvantage that cannot be expected at all.

Therefore, in addition to the stable kink prevention function of the shower hose, it can prevent water remaining in the shower hose at the source, improving cleanliness and hygiene, and at the same time increasing the durability and service life of the shower hose. The development of a shower hose connection means remains an urgent problem to be solved.

Accordingly, the present invention was created to supplement and solve some problems of the anti-kink device for connecting a shower head (Korean Patent Registration No. 1676595), which corresponds to the applicant's pre-registered public technology.

The purpose of the present invention is to allow water to be discharged naturally without remaining in the shower hose connected to the water hydrant, to allow the shower hose to rotate freely without being twisted, and to prevent water leakage from occurring at the connection between the shower hose and the water hydrant. By forming a complex connection unit, for example, a means that can simultaneously perform functions such as preventing the shower hose from being twisted, it not only allows the shower hose to be used more cleanly and hygienically, but also allows the shower hose to be handled stably without kinking, and in addition, The aim is to provide a kink-proof connector for a shower hose equipped with a means for discharging residual water to greatly improve functionality, efficiency, and economic feasibility by preventing troubles such as water leakage and corrosion.

Therefore, specific means of the anti-kink connector for a shower hose equipped with a residual water discharge means according to the present invention to achieve the above object include;

A shower hose connector including a connection cap connecting a water hydrant and a shower hose, and a composite connection unit accommodated and installed on an inner side of the connection cap;

The composite connection unit includes a hose connection member that delivers water supplied from the water hydrant to the shower hose, an elastic fluid packing and a rotation-inducing fixing member that are sequentially inserted into the outer diameter surface of the lower side of the hose connection member. forming;

In particular, the hose connection member formed as a composite connection unit includes a fastening rod and a residual water discharge cap that are combined in an upper and lower split configuration, and a residual water discharge induction packing that is accommodated and installed in the space on the inner side of the joint of the fastening rod and the residual water discharge cap. Form and achieve.

Above, the anti-kink connector for a shower hose equipped with a residual water discharge means according to the present invention has a residual water discharge function to prevent water from remaining in the shower hose connected to the water hydrant, a free rotation function to prevent the shower hose from being twisted, and a shower hose By forming a complex connection unit, for example, a complex connection unit that prevents water leaks from occurring at the connection area between the and faucet, the shower hose can be used more cleanly, hygienically and reliably, and also prevents unnecessary water leaks and corrosion. It has greatly improved functionality, efficiency, and economics, which provides very useful expected results.

Figure 1 is an exploded perspective view of an anti-kink connector for a shower hose equipped with a residual water discharge means according to the present invention.
Figure 2 is an exploded cross-sectional view of an anti-kink connector for a shower hose provided with a residual water discharge means according to the present invention.
Figure 3 is an exploded perspective view of the hose connection member applied to the present invention.
Figure 4 is an exploded cross-sectional view of the hose connection member applied to the present invention.
Figure 5 is a cross-sectional view of the combined installation state of the anti-kink connector for a shower hose equipped with a residual water discharge means according to the present invention.
Figure 6 is a cross-sectional view of the main operating state of the present invention in which water is supplied through a shower hose.
Figure 7 is an exploded cross-sectional view of this embodiment of the anti-kink connector for a shower hose provided with residual water discharge means according to the present invention.
Figure 8 is a cross-sectional view showing the combined installation state of this embodiment of the anti-kink connector for a shower hose provided with a residual water discharge means according to the present invention.

Hereinafter, the configuration of a preferred embodiment of the anti-kink connector for a shower hose equipped with a residual water discharge means according to the present invention will be described in detail based on the accompanying drawings.

Looking at the schematic configuration of the anti-kink connector for a shower hose equipped with a residual water discharge means according to the present invention with reference to the attached drawings;

This consists of a connection cap 300 that connects the water hydrant 100 and the shower hose 200, and a composite connection unit 400 that is accommodated and installed on the inner side of the connection cap 300.

Here, the water hydrant 100, which is the first component of the present invention, is connected to a shower hose 200, which will be described later, and is a conventional water supply means for selectively delivering hot water and cold water to the connected shower hose 200 by valve control. In other words, the description of the water hydrant 100 will be omitted.

The shower hose 200, which is the second component of the present invention, is combined with the hose connection member 1 of the composite connection unit 400, which will be described later, and directs the water supplied through the water hydrant 100 described above in the required direction. It is a means of stably supplying guidance to a location.

The shower hose 200 refers to a typical metal hose or rubber hose having a predetermined length and fluidity, and a shower head (not shown) is further attached to one end of the shower hose 200 in a detachable structure. is formed Accordingly, since the shower hose 200 applied to the present invention is no different from a typical shower hose, detailed configuration and functional description thereof will be omitted.

The connection cap 300, which is the third component of the present invention, is a common fastening means for connecting the shower hose 200 to the water hydrant 100 described above.

This connection closure cap 300 has a cylindrical structure of a predetermined length as shown in Figure 1 or Figure 2, and has a fastening guide hole 301 of a through structure for accommodating a multi-fastening unit 400 to be described later on its inner surface. ), and it is preferable to form a female thread (N) on the inner diameter surface of the lower side of the fastening guide hole 301.

The composite connection unit 400, which is the fourth component of the present invention, is used to connect the shower hose 200 to the water hydrant 100 through the connection cap 300. It has the functions of naturally discharging remaining water and allowing the shower hose (200) to rotate freely without twisting, and also preventing water leakage from occurring at the connection between the water hydrant (100) and the shower hose (200). This is the core gist of the present invention designed to enable this.

This composite connection unit 400 includes a hose connection member 1 that delivers water supplied from the water hydrant 100 to the shower hose 200, as shown in FIGS. 2 to 4, and the hose connection member ( 1) It is preferable to form a configuration including an elastic flow packing (2) and a rotation inducing fixing member (3) that are sequentially inserted into the outer diameter surface of the lower side.

In addition, in the composite connection unit 400, the hose connection member 1 includes a fastening rod 11 and a residual water discharge cap 12 that are combined in an upper and lower split configuration, as shown in FIG. 3, and the fastening rod. It is preferable to form a structure that includes a residual water discharge inducing packing (13) accommodated and installed in the space on the inner side of the joint area between (11) and the residual water discharge cap (12).

At this time, in the hose connection member 1, the fastening rod 11 has a plurality of residual water discharge holes 111-1 arranged through the outer diameter surface, and the lower side where the residual water discharge holes 111-1 are arranged. As shown in FIG. 3, a fastening fixing piece 111-2 on the periphery of the residual water induction pipe 111 is formed further extending in the shape of a circular band, and a vertical protruding structure is extended at the center of the upper surface of the residual water induction pipe 111, It is preferable to form a configuration including a water channel insertion pipe 112 provided with a tapered water inlet 112-1 at the vertically extending inner lower end.

In addition, in the hose connection member 1, the residual water discharge cap 12 has a packing insertion surface 121 forming the outer diameter of the residual water discharge cap 12, as shown in FIGS. 1 to 4, and the packing insertion surface 121. A rotating guiding protrusion 122 protruding in a circular band shape around the lower part of the surface 121, a plurality of water inlet holes 123 penetrating in a circular arrangement on the lower surface, and a hemispherical protrusion in the central part of the inner surface. It is preferable to form it in a configuration that includes a packing adhesive 124.

In addition, in the hose connection member 1, the residual water discharge inducing packing 13 is made of a soft elastic rubber material and has a bellows structure with an elastic expansion hole 131-1 in the center as shown in FIGS. 2 to 4. The elastic sealing piece 131 is integrated and connected around the outer surface of the elastic sealing piece 131, and the residual water discharge inducing packing 13 is fixedly coupled to the above-described fastening rod 11 and the inner surface of the residual water discharge cap 12. It is preferable to form it in a configuration that further includes a close fixing frame 132.

Meanwhile, in the composite connection unit 400, the elastic fluid packing 2 is inserted and coupled to the packing insertion surface 121 of the above-mentioned residual water discharge cap 12 as shown in FIG. 4 or 6 and elastically flows. And it is a means provided to simultaneously provide a natural rotation inducing function and watertightness to the joining surface of the hose connection member (1) and the rotation inducing fixing member (3) through an elastic sealing action.

This elastic fluid packing (2) is preferably molded into a circular band configuration with a U-shaped cross-sectional structure as shown in Figures 1 and 2 using a soft rubber material, which is based on the applicant's previously registered technology. , for example, there is no difference from the composition of the watertight packing applied as “Kink prevention device for shower head connection (Korea Patent Registration No. 1676595).”

In addition, in the composite connection unit 400, the rotation inducing fixing member 3 accommodates and couples the composite connection unit 200 to the above-described connection closing cap 300, and the composite connection unit 200 is coupled. When connecting the connection cap 300 to the water hydrant 100, watertightness is provided to the joining surface of the water hydrant 100 and the connection closure cap 300, and at the same time, a natural rotational action is provided to the hose connection member 1. It is a means designed to do so.

This rotation inducing fixing member (3) forms a vertically penetrating water supply guide hole (31) provided with a packing locking step (311) and a rotation inducing groove (312) on the inner side as shown in Figure 1 or Figure 2. It is preferable to form a structure that includes fixed sealing rings 32 combined in an upper and lower multi-stage structure around the outer diameter surface.

Accordingly, the combination and installation relationship of the anti-kink connector for a shower hose equipped with a residual water discharge means according to the present invention, which consists of a series of configurations as described above, is as follows.

First, the residual water discharge induction packing 13 is accommodated on the inner side of the residual water discharge cap 12 as shown in Figure 2 or 3, and the residual water discharge induction packing 13 is accommodated on the upper side of the residual water discharge cap 12. The hose connection member (1) is formed by inserting and coupling the fastening rod (11).

At this time, the hose connection member (1) is formed by joining the joining portions of the fastening rod (11), the residual water discharge cap (12), and the residual water discharge induction packing (13) into an integrated structure by ultrasonic fusion processing. (1) Leakage of feed water and residual water flowing inward can be blocked.

When the hose connection member (1) is combined and formed in the above configuration, the residual water discharge induction packing (13) takes a state of blocking the water inlet hole (123) formed by the residual water discharge cap (12), and in addition, the residual water discharge induction packing ( The elastic expansion hole 131-1 of 13) takes a blocked state by elastically contacting the packing contact port 124, as shown in Figure 2 or Figure 5.

Next, in the hose connection member 1 formed as described above, the elastic fluid packing 2 is inserted and coupled to the packing insertion surface 121 formed by the residual water discharge cap 12 in a close contact structure. A rotation-inducing fixing member (3) is configured to continuously receive the elastic fluid packing (2) in a surface contact structure on the outer diameter surface of the residual water discharge cap (12) to which the elastic fluid packing (2) is coupled, as shown in FIG. By further inserting and combining, a composite connection unit 400 is formed.

At this time, when the rotation inducing fixing member 3 is inserted into the outer diameter surface of the residual water discharge cap 12 to which the elastic fluid packing 2 is combined, the rotation inducing groove 312 and the rotation inducing protrusion 122 are engaged (inserted) with each other. The rotation inducing fixing member (3) and the residual water discharge cap (12) are coupled together in a mutually engaging structure, and in such a combined state, the sliding guiding action of the pivoting guide groove (312) and the pivoting guide protrusion (122) Allows free rotation of the hose connection member (1).

Thereafter, the composite connection unit 400 formed as described above is combined with the shower hose 200 as shown in FIG. 5 as an insertion structure using the water channel insertion pipe 112, and at the same time, the shower hose 200 and By receiving the combined composite connection unit 400 into the fastening guide hole 301 of the connection closure cap 300 and connecting it to the water hydrant 100 as shown in FIG. 5, a residual water discharge means according to the present invention is provided. Implement anti-kink connector for shower hose.

Here, in particular, when the water hydrant 100 and the connection closure cap 300 are connected in the above-described coupling relationship, the connection portion where the composite connection unit 400 accommodated in the connection closure cap 300 and the water hydrant 100 contact, for example, the connection. As shown in FIG. 5, the central part of the fastening inducing hole 301 of the closing cap 3 has an avoidance gap of a spatial configuration ( L) is further formed

Therefore, the formed avoidance gap (L) causes the composite connection unit (400) to slide up and down as much as the separation range of the avoidance gap (L), and assists and induces the free rotation of the hose connection member (1) more smoothly. Gives a function.

Accordingly, the anti-kink connector for a shower hose equipped with a residual water discharge means according to the present invention, which has the above-described combination installation configuration, opens the valve of the water hydrant (100) to allow the shower hose (200) to flow through the water inlet hole (123). When water is supplied to the furnace, the residual water discharge inducing packing 13 elastically expands as shown in FIG. 6 due to the supplied water pressure and connects the water inlet 112-1 of the fastening rod 11 and the residual water discharge cap. The water inlet hole 123 of (12) is communicated, and water is smoothly delivered to the shower hose 200 through communication between the water inlet port 112-1 and the water inlet hole 123.

Afterwards, when the use of the water (water) is completed and the valve of the water hydrant 100 is closed, the elastically expanded residual water discharge induction packing 13 elastically returns to its original position and the inlet 112-1 of the fastening rod 11. and the water inlet hole 123 of the residual water discharge cap 12 is blocked in a blocked state.

Therefore, when the communication state between the inlet port 112-1 and the water inlet hole 123 is blocked as described above, the water remaining in the shower hose 200 flows back due to the residual pressure and flows into the fastening rod 11. As shown in FIG. 6, the remaining water is naturally discharged to the outside through the formed discharge hole 111-1.

Meanwhile, Figure 7 is an exploded cross-sectional view of an embodiment of an anti-kink connector for a shower hose equipped with a residual water discharge means according to the present invention, and Figure 8 is an exploded cross-sectional view of an embodiment of an anti-kink connector for a shower hose provided with a residual water discharge means according to the present invention. Shows a cross-sectional view of the combined installation state.

The present invention as this embodiment includes a series of components forming the composite connection unit 100 in the above-described embodiment, such as a hose connection member (1), an elastic fluid packing (2), and a rotation inducing fixing member (3). Among the configurations, it is preferable to exclude the elastic fluid packing (2) and the rotation inducing fixing member (3) and form only the hose connection member (1).

Accordingly, the single component of the composite connection unit 100 applied in this embodiment of the present invention, for example, the hose connection member 1, is comprised of a fastening rod 11 coupled in an upper and lower split configuration as shown in FIG. 8 and residual water discharge. It is preferable to form a configuration that includes a cap 12, and a residual water discharge inducing packing 13 accommodated and installed in the space on the inner side of the joint area between the fastening rod 11 and the residual water discharge cap 12.

In addition, in the hose connection member 1 applied in this embodiment, the fastening rod 11 has a plurality of residual water discharge holes 111-1 arranged through the outer diameter surface as shown in FIG. 7, A residual water induction pipe 111 with a fastening fixing piece 111-2 further extending in a circular band shape around the lower side where the residual water discharge hole 111-1 is arranged, and at the center of the upper surface of the residual water induction pipe 111. It is preferably formed to include a water channel insertion pipe 112 that extends in a vertically protruding structure and has a tapered water inlet 112-1 at the vertically extended inner lower end. This is a hose connection applied in the above-described embodiment. There is no difference from the configuration of the fastening rod 11 of the member 1.

In addition, in the hose connection member 1 applied in this embodiment, the residual water discharge cap 12 has a plurality of water inlet holes penetrated in a circular arrangement on the lower surface, as shown in FIGS. 7 to 8. It is preferable to form a configuration including (123) and a packing contact hole (124) protruding in a hemispherical shape at the center of the inner side.

In addition, in the hose connection member 1 applied in this embodiment, the residual water discharge inducing packing 13 includes an elastic sealing piece 131 of a bellows structure provided with an elastic expansion hole 131-1 in the center, and an elastic sealing piece 131 having an elastic expansion hole 131-1 in the center. It is integrated around the outer surface of the sealing piece (131) and includes a tight fixing frame (132) that securely couples the residual water discharge inducing packing (13) to the fastening rod (11) and the inner surface of the residual water discharge cap (12). (For convenience of explanation, the same names and symbols are used for all components that are the same as in one embodiment).

Therefore, the present invention as this embodiment consisting of the above-described configuration includes additional components forming the composite connection unit 100 in the above-described embodiment, such as the rotating flow packing (2) and the residual water discharge induction packing (3). A hose connection member (1) consisting of only one component without the need for coupling, that is, a single-configuration composite connection unit (100), is accommodated and installed on the inner side of the connection cap (300) as shown in FIG. 8 to connect the water hydrant (100). Can be used in connection with.

1: hose connection member 2: elastic flow member
3: Rotation inducing fixing member 11: Fastening rod
12: residual water discharge cap 13: residual water discharge induction packing
31: water supply guide hole 32: fixed sealing ring
111: residual water induction pipe 112: water channel insertion pipe
121: Packing insertion surface 122: Rotating guide protrusion
123: Water inlet hole 124: Packing contact hole
131: Elastic sealing piece 132: Close fixation frame
100: Water hydrant 200: Shower hose
300: Connection closing cap 400: Composite connection unit
L: Avoidance gap

Claims (5)

It is formed to include a connection closure cap 300 connecting the water hydrant 100 and the shower hose 200, and a composite connection unit 400 accommodated and installed on the inner surface of the connection closure cap 300;
The composite connection unit 400 includes a hose connection member 1 that delivers water supplied from the water hydrant 100 to the shower hose 200, and a sequential insertion structure on the lower outer diameter surface of the hose connection member 1. In the shower hose connector formed by a configuration including an elastic fluid packing (2) and a rotation inducing fixing member (3) that are combined;
The hose connection member (1) is accommodated in the space on the inner side of the coupling portion of the fastening rod (11) and the residual water discharge cap (12), which are coupled in an upper and lower split configuration, and the fastening rod (11) and the residual water discharge cap (12). Formed to include an installed residual water discharge induction packing (13);
The fastening rod 11 has a plurality of residual water discharge holes 111-1 arranged through it around the outer diameter surface, and a fastening fixture 111-2 around the lower side where the residual water discharge holes 111-1 are arranged. A still water induction pipe 111 further extends, and a water channel insertion pipe extending in a vertically protruding structure at the center of the upper surface of the still water induction pipe 111 and having a tapered water inlet 112-1 at the vertically extended inner lower end. formed of a composition comprising (112);
The residual water discharge cap 12 has a packing insertion surface 121 forming the outer diameter, a rotating guide protrusion 122 protruding in a circular band shape around the lower end of the packing insertion surface 121, and a circular arrangement structure on the bottom surface. It is formed to include a plurality of water inlet holes 123 penetrating and a packing contact hole 124 protruding in a hemispherical shape at the center of the inner side;
The residual water discharge inducing packing (13) is integrated with an elastic sealing piece (131) of a bellows structure provided with an elastic expansion hole (131-1) in the center, and is integrally connected around the outer surface of the elastic sealing piece (131), and is a residual water discharge inducing packing. (13) is formed to further include a tight fixing frame (132) that securely couples the fastening rod (11) to the inner surface of the residual water discharge cap (12);
In the hose connection member (1), the elastic fluid packing (2) is inserted and coupled to the packing insertion surface (121) formed by the residual water discharge cap (12) in a close contact structure;
It is characterized in that a rotation inducing fixing member (3) is further inserted and coupled to the outer diameter surface of the residual water discharge cap (12) into which the elastic fluid packing (2) is inserted and coupled to accommodate the elastic fluid packing (2) in a surface contact structure. An anti-kink connector for a shower hose with a means for discharging residual water. According to claim 1;
The rotation inducing fixing member (3) forms a water supply guide hole (31) of vertical penetration structure with a packing stopper (311) and a rotation inducing groove (312) on the inner side, and has an upper and lower multi-stage structure around the outer diameter surface. It includes a fixed sealing ring (32) formed by combining;
The rotation inducing fixing member (3) is a shower hose equipped with a residual water discharge means, characterized in that the rotation inducing protrusion (122) is inserted and caught in the rotation inducing groove (312) and is coupled to the residual water discharge cap (12). Anti-kink connector. According to claim 1;
The connection closure cap 300 accommodates and couples the composite connection unit 400 to the connection guide hole 301, and connects the connection closure cap 300 to which the composite connection unit 400 is coupled to the water hydrant 100 with a screw fastening structure. Including;
The connection cap 3 connected to the water hydrant 100 is a space in the center of the fastening guide hole 301 according to its connection configuration to maintain the water hydrant 100 and the composite connection unit 400 spaced apart without mutual frictional interference. An anti-kink connector for a shower hose provided with a means for discharging residual water, characterized in that it further forms an avoidance gap (L). According to claim 1;
The hose connection member (1) is an integrated structure in which the fastening rod (11), the residual water discharge cap (12), and the residual water discharge induction packing (13) are combined by supersonication and fusion, and the flow flows inside the hose connection member (1). An anti-kink connector for a shower hose equipped with a residual water discharge means that blocks leakage of induced water supply and residual water. According to claim 1;
The composite connection unit 400 is formed of a single hose connection member 1 that delivers water supplied from the water hydrant 100 to the shower hose 200;
The hose connection member (1) of the single configuration includes a fastening rod (11) and a residual water discharge cap (12) that are combined in an upper and lower split configuration, and an inner surface of the joint portion of the fastening rod (11) and the residual water discharge cap (12). Formed to include a residual water discharge induction packing (13) accommodated and installed in the space;
The fastening rod 11 has a plurality of residual water discharge holes 111-1 arranged through it around the outer diameter surface, and a fastening fixture 111-2 around the lower side where the residual water discharge holes 111-1 are arranged. A water channel insertion pipe ( 112);
The residual water discharge cap 12 has a plurality of water inlet holes 123 penetrating in a circular arrangement on the lower surface, and a packing contact hole 124 protruding in a hemispherical shape at the center of the inner surface;
The residual water discharge induction packing (13) is integrated with an elastic sealing piece (131) of a bellows structure provided with an elastic expansion hole (131-1) in the center, and is integrally connected around the outer surface of the elastic sealing piece (131), and is a residual water discharge induction packing. (13) is formed of a tight fixing frame (132) that is fixedly coupled to the fastening rod (11) and the inner surface of the residual water discharge cap (12);
The hose connection member (1) formed of the fastening rod (11), the residual water discharge cap (12), and the residual water discharge inducing packing (13) is single without being combined with the elastic fluid packing (2) and the rotation inducing fixing member (3). An anti-kink connector for a shower hose equipped with a residual water discharge means, which is installed on the inner side of the connection cap (300) and connected to the water hydrant (100).