Hose stand for faucet

Abstract

To provide a hose stand for a faucet.SOLUTION: A hose mounting section 3 is formed at the end of a support stand 2. An upright outer wall insertion hole 5 is drilled in the center of the support stand into which the upright outer wall on the top surface of the faucet body can be inserted. Part of the outer periphery is opened to form an insertion guide opening 9, and the upright outer wall on the top surface of the faucet body is inserted into the upright outer wall insertion hole and then tied together to provide a hose stand for a faucet on the faucet. This makes it possible to conveniently use tap water with both hands, and in particular, the simple structure reduces production costs, reduces the risk of breakdowns, and is easy to use, making it a good purchase.SELECTED DRAWING: Figure 1

Description

[Technical field]

[0001] The present invention relates to a hose stand for a faucet, and more specifically, in consideration of the current situation in which connecting a hose to a faucet outlet pipe is frequently used primarily to supply tap water to locations far from the faucet, while normal tap water use operations are also frequently performed at waterworks, the present invention relates to a stand that allows a hose to be mounted on the stand regardless of the length of the hose and can be freely undone again, so that when normal tap water use operations are performed at waterworks, the hose can be mounted on the stand and the work can be performed conveniently with both hands, and in particular, the present invention relates to a hose stand for a faucet that has good purchasing conditions due to its simple structure, which reduces production costs, reduces the risk of breakdowns, and is easy to use. [Background technology]

[0002] Generally, a faucet is provided at the end of a water pipe and is used as a means for turning on and off the water supplied through the water pipe. In addition to general-purpose faucets that have a basic faucet shape, faucets also include specialized faucets such as kitchen faucets and washbasin faucets.

[0003] Most of the general-purpose faucets are used by connecting a synthetic resin hose to the faucet's water outlet pipe, and the length of the hose connected varies greatly from faucet to faucet, in other words, from user to user, ranging from tens of centimeters (cm) to tens of meters (m).

[0004] For example, Patent Document 1 listed below discloses a hose holder for a faucet, which has the shape of a flexible hose holder rod that can be bent and stretched freely, and the inventive viewpoint and structure are different from those of the present invention, although the inventor is the same person. [Prior art documents] [Patent documents]

[0005] [Patent Document 1] Republic of Korea Patent No. 10-2029549 Summary of the Invention [Problem to be solved by the invention]

[0006] When connecting a hose to the general-purpose faucet, a common hose connection method is used in which the part of the hose that is fitted into the faucet outlet pipe is tightly clamped with a clamp or tied tightly with a string to prevent the connected hose from coming loose.

[0007] Therefore, when connecting a hose to the general-purpose faucet to supply tap water to a location far from the faucet, it is not easy to repeatedly connect the hose to the faucet and, conversely, when performing normal tap water use work at a water facility, to detach the hose connected to the faucet in accordance with the tap water use work. Therefore, even when performing normal tap water use work at a water facility, the current situation is that there is an inconvenience of not removing the long hose connected to the faucet, but holding the end of the long hose connected to the faucet at the water outlet side in one hand and using the tap water with the other hand.

[0008] In addition, when connecting a hose to the general-purpose faucet, most users prefer to connect the hose with some slack, so the end of the hose from which tap water comes out remains in contact with a container or the ground, which is unsanitary.

[0009] In view of the current state of use of the general-purpose faucet, which has the inconveniences and problems described above, there is a demand for a hose stand for a faucet which allows the hose to be freely mounted on and removed from the stand, has a simple structure, reduces production costs, reduces the risk of breakdowns, and is easy to use, making it easy to purchase. [Means for solving the problem]

[0010] The present invention was created to solve the above-mentioned inconveniences and problems of the conventional faucet, and the hose mounting base of the present invention has an arc-shaped hose mounting part 3 with one open end at the end of a support base 2 made of synthetic resin with elasticity so that a hose 38 can go in and out, and an upright outer wall insertion hole 5 is drilled in the center of the support base 2 so that an upright outer wall 32 can be inserted into the upper surface of a body 37 of a known general-purpose faucet 30, and a part of the outer periphery of the upright outer wall insertion hole 5 is opened to form an insertion guide opening 9, and the insertion guide opening 9 is expanded by using the elasticity of the material. The guide opening 9 is widened to allow the entrance, exit, and passage of the outer wall 32 standing upright on the upper surface of the body 37 of the faucet 30, and the width of the insertion guide opening 9 is formed so that the outer wall 32 standing upright on the upper surface of the body 37 of the faucet 30 can be inserted into the upright outer wall insertion hole 5, fastening holes 13 are drilled in both side surfaces 12 of the insertion guide opening 9, the outer wall 32 standing upright on the upper surface of the body 37 of the faucet 30 is inserted into the upright outer wall insertion hole 5, and a clip 51 or a cable tie 53, which is a known fastening means, is inserted into the fastening hole 13, and the cable tie is attached to the faucet 30.

[0011] In this way, there is a risk that the faucet hose holder 1 attached to the faucet 30, with the upright outer wall 32 wrapped around the upper surface of the body 37 of the faucet 30, may unintentionally rise and fall vertically or rotate horizontally around the upright outer wall 32 of the faucet 30 inserted into the upright outer wall insertion hole 5 as its central axis. Therefore, means are provided to prevent or limit this, but since these means can be configured differently depending on each embodiment, details will be described later in each embodiment in the section on forms for implementing the invention. Effect of the Invention

[0012] The faucet hose holder of the present invention is attached to the body of a known general-purpose faucet, and when using tap water at a water facility, it is convenient because the end of the long hose connected to the faucet on the spout side can be releasably placed on the holder, allowing the user to use both hands to use the tap water.

[0013] In addition, when connecting a hose to the general-purpose faucet, most users prefer to connect the hose with some slack, so the conventional problem that the end of the hose from which tap water is discharged remains in contact with a container or the ground, making it unsanitary, is also solved by placing the end of the hose from which the water is discharged on a hose holder for the faucet.

[0014] In particular, since the structure is simple, production costs can be reduced and there is little risk of breakdown. In addition, since the structure is easy to use, there is an advantage in that it is possible to provide a hose stand for a faucet that satisfies the purchasing requirements. [Brief description of the drawings]

[0015] [Figure 1] 1 is a perspective view of a hose rest for a faucet according to an embodiment of the present invention; FIG. [Diagram 2] FIG. 2 is a perspective view of one embodiment of a free-floating reducer; [Diagram 3] FIG. 13 is a perspective view of a variant of one embodiment of a floating reducer. [Figure 4] FIG. 4 is a perspective view of a hose rest for a faucet according to a first alternative embodiment of the present invention. [Diagram 5] FIG. 11 is a partially cutaway perspective view of a hose rest for a faucet according to a second alternative embodiment of the present invention. [Figure 6] FIG. 13 is a perspective view of another embodiment of a floating reducer; [Figure 7] FIG. 13 is a perspective view of a variant of another embodiment of the floating reducer; [Figure 8] FIG. 1 is an explanatory diagram for explaining that a hose stand for a faucet according to one embodiment of the present invention is installed on a known general-purpose faucet, and shows a cross-sectional state of the hose stand for a faucet according to one embodiment of the present invention and the floating reduction bodies 6b installed above and below the hose stand for a faucet, cut horizontally based on the center. [Figure 9] 1 is an illustrative diagram showing an example of a state in which a hose holder for a faucet according to an embodiment of the present invention is used; FIG. [Figure 10]1 and 4 , when the divided piece 16 on the outer peripheral edge of the upright outer wall insertion hole 5 comes into contact with an upright outer wall 32 that is slightly larger in size than the inner diameter of the upright outer wall insertion hole 5, the divided piece 16 is bent upward, causing the inner diameter of the upright outer wall insertion hole 5 to become larger to match the outer diameter of the upright outer wall 32. [Figure 11] FIG. 1 is a perspective view of a clip, which is a known fastening means. [Figure 12] FIG. 1 is a perspective view of a tie band, which is a known fastening means, in the form of a tie band. [Figure 13] FIG. 13 is a partially cutaway perspective view of a hose rest for a faucet according to a third alternative embodiment of the present invention. [Figure 14] A diagram showing that the support base is formed from a round bar and a hook-shaped ring is formed on the outer surface of the tubular side wall. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0016] Hereinafter, each embodiment of the present invention will be described in detail with reference to the accompanying drawings.

[0017] First, an embodiment of the present invention will be described in detail with reference to the associated drawings.

[0018] FIG. 1 is an oblique view of a hose holder for a faucet according to one embodiment of the present invention, FIG. 2 is an oblique view of a floating reducer according to one embodiment, and FIG. 3 is an oblique view of a variant of the floating reducer according to one embodiment. FIG. 8 is an explanatory diagram for explaining that a faucet hose mounting stand according to one embodiment of the present invention is installed on a known general-purpose faucet, and is a diagram showing a cross-sectional state of the faucet hose mounting stand according to one embodiment of the present invention and the floating reducer 6b installed above and below the faucet hose mounting stand, cut horizontally with the center as the reference. FIG. 9 is an illustrative diagram showing an example of a state in which the faucet hose mounting stand according to one embodiment of the present invention is in use. FIG. 10 is a cross-sectional view of a main part extracted for explaining that when the divided piece 16 on the outer peripheral edge of the upright outer wall insertion hole 5 shown in FIG. 1 comes into contact with an upright outer wall 32 that is slightly larger in size than the inner diameter of the upright outer wall insertion hole 5, the divided piece 16 is bent upward, so that the inner diameter of the upright outer wall insertion hole 5 becomes larger to match the outer diameter of the upright outer wall 32. FIG. 12 is an oblique view of a tie-band shaped cable tie, which is a known binding means.

[0019] As shown in FIG. 1, a hose stand 1 for a faucet according to an embodiment of the present invention has an arch-shaped hose stand 3 formed at both ends of a support stand 2 made of synthetic resin with elasticity, with one end open so that a hose 38 can enter and exit. An upright outer wall insertion hole 5 is drilled in the center of the support stand 2 into which an upright outer wall 32 standing on the upper surface of a body 37 of a known general-purpose faucet 30 can be inserted. A plurality of cut grooves 17 are formed on the outer periphery of the upright outer wall insertion hole 5, and the outer periphery of the upright outer wall insertion hole 5 is formed with a plurality of divided pieces 16. A portion of the outer periphery of the upright outer wall insertion hole 5 is opened to form an insertion guide opening 9. The insertion guide opening 9 is expanded by using the elasticity of the material so that the insertion guide opening 9 can be expanded, and the insertion guide opening 9 is formed to a width that allows the upright outer wall 32 standing on the upper surface of the body 37 of the faucet 30 to enter and exit and pass through. Both side surfaces 1 of the insertion guide opening 9 are formed. 2, the outer wall 32 standing upright on the upper surface of the body 37 of the faucet 30 is allowed to pass through and enter the faucet 30 through the insertion guide hole 9, and the outer wall 32 standing upright on the upper surface of the body 37 of the faucet 30 is inserted into the upright outer wall insertion hole 5, and the faucet hose holder 1 connected to the faucet 30 is wrapped around the upright outer wall 32. Known cable ties 53 are inserted into the tie holes 13 on both sides 12 of the faucet hose holder 1, and the tie bands 53 are then inserted into the tie holes 13 on both sides 12 of the faucet hose holder 1 to form a faucet hose holder. The stand 1 is provided on the faucet 30, and since there is a risk that the faucet hose stand 1 provided on the faucet 30, with the upright outer wall 32 encased on the upper surface of the body 37 of the faucet 30, may unintentionally rise and fall vertically or rotate horizontally around the upright outer wall 32 of the faucet 30 inserted in the upright outer wall insertion hole 5 as its central axis, a means for preventing or restricting this is also provided.

[0020] The hose mounting parts 3 formed on both ends of the support stand 2 form the hose mounting parts 3 below the support stand 2, and when the hose mounting stand 1 for a faucet is installed on the faucet 30, the lower body 37 of the upright outer wall 32 of the faucet 30 fits into the space between the hose mounting parts 3 on both sides, and the distance between the hose mounting parts 3 on both sides is determined so that when the hose mounting stand 1 for a faucet rotates beyond the limit of a certain rotation range with the upright outer wall 32 inserted into the upright outer wall insertion hole 5 as the central axis, the hose mounting part 3 rotating due to the rotation of the hose mounting stand 1 for a faucet abuts and comes into contact with the body 37 of the faucet 30 to which it is fixed, and stops rotating.

[0021] The arc-shaped hose mounting part 3, which is open at the top to allow the hose 38 to move in and out, expands the opening due to the elasticity of the material to allow the hose 38 to move in and out, and also wraps around and tightens the inserted hose 38 while mounting it. However, even if the hoses 38 belong to a category that matches the same standard of faucet, the outer diameters vary slightly from one product to another due to differences in thickness and the like, even if the hoses 38 belong to a category that matches the same standard of faucet, and therefore, determining the inner diameter of the hose mounting part 3 based on the outer diameter of a hose 38 that matches the same standard of faucet but has a smaller outer diameter is advantageous in terms of evenly mounting hoses 38 that match the same standard of faucet but have slightly different outer diameters, and the inner diameters of the hose mounting parts 3 formed on both ends of the support base 2 may be made different from each other, such as a large diameter and a small diameter.

[0022] The hose mounting portion 3 does not have to be formed integrally with the support base 2, but may be formed separately and attached to the support base 2 by known joining means such as adhesive bonding, fusion bonding, or a fitting method between an insertion opening and an insertion protrusion. In this case, the technology of fitting a circular insertion opening and a cylindrical insertion protrusion so that the hose mounting portion 3 can rotate around the cylindrical insertion protrusion as an axis is already well known, and the hose mounting portion 3 may be formed from another material having better elasticity than the support base 2.

[0023] The upright outer wall insertion hole 5 is drilled in the center of the support base 2 so that the upright outer wall 32 can be inserted into the upper surface of the body 37 of a known general-purpose faucet 30. Since the standard of the known general-purpose faucet 30 is standardized based on the diameter of the connection part 31 of the faucet 30 that is connected to the water supply pipe, even if the faucet 30 belongs to the same standard, the size around the upright outer wall 32 in which the parts that turn on and off the water supply are provided in the internal space, i.e., the outer diameter of the outer wall 32, is not the same and is slightly different for each product. Among the standard faucet 30 classes that the hose stand 1 for the faucet sets as the target for use, the one with the smallest outer diameter of the upright outer wall 32 is set as the basic outer diameter of the outer wall 32, and this basic outer diameter is set as the basic outer diameter of the upright outer wall insertion hole 5. An upright outer wall insertion hole 5 is drilled with this basic inner diameter as the inner diameter, but multiple cut grooves 17 are formed on the outer peripheral edge of the upright outer wall insertion hole 5, and the outer peripheral edge of the upright outer wall insertion hole 5 is formed with multiple divided pieces 16. As shown in Figure 10, when the divided pieces 16 on the outer peripheral edge of the upright outer wall insertion hole 5 come into contact with an upright outer wall 32 that is slightly larger in size than the basic inner diameter of the upright outer wall insertion hole 5, the inner diameter of the upright outer wall insertion hole 5 can be enlarged to match the outer diameter of the outer wall 32 by being bent upward due to the elasticity of the material, so that the upright outer wall 32 can be evenly inserted into the upright outer wall insertion hole 5 against the upper surface of the body 37 of a known general-purpose faucet 30 that is of the same standard but has a slightly different outer diameter of the upright outer wall 32.

[0024] When the multiple divided pieces 16 formed on the outer peripheral edge of the upright outer wall insertion hole 5 come into contact with the upright outer wall 32, which is slightly larger in size than the basic inner diameter of the upright outer wall insertion hole 5, and are bent due to the elasticity of the material, it can be said that the state in which all of the divided pieces are bent to one side, more upward than downward, is good, so initially forming the ends of the divided pieces 16 so that they are slightly raised upward will help all of the divided pieces 16 to be folded upward, and in this case, the inner diameter of the upright outer wall insertion hole 5 when the ends of the divided pieces 16 are formed in a shape that is slightly raised upward will match the basic inner diameter.

[0025] The incision groove 17 may be formed in other shapes such as a V-shape or a U-shape.

[0026] The insertion guide opening 9 is formed by opening a portion of the outer periphery of the upright outer wall insertion hole 5, and the insertion guide opening 9 is expanded using the elasticity of the material to form a width of the insertion guide opening 9 that allows the upright outer wall 32 on the upper surface of the body 37 of the faucet 30 to pass in and out, and tie holes 13 are drilled on both side surfaces 12 at the end of the insertion guide opening 9 into which known tie bands 53 can be inserted.

[0027] As shown in Figures 8 and 9, the faucet hose stand 1 having such a configuration is attached to the outer wall 32 standing upright on the upper surface of the body 37 of a known general-purpose faucet 30. The insertion guide opening 9 is expanded using the elasticity of the material to allow the insertion guide opening 9 to expand, allowing the outer wall 32 standing upright on the upper surface of the body 37 of the faucet 30 to enter, exit, and pass through, and the outer wall 32 standing upright on the upper surface of the body 37 of the faucet 30 is inserted into the upright outer wall insertion hole 5, and a known tie band 53 in the shape of a tie band is inserted into the tie hole 13 drilled in both side surfaces 12 of the insertion guide opening 9, and the faucet hose stand 1 is attached to the faucet 30 by tying it.

[0028] In this way, when the faucet hose mounting stand 1 is attached to the faucet 30 with the upright outer wall 32 wrapped around the upper surface of the body 37 of the faucet 30, there is a risk that the upright outer wall 32 of the faucet 30, which is relatively longer in the horizontal direction compared to the support stand 2 of the faucet hose mounting stand 1, will unintentionally rise and fall vertically, with the upright outer wall 32 of the faucet 30 inserted into the upright outer wall insertion hole 5 as the central axis. In order to prevent or reduce this, floating reducers 6a, 6b are provided. Figure 8 shows that disk-shaped floating reducers 6b made of rubber and having an upright outer wall insertion hole 15 drilled in the center into which the upright outer wall 32 of the faucet 30 can be inserted are provided above and below the faucet hose mounting stand 1, in other words, before and after the faucet hose mounting stand 1 is installed.

[0029] As shown in FIG. 2, the floating reducer 6a according to one embodiment of the floating reducer is formed from a rubber tube having an upright outer wall insertion hole 15 drilled in the center into which the upright outer wall 32 can be inserted on the upper surface of the body 37 of the faucet 30, and an upper end 18 formed to be wider than the lower end 19. The upper end 18 and the lower end 19 may be formed separately, and the upright outer wall insertion hole 15 drilled in the center is stretched and expanded to pass through the handle 35 of the faucet 30 and the cap 33 closing the upper end of the upright outer wall 32 in this order and be inserted into the upright outer wall 32, with the wider upper end 18 positioned above the divided piece 16 of the faucet hose stand 1, and the lower end 19 abutting against the divided piece 16. This not only provides the frictional force inherent to rubber materials, but also generally prevents wear of the plated coating on the surface of the upright outer wall 32 of a known general-purpose faucet 30, which has a plated exterior surface. If the lower end 19 is to be used, the lower end 19 must be provided in advance before the faucet hose stand 1 is provided on the faucet 30, regardless of whether the upper end 18 and the lower end 19 are connected to the upright outer wall 32 of the faucet 30 or not. If the divided piece 16 of the faucet hose stand 1 cannot be bent upward and the height of the divided piece 16 is low, the length of the lower end 19 may be shortened by cutting a part of the lower end 19 of the floating reducer 6a with scissors to match the height of the divided piece 16.

[0030] The floating reducer 6b according to one embodiment of the floating reducer shown in Figure 3 is formed by removing only the upper end 18 of the floating reducer 6a and forming it separately. As shown in Figure 3, the bottom surface of the floating reducer 6b may be formed with an annular insertion groove 29 that is connected to the outer periphery of the upright outer wall insertion hole 15 so that the end of the divided piece 16 that is bent upward can be inserted into the insertion groove 29. The floating reducer 6b may be formed with a wide width so that the floating reducer 6b can cover a part of the support base 2 of the faucet hose holder 1 from above or support it from below. The surfaces of the floating reducers 6a, 6b may be formed with uneven surfaces. The rubber material of the floating reducers 6a, 6b may also include non-toxic silicone rubber.

[0031] In the case where the handle 35 of a known general-purpose faucet 30 is large and flat, and the handle 35 of the faucet 30 cannot be passed through the upright outer wall insertion hole 15 even when the rubber floating reducers 6a, 6b are stretched and expanded, the handle 35 can be removed by loosening the handle fastening screw 36, and then the upright outer wall insertion hole 15 can be stretched and expanded to pass through the cap 33 closing the upper end of the upright outer wall 32 of the faucet 30, and the floating reducers 6a, 6b can be fitted into the upright outer wall 32.

[0032] In general, the width of the cap 33 closing the upper end of the outer wall 32 standing upright on the upper surface of the body 37 of a known general-purpose faucet 30 is wider than the width of the upper end of the outer wall 32 by an amount corresponding to the thickness of the cap 33, and this difference in width has the shape of a protruding step, and this protruding step prevents the floating reducers 6a, 6b fitted into the outer wall 32 of the faucet 30 from falling out, so that the floating reducers 6a, 6b, used alone or in combination, fill in and fill the floating distance that the faucet hose stand 1 provided on the faucet 30 can move vertically up and down around the upright outer wall 32 of the faucet 30 fitted into the upright outer wall insertion hole 5 while still enveloping the upright outer wall 32 on the upper surface of the body 37 of the faucet 30, thereby preventing or reducing the faucet hose stand 1 from unintentionally moving up and down vertically.

[0033] By adjusting the thickness and number of the floating reducers 6b provided on the upper side of the faucet hose stand 1, the floating reducers 6b can be made to strongly press the faucet hose stand 1 vertically downward. This strong pressing force also serves as a resistance to the force that causes the faucet hose stand 1, which is provided on the upper surface of the body 37 of the faucet 30 while encasing the upright outer wall 32, to unintentionally rotate horizontally around the outer wall 32 of the faucet 30 as its central axis.

[0034] As a means for preventing the faucet hose mounting stand 1 provided on the faucet 30 from rotating unintentionally in a horizontal direction around the upright outer wall 32 of the faucet 30 inserted in the upright outer wall insertion hole 5 as a central axis, beyond a preset rotation range, as shown in Figs. 8 and 9, the hose mounting parts 3 formed on both the left and right ends of the support base 2 of the faucet hose mounting stand 1 provided on the faucet 30 are positioned on the left and right sides of the body 37 of the faucet 30, so that even if the faucet hose mounting stand 1 rotates around the upright outer wall 32 of the faucet 30 as a central axis, rotation exceeding the separation distance between the body 37 of the faucet 30 and the hose mounting parts 3 on both the left and right sides is prevented. By configuring the hose mounting stand 1 for a faucet so that the hose mounting part 3, which rotates due to the rotation of the hose mounting stand 1, abuts and comes into contact with the body 37 of the faucet 30 to which it is fixed and stops rotating, it is possible to prevent the hose mounting stand 1 for a faucet from rotating beyond a preset rotation range even if the hose mounting part 3 is formed at only one of the left and right ends of the support stand 2. The hose mounting stand 1 for a faucet may also be configured so that the hose mounting part 3, which rotates due to the rotation of the hose mounting stand 1 for a faucet, abuts and comes into contact with the body 37 of the faucet 30 to which it is fixed and stops rotating.

[0035] The rotation range of the hose mounting base 1 for a faucet is set by adjusting the distance between the hose mounting portions 3 formed at both the left and right ends of the support base 2, in other words, by adjusting the distance between the upright outer wall insertion hole 5 into which the upright outer wall 32 of the faucet 30 is inserted and the hose mounting portion 3, thereby forming the hose mounting portion 3.

[0036] As described above, the hose holder 1 for a faucet in one embodiment of the present invention is provided on a known general-purpose faucet 30, and when using tap water at a water facility, the spouting end of the long hose 38 connected to the faucet can be releasably mounted on one of the hose holders 3 on either the left or right side, whichever is more convenient, making it possible to use tap water with both hands, eliminating the inconvenience of having to hold the spouting end of the hose in one hand and use the other hand to use tap water.

[0037] Next, a first alternative embodiment and a second alternative embodiment of the present invention will be described together, and then a third alternative embodiment of the present invention will be described.

[0038] FIG. 4 shows a hose stand for a faucet according to a first alternative embodiment of the present invention, and FIG. 5 shows a hose stand for a faucet according to a second alternative embodiment of the present invention, with a portion cut away.

[0039] The faucet hose stand 11 according to the first alternative embodiment of the present invention and the faucet hose stand 21 according to the second alternative embodiment of the present invention are faucet hose stands 11, 21 that are provided on the faucet 30 in a shape that envelops the upright outer wall 32 of the faucet 30 by fitting the upright outer wall 32 on the upper surface of the body 37 of the known general-purpose faucet 30 into the upright outer wall fitting hole 5, and are provided on the faucet 30 in a shape that envelops the upright outer wall 32 of the faucet 30. A structure that limits the rotation range when the faucet hose stand 11, 21 unintentionally rotates horizontally around the upright outer wall 32 of the faucet 30 that is fitted into the upright outer wall fitting hole 5, for example, a structure that limits the rotation range when the faucet hose stand 1 according to the above-mentioned embodiment of the present invention rotates, for example, a structure that limits the rotation range when the faucet hose stand 1 according to the first alternative embodiment of the present invention rotates. The main feature of the present invention is that no hose mounting portion 3 is provided in any part of the faucet hose mounting bases 11, 21, which is configured so that when the limit of the rotation range is reached, the hose mounting portion 3 formed below the support base 2, which rotates due to the rotation of the faucet hose mounting base 1, comes into contact with the body 37 of the fixed faucet 30 and stops rotating.As is clear from the diagram of half of the hose mounting portion 3 showing the cut-out hose mounting portion 3 shown in Figure 5, a plate-like body may be formed below the support base 2 in place of the hose mounting portion 3, and the plate-like body formed below the support base 2, which rotates due to the rotation of the faucet hose mounting bases 1, 21, may come into contact with the body 37 of the fixed faucet 30 and stop rotating.

[0040] Therefore, in one embodiment of the present invention, the faucet hose stand 11 according to the first embodiment of the present invention and the faucet hose stand 21 according to the second embodiment of the present invention, which are installed on the faucet 30 while wrapping the upright outer wall 32 on the upper surface of the body 37 of the faucet 30 by the same action of the same components as those described above, are raised vertically around the upright outer wall 32 of the faucet 30 inserted into the upright outer wall insertion hole 5 as a central axis when the loose reduction bodies 6a and 6b are provided. The floating reducers 6a, 6b can fill up the floating distance that the hose can move up and down, and by adjusting the thickness and number of the floating reducers 6b, the strength with which the floating reducers 6b press the faucet hose holders 11, 21 vertically downward can be adjusted, making it possible to prevent or reduce the faucet hose holders 11, 21 from unintentionally moving up and down vertically, but other means are required to prevent the tap water spouting direction of the hose 38 from unintentionally rotating horizontally and exceeding the permitted range.

[0041] FIG. 6 shows a floating reducer 6c according to another embodiment of the floating reducer, and FIG. 7 shows a floating reducer 6d according to a variant of the other embodiment of the floating reducer.

[0042] The floating reducer 6c and the floating reducer 6d are characterized in that they are provided with stopper projections 25, 26 as compared with the floating reducer 6a and the floating reducer 6b described above in one embodiment of the present invention.

[0043] The floating reducer 6c has an upright outer wall insertion hole 15 drilled in the center into which the upright outer wall 32 can be inserted on the upper surface of the body 37 of the faucet 30, and is formed from a rubber tube formed so that the width of the upper end 18 is wider than the lower end 19, and a stop protrusion 25 is protruded downward from the bottom surface of the upper end 18 so as to be connected to the outer surface of the lower end 19. The floating reducer 6d made of rubber has an upright outer wall insertion hole 15 drilled in the center into which the upright outer wall 32 can be inserted on the upper surface of the body 37 of the faucet 30, and a stop protrusion 26 is protruded downward from the bottom surface of the floating reducer 6d, which contacts the outer peripheral edge of the upright outer wall insertion hole 15. Like the floating reducer 6a, the floating reducer 6c may be formed separately by separating the lower end 19, and in this case, the stop protrusion 25 is protruded from the outer surface of the lower end 19.

[0044] As shown in FIG. 5, the retaining protrusions 25, 26 are formed in a shape that allows them to fit into at least one retaining protrusion fitting opening 8 drilled in the outer peripheral edge of an upright outer wall fitting hole 5 that is drilled in the center of the support base 2 of a hose mounting base 21 for a faucet according to a second alternative embodiment of the present invention so that the upright outer wall 32 of a faucet 30 can fit in it, and a retaining protrusion position indication mark 27 that indicates the position of the retaining protrusion 26 formed on the bottom surface is formed so as to protrude from the upper surface of the floating reducer 6d.

[0045] The floating reducer 6d is stretched and expanded by passing through the handle 35 of the faucet 30 and the cap 33 closing the upper end of the outer wall 32 in that order and fitting into the upright outer wall 32, so that the floating reducer 6d is densely arranged on the upper side of the faucet hose mounting base 21 previously installed on the faucet 30 without any room for movement, while enveloping the upright outer wall 32 on the upper surface of the body 37 of the faucet 30. However, the floating reducer 6d is arranged in a state in which the locking protrusion 26 formed on the bottom surface of the floating reducer 6d is fitted into the locking protrusion fitting opening 8 of the faucet hose mounting base 21.

[0046] In this manner, by engaging the locking protrusion fitting opening 8 of the faucet hose mounting stand 21 with the locking protrusion 26 of the floating reducer 6d, it is possible to prevent the faucet hose mounting stand 21 of the second other embodiment of the present invention from unintentionally rotating horizontally around the upright outer wall 32 of the faucet 30 as a central axis.

[0047] In the case of the hose stand 11 for a faucet according to the first embodiment of the present invention, a plurality of cut grooves 17 are formed on the outer peripheral edge of the upright outer wall insertion hole 5 drilled in the center of the support base 2. If the cut grooves 17 and the stop protrusions 25, 26 are formed so that at least one of the cut grooves 17 is capable of fitting the stop protrusions 25, 26 of the floating reduction bodies 6c, 6d, the corresponding cut grooves 17 will be formed in the hose stand 11 for a faucet according to the second embodiment of the present invention. By providing the faucet hose mounting base 11 and the floating reducers 6c, 6d on the upright outer wall 32 of the faucet 30 so that the locking protrusions 25, 26 of the floating reducers 6c, 6d are fitted into the cut grooves 17 that correspond to the locking protrusions 25, 26, it is possible to prevent the faucet hose mounting base 11 in the first other embodiment of the present invention from unintentionally rotating horizontally with the upright outer wall 32 of the faucet 30 as the central axis.

[0048] Before the faucet hose mounting stand 21 is attached to the upright outer wall 32 on the upper surface of the body 37 of the faucet 30, the floating reducer 6c is attached in advance so that its rubber material stretches and tightens against the upright outer wall 32 of the faucet 30. Only then can the locking protrusion 25 of the floating reducer 6c be externally fitted into the locking protrusion fitting opening 8 of the faucet hose mounting stand 21, thereby preventing the faucet hose mounting stand 11 from unintentionally rotating horizontally around the upright outer wall 32 of the faucet 30 as its central axis.

[0049] In the faucet hose mounting stand 21 according to the second alternative embodiment of the present invention, the faucet hose mounting stand 21 in the case where the locking protrusion fitting opening 8 is formed in a plurality of parts is recognized as yet another modified faucet hose mounting stand 21, and in a state where the locking protrusion 26 of the floating reducer 6d is already fitted into one of the plurality of locking protrusion fitting openings 8, this fitting is released, and a force is applied to the faucet hose mounting stand 21 to intentionally rotate it and change the direction of the hose mounting part 3 to be mounted. When changing the direction of the tap water discharged from the tap hose holder 38, another one of the plurality of retaining projection fitting openings 8 of the tap hose holder 21 can be selected and fitted again onto the retaining projection 26 of the free reduction body 6d to fit the retaining projection fitting opening 8 and the retaining projection 26. To make this possible, the tap hose holder 21 and the free reduction body 6d are provided together on the outer wall 32 standing upright on the upper surface of the body 37 of the tap 30. The retaining protrusion 26 of the contracted body 6d is positioned toward the side surface of the body 37 of the faucet 30, so that the retaining protrusion fitting opening 8 is drilled toward the side surface of the support base 2. When the support base 2 on the side where the retaining protrusion fitting opening 8 is drilled is held in the hand and a force is applied downward, the support base 2 on the side where the retaining protrusion fitting opening 8 is drilled is bent downward toward the side surface of the body 37 of the faucet 30 since there is no obstacle below the side surface of the body 37 of the faucet 30. At the same time, the peripheral portion of the upright outer wall fitting opening 5 also extends, and the existing retaining protrusion fitting opening 8 fitted with the retaining protrusion 26 is bent downward. The protrusion 26 must be able to be removed from the retaining protrusion 26 downward at the end thereof, but this means that this is limited to application to the hose mounting stand 21 for a faucet which is made from a material with such excellent elasticity; even if, when the hose 38 is placed on the hose mounting portion 3, the support stand 2 on which the hose 38 is placed tilts downward due to the characteristics of the material, the hose mounting stand 21 for a faucet will not be difficult to use until this tilt is not so great that it disengages the retaining protrusion 26 from the retaining protrusion fitting opening 8.

[0050] In addition, even if the insertion guide opening 9 of the support base 2 made of such a material with excellent elasticity is formed with a narrow width, the insertion guide opening 9 can be expanded by using the characteristics of the material to allow the insertion guide opening 9 to be expanded and to allow the outer wall 32 standing on the upper surface of the body 37 of the faucet 30 to enter and pass through. In the case of the faucet hose mounting base 21 according to the second other embodiment of the present invention, the multiple perforated stopper protrusion insertion openings 8 are not uniformly distributed on the outer periphery of the upright outer wall insertion hole 5 of the support base 2, but are formed in a concentrated manner on one side of the support base 2, and the outer periphery of the upright outer wall insertion hole 5 is not uniformly distributed on the outer periphery of the upright outer wall insertion hole 5. If an upright outer wall 32 which is larger than the inner diameter of the upright outer wall insertion hole 5 and which is not recognized as being formed by a plurality of divided pieces 16 but belongs to a single undivided outer peripheral edge portion is inserted into the upright outer wall insertion hole 5, the opening of the upright outer wall insertion hole 5, i.e., the width of the insertion guide opening 9, will become slightly wider accordingly. However, the width of the insertion guide opening 9 is already formed narrow because of the excellent elasticity of the material, and it will be understood by those skilled in the art that a support base 2 made from a material with such excellent elasticity can be modified due to the excellent elasticity of the material.

[0051] If the locking projection fitting opening 8 is formed to have a size larger than the locking projections 25, 26, it is easy to fit the locking projection fitting opening 8 onto the locking projections 25, 26.

[0052] Instead of the cable tie 53, the connecting ring 52 of a clip 51, which is a known fastening means having a connecting ring 52 protruding downward from both ends, may be inserted into the fastening hole 13 formed on both side surfaces 12 of the insertion guide opening 9, and fastened using the clip 51.

[0053] Next, a third alternative embodiment of the present invention will be described.

[0054] FIG. 13 is a partially cutaway perspective view of a hose rest for a faucet according to a third alternative embodiment of the present invention.

[0055] In the third embodiment of the present invention, a hose holder 31 for a faucet is provided with an arch-shaped hose holder 3, one of which is open, at both ends of a support base 2 made of synthetic resin having elasticity, so that a hose 38 can pass in and out. In the center of the support base 2, an upright outer wall insertion hole 5 is drilled into which an upright outer wall 32 can be inserted, which is formed on the upper surface of a body 37 of a known general-purpose faucet 30. The outer peripheral edge of the upright outer wall insertion hole 5 is extended to protrude upward to form a tubular side wall 62 having a hollow portion. The tubular side wall 62 is formed with a groove 65 protruding outward, and a part of the tubular side wall 62 is opened to form the insertion guide opening 9. The insertion guide opening 9 is expanded by using the elasticity of the material to allow the insertion guide opening 9 to expand, and the insertion guide opening 9 is formed with a width that allows the outer wall 32 standing upright on the upper surface of the body 37 of the faucet 30 to pass through and enter. The upper end of the tubular side wall 62 is formed as a step 65 that protrudes outward, and the lower end of the tubular side wall 62 is formed as an annular binding groove 66 into which a known binding band 53 can be inserted and surrounded.

[0056] The faucet hose mounting stand 31 having such a configuration is mounted on the upright outer wall 32 on the upper surface of the body 37 of a known general-purpose faucet 30, and the insertion guide opening 9 is expanded using the elasticity of the material to allow the outer wall 32 standing upright on the upper surface of the body 37 of the faucet 30 to enter, exit, and pass through, thereby inserting the upright outer wall 32 of the faucet 30 into the upright outer wall insertion hole 5, i.e., inside the tubular side wall 62, and a binding band 53 in the shape of a known tie band is inserted into the binding groove 66 formed at the lower end of the tubular side wall 62 and tied, thereby mounting the faucet hose mounting stand 31 on the faucet 30.

[0057] The tubular side wall 62 of the upright outer wall insertion hole 5 may be formed as a plurality of divided side walls 62 by forming a plurality of cut grooves 63, or may be formed as a single undivided tubular side wall 62. FIG. 13 shows a plurality of side walls 62 in which the tubular side wall 62 is equally divided into two by forming a cut groove 63 in the center of the front of the tubular side wall 62.

[0058] The cut groove 63 may be formed in other shapes such as a V-shape, a U-shape, a rectangle, etc., and the cut groove 63 may be formed to extend to the outer peripheral edge of the upright outer wall insertion hole 5, i.e., to a part of the support base 2.

[0059] When an upright outer wall 32 slightly larger in size than the inner diameter of the upright outer wall insertion hole 5 is inserted into the upright outer wall insertion hole 5, the inner diameter of the upright outer wall insertion hole 5, i.e., the tubular side wall 62, becomes wider due to the elasticity of the material and can be made larger to match the outer diameter of the upright outer wall 32 of the faucet 30, making it possible to evenly insert the upright outer wall 32 into the upright outer wall insertion hole 5 onto the upper surface of the body 37 of a known, general-purpose faucet 30 that is of the same specification but has a slightly different outer diameter of the upright outer wall 32.

[0060] The hose mounting portion 3 is formed at the end of both sides of the support base 2 and has an open upper portion so that the hose 38 can enter and exit. This is a means for preventing the hose mounting base 31 for a faucet, which is provided on the upper surface of the body 37 of the faucet 30 while wrapping the upright outer wall 32, from unintentionally rotating horizontally about the upright outer wall insertion hole 5, i.e., the upright outer wall 32 of the faucet 30 inserted inside the tubular side wall 62, so that the direction of the tap water discharged from the mounted hose 38 exceeds the permitted range. As in the case of the hose mounting base 1 for a faucet according to one embodiment of the present invention described above with reference to Figures 8 and 9, the hose mounting portion 3 is formed below the support base 2, and the hose mounting portions on both sides are formed when the hose mounting base 31 for a faucet is provided on the faucet 30. Even if the body 37 below the upright outer wall 32 of the faucet 30 fits into the space between the placement parts 3 and the hose mounting stand 31 for the faucet rotates around the upright outer wall 32 of the faucet 30 as its central axis, the hose mounting part 3 is configured so that if the body 37 of the faucet 30 and the hose mounting parts 3 on both the left and right sides rotate beyond the separation distance between them, the hose mounting part 3 will come into contact with the body 37 of the faucet 30 to which the hose mounting part 3, which rotates due to the rotation of the hose mounting stand 31 for the faucet, is fixed and the rotation will stop.By configuring the hose mounting part 3 so that the body 37 below the upright outer wall 32 of the faucet 30 fits into the space between the placement parts 3, the hose mounting part 3 will be prevented from rotating beyond the set rotation range even if the hose mounting stand 31 for the faucet unintentionally rotates horizontally around the upright outer wall 32 of the faucet 30 as its central axis, by adjusting the distance between the hose mounting parts 3 on both sides in advance.

[0061] The faucet hose mounting stand 31, which is installed on the upper surface of the body 37 of the faucet 30 while encasing the upright outer wall 32, may unintentionally move up and down vertically around the upright outer wall 32 of the faucet 30 inserted into the upright outer wall insertion hole 5, i.e., the inside of the tubular side wall 62, as its central axis, and the movement reducers 6a, 6b fill in and fill the free movement distance, thereby preventing or reducing the faucet hose mounting stand 31 from moving up and down vertically.

[0062] If the height of the tubular side wall 62 were made higher so as to approximate the height of the upstanding outer wall 32 of the faucet 30, the floating reducers 6a, 6b would not be necessary.

[0063] Generally, the floating reduction body 6a, which also has the purpose of preventing wear of the coating plated on the surface of the upright outer wall 32 of a known general-purpose faucet 30 having a plated outer surface, may be inserted into the upright outer wall 32 of the faucet 30 through an opening in a part of the side wall of the pipe, as in the case of the insertion guide port 9 of the faucet hose stand 31 according to the third embodiment of the present invention shown in FIG. 13. In this way, the floating reduction body 6a is inserted into the upright outer wall 32 of the faucet 30, and the faucet hose stand 31 is inserted into the upright outer wall 32 of the faucet 30. By fitting the hose mounting base 31 into the upright outer wall 32 of the faucet 30, in other words, into the lower end 19 of the floating reducer 6a which is fitted into the upright outer wall 32, it is possible to prevent wear of the coating plated on the surface of the upright outer wall 32 of the faucet 30. Taking this into consideration, the inner diameter of the upright outer wall insertion hole 5 of the faucet hose mounting base 31, i.e., the tubular side wall 62, may be made larger by an amount corresponding to the thickness of the lower end 19 of the floating reducer 6a.

[0064] If the cut groove 63 formed in the tubular side wall 62 and the stop protrusions 25, 26 of the floating reducers 6c, 6d are formed in a shape that matches and can be fitted together, it becomes possible to prevent the faucet hose holder 31 from unintentionally rotating horizontally around the upright outer wall insertion hole 5, i.e., the upright outer wall 32 of the faucet 30 inserted inside the tubular side wall 62, by fitting the cut groove 63 into the stop protrusions 25, 26 of the floating reducers 6c, 6d, but this is only possible if the floating reducers 6c, 6d are arranged so that they are unlikely to move freely relative to the upright outer wall 32 of the faucet 30.

[0065] Instead of forming an annular binding groove 66 on the outer surface of the tubular side wall 62, the outer surface of the side wall 62 is provided with a groove 66 as shown in FIG. TIFF2025041515000002.tif2121 A plurality of 1-shaped rings 67 are formed, and the cable tie 53 is The wires may be tied by passing them through an inner side of a loop 67 having a 1-shaped cross section. The loop 67 may be TIFF2025041515000004.tif1918 may be formed in a character shape.

[0066] The support base 2 may be formed in other shapes such as a round bar or a square bar, and FIG. 14 shows that the support base 2 is formed from a round bar.

[0067] The faucet hose holders 1, 11, 21, 31 according to the embodiments of the present invention can also be made from elastic metal, but this is not recommended since the hard material may injure the user.

[0068] The faucet hose holder of the present invention as described above is provided on the body of a known general-purpose faucet, and when using tap water at a water facility, the end of the long hose connected to the faucet on the spout side is releasably positioned so that it can be easily removed, allowing the user to use both hands to use tap water, eliminating the inconvenience of having to hold the end of the hose on the spout side with one hand and use the tap water with the other hand as in the past.

[0069] In addition, when connecting a hose to the general-purpose faucet, most users prefer to connect the hose with some slack, so the conventional problem that the end of the hose from which tap water is discharged remains in contact with a container or the ground, making it unsanitary, is also solved by placing the end of the hose from which the water is discharged on a hose holder for the faucet.

[0070] In particular, since the structure is simple, production costs can be reduced and there is little risk of breakdown. In addition, since the structure is easy to use, there is an advantage in that it is possible to provide a hose stand for a faucet that satisfies the purchasing requirements. [Explanation of symbols]

[0071] 1, 11, 21, 31 Faucet hose stand 2 Support stand 3 Hose mounting section 5 Upright external wall insertion hole 6a, 6b, 6c, 6d nomadic reduction body 9 Insertion guide 13 Binding hole 16 divided pieces 17 Incision groove 25, 26 Stopper protrusions 30 Faucet 32 Upright exterior wall 62 Side wall

Claims

1. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); A portion of the outer periphery of the upright outer wall insertion hole (5) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form a width of the insertion guide opening (9) that allows the upright outer wall (32) on the upper surface of the body (37) of the faucet (30) to pass through and enter the insertion guide opening (9). The insertion guide opening (9) is provided on both sides (12) thereof with fastening holes (13), The upright outer wall (32) is inserted into the upright outer wall insertion hole (5) on the upper surface of the body (37) of the faucet (30) to enclose the upright outer wall (32). The faucet hose stand (21) is connected to the faucet (30) in such a manner that the upright outer wall (32) is inserted into the upright outer wall insertion hole (5), and the faucet hose stand (21) is attached to the faucet (30) by inserting cable ties (53) into the tie holes (13) on both sides (12) and tying them together. This hose stand (21) for a faucet is characterized in that it is configured to prevent or reduce the hose stand (21) for a faucet from unintentionally rising and falling vertically around an upright outer wall (32) of a faucet (30) that is relatively longer in the vertical direction than the support stand (2) as a central axis by providing floating reduction bodies (6a) and (6b).

2. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); A plurality of cut grooves (17) are formed on the outer peripheral edge of the upright outer wall insertion hole (5), and the outer peripheral edge of the upright outer wall insertion hole (5) is formed by a plurality of divided pieces (16). When the divided pieces (16) come into contact with an upright outer wall (32) having a size larger than the inner diameter of the upright outer wall insertion hole (5), the divided pieces (16) are bent due to the elasticity of the material, so that the inner diameter of the upright outer wall insertion hole (5) can be made larger to match the outer diameter of the upright outer wall (32). This makes it possible to evenly insert the upright outer wall (32) into the upright outer wall insertion hole (5) on the upper surface of the body (37) of a known general-purpose faucet (30) having the same standard but a different outer diameter of the upright outer wall (32). A portion of the outer periphery of the upright outer wall insertion hole (5) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form a width of the insertion guide opening (9) that allows the upright outer wall (32) on the upper surface of the body (37) of the faucet (30) to pass through and enter the insertion guide opening (9). The insertion guide opening (9) is provided on both sides (12) thereof with fastening holes (13), The upright outer wall (32) is inserted into the upright outer wall insertion hole (5) on the upper surface of the body (37) of the faucet (30) to enclose the upright outer wall (32). The faucet hose mounting stand (1), (11) is connected to the faucet (30) in such a way that the upright outer wall (32) is inserted into the upright outer wall insertion hole (5), and the faucet hose mounting stand (1), (11) is attached to the faucet (30) by inserting cable ties (53) or clips (51) into the fastening holes (13) on both sides (12) and fastening the cable ties. The hose stand (1), (11) for a faucet is characterized in that it is configured to prevent or reduce the hose stand (1), (11) for a faucet from unintentionally rising and falling vertically around an upright outer wall (32) of a faucet (30) that is relatively longer in the vertical direction than a support stand (2) by providing floating reduction bodies (6a), (6b).

3. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); A portion of the outer periphery of the upright outer wall insertion hole (5) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form a width of the insertion guide opening (9) that allows the upright outer wall (32) on the upper surface of the body (37) of the faucet (30) to pass through and enter the insertion guide opening (9). The insertion guide opening (9) is provided on both sides (12) thereof with fastening holes (13), The upright outer wall (32) is inserted into the upright outer wall insertion hole (5) on the upper surface of the body (37) of the faucet (30) to enclose the upright outer wall (32). The faucet hose stand (21) is connected to the faucet (30) in such a manner that the upright outer wall (32) is inserted into the upright outer wall insertion hole (5), and the faucet hose stand (21) is attached to the faucet (30) by inserting cable ties (53) into the tie holes (13) on both sides (12) and tying them together. This hose mounting stand (21) for a faucet is characterized in that it comprises a structure for preventing rotation exceeding a preset rotation range when the hose mounting stand (21) for a faucet unintentionally rotates horizontally around the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5) as a central axis, i.e., a hose mounting part (3) is formed below the support base (2), and when the hose mounting stand (21) for a faucet rotates around the upright outer wall (32) as a central axis beyond the limit of a preset rotation range, the hose mounting part (3) which rotates due to the rotation of the hose mounting stand (21) for a faucet abuts and comes into contact with the body (37) of the faucet (30) to which it is fixed, thereby stopping the rotation.

4. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, A vertical outer wall insertion hole (5) is drilled in the center of the support base (2) so that a vertical outer wall (32) can be inserted into the upper surface of the body (37) of a known general-purpose faucet (30). A plurality of cut grooves (17) are formed on the outer peripheral edge of the upright outer wall insertion hole (5), and the outer peripheral edge of the upright outer wall insertion hole (5) is formed by a plurality of divided pieces (16). When the divided pieces (16) come into contact with an upright outer wall (32) having a size larger than the inner diameter of the upright outer wall insertion hole (5), the divided pieces (16) are bent due to the elasticity of the material, so that the inner diameter of the upright outer wall insertion hole (5) can be made larger to match the outer diameter of the upright outer wall (32). This makes it possible to evenly insert the upright outer wall (32) into the upright outer wall insertion hole (5) on the upper surface of the body (37) of a known general-purpose faucet (30) having the same standard but a different outer diameter of the upright outer wall (32). A portion of the outer periphery of the upright outer wall insertion hole (5) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form a width of the insertion guide opening (9) that allows the upright outer wall (32) on the upper surface of the body (37) of the faucet (30) to pass through and enter the insertion guide opening (9). The insertion guide opening (9) is provided on both sides (12) thereof with fastening holes (13), The upright outer wall (32) is inserted into the upright outer wall insertion hole (5) on the upper surface of the body (37) of the faucet (30) to enclose the upright outer wall (32). The faucet hose mounting stand (1), (11) is connected to the faucet (30) in such a way that the upright outer wall (32) is inserted into the upright outer wall insertion hole (5), and the faucet hose mounting stand (1), (11) is attached to the faucet (30) by inserting cable ties (53) or clips (51) into the fastening holes (13) on both sides (12) and fastening the cable ties. A hose mounting stand (1), (11) for a faucet, characterized in that when the hose mounting stand (1), (11) for a faucet rotates unintentionally in a horizontal direction around the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5), a structure is formed to prevent rotation exceeding a preset rotation range, i.e., a hose mounting part (3) is formed below the support base (2), and when the hose mounting stand (1), (11) for a faucet rotates around the upright outer wall (32) as a central axis beyond the limit of a preset rotation range, the hose mounting part (3) that rotates due to the rotation of the hose mounting stand (1), (11) for a faucet abuts and comes into contact with the body (37) of the faucet (30) to which it is fixed, thereby stopping the rotation.

5. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); At least one or more retaining projection fitting openings (8) are drilled on the outer peripheral edge of the upright outer wall fitting hole (5); The stopper protrusions (25), (26) that can be fitted into the stopper protrusion fitting openings (8) are provided on the bottom surfaces of the floating reducers (6c), (6d) so as to protrude downward, A portion of the outer periphery of the upright outer wall insertion hole (5) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form a width of the insertion guide opening (9) that allows the upright outer wall (32) on the upper surface of the body (37) of the faucet (30) to pass through and enter the insertion guide opening (9). The insertion guide opening (9) is provided on both sides (12) thereof with fastening holes (13), The upright outer wall (32) is inserted into the upright outer wall insertion hole (5) on the upper surface of the body (37) of the faucet (30) to enclose the upright outer wall (32). The faucet hose stand (21) is connected to the faucet (30) in such a manner that the upright outer wall (32) is inserted into the upright outer wall insertion hole (5), and the faucet hose stand (21) is attached to the faucet (30) by inserting cable ties (53) into the tie holes (13) on both sides (12) and tying them together. A structure for preventing an unintentional horizontal rotation of a hose stand for a faucet (21) about the upright outer wall (32) of a faucet (30) fitted into an upright outer wall fitting hole (5) by fitting together a recessed portion and a protruding portion that correspond to each other, i.e., a hose stand for a faucet (21), characterized in that at least one stop projection fitting opening (8) drilled into the outer peripheral edge portion of the upright outer wall fitting hole (5) and stop projections (25), (26) protruding downward from the bottom surfaces of the free reduction bodies (6c), (6d) are formed to fit together in a corresponding manner, and the stop projection fitting opening (8) and the stop projections (25), (26) are fitted into the stop projection fitting opening (8) to prevent the hose stand for a faucet (21) from rotating unintentionally in the horizontal direction.

6. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); A plurality of cut grooves (17) are formed on the outer peripheral edge of the upright outer wall insertion hole (5), and the outer peripheral edge of the upright outer wall insertion hole (5) is formed by a plurality of divided pieces (16). When the divided pieces (16) come into contact with an upright outer wall (32) having a size larger than the inner diameter of the upright outer wall insertion hole (5), the divided pieces (16) are bent due to the elasticity of the material, so that the inner diameter of the upright outer wall insertion hole (5) can be made larger to match the outer diameter of the upright outer wall (32). This makes it possible to evenly insert the upright outer wall (32) into the upright outer wall insertion hole (5) on the upper surface of the body (37) of a known general-purpose faucet (30) having the same standard but a different outer diameter of the upright outer wall (32). The cut grooves (17) and the stop protrusions (25), (26) are formed so that at least one of the cut grooves (17) among the plurality of cut grooves (17) drilled in the outer peripheral edge of the upright outer wall insertion hole (5) can be fitted in accordance with the stop protrusions (25), (26) of the floating reducers (6c), (6d); A portion of the outer periphery of the upright outer wall insertion hole (5) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form a width of the insertion guide opening (9) that allows the upright outer wall (32) on the upper surface of the body (37) of the faucet (30) to pass through and enter the insertion guide opening (9). The insertion guide opening (9) is provided on both sides (12) thereof with fastening holes (13), The upright outer wall (32) is inserted into the upright outer wall insertion hole (5) on the upper surface of the body (37) of the faucet (30) to enclose the upright outer wall (32). The faucet hose mounting stand (1), (11) is connected to the faucet (30) in such a way that the upright outer wall (32) is inserted into the upright outer wall insertion hole (5), and the faucet hose mounting stand (1), (11) is attached to the faucet (30) by inserting cable ties (53) or clips (51) into the fastening holes (13) on both sides (12) and fastening the cable ties. A structure for preventing an unintentional horizontal rotation of a hose stand for a faucet (1), (11) about the upright outer wall (32) of a faucet (30) fitted into an upright outer wall fitting hole (5) by fitting a corresponding concave portion and a protruding portion, i.e., a hose stand for a faucet (1), (11) characterized in that at least one of a plurality of cut grooves (17) drilled in the outer periphery of the upright outer wall fitting hole (5) and the stop protrusions (25), (26) of the floating reducers (6c), (6d) are formed to fit in a corresponding cut groove (17) so that the stop protrusions (25), (26) are fitted into the corresponding cut groove (17), thereby forming the cut groove (17) and the stop protrusions (25), (26) that prevent an unintentional horizontal rotation of the hose stand for a faucet (1), (11).

7. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); A portion of the outer periphery of the upright outer wall insertion hole (5) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form a width of the insertion guide opening (9) that allows the upright outer wall (32) on the upper surface of the body (37) of the faucet (30) to pass through and enter the insertion guide opening (9). The insertion guide opening (9) is provided on both sides (12) thereof with fastening holes (13), The upright outer wall (32) is inserted into the upright outer wall insertion hole (5) on the upper surface of the body (37) of the faucet (30) to enclose the upright outer wall (32). The faucet hose stand (21) is connected to the faucet (30) in such a manner that the upright outer wall (32) is inserted into the upright outer wall insertion hole (5), and the faucet hose stand (21) is attached to the faucet (30) by inserting cable ties (53) into the tie holes (13) on both sides (12) and tying them together. By providing the floating reduction bodies (6a) and (6b), it is possible to prevent or reduce the faucet hose mounting base (21) from unintentionally rising and falling vertically around the upright outer wall (32) of the faucet (30), which is relatively longer in the vertical direction than the support base (2), as a central axis. This hose mounting stand (21) for a faucet is characterized in that it comprises a structure for preventing rotation exceeding a preset rotation range when the hose mounting stand (21) for a faucet unintentionally rotates horizontally around the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5) as a central axis, i.e., a hose mounting part (3) is formed below the support base (2), and when the hose mounting stand (21) for a faucet rotates beyond the limit of a preset rotation range around the upright outer wall (32) as a central axis, the hose mounting part (3) which rotates due to the rotation of the hose mounting stand (21) for a faucet abuts and comes into contact with the body (37) of the faucet (30) to which it is fixed, thereby stopping the rotation.

8. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); A plurality of cut grooves (17) are formed on the outer peripheral edge of the upright outer wall insertion hole (5), and the outer peripheral edge of the upright outer wall insertion hole (5) is formed by a plurality of divided pieces (16). When the divided pieces (16) come into contact with an upright outer wall (32) having a size larger than the inner diameter of the upright outer wall insertion hole (5), the divided pieces (16) are bent due to the elasticity of the material, so that the inner diameter of the upright outer wall insertion hole (5) can be made larger to match the outer diameter of the upright outer wall (32). This makes it possible to evenly insert the upright outer wall (32) into the upright outer wall insertion hole (5) on the upper surface of the body (37) of a known general-purpose faucet (30) having the same standard but a different outer diameter of the upright outer wall (32). A portion of the outer periphery of the upright outer wall insertion hole (5) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form a width of the insertion guide opening (9) that allows the upright outer wall (32) on the upper surface of the body (37) of the faucet (30) to pass through and enter the insertion guide opening (9). The insertion guide opening (9) is provided on both sides (12) thereof with fastening holes (13), The upright outer wall (32) is inserted into the upright outer wall insertion hole (5) on the upper surface of the body (37) of the faucet (30) to enclose the upright outer wall (32). The faucet hose mounting stand (1), (11) is connected to the faucet (30) in such a way that the upright outer wall (32) is inserted into the upright outer wall insertion hole (5), and the faucet hose mounting stand (1), (11) is attached to the faucet (30) by inserting cable ties (53) or clips (51) into the fastening holes (13) on both sides (12) and fastening the cable ties. By providing the floating reduction bodies (6a), (6b), it is possible to prevent or reduce the faucet hose mounting base (1), (11) from unintentionally rising and falling vertically around the upright outer wall (32) of the faucet (30), which is relatively longer in the vertical direction than the support base (2), as a central axis. A hose mounting stand (1), (11) for a faucet, characterized in that when the hose mounting stand (1), (11) for a faucet rotates unintentionally in a horizontal direction around the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5), a structure is formed to prevent rotation exceeding a preset rotation range, i.e., a hose mounting part (3) is formed below the support base (2), and when the hose mounting stand (1), (11) for a faucet rotates around the upright outer wall (32) as a central axis beyond the limit of a preset rotation range, the hose mounting part (3) that rotates due to the rotation of the hose mounting stand (1), (11) for a faucet abuts and comes into contact with the body (37) of the faucet (30) to which it is fixed, thereby stopping the rotation.

9. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); The outer peripheral edge of the upright outer wall insertion hole (5) is extended so as to protrude upward to form a tubular side wall (62) having a hollow portion, A portion of the tubular side wall (62) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form the insertion guide opening (9) with a width that allows the entrance and exit of the outer wall (32) standing on the upper surface of the body (37) of the faucet (30) to pass through. The tubular side wall (62) has a binding groove (66) formed on the outer surface thereof into which the binding band (53) can be fitted, or letter shape, A plurality of rings (67) such as a letter-shaped ring are formed on the outer surface of the side wall (62), The upright outer wall insertion hole (5), i.e., the upright outer wall (32) is inserted into the upper surface of the body (37) of the faucet (30) inside the tubular side wall (62) to encase the upright outer wall (32) and the faucet hose stand (31) is attached to the faucet (30) in a shape that envelops the upright outer wall (32) through the binding groove (66) formed on the outer surface of the side wall (62) and the like. letter shape, This hose stand (31) for a faucet is characterized in that a cable tie (53) is passed through the inside of a ring (67) such as a letter-shaped ring, and the hose is tied to the faucet (30).

10. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); The outer peripheral edge of the upright outer wall insertion hole (5) is extended so as to protrude upward to form a tubular side wall (62) having a hollow portion, forming at least one or more cut grooves (63) in the tubular side wall (62) to form the tubular side wall (62) into a plurality of divided side walls (62); A portion of the tubular side wall (62) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form the insertion guide opening (9) with a width that allows the entrance and exit of the outer wall (32) standing on the upper surface of the body (37) of the faucet (30) to pass through. The tubular side wall (62) has a binding groove (66) formed on the outer surface thereof into which the binding band (53) can be fitted, or letter shape, A plurality of rings (67) such as a letter-shaped ring are formed on the outer surface of the side wall (62), The upright outer wall insertion hole (5), i.e., the upright outer wall (32) is inserted into the upper surface of the body (37) of the faucet (30) inside the tubular side wall (62) to encase the upright outer wall (32) and the faucet hose stand (31) is attached to the faucet (30) in a shape that envelops the upright outer wall (32) through the binding groove (66) formed on the outer surface of the side wall (62) and the like. letter shape, This hose stand (31) for a faucet is characterized in that a cable tie (53) is passed through the inside of a ring (67) such as a letter-shaped ring, and the hose is tied to the faucet (30).

11. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); The outer peripheral edge of the upright outer wall insertion hole (5) is extended so as to protrude upward to form a tubular side wall (62) having a hollow portion, A portion of the tubular side wall (62) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form the insertion guide opening (9) with a width that allows the entrance and exit of the outer wall (32) standing on the upper surface of the body (37) of the faucet (30) to pass through. The tubular side wall (62) has a binding groove (66) formed on the outer surface thereof into which the binding band (53) can be fitted, or letter shape, A plurality of rings (67) such as a letter-shaped ring are formed on the outer surface of the side wall (62), The upright outer wall insertion hole (5), i.e., the upright outer wall (32) is inserted into the upper surface of the body (37) of the faucet (30) inside the tubular side wall (62) to encase the upright outer wall (32) and the faucet hose stand (31) is attached to the faucet (30) in a shape that envelops the upright outer wall (32) through the binding groove (66) formed on the outer surface of the side wall (62) and the like. letter shape, The hose stand (31) for the faucet is attached to the faucet (30) by passing a cable tie (53) through the inside of a ring (67) such as a U-shaped ring and tying it. This hose stand (31) for a faucet is characterized in that it is configured to prevent or reduce the hose stand (31) for a faucet from unintentionally rising and falling vertically around the upright outer wall insertion hole (5), i.e., the upright outer wall (32) of the faucet (30) inserted inside the tubular side wall (62) as a central axis by providing floating reduction bodies (6a), (6b).

12. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); The outer peripheral edge of the upright outer wall insertion hole (5) is extended so as to protrude upward to form a tubular side wall (62) having a hollow portion, forming at least one or more cut grooves (63) in the tubular side wall (62) to form the tubular side wall (62) into a plurality of divided side walls (62); A portion of the tubular side wall (62) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form the insertion guide opening (9) with a width that allows the entrance and exit of the outer wall (32) standing on the upper surface of the body (37) of the faucet (30) to pass through. The tubular side wall (62) has a binding groove (66) formed on the outer surface thereof into which the binding band (53) can be fitted, or letter shape, A plurality of rings (67) such as a letter-shaped ring are formed on the outer surface of the side wall (62), The upright outer wall insertion hole (5), i.e., the upright outer wall (32) is inserted into the upper surface of the body (37) of the faucet (30) inside the tubular side wall (62) to encase the upright outer wall (32) and the faucet hose stand (31) is attached to the faucet (30) in a shape that envelops the upright outer wall (32) through the binding groove (66) formed on the outer surface of the side wall (62) and the like. letter shape, The hose stand (31) for the faucet is attached to the faucet (30) by passing a cable tie (53) through the inside of a ring (67) such as a U-shaped ring and tying it. This hose stand (31) for a faucet is characterized in that it is configured to prevent or reduce the hose stand (31) for a faucet from unintentionally rising and falling vertically around the upright outer wall insertion hole (5), i.e., the upright outer wall (32) of the faucet (30) inserted inside the tubular side wall (62) as a central axis by providing floating reduction bodies (6a), (6b).

13. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); The outer peripheral edge of the upright outer wall insertion hole (5) is extended so as to protrude upward to form a tubular side wall (62) having a hollow portion, A portion of the tubular side wall (62) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form the insertion guide opening (9) with a width that allows the entrance and exit of the outer wall (32) standing on the upper surface of the body (37) of the faucet (30) to pass through. The tubular side wall (62) has a binding groove (66) formed on the outer surface thereof into which the binding band (53) can be fitted, or letter shape, A plurality of rings (67) such as a letter-shaped ring are formed on the outer surface of the side wall (62), The upright outer wall insertion hole (5), i.e., the upright outer wall (32) is inserted into the upper surface of the body (37) of the faucet (30) inside the tubular side wall (62) to encase the upright outer wall (32) and the faucet hose stand (31) is attached to the faucet (30) in a shape that envelops the upright outer wall (32) through the binding groove (66) formed on the outer surface of the side wall (62) and the like. letter shape, The hose stand (31) for the faucet is attached to the faucet (30) by passing a cable tie (53) through the inside of a ring (67) such as a U-shaped ring and tying it. The height of the tubular side wall (62) of the hose stand (31) for a faucet is formed relatively high so as to be close to the height of the upright outer wall (32) of the faucet (30), thereby reducing the free movement distance by which the hose stand (31) for a faucet may unintentionally move up and down vertically around the upright outer wall insertion hole (5), i.e., the upright outer wall (32) of the faucet (30) inserted inside the tubular side wall (62), as a central axis.

14. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); The outer peripheral edge of the upright outer wall insertion hole (5) is extended so as to protrude upward to form a tubular side wall (62) having a hollow portion, forming at least one or more cut grooves (63) in the tubular side wall (62) to form the tubular side wall (62) into a plurality of divided side walls (62); A portion of the tubular side wall (62) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form the insertion guide opening (9) with a width that allows the entrance and exit of the outer wall (32) standing on the upper surface of the body (37) of the faucet (30) to pass through. The tubular side wall (62) has a binding groove (66) formed on the outer surface thereof into which the binding band (53) can be fitted, or letter shape, A plurality of rings (67) such as a letter-shaped ring are formed on the outer surface of the side wall (62), The upright outer wall insertion hole (5), i.e., the upright outer wall (32) is inserted into the upper surface of the body (37) of the faucet (30) inside the tubular side wall (62) to encase the upright outer wall (32) and the faucet hose stand (31) is attached to the faucet (30) in a shape that envelops the upright outer wall (32) through the binding groove (66) formed on the outer surface of the side wall (62) and the like. letter shape, The hose stand (31) for the faucet is attached to the faucet (30) by passing a cable tie (53) through the inside of a ring (67) such as a U-shaped ring and tying it. The height of the tubular side wall (62) of the hose stand (31) for a faucet is formed relatively high so as to be close to the height of the upright outer wall (32) of the faucet (30), thereby reducing the free movement distance by which the hose stand (31) for a faucet may unintentionally move up and down vertically around the upright outer wall insertion hole (5), i.e., the upright outer wall (32) of the faucet (30) inserted inside the tubular side wall (62), as a central axis.

15. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); The outer peripheral edge of the upright outer wall insertion hole (5) is extended so as to protrude upward to form a tubular side wall (62) having a hollow portion, A portion of the tubular side wall (62) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form the insertion guide opening (9) with a width that allows the entrance and exit of the outer wall (32) standing on the upper surface of the body (37) of the faucet (30) to pass through. The tubular side wall (62) has a binding groove (66) formed on the outer surface thereof into which the binding band (53) can be fitted, or letter shape, A plurality of rings (67) such as a letter-shaped ring are formed on the outer surface of the side wall (62), The upright outer wall insertion hole (5), i.e., the upright outer wall (32) is inserted into the upper surface of the body (37) of the faucet (30) inside the tubular side wall (62) to encase the upright outer wall (32) and the faucet hose stand (31) is attached to the faucet (30) in a shape that envelops the upright outer wall (32) through the binding groove (66) formed on the outer surface of the side wall (62) and the like. letter shape, The hose stand (31) for the faucet is attached to the faucet (30) by passing a cable tie (53) through the inside of a ring (67) such as a U-shaped ring and tying it. A hose mounting stand (31) for a faucet, characterized in that it comprises a structure for preventing rotation exceeding a preset rotation range when the hose mounting stand (31) for a faucet unintentionally rotates horizontally around the upright outer wall insertion hole (5), i.e., the upright outer wall (32) of the faucet (30) inserted inside the tubular side wall (62), as a central axis, i.e., a hose mounting part (3) is formed below the support base (2), and when the hose mounting stand (31) for a faucet rotates around the upright outer wall (32) as a central axis beyond the limit of a preset rotation range, the hose mounting part (3) which rotates due to the rotation of the hose mounting stand (31) for a faucet abuts and comes into contact with the body (37) of the faucet (30) to which it is fixed, thereby stopping the rotation.

16. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); The outer peripheral edge of the upright outer wall insertion hole (5) is extended so as to protrude upward to form a tubular side wall (62) having a hollow portion, forming at least one or more cut grooves (63) in the tubular side wall (62) to form the tubular side wall (62) into a plurality of divided side walls (62); A portion of the tubular side wall (62) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form the insertion guide opening (9) with a width that allows the entrance and exit of the outer wall (32) standing on the upper surface of the body (37) of the faucet (30) to pass through. The tubular side wall (62) has a binding groove (66) formed on the outer surface thereof into which the binding band (53) can be fitted, or letter shape, A plurality of rings (67) such as a letter-shaped ring are formed on the outer surface of the side wall (62), The upright outer wall insertion hole (5), i.e., the upright outer wall (32) is inserted into the upper surface of the body (37) of the faucet (30) inside the tubular side wall (62) to encase the upright outer wall (32) and the faucet hose stand (31) is attached to the faucet (30) in a shape that envelops the upright outer wall (32) through the binding groove (66) formed on the outer surface of the side wall (62) and the like. letter shape, The hose stand (31) for the faucet is attached to the faucet (30) by passing a cable tie (53) through the inside of a ring (67) such as a U-shaped ring and tying it. A hose mounting stand (31) for a faucet, characterized in that it comprises a structure for preventing rotation exceeding a preset rotation range when the hose mounting stand (31) for a faucet unintentionally rotates horizontally around the upright outer wall insertion hole (5), i.e., the upright outer wall (32) of the faucet (30) inserted inside the tubular side wall (62), as a central axis, i.e., a hose mounting part (3) is formed below the support base (2), and when the hose mounting stand (31) for a faucet rotates around the upright outer wall (32) as a central axis beyond the limit of a preset rotation range, the hose mounting part (3) which rotates due to the rotation of the hose mounting stand (31) for a faucet abuts and comes into contact with the body (37) of the faucet (30) to which it is fixed, thereby stopping the rotation.

17. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); The outer peripheral edge of the upright outer wall insertion hole (5) is extended so as to protrude upward to form a tubular side wall (62) having a hollow portion, forming at least one or more cut grooves (63) in the tubular side wall (62) to form the tubular side wall (62) into a plurality of divided side walls (62); A portion of the tubular side wall (62) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form the insertion guide opening (9) with a width that allows the entrance and exit of the outer wall (32) standing on the upper surface of the body (37) of the faucet (30) to pass through. The tubular side wall (62) has a binding groove (66) formed on the outer surface thereof into which the binding band (53) can be fitted, or letter shape, A plurality of rings (67) such as a letter-shaped ring are formed on the outer surface of the side wall (62), The upright outer wall insertion hole (5), i.e., the upright outer wall (32) is inserted into the upper surface of the body (37) of the faucet (30) inside the tubular side wall (62) to encase the upright outer wall (32) and the faucet hose stand (31) is attached to the faucet (30) in a shape that envelops the upright outer wall (32) through the binding groove (66) formed on the outer surface of the side wall (62) and the like. letter shape, The hose stand (31) for the faucet is attached to the faucet (30) by passing a cable tie (53) through the inside of a ring (67) such as a U-shaped ring and tying it. A structure for preventing an unintentional horizontal rotation of a hose stand for a faucet (31) about an upright outer wall insertion hole (5), i.e., the upright outer wall (32) of a faucet (30) inserted inside the tubular side wall (62), by fitting a corresponding concave portion and a protruding portion thereto, that is, a hose stand for a faucet (31) characterized in that at least one of at least one cut grooves (63) formed in the tubular side wall (62) and the stop protrusions (25), (26) of the floating reducers (6c), (6d) are formed to fit in a corresponding cut groove (63) so as to fit in a corresponding cut groove (63), thereby forming the cut groove (63) and the stop protrusions (25), (26) that prevent the hose stand for a faucet (31) from rotating in a horizontal direction unintentionally.

18. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); The outer peripheral edge of the upright outer wall insertion hole (5) is extended so as to protrude upward to form a tubular side wall (62) having a hollow portion, A portion of the tubular side wall (62) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form the insertion guide opening (9) with a width that allows the entrance and exit of the outer wall (32) standing on the upper surface of the body (37) of the faucet (30) to pass through. The tubular side wall (62) has a binding groove (66) formed on the outer surface thereof into which the binding band (53) can be fitted, or letter shape, A plurality of rings (67) such as a letter-shaped ring are formed on the outer surface of the side wall (62), The upright outer wall insertion hole (5), i.e., the upright outer wall (32) is inserted into the upper surface of the body (37) of the faucet (30) inside the tubular side wall (62) to encase the upright outer wall (32) and the faucet hose stand (31) is attached to the faucet (30) in a shape that envelops the upright outer wall (32) through the binding groove (66) formed on the outer surface of the side wall (62) and the like. letter shape, The hose stand (31) for the faucet is attached to the faucet (30) by passing a cable tie (53) through the inside of a ring (67) such as a U-shaped ring and tying it. By providing a floating reduction body (6a), (6b) or forming the height of the tubular side wall (62) higher so as to be close to the height of the upright outer wall (32) of the faucet (30), it is possible to prevent or reduce the faucet hose stand (31) from unintentionally rising and falling vertically around the upright outer wall insertion hole (5), i.e., the upright outer wall (32) of the faucet (30) inserted inside the tubular side wall (62), as a central axis; A hose mounting stand (31) for a faucet, characterized in that it comprises a structure for preventing rotation exceeding a preset rotation range when the hose mounting stand (31) for a faucet unintentionally rotates horizontally around the upright outer wall insertion hole (5), i.e., the upright outer wall (32) of the faucet (30) inserted inside the tubular side wall (62), as a central axis, i.e., a hose mounting part (3) is formed below the support base (2), and when the hose mounting stand (31) for a faucet rotates around the upright outer wall (32) as a central axis beyond the limit of a preset rotation range, the hose mounting part (3) which rotates due to the rotation of the hose mounting stand (31) for a faucet abuts and comes into contact with the body (37) of the faucet (30) to which it is fixed, thereby stopping the rotation.

19. At least one hose mounting section (3) having an opening on one side so that a hose (38) can enter and exit is formed on the end of a support base (2) made of synthetic resin having elasticity, In the center of the support base (2), an upright outer wall insertion hole (5) is drilled into which an upright outer wall (32) can be inserted, the upright outer wall being arranged on the upper surface of the body (37) of a known general-purpose faucet (30); The outer peripheral edge of the upright outer wall insertion hole (5) is extended so as to protrude upward to form a tubular side wall (62) having a hollow portion, forming at least one or more cut grooves (63) in the tubular side wall (62) to form the tubular side wall (62) into a plurality of divided side walls (62); A portion of the tubular side wall (62) is opened to form an insertion guide opening (9), and the insertion guide opening (9) is expanded by using the elasticity of the material to form the insertion guide opening (9) with a width that allows the entrance and exit of the outer wall (32) standing on the upper surface of the body (37) of the faucet (30) to pass through. The tubular side wall (62) has a binding groove (66) formed on the outer surface thereof into which the binding band (53) can be fitted, or letter shape, A plurality of rings (67) such as a letter-shaped ring are formed on the outer surface of the side wall (62), The upright outer wall insertion hole (5), i.e., the upright outer wall (32) is inserted into the upper surface of the body (37) of the faucet (30) inside the tubular side wall (62) to encase the upright outer wall (32) and the faucet hose stand (31) is attached to the faucet (30) in a shape that envelops the upright outer wall (32) through the binding groove (66) formed on the outer surface of the side wall (62) and the like. letter shape, The hose stand (31) for the faucet is attached to the faucet (30) by passing a cable tie (53) through the inside of a ring (67) such as a U-shaped ring and tying it. By providing a floating reduction body (6a), (6b) or forming the height of the tubular side wall (62) higher so as to be close to the height of the upright outer wall (32) of the faucet (30), it is possible to prevent or reduce the faucet hose stand (31) from unintentionally rising and falling vertically around the upright outer wall insertion hole (5), i.e., the upright outer wall (32) of the faucet (30) inserted inside the tubular side wall (62), as a central axis; A hose mounting stand (31) for a faucet, characterized in that it comprises a structure for preventing rotation exceeding a preset rotation range when the hose mounting stand (31) for a faucet unintentionally rotates horizontally around the upright outer wall insertion hole (5), i.e., the upright outer wall (32) of the faucet (30) inserted inside the tubular side wall (62), as a central axis, i.e., a hose mounting part (3) is formed below the support base (2), and when the hose mounting stand (31) for a faucet rotates around the upright outer wall (32) as a central axis beyond the limit of a preset rotation range, the hose mounting part (3) which rotates due to the rotation of the hose mounting stand (31) for a faucet abuts and comes into contact with the body (37) of the faucet (30) to which it is fixed, thereby stopping the rotation.

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