JPH0340941Y2 - - Google Patents

Description

[Detailed Description of the Invention] (Industrial Application Field) This invention relates to a shower holder that is a washstand that can wash hair and removes water droplets that adhere to the hose of the shower head when washing hair.

(Prior Art) Conventionally, a shower head installed in a bathroom vanity is shown in Figure 3 of Japanese Utility Model Publication No. 50-34181 (Figure 4 of the drawings of the present application), in which hair can be washed by pulling out a shower head from a shower holder installed in a bathroom vanity. There is something. Briefly explaining FIG. 4 above, a holder 43 provided on the top surface of the washbasin 47 allows a hose 42 connected to a water tap (not shown) to be freely drawn out and inserted into the holder 43, and one end of the hose 42 has a peripheral surface. holder 4
The shower head 41 is connected to the holder 43 through a connector 44 having an engaging surface 46 formed of a hexagonal ridge, a tapered surface, a serration, etc. so as to be able to engage with the faucet support 45 of No. 3. This is a washbasin device in which a connector 44 is supported in a detachable manner.

In the case of the above items, when the hose is pulled out from the holder and used, water droplets may be scattered on the surface of the hose, and these water droplets may flow down the hose and into the holder, or the hose may be stored in the holder after use. Since water droplets adhering to the surface of the holder flow into the washstand or sink, the inside of the washstand or sink is constantly flooded with water, which not only becomes unsanitary but also accelerates internal corrosion. There were other inconveniences.

(Problem to be solved by this invention) The problem to be solved by this invention is to pull out the hose from the shower holder, let hot water flow out from the discharge head, and then return the hose to its regular position in the shower holder. This is to prevent water droplets adhering to the surface of the hose from entering the inside of the shower holder when supporting the shower holder.

(Means for Solving the Problems) The technical means taken by the present invention to solve the above problems is to support a shower head that is equipped with a discharge head at one end and a hose connected to the other end so as to be freely drawn out. At the same time, in the shower holder having a through hole for a hose on the opening end surface, a through hole through which the hose is inserted is separately formed in the bottom plate, and a water sampling chamber having a plurality of drainage holes in the peripheral wall is provided. A shallow cylindrical water sampling cover with an annular protrusion attached to the opening end surface by adhesive or screwing is provided outside the bottom surface of the water sampling chamber, and this water sampling cover is attached to the opening end surface. By installing the hose and storing a water-absorbing material in the water-sampling chamber, when the shower head is pulled out from the shower holder and used, the water droplets that adhere to the surface of the hose are absorbed by the water-absorbing material in the water-sampling chamber. When the shower head is later supported on a shower holder, when the load of the shower head is applied to the water-absorbent material, the water contained in the water-absorbent material is squeezed out and drained out through the drainage hole on the periphery of the water sampling chamber. It is.

(Function) When you pull out the shower head from the shower holder to wash your hair, water droplets adhering to the hose are absorbed by the water-absorbing material housed in the water sampling chamber. presses the water-absorbing material with its load, causing the water contained in the respirable material to flow out from the drainage hole in the water sampling chamber.

(Example) Hereinafter, an example of this invention will be described in detail based on the drawings.

In an embodiment of this invention, as shown in FIGS. 1 to 3 A and B, the water sampling cover 1 has a cylindrical shape with a shallow bottom made of fluororesin, and has a flange portion 5 at the periphery of one open side. A water sampling chamber 2 with a plurality of drainage holes 4 is formed in the lower part of the peripheral wall surface (in the figure), and a through hole 3 through which a hose D (described later) is inserted is formed in the bottom plate 6 of the water sampling chamber 2. At the same time, an annular ridge 7 is provided on the back side of the bottom plate 6 in the radial direction of the through hole 3 to be fitted with an opening end surface 11 of a shower holder F, which will be described later.
The annular protruding edge 7 is attached to the opening end surface 11 by adhesives, screws, or other fixing means. A separately provided water-absorbent material 8 is made of sponge or similar material and is formed into an almost donut shape, and a through hole 3a common to the through hole 3 is provided in the center.
By interposing this water-absorbing material 8 in the water sampling chamber 2 so as to connect the through holes 3a and 3, the hose D inserted through the through holes 3 and 3a can be connected to the hose D when using the shower. It is designed to absorb and remove adhering water droplets. As shown in FIGS. 1 and 2, the shower head A has a discharge head C that has a built-in valve mechanism B at its tip that can switch between water spray and direct flow. The hose D via the connecting fitting 10
One end of the hose D is connected, and the hose D is inserted into the shower holder F fixed to the top plate E of a bathroom vanity (not shown).The shower holder F has a cylindrical shape with a bottom and an opening at the top. An annularly projecting support part 12 is provided on the inner peripheral surface of the end face 11 so that the water sampling cover 1 can be fixed, and a hose receiver 13 is fixed with screws 14 to support the hose D so that it can be drawn out freely. This shower holder F has a cylindrical body part 15 extending from the bottom and the top plate E.
Insert the nut 17 into the socket 16 from below the top plate E.
It is installed by

If you want to wash your hair using shower head A, pull out shower head A from shower holder F from the state shown in FIG. After operating the hot water to adjust the temperature and flow rate to the appropriate temperature, use it for hair washing, etc. At this time, the water droplets falling on the surface of the hose D travel along the surface of the hose D, reach the water sampling chamber 2 of the water sampling cover 1, and are absorbed by the water-absorbing material 8 that has been stored in the water sampling chamber 2 in advance. Therefore, all water droplets that try to enter the inside of the shower holder F along the hose D are blocked. Next, when the hair is washed and the shower head A is returned to its original position as shown in FIG. The moisture absorbed in the elastic material 8 is successively squeezed out and completely removed from the drain hole 4 of the water sampling chamber 2. Therefore, there is no leakage of water into the shower holder F.

(Effects) Since this invention is configured as described above, it has the following advantages.

(1) When you wash your hair with the shower head pulled out from the shower holder, the water droplets that adhere to the hose are absorbed by the water-absorbing material of the water collection cover of the shower holder, and when the shower head is returned to its original position, its load is absorbed. The water-absorbent material is then compressed to squeeze out the moisture inside, which then flows out through the drain hole in the water sampling chamber, which prevents the interior of the shower holder from becoming unclean due to water droplets and the interior of the bathroom vanity. There is no risk of water-soaking.

(2) Since the water sampling cover is formed separately from the shower holder, there is no need to perform any processing on the shower holder, and the simple structure and ease of installation combine to reduce costs. It has great effects, such as being able to reliably prevent water droplets attached to the hose from entering the shower holder.

[Brief explanation of the drawing]

Figure 1 is a side sectional view of the shower head accommodated in the shower holder equipped with the present invention;
The figure is an explanatory view of the shower head in use with the shower head pulled out from the shower holder, Figure 3 A is an enlarged side view of the water sampling cover of the present invention, B is an enlarged front view of the water-absorbing material, and Figure 4 is the conventional technology. It is an explanatory diagram. Explanation of symbols of main parts, 1...Water sampling cover, 2
... Water sampling chamber, 3, 3a ... Through hole, 4 ... Drain hole, 7 ... Annular ridge, 8 ... Water-absorbing material, 11 ...
...Opening end surface, 12...Support part, A...Shower head, C...Discharge head, D...Hose, F...
shower holder.

Claims (1)

[Scope of claims for utility model registration] (1) A discharge head C is provided at one end, and a hose D is provided at the other end.
Shower head A connected to the opening end surface 11
In the shower holder F, which is supported in a freely drawable manner on a support portion 12 having a
A water sampling cover 1 having an annular ridge 7 symmetrical to the opening end surface 11 on one side and having a drainage hole 4 and a water sampling chamber 2 on the other side is provided, and the water sampling cover 1 is attached to the support part 12. A water-absorbing material 8 for absorbing water and having a through hole 3a approximately in the center is provided, and the water-absorbing material 8 is accommodated in the water sampling chamber 2, and the through hole of the water sampling chamber 2 is 3 and the through hole 3a so that the hose D can be retracted freely.
The water droplets adhering to the surface of the hose D are absorbed by the water absorbent material 8 when the hose D is stored in the shower holder F, and the moisture is absorbed by the water droplets attached to the surface of the shower head A.
A water sampling device for a shower holder, characterized in that water is squeezed and discharged by a load caused by restoring the water to its normal position. (2) One side of the bottom plate 6 having the through hole 3 for the hose D has an annular ridge 7 that fits into the support part 12 of the shower holder F, and the other side has the through hole 3 and a plurality of holes. Water sampling chamber 2 equipped with a drainage hole 4
Practical use characterized in that the water sampling chamber 2 is provided with a water sampling cover 1 interposed in the water sampling chamber 2 with a water-absorbing material 8 having a substantially donut shape and having a through hole 3a common to the through hole 3. A water sampling device in a shower holder as claimed in claim 1.