Hose holder for faucet

Abstract

The present invention relates to a hose support platform for a faucet, wherein a hose support portion is formed on the end of a support platform, and a vertical outer wall insertion hole is formed by perforating a central portion for the insertion of an outer wall standing upright on a known general faucet body. By opening a portion of the outer peripheral edge of the vertical outer wall insertion hole and forming an insertion guide hole, the outer wall standing upright on the faucet is inserted into the vertical outer wall insertion hole for bundling, and the hose support platform for the faucet is set on the faucet. It also includes a device for preventing the hose support platform for the faucet from accidentally moving up and down in the vertical direction or accidentally rotating in the horizontal direction with the vertical outer wall of the faucet as the center axis. The present invention has a simple structure, can save production costs, has a low possibility of failure and is easy to use, so it has excellent purchasing conditions.

Description

Technical Field

[0001] The present invention relates to a faucet hose holder. More specifically, the purpose of connecting a hose to a faucet water pipe is to provide tap water to a place far away from the faucet. In addition, considering the fact that normal tap water use operations are often performed in a water room, a faucet hose holder is provided. The holder allows the hose to be freely taken out and placed on the holder regardless of its length. When normal tap water use operations are performed in the water room, placing the hose on the holder can facilitate the tap water use operations with both hands. In particular, its structure is simple, production costs can be saved, the failure rate is low, and it is easy to use, so the purchasing conditions are excellent. Background Art

[0002] Generally, a faucet is a device located at the end of a water pipe and used to control the tap water provided through the water pipe. Faucets used on the market include general types with a basic faucet shape, as well as faucets for special purposes such as kitchens and sinks.

[0003] The general faucet is usually used by connecting a hose made of synthetic resin to a water spout of the faucet. The length of the connecting hose varies greatly depending on the faucet, in other words, depending on the user, for example, tens of centimeters or tens of meters.

[0004] Korean Patent No. 10-2029549 discloses a hose holder for a faucet, which is in the form of a flexible hose holder rod that can be freely bent. The concept and structure of the invention are different from those of the present invention, but the inventor is the same. Summary of the invention

[0005]

Technical issues

[0006] When a hose is connected to the general faucet, in order to prevent the connected hose from being detached, a common hose connection method is to clamp the hose portion on the faucet water pipe with a clamp or tie it with a rope.

[0007] Therefore, when a hose is connected to the general faucet and water is supplied to a place far from the faucet, after the hose is connected to the faucet, when the user wants to use the tap water in the bathroom, the hose connected to the faucet needs to be separated. This operation is repeated according to the need to use the tap water, which is very inconvenient. Therefore, in reality, when the user uses the tap water in the bathroom, the user does not separate the long hose connected to the faucet, but holds the end of the long hose connected to the faucet on the water outlet side with one hand and uses the tap water with the other hand, which is very inconvenient.

[0008] As mentioned above, the problem with the general faucet is that when a hose is connected to the faucet, most users prefer to connect a hose of sufficient length, which causes the end of the hose that spits out tap water to come into contact with a container or the ground, which is unhygienic.

[0009] In view of the above-mentioned inconveniences and problems that actually exist in the use of the general faucet, it is necessary to propose a hose shelf for a faucet that can be easily taken out and placed on the shelf. The structure is simple, production costs can be saved, the failure rate is low and it is easy to use, so the purchasing conditions are excellent.

[0010]

Technical solution

[0011] In order to solve the above-mentioned existing technical problems, the object of the present invention is to provide a faucet hose shelf, wherein:

[0012] At least one hose placement portion 3 is formed at the end of the support platform 2 made of elastic synthetic resin, and one side opening of the at least one hose placement portion 3 is provided for the hose 38 to enter and exit;

[0013] The central portion of the support platform 2 is perforated to form a vertical outer wall insertion hole 5, and the vertical outer wall insertion hole 5 can be inserted into the outer wall 32 vertically disposed on the body 37 of the known universal faucet 30;

[0014] An insertion guide hole 9 is formed by opening a portion of the outer circumference of the vertical outer wall insertion hole 5, and the width of the insertion guide hole 9 is set to enable the outer wall 32 standing upright on the body 37 of the faucet 30 to enter and exit when the insertion guide hole 9 is stretched and the insertion guide hole 9 is expanded by utilizing the elasticity of the material;

[0015] The two sides 12 of the insertion guide hole 9 are perforated with binding holes 13.

[0016] The outer wall 32 standing upright on the faucet 30 body 37 is inserted into the upright outer wall insertion hole 5, and a clip 51 or a strap 53 as a well-known binding device is inserted into the binding hole 13 and bound, thereby setting the faucet hose resting platform 1 on the faucet 30.

[0017] As described above, the faucet hose rest 1 is set on the faucet 30 in a state of wrapping the outer wall 32 upright on the faucet 30 body 37. In this state, there is a possibility of accidental up and down movement in the vertical direction or accidental rotation in the horizontal direction with the upright outer wall 32 of the faucet 30 inserted in the upright outer wall insertion hole 5 as the center axis. Therefore, it also includes a device for preventing or limiting the occurrence of the above-mentioned accidents. The structure of the above-mentioned device varies according to different embodiments, which will be described in detail in the following embodiments.

[0018]

Beneficial Effects

[0019] The faucet hose holder according to the present invention is arranged on the body of a known general faucet. When using tap water in a bathroom, the end of the long hose on the water spouting side connected to the faucet can be easily placed on the hose holder. The inconvenience of holding the water spouting end of the hose with one hand while using tap water with the other hand as in the prior art is avoided, and tap water can be used with both hands.

[0020] Furthermore, when connecting a hose holder to the general faucet, most users prefer to fully connect the hose holder, causing the end of the hose spouting tap water to come into contact with a container or the ground. This existing unsanitary problem is solved by placing the end of the hose on the faucet hose holder.

[0021] In particular, since the structure is simple, the production cost can be saved, the failure rate is low and it is easy to use, it is possible to provide a faucet hose shelf with excellent purchasing conditions. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 FIG. 1 is a perspective view of a faucet hose resting stand according to an embodiment of the present invention.

[0023] Figure 2 It is a stereogram according to an embodiment of a motion reducing body.

[0024] Figure 3 It is a stereoscopic diagram of different forms according to an embodiment of a motion reducing body.

[0025] Figure 4 FIG. 1 is a perspective view of a faucet hose rest according to a first alternative embodiment of the present invention.

[0026] Figure 5 FIG. 1 is a partially cutaway perspective view of a faucet hose resting table according to a second embodiment of the present invention.

[0027] Figure 6 It is a perspective view according to another embodiment of the motion reducing body.

[0028] Figure 7 It is a three-dimensional diagram of a different form of another embodiment of the motion reducing body.

[0029] Figure 8 It is a schematic diagram for illustrating that a faucet hose holder according to an embodiment of the present invention is arranged on a known general faucet, showing a cross-sectional state of the faucet hose holder according to an embodiment of the present invention and the reduction body 6b arranged above and below the faucet hose holder when cut horizontally with the center as the reference.

[0030] Fig. 91 is an exemplary diagram of a usage state of a faucet hose rest according to an embodiment of the present invention.

[0031] Fig.10 It is used to illustrate Figure 1 and Figure 4 When the segment 16 at the outer peripheral edge of the upright outer wall insertion hole 5 shown in the figure contacts the upright outer wall 32 whose size is slightly larger than the inner diameter of the upright outer wall insertion hole 5, the segment 16 bends upward so that the inner diameter of the upright outer wall insertion hole 5 corresponds to the outer diameter of the upright outer wall 32 and the concave portion becomes larger.

[0032] Fig.11 It is a three-dimensional view of a known binding device, namely a clamp.

[0033] Fig.12 It is a perspective view of a binding belt in the form of a cable tie, which is a well-known binding device.

[0034] Fig.13 FIG. 1 is a partially cutaway perspective view of a faucet hose resting table according to a third embodiment of the present invention.

[0035] Fig.14 It is shown that the support platform is formed by a round rod and a ┐-shaped hook body is formed on the outside of the tubular side wall.

[0036] [Description of Reference Numerals]

[0037] 1, 11, 21, 31: a faucet hose resting platform; 2: a support platform; 3: a hose resting portion; 5: an upright outer wall insertion hole; 6a, 6b, 6c, 6d: a reduction body; 9: an insertion guide hole; 13: a binding hole; 16: a segment; 17: a groove; 25, 26: a stopper protrusion; 30: a faucet; 32: an upright outer wall; 62: a side wall DETAILED DESCRIPTION

[0038] Hereinafter, various embodiments of the present invention will be described in detail with reference to the accompanying drawings.

[0039] First, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

[0040] Figure 1 is a perspective view of a faucet hose stand according to an embodiment of the present invention, Figure 2 is a stereogram according to an embodiment of a motion reducing body, Figure 3 is a stereogram of different forms of an embodiment of a motion reducing body, Figure 8 The schematic diagram is used to illustrate that a faucet hose holder according to an embodiment of the present invention is arranged on a known general faucet, and shows a cross-sectional state of the faucet hose holder according to an embodiment of the present invention and the reduction body 6b arranged above and below the faucet hose holder, which is cut transversely with the center as the reference. Fig. 9is an exemplary diagram of a usage state of a faucet hose resting table according to an embodiment of the present invention, Fig.10 It is used to illustrate Figure 1 and Figure 4 The sectional view of the concave portion is taken when the segment 16 of the outer peripheral edge of the upright outer wall insertion hole 5 shown in the figure contacts the upright outer wall 32 whose size is slightly larger than the inner diameter of the upright outer wall insertion hole 5, and the segment 16 bends upward so that the inner diameter of the upright outer wall insertion hole 5 corresponds to the outer diameter of the upright outer wall 32 and becomes larger. Fig.12 It is a perspective view of a binding belt in the form of a cable tie, which is a well-known binding device.

[0041] like Figure 1 As shown, according to an embodiment of the present invention, a hose placement platform 1 for a faucet is provided with a hose placement portion 3 at each end of a support platform 2 made of a synthetic resin of an elastic material. A side opening of the hose placement portion 3 allows a hose 38 to enter and exit. A vertical outer wall insertion hole 5 is formed by perforating a central portion of the support platform 2. The vertical outer wall insertion hole 5 allows an outer wall 32 standing upright on a body 37 of a known general faucet 30 to be inserted. A plurality of grooves 17 are formed on the outer peripheral edge of the vertical outer wall insertion hole 5, so that the outer peripheral edge of the vertical outer wall insertion hole 5 is formed by a plurality of segments 16. An insertion guide hole 9 is formed by opening a portion of the outer peripheral edge of the vertical outer wall insertion hole 5. The width of the insertion guide hole 9 is set so that when the insertion guide hole 9 is stretched and the insertion guide hole 9 is expanded by utilizing the elasticity of the material, the outer wall 32 standing upright on the body 37 of the faucet 30 can enter and exit. The two sides of the insertion guide hole 9 are 12 is perforated to form a binding hole 13, and the outer wall 32 standing upright on the main body 37 of the faucet 30 is inserted into the upright outer wall insertion hole 5 through the insertion guide hole 9, and the faucet hose rest platform 1 is combined with the faucet 30 in the form of wrapping the upright outer wall 32. By inserting the binding holes 13 on the two side surfaces 12 and binding them, the faucet hose rest platform 1 is set on the faucet 30, thereby, the faucet hose rest platform 1 is set on the faucet 30 in the state of wrapping the outer wall 32 standing upright on the main body 37 of the faucet 30. In this state, there is a possibility of accidental up and down movement in the vertical direction or accidental rotation in the horizontal direction with the upright outer wall 32 of the faucet 30 inserted in the upright outer wall insertion hole 5 as the center axis. Therefore, it also includes a device for preventing or limiting the occurrence of the above-mentioned accidents.

[0042] The hose placement part 3 is respectively formed at the two side ends of the support platform 2 and along the bottom of the support platform 2. When the faucet hose placement platform 1 is set on the faucet 30, the main body 37 below the upright outer wall 32 of the faucet 30 is located in the space between the hose placement parts 3 on both sides, and the faucet hose placement platform 1 takes the upright outer wall 32 inserted in the upright outer wall insertion hole 5 as the central axis. After rotating to a certain rotation range limit, the hose placement part 3 that rotates based on the rotation of the faucet hose placement platform 1 abuts against the main body 37 of the faucet 30 in a fixed state, so that the rotation stops.

[0043] The hose placement portion 3 is an arc-shaped portion with an opening at the top for the hose 38 to enter and exit. Based on the elasticity of the material, the opening portion is opened and expanded to allow the hose 38 to enter and exit, and the inserted hose 38 is placed in the form of a tightly wrapped state. Even if the hoses 38 of the same specification of faucets have the same inner diameter, the outer diameters may be slightly different due to differences in product thickness, etc. Therefore, for the hoses 38 of the same specification of faucets, the outer diameter of the hose 38 with a smaller outer diameter is taken as the basis for formulating the inner diameter of the hose placement portion 3. This is conducive to allowing hoses 38 corresponding to the same specification of faucets but with slightly different outer diameters to be placed. The hose placement portions 3 formed at the two side ends of the support platform 2 may also have inner diameters of different specifications, large or small.

[0044] The hose placement portion 3 and the support platform 2 can be formed independently instead of being integrated, and the hose placement portion 3 can also be set on the support platform 2 by using known combining means, namely bonding, welding, and plug-in connection of an insertion port and an insertion protrusion. In this case, the technology of using a circular insertion port and a cylindrical insertion protrusion to plug in and rotate the hose placement portion 3 with the cylindrical insertion protrusion as the axis is a known technology, and the hose placement portion 3 can also be formed of other materials with better elasticity than the support platform 2.

[0045] The upright outer wall insertion hole 5 is perforated and formed in the central part of the support platform 2, and can be used for the upright outer wall 32 upright on the body 37 of the known universal faucet 30 to be inserted. The specification of the known universal faucet 30 has been standardized to be based on the diameter of the connection part 31 of the faucet 30 used for connecting to the water supply pipe. Even for faucets 30 of the same specification, the circumference of the upright outer wall 32 in which the water control component is arranged in the internal space, that is, the outer diameter of the outer wall 32 is not the same, and there are slight differences according to the product type. In the faucet 30 of the specification used for the faucet hose placement platform 1, the smaller outer diameter of the upright outer wall 32 is used as the basic outer diameter of the outer wall 32, and the basic outer wall is used as the basic inner diameter of the upright outer wall insertion hole 5. The upright outer wall insertion hole 5 of the basic inner diameter is perforated, and a plurality of grooves 17 are formed on the outer peripheral edge of the upright outer wall insertion hole 5, so that the outer peripheral edge of the upright outer wall insertion hole 5 is formed by a plurality of segments 16, such as Fig.10As shown, when the segment 16 of the outer peripheral edge of the upright outer wall insertion hole 5 contacts the upright outer wall 32 whose size is slightly larger than the basic inner diameter of the upright outer wall insertion hole 5, it bends upward based on the elasticity of the material, so that the inner diameter of the upright outer wall insertion hole 5 can correspond to the outer diameter of the outer wall 32 and become larger, so that the outer wall 32 upright on the body 37 of the known universal faucet 30 can be inserted into the upright outer wall insertion hole 5. The known universal faucet 30 has the same specifications but the outer diameter of the upright outer wall 32 is slightly different.

[0046] The multiple segments 16 formed on the outer peripheral edge of the upright outer wall insertion hole 5 are in contact with the upright outer wall 32 which is slightly larger than the basic inner diameter of the upright outer wall insertion hole 5. When bending occurs based on the elasticity of the material, all of them bend in the same direction and bending upward is considered to be better than bending downward. Therefore, initially making the ends of the segments 16 slightly tilted upward is beneficial to making all the segments 16 bend upward. At this time, when the ends of the segments 16 are slightly tilted upward, the inner diameter of the upright outer wall insertion hole 5 can also be made consistent with the basic inner diameter.

[0047] The cut groove 17 may also be formed in other shapes such as a V-shape or a U-shape.

[0048] The insertion guide hole 9 is formed by opening a portion of the outer peripheral edge of the upright outer wall insertion hole 5. The width of the insertion guide hole 9 is set to enable the outer wall 32 upright on the faucet 30 body 37 to enter and exit when the insertion guide hole 9 is stretched and expanded by utilizing the elasticity of the material. The two side surfaces 12 at the end of the insertion guide hole 9 are perforated to form binding holes 13 for inserting known binding straps 53.

[0049] The faucet hose placing table 1 constructed as above is as follows Figure 8 and Fig. 9 As shown, the outer wall 32 set on the upper body 37 of the known universal faucet 30 is stretched and the insertion guide hole 9 is expanded by utilizing the elasticity of the material, and the outer wall 32 standing on the upper body 37 of the faucet 30 is moved in and out, and the outer wall 32 standing on the upper body 37 of the faucet 30 is inserted into the upright outer wall insertion hole 5, and the binding strap 53 in the form of a known cable tie is inserted into the binding hole 13 perforated and formed on both sides 12 of the insertion guide hole 9 and is bound, thereby setting the faucet hose rest table 1 on the faucet 30.

[0050] Thus, the faucet hose support stand 1 is set on the faucet 30 in a state of enclosing the outer wall 32 standing upright on the faucet 30 body 37. In this state, there is a possibility that the faucet 30, which is longer in the longitudinal direction than the support stand 2 of the faucet hose support stand 1, may move up and down unexpectedly in the vertical direction with the upright outer wall 32 of the faucet 30 inserted in the upright outer wall insertion hole 5 as the central axis. In order to prevent or reduce this unexpected movement, the reduction bodies 6a and 6b are provided. Figure 8 The figure shows a damper body 6b made of a rubber material in the shape of a circular plate and having an upright outer wall insertion hole 15 formed in the center thereof, into which the upright outer wall 32 of the faucet 30 can be inserted. The damper body 6b is arranged at the upper and lower parts of the faucet hose placement platform 1. In other words, the damper body 6b is arranged before and after the installation of the faucet hose placement platform 1.

[0051] like Figure 2 As shown, according to the reduction body 6a of one embodiment of the reduction body, the central portion is perforated to form a vertical outer wall insertion hole 15 for the outer wall 32 erected on the main body 37 of the faucet 30 to be inserted, and is formed by a tubular body of rubber material, the width of the upper end portion 18 being greater than the width of the lower end portion 19, and the upper end portion 18 and the lower end portion 19 can also be formed separately. The vertical outer wall insertion hole 15 formed by the central portion insertion hole is stretched and expanded, and the handle 35 of the faucet 30 and the cap body 33 for covering the upper end of the vertical outer wall 32 are passed through in turn and are sleeved on the vertical outer wall 32, the upper end portion 18 with a large width is located on the upper side of the segment 16 of the faucet hose resting table 1, and the lower end portion 19 is in contact with the segment 16. The rubber material provides a unique friction force and can also prevent the gold-plated film on the surface of the upright outer wall 32 of the known general faucet 30, which is usually gold-plated on the outer surface, from being worn. If you want to use the lower end 19, before setting the faucet hose rest 1 on the faucet 30, regardless of whether the upper end 18 and the lower end 19 are in a connected state or a separated state, it is necessary to set the lower end 19 on the upright outer wall 32 of the faucet 30 in advance. When the segment 16 of the faucet hose rest 1 is not bent upward and the height of the segment 16 is small, use scissors to cut off a part of the lower end 19 of the reduction body 6a to shorten the length of the lower end 19 and use it to correspond to the height of the segment 16.

[0052] Figure 3 The illustrated reduction body 6b according to a different embodiment of the reduction body is formed by separating the upper end portion 18 of the reduction body 6a. Figure 3As shown, the bottom surface of the reduction body 6b is formed with an annular insertion groove 29 connected to the outer periphery of the upright outer wall insertion hole 15, and the end of the upwardly bent segment 16 can also be inserted into the insertion groove 29. The reduction body 6b can also be formed with a wider width so that the reduction body 6b covers a part of the support platform 2 of the faucet hose placement table 1 on the upper side or supports it on the lower side. The surfaces of the reduction bodies 6a and 6b can also be formed as concave and convex surfaces. The rubber material of the reduction bodies 6a and 6b also includes non-toxic silicone rubber.

[0053] The handle 35 of the known universal faucet 30 is large and plain. Even if the vertical outer wall insertion hole 15 of the rubber material reduction body 6a, 6b is stretched and expanded, the handle 35 of the faucet 30 cannot pass through the vertical outer wall insertion hole 15. In this case, the handle 35 can be separated by loosening the handle reinforcement screw 36, and then the vertical outer wall insertion hole 15 is stretched and expanded, and the reduction body 6a, 6b is inserted into the vertical outer wall 32 through the cap body 33 covering the upper end of the vertical outer wall 32 of the faucet 30.

[0054] Typically, the cap body 33 covers the upper end of the outer wall 32 standing upright on the main body 37 of the known general faucet 30, and its width is greater than the width of the upper end of the outer wall 32 by about the thickness of the cap body 33. The width difference forms a protruding step shape, which serves to prevent the reduction bodies 6a, 6b that are sleeved on the outer wall 32 of the faucet 30 from detaching. The faucet hose rest 1 is arranged on the faucet 30 in a state of wrapping the outer wall 32 standing upright on the main body 37 of the faucet 30. In this state, the faucet hose rest 1 moves up and down in the vertical direction with the upright outer wall 32 of the faucet 30 inserted in the upright outer wall insertion hole 5 as the center axis. The movable distance can be filled by using the reduction bodies 6a, 6b separately or in combination, thereby preventing or reducing the accidental up and down movement of the faucet hose rest 1 in the vertical direction.

[0055] By adjusting the thickness or number of the reduction body 6b arranged on the upper side of the faucet hose resting platform 1, the reduction body 6b can be made to strongly press the faucet hose resting platform 1 in the vertical direction. When the faucet hose resting platform 1 is in a state of wrapping the outer wall 32 upright on the faucet 30 body 37 and accidentally rotating in the horizontal direction with the outer wall 32 of the faucet 30 as the center axis, the strong pressure can serve as a resistance to hinder the rotation.

[0056] The hose resting portion 3 is a rotation-preventing device. Even when the hose resting platform 1 for the faucet 30 is accidentally rotated in the horizontal direction with the vertical outer wall 32 of the faucet 30 inserted in the vertical outer wall insertion hole 5 as the central axis, it can prevent the rotation from exceeding the preset rotation range. Figure 8 and Fig. 9As shown in the figure, the hose holder 3 is respectively formed at the left and right ends of the support platform 2 of the faucet hose holder 1 provided on the faucet 30, and is located on the left and right sides of the body 37 of the faucet 30. The faucet hose holder 1 is configured so that even if the faucet hose holder 1 rotates with the upright outer wall 32 of the faucet 30 as the central axis, wherein the rotation exceeds the interval between the body 37 of the faucet 30 and the hose holder 3 on the left and right sides, the hose holder 3 rotating based on the rotation of the faucet hose holder 1 can be rotated with the fixed The faucet 30 body 37 abuts against the faucet 30 body 37 in a fixed state to stop the rotation, thereby preventing the faucet hose rest platform 1 from rotating beyond a preset rotation range when it is accidentally rotated in the horizontal direction with the upright outer wall 32 of the faucet 30 as the center axis. In addition, the faucet hose rest platform 1 can also be configured as follows: even if the hose rest portion 3 is only formed on one of the left and right side ends of the support platform 2, the hose rest portion 3 that rotates based on the rotation of the faucet hose rest platform 1 can abut against the body 37 of the faucet 30 in a fixed state to stop the rotation.

[0057] The rotation range of the faucet hose resting platform 1 is set by adjusting the distance between the hose resting parts 3 respectively formed at the left and right end parts of the support platform 2. In other words, the hose resting part 3 is formed by adjusting the distance between the upright outer wall insertion hole 5 for inserting the upright outer wall 32 of the faucet 30 and the hose resting part 3, thereby realizing the setting of the rotation range.

[0058] As described above, the faucet hose holder 1 according to an embodiment of the present invention is arranged on a known general faucet 30. When using tap water in the water room, the end of the water-discharging side of the longer hose 38 connected to the faucet can be easily placed on the hose holder 3 on the left and right sides of the hose holder 3, which is convenient for use. There is no inconvenience caused by holding the water-discharging side end of the hose with one hand while using tap water with the other hand in the prior art, and tap water can be used with both hands.

[0059] Next, the first alternative embodiment and the second alternative embodiment of the present invention are described together, and then the third alternative embodiment of the present invention is described.

[0060] Figure 4 A hose resting stand for a faucet according to another first embodiment of the present invention is shown. Figure 5 A partially cutaway perspective view of a faucet hose rest according to a second embodiment of the present invention is shown.

[0061] According to the faucet hose placement platform 11 of the first another embodiment of the present invention and the faucet hose placement platform 21 of the second another embodiment of the present invention, the hose placement portion 3 is formed along the upper side of the support platform 2, and the outer wall 32 erected on the upper side of the body 37 of the known general faucet 30 is inserted into the upright outer wall insertion hole 5. The faucet hose placement platforms 11 and 21 are arranged on the faucet 30 in a state of enclosing the upright outer wall 32 of the faucet 30. The main feature is that the hose placement portion 3 is not arranged in any part of the faucet hose placement platforms 11 and 21, and the hose placement portion 3 is used as a restriction. The structural member of the rotation range is used to limit the rotation range when the faucet hose resting platform 11, 21 is accidentally rotated in the horizontal direction with the upright outer wall 32 of the faucet 30 inserted in the upright outer wall insertion hole 5 as the central axis. For example, in the faucet hose resting platform 1 described above according to an embodiment of the present invention, the hose resting part 3 is configured as follows: when the preset rotation range limit is reached during the rotation, the hose resting part 3 formed under the support platform 2 that rotates based on the rotation of the faucet hose resting platform 1 abuts against the body 37 of the faucet 30 in a fixed state, so that the rotation stops. Figure 5 As can be seen from the figure of the half hose rest portion 3 used to illustrate the cross-section of the hose rest portion 3, a plate body can be formed under the support platform 2 to replace the hose rest portion 3. The plate body formed under the support platform 2 rotates based on the rotation of the hose rest platform 1, 21 for the faucet and abuts against the main body 37 of the faucet 30 in a fixed state to stop the rotation.

[0062] Therefore, in one embodiment of the present invention, according to the same function of the same components as described above, the faucet hose resting platform 11 according to the first alternative embodiment of the present invention and the faucet hose resting platform 21 according to the second alternative embodiment of the present invention are arranged on the faucet 30 in a state of wrapping the outer wall 32 standing upright on the faucet 30 body 37. If the reduction bodies 6a and 6b are provided, the movable distance of the faucet hose resting platforms 11 and 21 moving up and down in the vertical direction with the upright outer wall 32 of the faucet 30 inserted in the upright outer wall insertion hole 5 as the center axis can be filled by the reduction bodies 6a and 6b. By adjusting the thickness or number of the reduction bodies 6b, the strength of the reduction bodies 6b in applying pressure to the faucet hose resting platforms 11 and 21 in the vertical downward direction can be adjusted, thereby preventing or reducing the accidental up and down movement of the faucet hose resting platforms 11 and 21 in the vertical direction. However, in order to prevent the accidental rotation in the horizontal direction from causing the tap water discharge direction of the placed hose 38 to exceed the allowable range, another device is required.

[0063] Figure 6 A reduction body 6c according to another embodiment of the reduction body is shown. Figure 7 A different form of a reduction body 6d according to another embodiment of the reduction body is shown.

[0064] Compared with the damper bodies 6a and 6b described in one embodiment of the present invention, the damper bodies 6c and 6d are characterized in that they are formed with stop protrusions 25 and 26 .

[0065] The reduction body 6c has a central portion through which a vertical outer wall insertion hole 15 is formed for the insertion of the outer wall 32 standing upright on the faucet 30 body 37. The reduction body 6c is formed by a rubber material tube body whose upper end portion 18 has a width greater than that of the lower end portion 19. The bottom surface of the upper end portion 18 is protrudingly provided with a stop protrusion 25 facing downward and connected to the outer side surface of the lower end portion 19. The reduction body 6d made of rubber material has a central portion through which a vertical outer wall insertion hole 15 is formed for the insertion of the outer wall 32 standing upright on the faucet 30 body 37. The bottom surface of the reduction body 6d is protrudingly provided with a stop protrusion 26 that contacts the outer peripheral edge of the vertical outer wall insertion hole 15. The reduction body 6c is the same as the reduction body 6a. The lower end portion 19 can also be formed separately. In this case, the stop protrusion 25 is protrudingly provided on the outer side surface of the lower end portion 19.

[0066] The stop protrusions 25, 26 are formed to Figure 5 The second another embodiment of the present invention shown in the figure corresponds to and can be plugged into at least one stop protrusion insertion hole 8 of the faucet hose rest platform 21, and the stop protrusion insertion hole 8 is formed by punching the outer peripheral edge of the upright outer wall insertion hole 5 formed by punching the central part of the support platform 2, and the upright outer wall insertion hole 5 can be used for the upright outer wall 32 of the faucet 30 to be inserted, and a stop protrusion position identifier 27 is protrudingly formed on the upper surface of the reduction body 6d, which is used to identify the position of the stop protrusion 26 formed on the bottom surface.

[0067] The reduction body 6d is stretched and expanded through the upright outer wall insertion hole 15 formed by the perforation in the central part thereof, and passes through the handle 35 of the faucet 30 and the cap body 33 covering the upper end of the outer wall 32 in sequence and is sleeved on the upright outer wall 32. At this time, the faucet hose resting platform 21 is set on the faucet 30 in a state of wrapping the outer wall 32 upright on the faucet 30 body 37. The reduction body 6d is set tightly against the upright outer wall 32 of the faucet 30 toward the upper side of the faucet hose resting platform 21 so as to be unable to move, and the reduction body 6d is set in a state in which the stop protrusion 26 formed on the bottom surface of the reduction body 6d is inserted into the stop protrusion insertion hole 8 of the faucet hose resting platform 21.

[0068] As described above, by plugging the stop protrusion insertion hole 8 of the faucet hose rest 21 into the stop protrusion 26 of the reduction body 6d, the faucet hose rest 21 provided in the second another embodiment of the present invention can be prevented from accidentally rotating in the horizontal direction with the upright outer wall 32 of the faucet 30 as the central axis.

[0069] As for the faucet hose resting platform 11 according to the first another embodiment of the present invention, a plurality of grooves 17 are formed on the outer peripheral edge of the upright outer wall insertion hole 5 formed by perforating the central part of the support platform 2, and the grooves 17 and the stop protrusions 25 and 26 are arranged as follows: if there is at least one groove 17 among the plurality of grooves 17 that corresponds to the stop protrusions 25 and 26 of the reduction body 6c and 6d and can be plugged with the stop protrusions 25 and 26, then the corresponding groove 17 can simultaneously play the role of the second another embodiment of the present invention described above. The stop protrusion insertion hole 8 of the faucet hose rest 21 provided in the first embodiment of the present invention has the same function as that of the faucet hose rest 21, so that the faucet hose rest 11 and the reduction bodies 6c, 6d are set on the upright outer wall 32 of the faucet 30, so that the stop protrusions 25, 26 of the reduction bodies 6c, 6d are in a state of being inserted in the cut grooves 17 corresponding to the stop protrusions 25, 26, thereby preventing the faucet hose rest 11 provided in the first another embodiment of the present invention from accidentally rotating in the horizontal direction with the upright outer wall 32 of the faucet 30 as the center axis.

[0070] Before setting the faucet hose rest 21 on the outer wall 32 upright on the main body 37 of the faucet 30, the reduction body 6c needs to be pre-set on the upright outer wall 32 of the faucet 30 through the expansion and contraction of the rubber material of the reduction body 6c, so that the stop protrusion 25 of the reduction body 6c is inserted into the stop protrusion insertion hole 8 of the faucet hose rest 21, thereby preventing the faucet hose rest 11 from accidentally rotating in the horizontal direction with the upright outer wall 32 of the faucet 30 as the center axis.

[0071] According to the second embodiment of the present invention, the faucet hose resting platform 21 with a plurality of stop protrusion insertion holes 8 can also be regarded as another deformation of the faucet hose resting platform 21. In a state where the stop protrusion 26 of the reduction body 6d is already inserted into one of the plurality of stop protrusion insertion holes 8, the faucet hose resting platform 21 is pressurized and rotated to change the direction of the hose resting portion 3. 38, another stop protrusion insertion hole 8 is selected from the plurality of stop protrusion insertion holes 8 of the faucet hose resting platform 21, and the stop protrusion 26 of the reduction body 6d is reinserted to prepare for the stop protrusion insertion hole 8 to be plugged with the stop protrusion 26. To do this, the faucet hose resting platform 21 and the reduction body 6d need to be provided together on the outer wall 32 erected on the faucet body 30, and in order to make the stop protrusion insertion hole 8 of the faucet hose resting platform 21 and the stop protrusion 26 of the reduction body 6d The protrusion 26 is arranged on the side of the body 37 of the faucet 30, and the stop protrusion insertion hole 8 is perforated toward the side direction of the support platform 2. If the support platform 2 on the side of the stop protrusion insertion hole 8 is held and a force is applied downward, the support platform 2 on the side of the stop protrusion insertion hole 8 is not hindered by any obstacles downward on the side of the body 37 of the faucet 30, so while bending downward toward the side of the body 37 of the faucet 30, the peripheral part of the upright outer wall insertion hole 5 is also stretched, and the existing stop protrusion insertion hole 5 plugged with the stop protrusion 26 is inserted into the support platform 2. The hole 8 should be able to be separated from the stop protrusion 26 below the end of the stop protrusion 26, which means that it is limited to the application in the faucet hose rest 21 made of a material with good elasticity to this extent. If the hose 38 is placed on the hose rest portion 3, even if the support platform 2 on the side where the hose 38 is placed is tilted downward due to the characteristics of this material, the tilt should not be to the extent that the stop protrusion insertion hole 8 and the stop protrusion 26 are separated from each other, so that there is no problem in the use of the faucet hose rest 21.

[0072] In addition, as described above, the insertion guide hole 9 of the support platform 2 made of a material with good elasticity can be expanded by stretching the insertion guide hole 9 and utilizing the characteristics of the material to make the outer wall 32 standing on the main body 37 of the faucet 30 enter and exit. As for the faucet hose resting platform 21 according to the second embodiment of the present invention, the plurality of stopper protrusion insertion holes 8 formed by perforation are not evenly distributed on the outer peripheral edge of the insertion hole 5 of the upright outer wall of the support platform 2, but are concentrated in the direction of one side of the support platform 2. The outer peripheral edge of the upright outer wall insertion hole 5 is not a structure formed by multiple segments 16, but is a non-divided single outer peripheral edge. If the upright outer wall 32 whose size is larger than the inner diameter of the upright outer wall insertion hole 5 is inserted into the upright outer wall insertion hole 5, the opening of the upright outer wall insertion hole 5, that is, the width of the insertion guide hole 9 will be slightly opened accordingly. Due to the good elasticity of the material, the insertion guide hole 9 is pre-formed with a narrow width. Those skilled in the art should understand that the support platform 2 made of such a material with good elasticity can be deformed based on the good elasticity of the material.

[0073] The stopper protrusion insertion hole 8 is formed with a sufficient size compared to the stopper protrusions 25 and 26 , which makes it easy to insert the stopper protrusion insertion hole 8 into the stopper protrusions 25 and 26 .

[0074] Alternatively, a connecting hook 52 may be inserted into the binding hole 13 formed on both sides 12 of the insertion guide hole 9 to replace the binding belt 53, and then the clamp 51 may be used for binding. The connecting hook 52 protrudes downward at both ends of the clamp 51, which is a known binding device.

[0075] Next, a third alternative embodiment of the present invention will be described.

[0076] Fig.13 FIG. 1 is a partially cutaway perspective view of a faucet hose resting table according to a third embodiment of the present invention.

[0077] According to the hose placement platform 31 for a faucet according to the third embodiment of the present invention, the two side ends of the support platform 2 made of synthetic resin of elastic material are respectively formed with arc-shaped hose placement parts 3 with one side opening for the hose 38 to enter and exit, and a vertical outer wall insertion hole 5 is formed in the central part of the support platform 2 to allow the outer wall 32 standing upright on the body 37 of the known general faucet 30 to be inserted, and the outer peripheral edge of the vertical outer wall insertion hole 5 is extended to bulge upward to form a tubular side wall 62 with a hollow part, and a part of the tubular side wall 62 is opened to form an insertion guide hole 9, and the width of the insertion guide hole 9 is set to: when the insertion guide hole 9 is stretched and the insertion guide hole 9 is expanded by utilizing the elasticity of the material, the outer wall 32 standing upright on the body 37 of the faucet 30 can enter and exit, and the upper end of the tubular side wall 62 is formed into a step 65 bulging outward, and the lower end of the tubular side wall 62 is formed into an annular binding groove 66 for the known binding belt 53 to be inserted and bound.

[0078] The faucet hose placement platform 31 with the above-mentioned structure is set on the outer wall 32 upright on the main body 37 of the known general faucet 30. The insertion guide hole 9 is stretched and the insertion guide hole 9 is expanded by utilizing the elasticity of the material, and the outer wall 32 upright on the main body 37 of the faucet 30 is moved in and out, and the upright outer wall 32 of the faucet 30 is inserted into the upright outer wall insertion hole 5, that is, the tubular side wall 62. The binding belt 53 in the form of a known cable tie is inserted into the binding groove 66 formed at the lower end of the tubular side wall 62 and is bound, thereby setting the faucet hose placement platform 31 on the faucet 30.

[0079] The tubular side wall 62 of the upright outer wall insertion hole 5 can be formed into a plurality of divided side walls 62 by forming a plurality of cut grooves 63, or can be formed into a single non-divided tubular side wall 62. Fig.13 A plurality of side walls 62 are shown in which a cutout 63 is formed in the center portion of the front surface of the tubular side wall 62 to evenly divide the tubular side wall 62 into two.

[0080] The cutout 63 may be formed in various shapes, such as a V-shape, a U-shape, a quadrilateral, etc.

[0081] The cut groove 63 may also be formed to extend to the outer peripheral edge of the upright outer wall insertion hole 5, that is, a part of the support platform 2.

[0082] If an upright outer wall 32 whose size is slightly larger 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, is expanded due to the elasticity of the material and becomes larger corresponding to the outer diameter of the upright outer wall 32 of the faucet 30, so that the outer wall 32 upright on the body 37 of a known universal faucet 30 having the same specifications but a slightly different outer diameter of the upright outer wall 32 can be inserted into the upright outer wall insertion hole 5.

[0083] The hose placement part 3 is formed at both side ends of the support platform 2 and has an arc-shaped opening for the hose 38 to enter and exit. The hose placement platform 31 for the faucet 30 is arranged in a state of covering the outer wall 32 standing upright on the body 37 of the faucet 30. The faucet hose placement platform 31 is used to prevent the tap water discharge direction of the placed hose 38 from exceeding the allowable range when the faucet 30 is accidentally rotated in the horizontal direction with the upright outer wall 32 of the faucet 30 inserted in the upright outer wall insertion hole 5, i.e., the upright outer wall 32 of the faucet 30 inside the tubular side wall 62 as the central axis. Figure 8 and Fig. 9 The situation of the faucet hose resting platform 1 through which the hose resting part 3 is applied in the embodiment of the present invention is the same. The hose resting part 3 is formed along the bottom of the support platform 2. When the faucet hose resting platform 31 is set on the faucet 30, the main body 37 below the upright outer wall 32 of the faucet 30 is located in the space between the hose resting parts 3 on both sides. The hose resting part 3 is configured as follows: even if the faucet hose resting platform 31 rotates with the upright outer wall 32 of the faucet 30 as the center axis, the rotation exceeding the distance between the main body 37 of the faucet 30 and the hose resting parts 3 on the left and right sides can be made. The hose resting part 3 rotating based on the rotation of the faucet hose resting platform 31 abuts against the main body 37 of the faucet 30 in a fixed state to stop the rotation. Even if the faucet hose resting platform 31 rotates accidentally in the horizontal direction with the upright outer wall 32 of the faucet 30 as the center axis, the rotation exceeding the preset rotation range can be prevented by pre-adjusting the distance between the hose resting parts 3 on both sides.

[0084] The faucet hose rest 31 is arranged in a state of enclosing the outer wall 32 standing upright on the main body 37 of the faucet 30. With the upright outer wall 32 of the faucet 30 inserted into the upright outer wall insertion hole 5, i.e., the tubular side wall 62, as the central axis, unexpected up and down movement may occur along the upright outer wall 32 of the faucet 30 in the vertical direction. The moving distance during the up and down movement is filled by the reduction bodies 6a and 6b, thereby preventing or reducing the up and down movement of the faucet hose rest 31 in the vertical direction.

[0085] If the tubular side wall 62 is formed at a height similar to that of the upright outer wall 32 of the faucet 30, the damping bodies 6a, 6b are not required.

[0086] Usually, the reduction body 6a also has the function of preventing the gold-plated film on the surface of the upright outer wall 32 of the known general faucet 30 used for gold-plating the outer surface from being worn. Fig.13The insertion guide hole 9 of the hose rest table 31 for a faucet provided by the third another embodiment of the present invention shown is formed by opening a part of the side wall of the pipe body. Through this opening, it can be sleeved on the upright outer wall 32 of the faucet 30. As described above, the shock reduction body 6a is sleeved on the upright outer wall 32 of the faucet 30, and the hose rest table 31 for a faucet is sleeved on the upright outer wall 32 of the faucet 30. In other words, the lower end 19 of the shock reduction body 6a sleeved on the upright outer wall 32 is used for setting, and it can also prevent the surface gold plating film of the upright outer wall 32 of the faucet 30 from being worn. In view of this, the inner diameter of the upright outer wall insertion hole 5 of the hose rest table 31 for a faucet, that is, the tubular side wall 62, can also be increased corresponding to the increment of the thickness of the lower end 19 of the shock reduction body 6a.

[0087] If the cut groove 63 formed in the tubular side wall 62 and the stop protrusions 25, 26 of the shock reduction bodies 6c, 6d are formed in a corresponding and pluggable shape, then based on the plugging of the cut groove 63 and the stop protrusions 25, 26 of the shock reduction bodies 6c, 6d, it is possible to prevent the hose rest table 31 for a faucet from accidentally rotating horizontally around the upright outer wall 32 of the faucet 30 inserted inside the upright outer wall insertion hole 5, that is, the tubular side wall 62, provided that the shock reduction bodies 6c, 6d are firmly provided on the upright outer wall 32 of the faucet 30.

[0088] A plurality of Fig.14 The shown ┐-shaped hook body 67 can be used to replace the annular bundling groove 66, and the strap 53 is passed through the inside of the ┐-shaped hook body 67 and bundled. In addition, the hook body 67 can also be a匚-shaped.

[0089] The support table 2 can be formed in various forms such as a round bar or an angle bar, etc. Fig.14 An example of the support table 2 formed as a round bar is shown.

[0090] The hose rest tables 1, 11, 21, 31 for a faucet according to the embodiments of the present invention can be formed of an elastic metal material, but if formed of a metal material, since there is a possibility of the user being injured due to the presence of hard materials, it is not recommended to use.

[0091] The hose rest table for a faucet provided by the present invention as described above is provided on the body of a well-known general faucet. When operating tap water in a water room, the end of the water-spouting side of the hose with a longer length connected to the faucet can be placed on the hose rest table in a freely accessible manner, eliminating the inconvenience in the prior art of holding the end of the water-spouting side of the hose with one hand and operating tap water with the other hand, and the tap water use operation can be carried out with both hands.

[0092] In addition, when connecting the hose holder to the faucet, most users prefer to fully connect the hose holder, causing the end of the hose that spits out tap water to come into contact with a container or the ground. This existing unsanitary problem is solved by placing the end of the hose on the hose holder for the faucet.

[0093] In particular, since the structure is simple, the production cost can be saved, the possibility of failure is low, and it is easy to use, it is possible to provide a faucet hose shelf with excellent purchasing conditions.

Claims

1. A faucet hose stand (21), characterized in that: At least one hose placement portion (3) is formed at the end of a support platform (2) made of elastic synthetic resin, and a side opening of at least one of the hose placement portions (3) is provided for a hose (38) to enter and exit; The central part of the support platform (2) is perforated to form a vertical outer wall insertion hole (5), and the vertical outer wall insertion hole (5) can be inserted with an outer wall (32) vertically disposed on a body (37) of a known universal faucet (30); An insertion guide hole (9) is formed by opening a portion of the outer periphery of the vertical outer wall insertion hole (5), and the width of the insertion guide hole (9) is set so that when the insertion guide hole (9) is stretched and the insertion guide hole (9) is expanded by utilizing the elasticity of the material, the outer wall (32) vertically disposed on the faucet (30) body (37) can be inserted and removed; The two side surfaces (12) of the insertion guide hole (9) are perforated to form binding holes (13); The outer wall (32) standing upright on the body (37) of the faucet (30) is inserted into the upright outer wall insertion hole (5), and the faucet hose placement platform (21) is combined with the faucet (30) in a form of wrapping the upright outer wall (32), and the faucet hose placement platform (21) is installed on the faucet (30) by inserting a binding belt (53) into the binding holes (13) on the two side surfaces (12) and binding them; The reduction bodies (6a, 6b) are provided to prevent or reduce the accidental up and down movement of the faucet hose resting platform (21) along the vertical direction with the upright outer wall (32) of the faucet (30) being relatively longer in the longitudinal direction than the support platform (2) as the central axis.

2. A faucet hose resting table (1, 11), characterized in that: At least one hose placement portion (3) is formed at the end of a support platform (2) made of elastic synthetic resin, and a side opening of at least one of the hose placement portions (3) is provided for a hose (38) to enter and exit; The central part of the support platform (2) is perforated to form a vertical outer wall insertion hole (5), and the vertical outer wall insertion hole (5) can be inserted with an outer wall (32) vertically disposed on a body (37) of a known universal faucet (30); A plurality of grooves (17) are formed on the outer peripheral edge of the upright outer wall insertion hole (5), so that the outer peripheral edge of the upright outer wall insertion hole (5) is formed by a plurality of segments (16), and when the segments (16) come into contact with the upright outer wall (32) having a larger inner diameter than the upright outer wall insertion hole (5), they bend due to the elasticity of the material, so that the inner diameter of the upright outer wall insertion hole (5) can be enlarged and correspond to the outer diameter of the upright outer wall (32), so that the outer wall (32) on the body (37) of the known universal faucet (30) with the same specifications but different outer diameter of the upright outer wall (32) can be inserted into the upright outer wall insertion hole (5); An insertion guide hole (9) is formed by opening a portion of the outer periphery of the vertical outer wall insertion hole (5), and the width of the insertion guide hole (9) is set so that when the insertion guide hole (9) is stretched and the insertion guide hole (9) is expanded by utilizing the elasticity of the material, the outer wall (32) vertically disposed on the faucet (30) body (37) can be inserted and removed; The two side surfaces (12) of the insertion guide hole (9) are perforated to form binding holes (13); The outer wall (32) standing upright on the body (37) of the faucet (30) is inserted into the upright outer wall insertion hole (5), and the faucet hose placement platform (1, 11) is combined with the faucet (30) in a form of wrapping the upright outer wall (32), and the faucet hose placement platform (1, 11) is installed on the faucet (30) by inserting a binding belt (53) or a clamp (51) into the binding holes (13) on the two side surfaces (12) for binding; The reduction bodies (6a, 6b) are provided to prevent or reduce the accidental up and down movement of the faucet hose support platform (1, 11) along the vertical direction with the upright outer wall (32) of the faucet (30) being relatively longer in the longitudinal direction than the support platform (2) as the central axis.

3. A faucet hose resting table (21), characterized in that: At least one hose placement portion (3) is formed at the end of a support platform (2) made of elastic synthetic resin, and a side opening of at least one of the hose placement portions (3) is provided for a hose (38) to enter and exit; The central part of the support platform (2) is perforated to form a vertical outer wall insertion hole (5), and the vertical outer wall insertion hole (5) can be inserted with an outer wall (32) vertically disposed on a body (37) of a known universal faucet (30); An insertion guide hole (9) is formed by opening a portion of the outer periphery of the vertical outer wall insertion hole (5), and the width of the insertion guide hole (9) is set so that when the insertion guide hole (9) is stretched and the insertion guide hole (9) is expanded by utilizing the elasticity of the material, the outer wall (32) vertically disposed on the faucet (30) body (37) can be inserted and removed; The two side surfaces (12) of the insertion guide hole (9) are perforated to form binding holes (13); The outer wall (32) standing upright on the body (37) of the faucet (30) is inserted into the upright outer wall insertion hole (5), and the faucet hose placement platform (21) is combined with the faucet (30) in a form of wrapping the upright outer wall (32), and the faucet hose placement platform (21) is set on the faucet (30) by inserting the binding straps (53) into the binding holes (13) on the two side surfaces (12) and binding them; The faucet hose resting platform (21) is provided with the hose resting portion (3). The hose resting portion (3) is a structural member used to prevent the faucet hose resting platform (21) from rotating beyond a preset rotation range when the faucet hose resting platform (21) is accidentally rotated in a horizontal direction with the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5) as a central axis. The hose resting portion (3) is formed along the lower side of the support platform (2) and is configured so that when the faucet hose resting platform (21) is rotated to a preset rotation range limit with the upright outer wall (32) as a central axis, the hose resting portion (3) rotating based on the rotation of the faucet hose resting platform (21) abuts against the body (37) of the faucet (30) in a fixed state, thereby stopping the rotation.

4. A faucet hose resting table (1, 11), characterized in that: At least one hose placement portion (3) is formed at the end of a support platform (2) made of elastic synthetic resin, and one side opening of the at least one hose placement portion (3) allows a hose (38) to enter and exit; The central part of the support platform (2) is perforated to form a vertical outer wall insertion hole (5), and the vertical outer wall insertion hole (5) can be inserted with an outer wall (32) vertically disposed on a body (37) of a known universal faucet (30); A plurality of grooves (17) are formed on the outer peripheral edge of the upright outer wall insertion hole (5), so that the outer peripheral edge of the upright outer wall insertion hole (5) is formed by a plurality of segments (16), and when the segments (16) come into contact with the upright outer wall (32) having a larger inner diameter than the upright outer wall insertion hole (5), they bend due to the elasticity of the material, so that the inner diameter of the upright outer wall insertion hole (5) can be enlarged and correspond to the outer diameter of the upright outer wall (32), so that the outer wall (32) standing on the body (37) of the known universal faucet (30) with the same specifications but different outer diameter of the upright outer wall (32) can be inserted into the upright outer wall insertion hole (5); An insertion guide hole (9) is formed by opening a portion of the outer periphery of the vertical outer wall insertion hole (5), and the width of the insertion guide hole (9) is set so that when the insertion guide hole (9) is stretched and the insertion guide hole (9) is expanded by utilizing the elasticity of the material, the outer wall (32) vertically disposed on the faucet (30) body (37) can be inserted and removed; The two side surfaces (12) of the insertion guide hole (9) are perforated to form binding holes (13); The outer wall (32) standing upright on the body (37) of the faucet (30) is inserted into the upright outer wall insertion hole (5), and the faucet hose placement platform (1, 11) is combined with the faucet (30) in a form of wrapping the upright outer wall (32), and the faucet hose placement platform (1, 11) is installed on the faucet (30) by inserting a binding belt (53) or a clamp (51) into the binding holes (13) on the two side surfaces (12) for binding; The faucet hose support platform (1, 11) is provided with the hose support portion (3), which is a structural member used to prevent the faucet hose support platform (1, 11) from rotating beyond a preset rotation range when the faucet hose support platform (1, 11) is accidentally rotated in a horizontal direction with the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5) as the central axis. The hose support portion (3) is formed along the lower side of the support platform (2), and is configured so that when the faucet hose support platform (1, 11) is rotated to the limit of the preset rotation range with the upright outer wall (32) as the central axis, the hose support portion (3) rotating based on the rotation of the faucet hose support platform (1, 11) abuts against the body (37) of the faucet (30) in a fixed state, thereby stopping the rotation.

5. A faucet hose resting table (21), characterized in that: At least one hose placement portion (3) is formed at the end of a support platform (2) made of elastic synthetic resin, and one side opening of the at least one hose placement portion (3) allows a hose (38) to enter and exit; The central part of the support platform (2) is perforated to form a vertical outer wall insertion hole (5), and the vertical outer wall insertion hole (5) can be inserted with an outer wall (32) vertically disposed on a body (37) of a known universal faucet (30); The outer peripheral edge of the vertical outer wall insertion hole (5) is perforated to form at least one stop protrusion insertion hole (8); The bottom surface of the reduction body (6c, 6d) is provided with a stop protrusion (25, 26) protruding downward, and the stop protrusion (25, 26) can be correspondingly inserted into the stop protrusion insertion hole (8); An insertion guide hole (9) is formed by opening a portion of the outer periphery of the vertical outer wall insertion hole (5), and the width of the insertion guide hole (9) is set so that when the insertion guide hole (9) is stretched and the insertion guide hole (9) is expanded by utilizing the elasticity of the material, the outer wall (32) vertically disposed on the faucet (30) body (37) can be inserted and removed; The two side surfaces (12) of the insertion guide hole (9) are perforated to form binding holes (13); The outer wall (32) standing upright on the body (37) of the faucet (30) is inserted into the upright outer wall insertion hole (5), and the faucet hose placement platform (21) is combined with the faucet (30) in a form of wrapping the upright outer wall (32), and the faucet hose placement platform (21) is installed on the faucet (30) by inserting a binding belt (53) into the binding holes (13) on the two side surfaces (12) and binding them; The faucet hose support platform (21) is provided with a stop protrusion insertion hole (8) and a stop protrusion (25, 26). The stop protrusion insertion hole (8) and the stop protrusion (25, 26) are used as a concave portion and a convex portion based on a corresponding plug-in connection to prevent the faucet hose support platform (21) from accidentally rotating in the horizontal direction with the upright outer wall (32) of the faucet (30) inserted in the upright outer wall insertion hole (5) as the central axis. At least one of the stop protrusion insertion holes (8) formed by perforating the outer peripheral edge of the upright outer wall insertion hole (5) and the stop protrusions (25, 26) protruding downwardly on the bottom surface of the reduction body (6c, 6d) are plugged in correspondence with each other. By plugging the stop protrusions (25, 26) into the stop protrusion insertion holes (8), the faucet hose support platform (21) is prevented from accidentally rotating in the horizontal direction.

6. A faucet hose resting table (1, 11), characterized in that: At least one hose placement portion (3) is formed at the end of a support platform (2) made of elastic synthetic resin, and a side opening of at least one of the hose placement portions (3) is provided for a hose (38) to enter and exit; The central part of the support platform (2) is perforated to form a vertical outer wall insertion hole (5), and the vertical outer wall insertion hole (5) can be inserted with an outer wall (32) vertically disposed on a body (37) of a known universal faucet (30); A plurality of grooves (17) are formed on the outer peripheral edge of the upright outer wall insertion hole (5), so that the outer peripheral edge of the upright outer wall insertion hole (5) is formed by a plurality of segments (16), and when the segments (16) come into contact with the upright outer wall (32) having a larger inner diameter than the upright outer wall insertion hole (5), they bend due to the elasticity of the material, so that the inner diameter of the upright outer wall insertion hole (5) can be enlarged and correspond to the outer diameter of the upright outer wall (32), so that the outer wall (32) on the upper surface of the known universal faucet (30) body (37) having the same specifications but different outer diameters of the upright outer wall (32) can be inserted into the upright outer wall insertion hole (5); The cutting grooves (17) and the stop protrusions (25, 26) are arranged such that at least one of the plurality of cutting grooves (17) formed by punching the outer peripheral edge of the vertical outer wall insertion hole (5) and the stop protrusions (25, 26) of the reduction body (6c, 6d) can correspond to and be plugged into each other; An insertion guide hole (9) is formed by opening a portion of the outer periphery of the vertical outer wall insertion hole (5), and the width of the insertion guide hole (9) is set so that when the insertion guide hole (9) is stretched and the insertion guide hole (9) is expanded by utilizing the elasticity of the material, the outer wall (32) vertically disposed on the faucet (30) body (37) can be inserted and removed; The two side surfaces (12) of the insertion guide hole (9) are perforated to form binding holes (13); The outer wall (32) standing upright on the body (37) of the faucet (30) is inserted into the upright outer wall insertion hole (5), and the faucet hose placement platform (1, 11) is combined with the faucet (30) in a form of wrapping the upright outer wall (32), and the faucet hose placement platform (1, 11) is installed on the faucet (30) by inserting a binding belt (53) or a clamp (51) into the binding holes (13) on the two side surfaces (12) for binding; The faucet hose support platform (1, 11) is provided with a groove (17) and a stop protrusion (25, 26). The groove (17) and the stop protrusion (25, 26) are used as a concave portion and a convex portion based on corresponding plug-in connection to prevent the faucet hose support platform (1, 11) from accidentally rotating in the horizontal direction with the upright outer wall (32) of the faucet (30) inserted in the upright outer wall insertion hole (5) as the central axis. At least one of the plurality of grooves (17) formed by perforating the outer peripheral edge of the upright outer wall insertion hole (5) corresponds to and plugs into the stop protrusion (25, 26) of the reduction body (6c, 6d). By plugging the stop protrusion (25, 26) into the corresponding groove (8), the faucet hose support platform (1, 11) is prevented from accidentally rotating in the horizontal direction.

7. A faucet hose resting table (21), characterized in that: At least one hose placement portion (3) is formed at the end of a support platform (2) made of elastic synthetic resin, and a side opening of at least one of the hose placement portions (3) is provided for a hose (38) to enter and exit; The central part of the support platform (2) is perforated to form a vertical outer wall insertion hole (5), and the vertical outer wall insertion hole (5) can be inserted with an outer wall (32) vertically disposed on a body (37) of a known universal faucet (30); An insertion guide hole (9) is formed by opening a portion of the outer periphery of the vertical outer wall insertion hole (5), and the width of the insertion guide hole (9) is set so that when the insertion guide hole (9) is stretched and the insertion guide hole (9) is expanded by utilizing the elasticity of the material, the outer wall (32) vertically disposed on the faucet (30) body (37) can be inserted and removed; The two side surfaces (12) of the insertion guide hole (9) are perforated to form binding holes (13); The outer wall (32) standing upright on the body (37) of the faucet (30) is inserted into the upright outer wall insertion hole (5), and the faucet hose placement platform (21) is combined with the faucet (30) in a form of wrapping the upright outer wall (32), and the faucet hose placement platform (21) is set on the faucet (30) by inserting the binding straps (53) into the binding holes (13) on the two side surfaces (12) and binding them; A reduction body (6a, 6b) is provided to prevent or reduce the accidental up and down movement of the faucet hose resting platform (21) along the vertical direction with the upright outer wall (32) of the faucet (30) being relatively longer in the longitudinal direction than the support platform (2) as the central axis; The faucet hose resting platform (21) is provided with the hose resting portion (3). The hose resting portion (3) is a structural member used to prevent the faucet hose resting platform (21) from rotating beyond a preset rotation range when the faucet hose resting platform (21) is accidentally rotated in a horizontal direction with the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5) as a central axis. The hose resting portion (3) is formed along the lower side of the support platform (2) and is configured so that when the faucet hose resting platform (21) is rotated to a preset rotation range limit with the upright outer wall (32) as a central axis, the hose resting portion (3) rotating based on the rotation of the faucet hose resting platform (21) abuts against the body (37) of the faucet (30) in a fixed state, thereby stopping the rotation.

8. A faucet hose resting table (1, 11), characterized in that: At least one hose placement portion (3) is formed at the end of a support platform (2) made of elastic synthetic resin, and a side opening of at least one of the hose placement portions (3) is provided for a hose (38) to enter and exit; The central part of the support platform (2) is perforated to form a vertical outer wall insertion hole (5), and the vertical outer wall insertion hole (5) can be inserted with an outer wall (32) vertically disposed on a body (37) of a known universal faucet (30); A plurality of grooves (17) are formed on the outer peripheral edge of the upright outer wall insertion hole (5), so that the outer peripheral edge of the upright outer wall insertion hole (5) is formed by a plurality of segments (16), and when the segments (16) come into contact with the upright outer wall (32) having a larger inner diameter than the upright outer wall insertion hole (5), they bend due to the elasticity of the material, so that the inner diameter of the upright outer wall insertion hole (5) can be enlarged and correspond to the outer diameter of the upright outer wall (32), so that the outer wall (32) on the upper surface of the known universal faucet (30) body (37) with the same specifications but different outer diameters of the upright outer wall (32) can be inserted into the upright outer wall insertion hole (5); An insertion guide hole (9) is formed by opening a portion of the outer periphery of the vertical outer wall insertion hole (5), and the width of the insertion guide hole (9) is set so that when the insertion guide hole (9) is stretched and the insertion guide hole (9) is expanded by utilizing the elasticity of the material, the outer wall (32) vertically disposed on the faucet (30) body (37) can be inserted and removed; The two side surfaces (12) of the insertion guide hole (9) are perforated to form binding holes (13); Insert the outer wall (32) standing upright on the main body (37) of the faucet (30) into the upright outer wall insertion hole (5). The faucet hose rest (1, 11) is combined with the faucet (30) in a form that wraps the upright outer wall (32), and is bundled by inserting a strap (53) or a clamp (51) into the binding holes (13) on both sides (12), thereby setting the faucet hose rest (1, 11) on the faucet (30). A shock absorber (6a, 6b) is provided to prevent or reduce the accidental up-and-down movement of the faucet hose rest (1, 11) in the vertical direction around the upright outer wall (32) of the faucet (30) which is relatively long in the longitudinal direction compared to the support table (2). The faucet hose rest (1, 11) is provided with the hose rest portion (3). The hose rest portion (3) is a structural member for preventing the faucet hose rest (1, 11) from rotating beyond a preset rotation range when rotating horizontally around the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5). The hose rest portion (3) is formed along the lower side of the support table (2), and is set such that when the faucet hose rest (1, 11) rotates to the limit of the preset rotation range around the upright outer wall (32), the hose rest portion (3) that rotates based on the rotation of the faucet hose rest (1, 11) abuts against the main body (37) of the fixed faucet (30) to stop the rotation.

9. A faucet hose rest (31), characterized in that: At least one hose rest portion (3) is formed at the end of the support table (2) made of synthetic resin of an elastic material, and one side of at least one hose rest portion (3) is open for the hose (38) to enter and exit. A central portion of the support table (2) is perforated to form an upright outer wall insertion hole (5), and the upright outer wall insertion hole (5) can be inserted into the outer wall (32) standing upright on the main body (37) of a known general faucet (30). The peripheral edge portion of the upright outer wall insertion hole (5) extends upward in a convex shape to form a tubular side wall (62) having a hollow portion. By opening a part of the tubular side wall (62) to form an insertion guide hole (9), and the width of the insertion guide hole (9) is set such that when the insertion guide hole (9) is stretched and the insertion guide hole (9) is expanded by the elasticity of the material, the outer wall (32) standing upright on the main body (37) of the faucet (30) can enter and exit. A binding groove (66) for the strap (53) to penetrate or a plurality of hook bodies (67) such as ┐-shaped and匚-shaped are formed on the outer surface of the tubular side wall (62). Insert the outer wall (32) standing upright on the body (37) of the faucet (30) into the upright outer wall insertion hole (5), that is, inside the tubular side wall (62). The hose rest table (31) for the faucet is combined with the faucet (30) in a form that wraps the upright outer wall (32). By inserting and binding the binding strap (53) into the binding groove (66) formed on the outside of the side wall (62) or inside the hook bodies (67) such as ┐-shaped or匚-shaped, the hose rest table (31) for the faucet is set on the faucet (30).

10. A hose rest table (31) for a faucet, characterized in that: At least one hose rest portion (3) is formed at the end of the support table (2) made of synthetic resin of an elastic material, and one side of at least one hose rest portion (3) is open for the hose (38) to enter and exit; An upright outer wall insertion hole (5) is formed by perforating the central portion of the support table (2), and the upright outer wall insertion hole (5) can be inserted into the outer wall (32) standing upright on the body (37) of a known general faucet (30); The peripheral edge portion of the upright outer wall insertion hole (5) extends upward in a convex shape to form a tubular side wall (62) having a hollow portion; At least one cut groove (63) is formed in the tubular side wall (62) so that the tubular side wall (62) is formed by a plurality of divided side walls (62); By opening a part of the tubular side wall (62) to form an insertion guide hole (9), and the width of the insertion guide hole (9) is set so that when the insertion guide hole (9) is stretched and the insertion guide hole (9) is expanded by the elasticity of the material, the outer wall (32) standing upright on the body (37) of the faucet (30) can enter and exit; A binding groove (66) for inserting the binding strap (53) is formed on the outside of the tubular side wall (62), or a plurality of hook bodies (67) such as ┐-shaped or匚-shaped are formed; Insert the outer wall (32) standing upright on the body (37) of the faucet (30) into the upright outer wall insertion hole (5), that is, inside the tubular side wall (62). The hose rest table (31) for the faucet is combined with the faucet (30) in a form that wraps the upright outer wall (32). By inserting and binding the binding strap (53) into the binding groove (66) formed on the outside of the side wall (62) or inside the hook bodies (67) such as ┐-shaped or匚-shaped, the hose rest table (31) for the faucet is set on the faucet (30).

11. A hose rest table (31) for a faucet, characterized in that: At least one hose rest portion (3) is formed at the end of the support table (2) made of synthetic resin of an elastic material, and one side of at least one hose rest portion (3) is open for the hose (38) to enter and exit; An upright outer wall insertion hole (5) is formed by perforating the central portion of the support table (2), and the upright outer wall insertion hole (5) can be inserted into the outer wall (32) standing upright on the body (37) of a known general faucet (30); The outer wall is inserted into the peripheral edge of the hole (5) and extends upward in a convex shape to form a tubular side wall (62) with a hollow part; By opening a part of the tubular side wall (62) to form an insertion guide hole (9), and the width of the insertion guide hole (9) is set so that when the insertion guide hole (9) is stretched and the elasticity of the material is used to expand the insertion guide hole (9), the outer wall (32) standing on the upper surface of the faucet (30) body (37) can enter and exit; A binding groove (66) for inserting a binding band (53) is formed on the outer surface of the tubular side wall (62), or a plurality of hook bodies (67) such as ┐-shaped and匚-shaped are formed; The outer wall (32) standing on the upper surface of the faucet (30) body (37) is inserted into the upright outer wall insertion hole (5), that is, the inside of the tubular side wall (62). The faucet hose rest (31) is combined with the faucet (30) in a form that wraps the upright outer wall (32). By inserting the binding band (53) into the binding groove (66) or the inside of the hook bodies (67) such as ┐-shaped and匚-shaped formed on the outer surface of the side wall (62) and bundling them, the faucet hose rest (31) is set on the faucet (30); A damping body (6a, 6b) is provided to prevent or reduce the accidental up-and-down movement of the faucet hose rest (31) centered on the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5), that is, the tubular side wall (62), in the vertical direction.

12. A faucet hose rest (31), characterized in that: At least one hose rest portion (3) is formed at the end of the support table (2) made of synthetic resin of elastic material, and one side of at least one hose rest portion (3) is open for the hose (38) to enter and exit; An upright outer wall insertion hole (5) is formed by perforating the central portion of the support table (2), and the upright outer wall insertion hole (5) can be inserted into the outer wall (32) standing on the upper surface of a known general faucet (30) body (37); The outer peripheral edge portion of the upright outer wall insertion hole (5) extends upward in a convex shape to form a tubular side wall (62) with a hollow part; At least one cut groove (63) is formed on the tubular side wall (62) so that the tubular side wall (62) is formed by a plurality of divided side walls (62); By opening a part of the tubular side wall (62) to form an insertion guide hole (9), and the width of the insertion guide hole (9) is set so that when the insertion guide hole (9) is stretched and the elasticity of the material is used to expand the insertion guide hole (9), the outer wall (32) standing on the upper surface of the faucet (30) body (37) can enter and exit; A binding groove (66) for inserting a binding band (53) is formed on the outer surface of the tubular side wall (62), or a plurality of hook bodies (67) such as ┐-shaped and匚-shaped are formed; Insert the outer wall (32) standing upright on the main body (37) of the faucet (30) into the upright outer wall insertion hole (5), that is, inside the tubular side wall (62). The hose resting table (31) for the faucet is combined with the faucet (30) in a form that wraps the upright outer wall (32). By inserting and binding the binding strap (53) into the binding groove (66) formed on the outside of the side wall (62) or inside the hook bodies (67) such as ┐-shaped or匚-shaped, the hose resting table (31) for the faucet is set on the faucet (30). The shock-absorbing bodies (6a, 6b) are provided to prevent or reduce the accidental up-and-down movement of the hose resting table (31) for the faucet around the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5), that is, the tubular side wall (62), in the vertical direction.

13. A hose resting table (31) for a faucet, characterized in that: At least one hose resting part (3) is formed at the end of the support table (2) made of synthetic resin of elastic material. One side of at least one hose resting part (3) is open for the hose (38) to enter and exit. An upright outer wall insertion hole (5) is formed by perforating the central part of the support table (2). The upright outer wall insertion hole (5) allows the outer wall (32) standing upright on the main body (37) of a well-known general faucet (30) to be inserted. The peripheral edge of the upright outer wall insertion hole (5) extends upward in a convex shape to form a tubular side wall (62) with a hollow part. By opening a part of the tubular side wall (62) to form an insertion guide hole (9), and the width of the insertion guide hole (9) is set so that when the insertion guide hole (9) is stretched and the insertion guide hole (9) is expanded by the elasticity of the material, the outer wall (32) standing upright on the main body (37) of the faucet (30) can enter and exit. A binding groove (66) for inserting the binding strap (53) is formed on the outside of the tubular side wall (62), or a plurality of hook bodies (67) such as ┐-shaped or匚-shaped are formed. Insert the outer wall (32) standing upright on the main body (37) of the faucet (30) into the upright outer wall insertion hole (5), that is, inside the tubular side wall (62). The hose resting table (31) for the faucet is combined with the faucet (30) in a form that wraps the upright outer wall (32). By inserting and binding the binding strap (53) into the binding groove (66) formed on the outside of the side wall (62) or inside the hook bodies (67) such as ┐-shaped or匚-shaped, the hose resting table (31) for the faucet is set on the faucet (30). By setting the height of the tubular side wall (62) of the faucet hose rest table (31) to be approximately the same as the height of the upright outer wall (32) of the faucet (30), the distance of the faucet hose rest table (31) moving up and down unexpectedly in the axial vertical direction centered on the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5), i.e., the tubular side wall (62), can be reduced.

14. A faucet hose rest table (31), characterized in that: At least one hose rest portion (3) is formed at the end of a support table (2) made of a synthetic resin of an elastic material, and one side of at least one hose rest portion (3) is open for a hose (38) to enter and exit; An upright outer wall insertion hole (5) is formed by perforating the central portion of the support table (2), and the upright outer wall insertion hole (5) can be inserted into an outer wall (32) standing upright on the main body (37) of a known general faucet (30); The peripheral edge portion of the upright outer wall insertion hole (5) extends upward in a convex shape to form a tubular side wall (62) having a hollow portion; At least one cut groove (63) is formed in the tubular side wall (62) so that the tubular side wall (62) is formed by a plurality of divided side walls (62); By opening a part of the tubular side wall (62) to form an insertion guide hole (9), and the width of the insertion guide hole (9) is set so that when the insertion guide hole (9) is stretched and the insertion guide hole (9) is expanded by the elasticity of the material, the outer wall (32) standing upright on the main body (37) of the faucet (30) can enter and exit; A binding groove (66) for inserting a binding band (53) is formed on the outer surface of the tubular side wall (62), or a plurality of hook bodies (67) such as ┐ - shaped or匚 - shaped are formed; Insert the outer wall (32) standing upright on the main body (37) of the faucet (30) into the upright outer wall insertion hole (5), i.e., the tubular side wall (62). The faucet hose rest table (31) is combined with the faucet (30) in a form that wraps the upright outer wall (32). By inserting the binding band (53) into the binding groove (66) or the interior of the hook bodies (67) such as ┐ - shaped or匚 - shaped formed on the outer surface of the side wall (62) and bundling it, the faucet hose rest table (31) is set on the faucet (30); By setting the height of the tubular side wall (62) of the faucet hose rest table (31) to be approximately the same as the height of the upright outer wall (32) of the faucet (30), the distance of the faucet hose rest table (31) moving up and down unexpectedly in the axial vertical direction centered on the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5), i.e., the tubular side wall (62), can be reduced.

15. A faucet hose rest table (31), characterized in that: At least one hose resting portion (3) is formed at the end of the support table (2) made of synthetic resin of elastic material, and one side opening of at least one said hose resting portion (3) allows the hose (38) to enter and exit; A vertical outer wall insertion hole (5) is formed by perforating the central portion of the support table (2), and the vertical outer wall insertion hole (5) allows the outer wall (32) standing upright on the body (37) of a well-known general faucet (30) to be inserted; The outer peripheral edge portion of the vertical outer wall insertion hole (5) extends upward in a convex shape to form a tubular side wall (62) having a hollow portion; By opening a part of the tubular side wall (62) to form an insertion guide hole (9), and the width of the insertion guide hole (9) is set such that when the insertion guide hole (9) is stretched and the insertion guide hole (9) is expanded by the elasticity of the material, the outer wall (32) standing upright on the body (37) of the faucet (30) can enter and exit; A binding groove (66) for inserting a binding band (53) is formed on the outer surface of the tubular side wall (62), or a plurality of hook bodies (67) such as ┐-shaped and匚-shaped are formed; Insert the outer wall (32) standing upright on the body (37) of the faucet (30) into the vertical outer wall insertion hole (5), that is, the inside of the tubular side wall (62). The hose resting table (31) for the faucet is combined with the faucet (30) in a form that wraps the vertical outer wall (32). By inserting the binding band (53) into the binding groove (66) or the inside of the hook bodies (67) such as ┐-shaped and匚-shaped formed on the outer surface of the side wall (62) and bundling, the hose resting table (31) for the faucet is set on the faucet (30); The hose resting table (31) for the faucet is provided with the hose resting portion (3). The hose resting portion (3) is a structural member for preventing rotation beyond a preset rotation range when the hose resting table (31) for the faucet rotates horizontally around the vertical outer wall (32) of the faucet (30) inserted into the vertical outer wall insertion hole (5), that is, the inside of the tubular side wall (62). The hose resting portion (3) is formed along the lower side of the support table (2), and is set such that when the hose resting table (31) for the faucet rotates to the limit of the preset rotation range around the vertical outer wall (32), the hose resting portion (3) that rotates based on the rotation of the hose resting table (31) for the faucet abuts against the body (37) of the fixed faucet (30), stopping the rotation.

16. A hose resting table (31) for a faucet, characterized in that: At least one hose resting portion (3) is formed at the end of the support table (2) made of synthetic resin of elastic material, and one side opening of at least one said hose resting portion (3) allows the hose (38) to enter and exit; A vertical outer wall insertion hole (5) is formed by perforating the central portion of the support table (2), and the vertical outer wall insertion hole (5) allows the outer wall (32) standing upright on the body (37) of a well-known general faucet (30) to be inserted; The outer peripheral edge of the upright outer wall is inserted into the hole (5) and extends upward in a convex shape to form a tubular side wall (62) having a hollow portion; At least one cut groove (63) is formed in the tubular side wall (62) so that the tubular side wall (62) is formed by a plurality of divided side walls (62); By opening a part of the tubular side wall (62) to form an insertion guide hole (9), and the width of the insertion guide hole (9) is set so that when the insertion guide hole (9) is stretched and the elastic force of the material is used to expand the insertion guide hole (9), the outer wall (32) standing upright on the upper surface of the faucet (30) body (37) can enter and exit; A binding groove (66) through which a binding band (53) can be inserted is formed on the outer surface of the tubular side wall (62), or a plurality of hook bodies (67) such as ┐-shaped or匚-shaped are formed; The outer wall (32) standing upright on the upper surface of the faucet (30) body (37) is inserted into the upright outer wall insertion hole (5), that is, the inside of the tubular side wall (62). The faucet hose rest (31) is combined with the faucet (30) in a state of wrapping the upright outer wall (32). By inserting the binding band (53) into the binding groove (66) or the inside of the hook bodies (67) such as ┐-shaped or匚-shaped formed on the outer surface of the side wall (62) and binding it, the faucet hose rest (31) is set on the faucet (30); The faucet hose rest (31) is provided with the hose rest portion (3). The hose rest portion (3) is a structural member for preventing the rotation from exceeding a preset rotation range when the faucet hose rest (31) rotates horizontally around the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5), that is, the inside of the tubular side wall (62). The hose rest portion (3) is formed along the lower side of the support table (2), and is set so that when the faucet hose rest (31) rotates around the upright outer wall (32) to the limit of the preset rotation range, the hose rest portion (3) that rotates based on the rotation of the faucet hose rest (31) abuts against the fixed faucet (30) body (37) to stop the rotation.

17. A faucet hose rest (31), characterized in that: At least one hose rest portion (3) is formed at the end of the support table (2) made of a synthetic resin of an elastic material, and one side of at least one hose rest portion (3) is open for the hose (38) to enter and exit; An upright outer wall insertion hole (5) is formed by perforating the central portion of the support table (2), and the upright outer wall insertion hole (5) can be inserted into the outer wall (32) standing upright on the upper surface of the well-known general faucet (30) body (37); The outer peripheral edge of the upright outer wall insertion hole (5) extends upward in a convex shape to form a tubular side wall (62) having a hollow portion; At least one cut groove (63) is formed in the tubular side wall (62) so that the tubular side wall (62) is formed by a plurality of divided side walls (62); By opening a part of the tubular side wall (62) to form an insertion guide hole (9), and the width of the insertion guide hole (9) is set such that when the insertion guide hole (9) is stretched and the elasticity of the material is used to expand the insertion guide hole (9), the outer wall (32) standing upright on the main body (37) of the faucet (30) can enter and exit; A binding groove (66) through which a binding band (53) can be inserted is formed on the outer surface of the tubular side wall (62), or a plurality of hook bodies (67) such as ┐-shaped and匚-shaped are formed; Insert the outer wall (32) standing upright on the main body (37) of the faucet (30) into the upright outer wall insertion hole (5), that is, the inside of the tubular side wall (62). The faucet hose rest (31) is combined with the faucet (30) in a form that wraps the upright outer wall (32). By inserting the binding band (53) into the binding groove (66) or the inside of the hook bodies (67) such as ┐-shaped and匚-shaped formed on the outer surface of the side wall (62) and bundling it, the faucet hose rest (31) is set on the faucet (30); The faucet hose rest (31) is provided with a cut groove (63) and a stop projection (25, 26). The cut groove (63) and the stop projection (25, 26) are a concave part and a convex part based on mutual corresponding insertion to prevent the faucet hose rest (31) from accidentally rotating horizontally around the upright outer wall (32) of the faucet (30) inserted in the upright outer wall insertion hole (5). At least one cut groove (63) formed on the tubular side wall (62) is set to correspond to the stop projection (25, 26) of the deceleration body (6c, 6d) and achieve insertion. By inserting the stop projection (25, 26) into the corresponding cut groove (63), the faucet hose rest (31) is prevented from accidentally rotating horizontally.

18. A faucet hose rest (31), characterized in that: At least one hose rest part (3) is formed at the end of the support table (2) made of synthetic resin of elastic material, and at least one side of the at least one hose rest part (3) is open for the hose (38) to enter and exit; An upright outer wall insertion hole (5) is formed by perforating the central part of the support table (2), and the upright outer wall insertion hole (5) is for the outer wall (32) standing upright on the main body (37) of a well-known general faucet (30) to be inserted; The outer peripheral edge part of the upright outer wall insertion hole (5) extends upward in a convex shape to form a tubular side wall (62) having a hollow part; By opening a part of the tubular side wall (62) to form an insertion guide hole (9), and the width of the insertion guide hole (9) is set such that when the insertion guide hole (9) is stretched and the elasticity of the material is used to expand the insertion guide hole (9), the outer wall (32) standing upright on the main body (37) of the faucet (30) can enter and exit; A binding groove (66) into which a binding strap (53) can be inserted is formed on the outer surface of the tubular side wall (62), or a plurality of hook bodies (67) such as ┐-shaped or匚-shaped are formed; The outer wall (32) standing upright on the main body (37) of the faucet (30) is inserted into the upright outer wall insertion hole (5), that is, the inside of the tubular side wall (62). The faucet hose rest table (31) is combined with the faucet (30) in a form that wraps the upright outer wall (32). By inserting and binding the binding strap (53) into the binding groove (66) or the inside of the hook bodies (67) such as ┐-shaped or匚-shaped formed on the outer surface of the side wall (62), the faucet hose rest table (31) is set on the faucet (30); By providing a damping body (6a, 6b) or setting the height of the tubular side wall (62) to be approximately the same as the height of the upright outer wall (32) of the faucet (30), it is possible to prevent or reduce the accidental up and down movement of the faucet hose rest table (31) centered on the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5), that is, the inside of the tubular side wall (62); The faucet hose rest table (31) is provided with the hose rest portion (3). The hose rest portion (3) is a structural member for preventing the faucet hose rest table (31) from rotating beyond a preset rotation range when the faucet hose rest table (31) rotates horizontally centered on the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5), that is, the inside of the tubular side wall (62). The hose rest portion (3) is formed along the lower side of the support table (2), and is set so that when the faucet hose rest table (31) rotates to the limit of the preset rotation range centered on the upright outer wall (32), the hose rest portion (3) that rotates based on the rotation of the faucet hose rest table (31) abuts against the main body (37) of the fixed faucet (30) to stop the rotation; 19. A faucet hose rest table (31), characterized in that: At least one hose rest portion (3) is formed at the end of the support table (2) made of a synthetic resin of an elastic material, and one side of at least one hose rest portion (3) is open for the hose (38) to enter and exit; An upright outer wall insertion hole (5) is formed by perforating the central portion of the support table (2), and the upright outer wall insertion hole (5) can be inserted into the outer wall (32) standing upright on the main body (37) of a known general faucet (30); The peripheral edge of the upright outer wall insertion hole (5) extends upward in a convex shape to form a tubular side wall (62) having a hollow portion; At least one cut groove (63) is formed in the tubular side wall (62) so that the tubular side wall (62) is formed by a plurality of divided side walls (62); An insertion guide hole (9) is formed by opening a part of the tubular side wall (62), and the width of the insertion guide hole (9) is set such that when the insertion guide hole (9) is stretched and the insertion guide hole (9) is expanded by the elasticity of the material, the outer wall (32) standing upright on the upper surface of the faucet (30) body (37) can enter and exit; A binding groove (66) for inserting a binding strap (53) is formed on the outer surface of the tubular side wall (62), or a plurality of hook bodies (67) such as ┐-shaped and匚-shaped are formed; The outer wall (32) standing upright on the upper surface of the faucet (30) body (37) is inserted into the upright outer wall insertion hole (5), that is, the inside of the tubular side wall (62). The faucet hose rest (31) is combined with the faucet (30) in a form that wraps the upright outer wall (32). By inserting the binding strap (53) into the binding groove (66) or the inside of the hook bodies (67) such as ┐-shaped and匚-shaped formed on the outer surface of the side wall (62) and bundling them, the faucet hose rest (31) is set on the faucet (30); By providing a damping body (6a, 6b) or setting the height of the tubular side wall (62) to be approximately the same as the height of the upright outer wall (32) of the faucet (30), it is possible to prevent or reduce the accidental up-and-down movement of the faucet hose rest (31) around the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5), that is, the inside of the tubular side wall (62), with the upright outer wall (32) as the central axis in the vertical direction; The faucet hose rest (31) is provided with the hose rest portion (3). The hose rest portion (3) is a structural member for preventing the faucet hose rest (31) from rotating beyond a preset rotation range when the faucet hose rest (31) rotates horizontally around the upright outer wall (32) of the faucet (30) inserted into the upright outer wall insertion hole (5), that is, the inside of the tubular side wall (62). The hose rest portion (3) is formed along the lower side of the support table (2), and is set such that when the faucet hose rest (31) rotates to the limit of the preset rotation range around the upright outer wall (32), the hose rest portion (3) that rotates based on the rotation of the faucet hose rest (31) abuts against the body (37) of the fixed faucet (30), stopping the rotation.

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