JP2011055866A - Wash basin stand - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To effectively utilize hot water by eliminating the waste of the hot water which overflows and is discharged when discharging water to one wash basin in a bathroom or the like. <P>SOLUTION: The wash basin stand in which a plurality of wash basin placing tables are vertically arranged forming a cascade is configured, each wash basin placing table descends from the table back side to the front side, and the front surface on the front side projects for the lower wash basin placing table compared to the upper wash basin placing table. The wash basin stand is placed under the water discharge port of a faucet, and a wash basin is mounted on each wash basin placing table. Hot water discharged from the faucet is collected in the wash basin of the top stage, and overflowing hot water drops from the front side of the wash basin due to the inclination of the wash basin placing table. The dropping overflowing hot water drops into the wash basin mounted below and the hot water is collected. Even when there is another lower stage, the same thing is performed. By providing the wash basin table configured in such a manner, the one wash basin is configured to collect the overflow of hot water which has been discharged ever, the waste of the hot water is eliminated and it is effectively utilized. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a basin stand that is used by arranging a plurality of containers such as a basin on the top and bottom.

Conventionally, regarding a basin stand, it is slightly higher than a bathroom stool that is not attached to a basin stand (for example, Patent Document 1) or a wall that is attached to a bathroom washroom wall as a bathroom unit. (For example, Patent Document 2) is known.

Japanese Patent Laid-Open No. 2001-161587 Japanese Utility Model Publication No.58-156486

  However, any conventional basin stand is designed and provided with a place to place one basin to be used, and two or more basins are placed on top and bottom in a hierarchy. None of them designed and provided a basin stand.

When washing your hair and body in the bathroom wash area, you may want to stop the hot water at the water outlet of Karan, or you may wash the hot water in the basin without stopping the hot water at the water outlet of Karan.
When you have to close your eyes when washing your hair, face, etc., it is a very natural human psychological desire to complete the work in a relatively short time. Although there are individual differences, if you have to close your eyes when washing or washing your face, you should not close your eyes for 1 minute, 2 minutes, or longer. It can be said that it is a very natural human psychology to spend as little time as possible.
In this case, on the premise that hair washing and face washing are completed in a short time, the hot water from the water outlet of Karan may be stored while being stored in the basin.
If you wash your hair and face while keeping hot water in the basin without stopping the water discharge from Karan, if you do it while keeping hot water in only one basin, the hot water in the basin will overflow and it will be said to be a short time. On the other hand, several liters of hot water may flow into the drainage channel as it is and drained wastefully.
If you think that using only one basin is not enough to allow hot water to overflow from the basin while you are washing, prepare another basin and feel that hot water has overflowed from the first basin. Replacing the other basin with the first basin where hot water was accumulated to collect hot water, and wasting the hot water that continues to be discharged from the water outlet of Karan until the end of washing and flushing with hot water with accumulated head and face A method of avoiding this can be considered.
It is economical to prepare two washbasins and keep the hot water discharged during hair washing and face washing etc. in two washbasins continuously by replacing the washbasins so as not to be wasted. It is also good from the viewpoint of eliminating waste of water resources, but when it is judged that hot water has accumulated in the first basin with the eyes closed in some cases while performing operations such as washing hair and washing the face. Therefore, it must be replaced with another basin to store hot water, and it can be said that work that imposes inconvenience on hair washing and face washing operations is added.

  The invention of claim 1 that solves this problem is a self-supporting basin table on which a table on which the basin is placed is supported by legs or by an upright plate surface comprising a plane or an aspect, and the basin is The table to be placed is a basin stand having a downward slope of about 1% to 15%, preferably about 3% to 8% from the back to the front, and the table on which the basin is placed is configured in two upper and lower stages, Compared to the basin table, the front surface of the lower basin table is 1 cm to 15 cm, preferably 2 cm to 6 cm. By placing this basin stand on the floor of the bathroom washroom just below the Callan spout and placing the basin on the upper and lower basin rest tables of the Callan spout, The discharged hot water is stored in the basin mounted on the basin table on the upper stage of the basin table. Eventually, the hot water overflowing from the basin placed on the upper basin table will spill out from the near side of the placed basin due to the slope of the basin table. . The overflowing and dripping hot water hangs down in the wash basin placed on the lower basin placing table, and thereby hot water is continuously accumulated in the upper and lower basins. Since the front of the lower basin table is overhanging the front of the upper basin table, the basin of the lower basin table is placed in front of the upper basin. Therefore, the hot water that overflows from the upper basin and hangs down can be received and stored inside the basin placed on the lower basin table.

  Further, according to the invention of claim 2, in the basin table according to claim 1, of the upper and lower basin table, the basin table corresponding to the upper stage is included in the basin table corresponding to the upper stage. The basin pedestal that does not have a basin and is placed on the basin table corresponding to the lower berth of the basin pedestal of claim 1 is directly placed on the floor of a bathroom lavatory. Provide a washbasin stand. According to the second aspect of the present invention, although the upper basin table of the basin table of the first aspect is in the basin table as it is, there is no lower basin table, as an apparent basin table 1 Although the basin is composed of only steps, the basin placed on the basin table corresponding to the lower stage in the basin basin of claim 1 is placed directly on the floor of the bathroom lavatory. By putting the hot water overflowing from the wash basin placed on the upper basin table, place the wash basin placed on the floor of the bathroom washroom in a place where the overflowing hot water is received inside The hot water that overflows and hangs down from the basin placed on the upper basin table can be continuously stored in the basin placed on the floor of the bathroom washroom.

  Further, according to the invention of claim 3, in the basin table according to claim 1, the basin table according to claim 1 is configured in two upper and lower stages, whereas the basin table is an upper middle stage. The lower basin is composed of three tiers, and the front of the middle basin cradle table is 1 cm to 15 cm, preferably 2 cm to 6 cm in front of the upper basin cradle table. By providing a basin table, the front of the basin table in the lower stage is projected to the front of about 1 cm to 15 cm, preferably about 2 cm to 6 cm. Placed in three directions, and the front of the basin table in the middle basin from the upper basin table, the front of the basin table in the lower stage from the middle basin table . Doing so may have issued, washbasin accordingly is toward the top in the lower part, it can be placed on the front side to receive the hot water flowing over the upper basin inside thereof. As a result, in claim 1, there are two wash basins capable of continuously storing hot water, whereas in the invention of claim 3, hot water is continuously stored in three wash basins. Is possible. As a result, hot water can be continuously stored in the third basin without draining the hot water that overflows from the second basin and hangs down, compared to the case where hot water is stored in the two basins. The amount of hot water that can be stored is increased and can be used effectively.

Further, according to the invention of claim 4, in the basin table of claim 3, the basin table corresponding to the upper stage and the basin table corresponding to the middle stage among the upper, middle and lower three stages of the basin table. A basin table that does not have a basin table corresponding to the lower stage but has a basin table that is placed on the basin table corresponding to the lower stage in the basin table according to claim 3. By providing a basin pedestal that is placed directly on the floor of a wash basin, the invention of claim 4 provides the basin table of the upper and middle basin basins of claim 3 as they are. Although there is no lower basin table, there is no apparent basin table in the basin, the basin table is composed of only two stages, but it corresponds to the lower basin table of claim 3 On the basin table In the invention of claim 4, since the basin to be placed is directly placed on the floor of the bathroom washroom, the hot water overflowing from the basin placed on the basin table in the upper stage is placed in the middle stage. The basin placed on the floor of the bathroom washroom underneath the basin placed on the basin table in the bathroom, and the hot water overflowing from the basin placed on the basin table in the middle Can be hung down and stored in a bowl.
The basin placed on the floor of the bathroom basin is placed on the upper basin table by placing it in a place that receives the hot water overflowing from the basin placed on the middle basin table. From the wash basin to the basin placed on the middle basin table, and from the basin placed on the middle basin table to the basin placed on the bathroom washroom floor Can store hot water.

  According to a fifth aspect of the present invention, the basin cradle according to any one of the first to fourth aspects, wherein the basin rest table of the front leg part has a turning function, and the basin rest table of the back leg part is supported. By providing a basin table that can be folded by giving a hinge function to the part, or by turning the support part of the basin table of all the legs, When not in use, it can be folded and stored, saving space during storage.

  According to a sixth aspect of the present invention, in the basin table according to any one of the first to fifth aspects, a leg portion that supports the basin table and an adjustment unit that finely adjusts the height individually at the bottom of the plate surface. By providing the basin table, the gradient of the basin table of the basin table changes due to the slope of the floor in the bathroom, and the overflow of the basin placed on the basin table is in the foreground. If it does not overflow well to the side, the height of each part is adjusted by the adjustment part that finely adjusts the height of the legs and the bottom of the plate surface, so that the location where overflow water is generated from the basin is desired It becomes possible to adjust to the place to be. Thereby, it can respond also to the separate gradient of the floor of the washroom of each bathroom.

Further, according to the invention of claim 7, there is provided a basin pedestal having a hook for hanging a basin cradle on the outside of the bathtub, and a table on which the basin is placed is supported on the tub. The table on which the basin is placed is a basin table having a downward slope of about 1% to 15%, preferably about 3% to 8% from the back to the front, and the table on which the basin is placed is configured in two upper and lower stages. Compared to the upper basin table, the basin table is characterized in that the front surface of the lower basin table protrudes about 1 cm to 15 cm, preferably about 2 cm to 6 cm.
The basin table according to any one of claims 1 to 6 is a self-supporting type that is used by being placed on the floor of a bathroom washroom, but the invention according to claim 7 is a bathtub suspension that is installed on a hook outside a bathtub. Place the basin on the bathtub so that it is directly below the water outlet of the curan, and place the basins on the upper and lower basin tables of the basin. As a result, the hot water discharged from the water outlet of the curan is stored in the basin placed on the basin table on the upper stage of the basin table. Eventually, the hot water overflowing from the basin placed on the upper basin table will spill out from the near side of the placed basin due to the slope of the basin table. . The overflowing and dripping hot water hangs down in the wash basin placed on the lower basin placing table, and thereby hot water is continuously accumulated in the upper and lower basins. Since the front of the lower basin table is overhanging the front of the upper basin table, the basin of the lower basin table is placed in front of the upper basin. Therefore, the hot water that overflows from the upper basin and hangs down can be received and stored inside the basin placed on the lower basin table.

  Further, according to the invention of claim 8, in the basin table according to claim 7, the basin table corresponding to the lower stage but having the basin table corresponding to the upper stage among the upper and lower basin tables. A basin table that does not have a basin and is placed on a basin table corresponding to a lower stage in the basin table according to claim 7, wherein the basin is placed directly on the floor of a bathroom lavatory. Provide a washbasin stand. In the invention of claim 8, the upper basin table of the basin table of claim 7 is in the basin table as it is, but there is no lower basin table, as an apparent basin table 1 The basin is composed of only steps, and the basin placed on the basin table corresponding to the lower berth in the basin basin of claim 7 is placed directly on the floor of the bathroom lavatory. By putting the hot water overflowing from the wash basin placed on the upper basin table, place the wash basin placed on the floor of the bathroom washroom in a place where the overflowing hot water is received inside The hot water that overflows and hangs down from the basin placed on the upper basin table can be continuously stored in the basin placed on the floor of the bathroom washroom.

  Further, according to the invention of claim 9, in the basin table according to claim 7, the basin table according to claim 7 is configured in two upper and lower stages, whereas the basin table is an upper middle stage. The lower basin is composed of three tiers, and the front of the middle basin cradle table is 1 cm to 15 cm, preferably 2 cm to 6 cm in front of the upper basin cradle table. By providing a basin table, the front of the basin table in the lower stage is projected to the front of about 1 cm to 15 cm, preferably about 2 cm to 6 cm. Placed in three directions, and the front of the basin table in the middle basin from the upper basin table, the front of the basin table in the lower stage from the middle basin table . Doing so may have issued, washbasin accordingly is toward the top in the lower part, it can be placed on the front side to receive the hot water flowing over the upper basin inside thereof. As a result, in claim 7, there are two wash basins capable of continuously storing hot water, whereas in the invention of claim 9, hot water is continuously stored in three wash basins. Is possible. As a result, hot water can be continuously stored in the third basin without draining the hot water that overflows from the second basin and hangs down, compared to the case where hot water is stored in the two basins. The amount of hot water that can be stored is increased and can be used effectively.

Further, according to the invention of claim 10, in the basin table according to claim 9, of the upper, middle and lower three-level basin table, the basin table corresponding to the upper stage and the basin table corresponding to the middle stage A basin table having a basin table corresponding to the lower stage but not having a basin table corresponding to the lower stage, wherein the basin mounted on the basin table corresponding to the lower stage is a bathroom. By providing a basin pedestal that is placed directly on the floor of the wash basin, the invention of claim 10 provides the basin table of the basin basin of claim 9 as it is. Although there is no lower basin table, there is no basin table in the lower stage, the basin table is composed of only two stages as an apparent basin table, but corresponds to the lower stage in the basin table of claim 9 Wash basin table In the invention of claim 10, the basin placed on the bathroom is placed directly on the floor of the bathroom basin, so hot water overflowing from the basin placed on the upper basin table is used. The basin placed on the basin table in the middle basin was collected and collected, and the hot water overflowing from the basin placed on the basin table in the middle was placed on the floor of the bathroom washroom underneath. It can be suspended and stored in a wash basin.
The basin placed on the floor of the bathroom basin is placed on the upper basin table by placing it in a place that receives the hot water overflowing from the basin placed on the middle basin table. From the wash basin to the basin placed on the middle basin table, and from the basin placed on the middle basin table to the basin placed on the bathroom washroom floor Can store hot water.

  Further, according to the invention of claim 11, in the basin table according to claims 7 to 10, the basin made foldable by making the support part of the basin table of the hook hanging on the bathtub rotatable. By providing the cradle, when the basin cradle is not used, it can be folded and stored, and space saving can be achieved during storage.

Further, according to the twelfth aspect of the present invention, in the basin table where it is assumed that the basin is placed below, when the basin is placed on the basin table, the basin falls into the hole and tilts. Or a hole that allows hot water to be discharged from a water outlet of a currant that does not rattle by the hole, and discharges the curan to the washbasin placed on the basin table. While the water is being discharged from the water outlet, when the basin is removed from the basin table, the hot water discharged from the water outlet of the curan is added to the basin placed under the basin table. A basin pedestal comprising a basin table having a hole through which hot water discharged from a water outlet of a currant passes through a hole and is directly discharged, wherein the hole is an upper basin Instrument table and middle basin In the case of the main table, the hole in the upper basin table and the hole in the middle basin table form a hole through which hot water discharged from the water outlet of the currant that is in the same position in the vertical direction is passed. A basin table comprising a basin table having a hole through which hot water discharged from the water outlet of the curan is passed, and the length of the water outlet of various curans depending on the bathroom of each household The basin is composed of a basin table having a hole through which hot water discharged from the water outlet of the currant is passed, and the bathtub is left and right with respect to the washing area. The bathroom arranged on either side is constituted by a basin table having a hole through which hot water discharged from the water outlet of the currant arranged there passes. By providing the basin table of claim 1 to 11, when the basin placed on the upper basin table is discharged from the water outlet of the curan, the basin table of the basin table is removed. The hot water discharged from the surface is not repelled and flows down the surface of the basin table, but water is directly discharged from the water outlet of the curan to the basin placed under the basin table. Become. Thus, the hot water discharged from the water outlet of the currant can be stored without being wasted before the basin removed from the basin table is returned to the basin table again.
In addition, in the basin table where the basins are arranged in the upper, middle and lower stages, the hot water discharged from the water outlet of the curan provided in the upper basin table and the middle basin table is passed. By placing the holes in the same position in the vertical direction, there is no basin in both the upper basin table and the middle basin table, and the lower basin table or bathroom basin When the basin is placed on the floor, the hot water discharged from the curan spout is discharged from the curan spout provided on both the upper basin table and the middle basin table. Since the holes that allow the hot water to pass through are formed at the same position in the vertical direction, the hot water discharged from the water outlet of Karan is directly placed on the lower basin table or on the floor of the bathroom washroom To vessel It can be pendent store.
In addition, the length of the karan spout in the bathroom varies depending on the bathroom in each household. The invention of claim 12 is designed not only for a fixed single-length currant outlet but also for various-length currant outlets. When the length of the water outlet of the curan is long, a basin cradle can be installed by aligning a hole through which the hot water discharged from the water outlet of the karan passes with the water outlet of the curan. On the other hand, even when the length of the karan spout is short, the currant spout that is considered to place a basin directly under the curan spout and discharge water to the basin placed there, The hot water discharged from the water outlet of the curan is drooped to the basin placed under the portion of the hole closest to the current of the hole through which the hot water discharged from the water outlet passes.
Also, depending on the bathroom in each home, there may be a bathtub on the left side of the bathroom washroom and a bathtub on the right side. In the twelfth aspect of the present invention, when the basin stand is viewed from the front, a hole through which hot water discharged from the water outlet of the currant passes is formed symmetrically. Thereby, it is made to function effectively also with respect to the bathtub in which the bathtub is arrange | positioned on either the right or left side with respect to the washroom of a bathroom.
Accordingly, the basin pedestal having a hole through which hot water discharged from the water outlet of the curan according to claim 12 passes can be simply stored in the basin mounted on the upper basin table. In addition, even when the basin is removed, the hot water discharged from the water outlet of the curan until the basin is returned to the basin table again can be dropped directly on the lower basin and stored. Since it is possible, it becomes possible not to waste the hot water discharged in a short time.

  Further, according to the invention of claim 13, in the basin table where it is assumed that the basin is to be placed below, the raised bank extends from the edges on both sides of the upper surface of the basin table to the front edge. The basin table according to claim 1, further comprising a basin table, wherein the raised bank is cut at an appropriate interval on the front side of the basin table. provide. Thereby, the overflow water of the basin placed on the upper basin table does not hang down cleanly on the lower basin, but hangs down on the basin table where the basin is placed. In this case, the hot water can be collected at the bank of the bank on the front side of the basin table by the slope of the bank raised from both sides and the basin table. The hot water collected from the bank breaks down in the lower basin, so even if there is hot water overflowing on the basin table, it can be led to the lower basin for effective use. It becomes possible.

Further, according to the invention of claim 14, the surface of the basin table is slipped on the surface of the basin table by providing unevenness or roughness on the surface of the basin table, or attaching non-slip sheets to the surface. By providing the basin cradle according to claims 1 to 13 which has been subjected to stop processing, it is possible to prevent the basin mounted on the basin table having a slope from being displaced.
In the basin stand of the present invention, the basin is placed with a hierarchy on the top and bottom, and the hot water overflowing from the upper basin is received in the lower basin and the hot water is accumulated, The anti-slip applied to the basin table does not simply stop the basin from slipping on the basin table on which it is placed, but also overflows from the basin with respect to the basin placed on the lower stage. The position where the hot water hangs down is fixed three-dimensionally, and the wash basin is displaced, so that the overflowing hot water is prevented from being drained without entering the basin below.

  According to a fifteenth aspect of the present invention, the basin table is constituted by a mesh or a grid, and the basin is placed underneath by providing the basin table according to the first to eleventh aspects. If the basin is removed from the basin table while the water is being discharged from the water outlet of the curan to the basin placed on the basin table, Even if the basin is hung down directly from the grate of the lattice to the basin under the basin table and discharged from the upper stage, the water discharged from Karan's spout continues to the lower basin. It becomes possible to store water.

Since the basin stand of the present invention is used in a water field such as a bathroom, from the viewpoint of water resistance, heat resistance, corrosion resistance, strength and mass production as an industrial product, light metals such as aluminum and stainless steel Further, it is preferable to be formed of water-resistant, heat-resistant coated steel (Steel) or plastics.

  Since the basin cradle of the present invention can be provided with a plurality of levels above and below the basin, the hot water discharged from the water outlet of the currant is continuously passed from the upper basin to the lower basin. Can be accumulated. In addition, the basin table is provided with a hole that allows water to pass through, and the basin table is a mesh or lattice so that the upper basin can be washed while receiving water from the water outlet of the curan. Even if it comes off from the device table, the water discharge can be stored without interruption in the washbasin placed under it. Thus, there is an advantage that waste of hot water discharged from the water outlet of the currant can be reduced as much as possible.

FIG. 1 is a perspective view showing an implementation method in a bathroom in a configuration example of a self-supporting two-stage basin table. Example 1 FIG. 2 is a perspective view of a configuration example of the self-supporting two-stage basin table of FIG. FIG. 3 is a plan view, a side view, a front view, and a rear view of a configuration example of the self-supporting two-stage basin stand of FIG. FIG. 4 is a perspective view of a configuration example of a basin table in which a basin table is a self-standing two-stage basin table and the basin table is composed only of the upper stage. FIG. 5 is a perspective view of a configuration example of a self-supporting three-stage basin table. FIG. 6 is a perspective view of a configuration example of a basin table in which the basin table is composed of only an upper stage and a middle stage, with a self-supporting three-stage basin table. FIG. 7 is a perspective view showing a folding implementation method 1 of a configuration example of a self-supporting basin table. 8 is a plan view, a side view, a front view, and a rear view of FIG. FIG. 9 is a perspective view showing a folding implementation method 2 of the configuration example of the self-supporting basin table. FIG. 10 is a plan view, a side view, a front view, and a rear view of FIG. FIG. 11 is a front view illustrating a configuration example of an adjustment unit that finely adjusts the height of the self-supporting basin table. FIG. 12 is a perspective view showing an implementation method in a bathroom in a configuration example of a two-stage washbasin stand of a bathtub suspension type. (Example 2) FIG. 13 is a perspective view of a configuration example of the bathtub-suspended two-stage basin table of FIG. 14 is a plan view, a side view, a front view, and a rear view of a configuration example of the two-stage washbasin stand of the bathtub suspension type in FIG. FIG. 15 is a perspective view and a side view of a configuration example of a basin pedestal in which a basin cradle table is composed only of the upper stage, which is a two-stage basin basin of a bathtub suspension type. FIG. 16: is the perspective view and side view of a structural example of a three-stage washbasin stand of a bathtub suspension type. FIG. 17 is a perspective view and a side view of a configuration example of a basin table in which a basin table is composed of only an upper stage and a middle stage. FIG. 18 is a perspective view showing a method of folding a structural example of a bathtub-suspended basin table. 19 is a plan view, a side view, a front view, and a rear view of FIG. FIG. 20 is a perspective view showing a method for forming a hole through which hot water discharged from the water outlet of the currant passes. FIG. 21 is a perspective view of a configuration example in which an anti-slip process is applied to the basin table by applying unevenness, roughness, and non-slip sheets to the basin table. FIG. 22 is a perspective view showing a configuration example of a basin table in which the basin table is configured by a mesh. FIG. 23 is a perspective view illustrating a configuration example of a basin table in which the basin table is configured by a lattice. FIG. 24 is a perspective view showing a configuration example of a basin table in which the basin table is supported by a flat plate surface instead of legs. FIG. 25 is a perspective view showing a configuration example of a basin cradle with a plate surface that supports the basin cradle table as a phase. FIG. 26 is a perspective view showing a configuration example of a basin table in which the basin table is circular. FIG. 27 is a perspective view showing a configuration example of a basin table in which the basin table is approximately a quarter of a circle. FIG. 28 is a perspective view showing a configuration example of a basin table in which the basin table has a heart shape. FIG. 29 is a perspective view showing a configuration example of a basin table in which the basin table is circular and the basin table has four legs. FIG. 30 is a perspective view showing a configuration example of a basin table in which the basin table has a rectangular shape and the legs of the basin table have four legs. FIG. 31 is a perspective view showing a configuration example of a bathtub-suspended basin table in which the basin table is rectangular. FIG. 32 is a perspective view showing an example of the configuration of a bathtub-suspended basin table in which the basin table has a rectangular front corner. FIG. 33 is a perspective view showing a configuration example of a bathtub-suspended basin table in which the basin table is heart-shaped. FIG. 34 is a perspective view showing a configuration example of a bathtub-suspended basin cradle in which a hook to be hung on the bathtub is a plate surface. FIG. 35 is a plan view showing the movable range of the water outlet of the bathroom curan. FIG. 36 shows a hole in the bathroom where the bathtub is on the left side of the washing place, a hole through which the water discharged from the water outlet of the curan provided on the basin table is allowed to pass, It is a top view which shows the condition of the adaptation of the hole which lets the water discharge from the water discharge port of the currant provided in the washbasin mounting table by the length of a water discharge port pass below. FIG. 37 shows a hole in the bathroom where the bathtub is on the right side of the washing place, a hole through which the water discharged from the water outlet of the curan provided on the basin table is allowed to pass, It is a top view which shows the condition of the adaptation of the hole which lets the water discharge from the water discharge port of the currant provided in the washbasin mounting table by the length of a water discharge port pass below.

  A mode for carrying out the present invention will be described using a self-supporting basin basin as Example 1 and a bathtub suspended basin basin as Example 2 with reference to the drawings. Some embodiments will be described below with reference to the drawings.

  FIG. 1 shows a situation of use of a self-supporting basin table in a bathroom washing place as Embodiment 1 of the present invention. Here, the basin table 1 and the basin table 2 supported by the legs 5 are arranged in two upper and lower levels, and the hot water 27 discharged from the water outlet 25 of the currant is the upper basin table. 1 is poured into and stored in the basin 24 placed in 1, and hot water overflows from the basin 24 in due course. Since the basin table has a downward slope from the back side to the front side, the overflowing hot water 28 is concentrated from the front side of the basin 24 and overflows. The overflowing hot water 28 hangs down on the basin 24 placed on the lower basin table 2 and begins to accumulate hot water. Since the front surface of the lower basin table 2 protrudes from the front of the basin table 1, the basin 24 placed on the lower basin table 2 is placed on the upper basin table 1. The hot water 28 that overflows and hangs down from the mounted basin 24 can be placed on the basin table 2 so as to be received inside. Thus, the hot water 27 discharged from the water outlet 25 of the currant is continuously passed from the basin 24 placed on the upper basin table 1 to the basin 24 placed on the lower basin table 2. Can be stored.

  In FIG. 1, when the basin 24 placed on the upper basin table 1 is temporarily removed from the basin table 1 to use the hot water, the upper basin table 1 The hot water 27 discharged from the hole 4 through which the hot water discharged from the water outlet of the currant provided in the water passes through the lower basin table without being scattered and scattered by the surface of the upper basin table 1. Since it becomes possible to discharge water directly to the basin 24 mounted in 2, the hot water 27 discharged can always be effectively stored.

  Further, the upper basin table 1 is provided with a bank 6 raised from both sides to the front side, and the bank 6 is cut at an appropriate interval on the front side of the basin table 1. Even when the overflowing hot water from the basin 24 placed on the upper basin table 1 does not hang down from the near side by this bank 6 and hangs down partially on the surface of the basin table 1, The hot water that hangs down on the basin table 1 does not hang down from an arbitrary place, but from the cut portion of the bank 6 of the basin table 1 by the slope and the bank 6 provided in the basin table 1 It will hang down and will hang down to the basin mounted on the lower basin table 2. Thereby, all the hot water overflowing from the basin 24 placed on the upper basin table 1 can be drooped and accumulated in the basin 24 placed on the lower basin table 2.

Although it is the height at which the basin table 1 is disposed, it is preferable not to obstruct the opening / closing operation of the curan handle 26 when the basin 24 is placed on the basin table 1. Therefore, when the basin 24 is placed on the upper basin table 1, the basin table 1 is preferably arranged at a height such that the upper surface of the basin 24 is lower than the handle 26 of the curan. .
Moreover, although it is the height by which the basin table 2 is arrange | positioned, it is more preferable to take a space | interval wide with respect to the basin table 1 as much as possible. The wider the distance between the basin table 1 and the basin table 2, the larger the distance between the basin 24 and the basin 24 placed on the basin table 2 when the basin 24 is placed on the basin table 2. When washing towels with hot water, they can be washed without any problem. If the interval between the basin table 1 and the basin table 2 is narrow, when washing towels etc. in the basin placed on the basin table 2, the upper basin table 1 will be touched. This makes it impossible to wash towels comfortably.

  FIG. 2 is a perspective view showing a configuration example of the self-supporting two-stage basin cradle according to the present invention, among the use examples of the basin cradle in FIG.

  3 is a plan view of the basin stand of FIG. 2 as viewed from above, and a side view, a front view, and a rear view when the basin stand is viewed from each direction shown in the plan view. It is shown by the top view and the side view that the front surface of the lower basin table 2 projects forward from the upper basin table 1. Further, it is illustrated that each basin table has a downward slope from the back side to the front side.

  FIG. 4 is a basin table that does not have the lower basin table 2 in the configuration example of the basin table shown in FIG. 2. The configuration example of the basin table of FIG. 2 while reducing the components of the basin table by directly placing the basin mounted on the lower basin table 2 on the floor of the bathroom washroom, Similarly, hot water 27 discharged from the water outlet 25 of the currant is stored in a basin placed on the upper basin table 1 and hot water 28 overflowing from the basin placed on the upper basin table 1 is stored. Can be stored in a washbasin placed on the floor of the bathroom washroom. However, the gradient of the basin placed on the floor of the bathroom washroom is similar to the gradient of the floor of the bathroom washroom. Further, as shown in FIG. 4, in order to stabilize the basin cradle, a horizontal bar 12 for stabilizing the legs may be added as a component of the basin cradle.

  FIG. 5 shows an example of the configuration of the basin table shown in FIG. 2, in which an intermediate basin table 3 is provided between the upper basin table 1 and the lower basin table 2. The example of the washbasin stand which has the top and bottom three-stage washbasin stand of this is shown. The intervals between the basin tables may be equal, but as described in paragraph 0028, the upper basin table 1 has a handle 26 whose upper surface is flushed when the basin 24 is placed. It is preferable that the distance between the middle basin table 3 and the lower basin table 2 is as wide as possible. Similarly, as described in paragraph No. 0028, when a towel or the like is washed in the wash basin 24 placed on the lower wash basin table 2, if the distance from the middle wash basin table is narrow, This is because a hand hits the basin table 3 and the washing of towels and the like is hindered.

  Moreover, in FIG. 5, in the basin table where it is assumed that the basin is placed below, when the basin placed on the basin table is removed from the basin table, The hot water discharged from the fountain's water outlet hits the basin table and the hot water does not stop at the basin table. In order to implement a basin table that has a passage hole for discharging water to the lower stage, which allows water to be stored in the mounted basin, the basin is placed under the basin table 3 in the middle stage. Since it is a basin table that is supposed to be placed, the wash basin is placed on the lower basin table 2 with hot water 27 discharged from the water outlet of the curan as in the upper basin table 1 In addition, when both the basin of the upper basin table 1 and the basin of the middle basin table 3 are not placed on the basin table, hot water 27 discharged from the water outlet of the curan is provided. You may provide the hole 4 for discharging water directly to the washbasin mounted in the lower washbasin table 2.

  Further, in FIG. 5, in the case of a basin table where it is assumed that a basin will be placed below, a raised bank is built from the edges of both sides of the upper surface of the basin table to the front edge. In order to implement the basin table, the raised bank is cut at an appropriate interval on the front side of the basin table, even in the middle basin table 3 Since the basin table is assumed to have a basin underneath, the raised bank extends from the edge of both sides of the basin table to the front side in the same manner as the upper basin table 1 6 is built, and the raised bank 6 has a structure that is cut at an appropriate interval on the front side of the basin table. As a result, the hot water spilled on the upper surface of the basin table 3 in the middle stage does not hang down from an arbitrary place, but by the gradient and the bank 6 provided in the basin table 3 as in the basin table 1. Then, the basin is dropped downward from the cut portion of the bank 6 of the basin table 3 and is dropped to the basin mounted on the lower basin table 2. Thereby, all the hot water overflowing from the basin placed on the basin table 1 and the basin table 3 can be suspended and stored in the basin placed on the lower basin table 2. Become.

  In the embodiment shown in FIG. 5, the front basin table 3 overhangs the front basin table 3 from the upper basin table 1, and the lower basin table 3 is lower than the middle basin table 3. 2 has a front surface that projects to the front, so the basin overflowing from the basin placed on the upper stage receives the basin placed on the middle stage, and the basin overflowing from the basin placed on the middle stage The basin can be received. Accordingly, hot water can be continuously stored from the upper basin to the middle basin and the lower basin, and the water resources can be used without further waste.

  FIG. 6 is a basin table that does not have the lower basin table 2 in the configuration example of the basin table shown in FIG. 5. In FIG. 5, the basin placed on the lower basin table 2 is placed directly on the floor of the bathroom washroom, thereby reducing the components of the basin table shown in the configuration example of FIG. 5. 5. Similar to the basin table in the configuration example 5, the basin mounted on the upper basin table 1 from the basin mounted on the upper basin table 1 and the floor of the lower bathroom basin Hot water can be continuously dripped and stored in the basin. However, the gradient of the basin placed on the floor of the bathroom washroom is similar to the gradient of the floor of the bathroom washroom.

  FIG. 7 shows a structure of a wash basin stand that can be folded by providing a support function 9 of the basin table of the front leg and a hinge function of the support part 13 of the basin table of the back leg. It is a perspective view of an example. Here, as an example of folding, the example of the configuration of the basin cradle of FIG. 2 is depicted as a representative example, but any of the structural examples of the basin cradle of FIGS. 5 and 6 can be folded by the same method, In FIG. 4, when the horizontal bar 12 that stabilizes the leg portion is not provided, it can be folded by the same method, so those figures are omitted. Further, regarding the configuration example of the basin stand shown in FIG. 4, when the horizontal bar 12 that stabilizes the leg portion is provided, the connecting portion between the horizontal bar 12 that stabilizes the leg portion and the leg portion 5 is It can be folded in the same manner by providing a hinge function that folds in the opposite direction to the leg part and the front leg part, but this is not shown in the figure.

FIG. 8 is a plan view of the configuration of the basin cradle in the folded state of FIG. 7 as viewed from above, and a side view when the basin cradle is viewed from each direction shown in the plan view, a front view, It is a rear view.
The basin stand is provided with a hinge function 13 on the support part with the back leg part of the basin table, and the support part 9 with the front leg part of the basin table can be rotated, so that the basin stand is shown in FIG. -D 'can be folded as shown in the side view, thereby saving space during storage and movement.
By providing a stopper 14 at the top of the basin table where it hits the back leg, when using the basin table, the basin table stops at a fixed angle with respect to the leg, and the basin table It is possible to fix the angle at the time of use of the leg part, but it is also possible to fix the angle at the time of use of the basin table and the leg part by determining the movable range of the hinge function 13 and the rotating part 9. it can.

  FIG. 9 is a perspective view of a configuration example of a basin table that can be folded by providing a pivoting function to the support unit 9 of the basin table of the front leg and the support unit 10 of the basin table of the back leg. It is. Here, as an example of folding, the configuration example of the basin stand of FIG. 2 is depicted as a representative example, but any of the configuration examples of the basin stand of FIGS. 5 and 6 can be folded by the same method, In FIG. 4, when the horizontal bar 12 that stabilizes the leg portion is not provided, it can be folded by the same method, and thus those figures are omitted. Further, regarding the configuration example of the basin stand shown in FIG. 4, when the horizontal bar 12 that stabilizes the leg portion is provided, the connecting portion between the horizontal bar 12 that stabilizes the leg portion and the leg portion 5 is It can be folded in the same manner by providing a hinge function that folds in the opposite direction to the leg part and the front leg part, but this is not shown in the figure.

FIG. 10 is a plan view of a configuration example of the basin cradle in the folded state in FIG. 9 as viewed from above, and a side view when the basin cradle is viewed from each direction shown in the plan view, a front view, It is a rear view.
The basin cradle can be folded as shown in the side view of GG ′ in FIG. 10 by allowing the support part 9 and the support part 10 to rotate with respect to all the legs of the basin rest table. Thereby, space saving at the time of storage and movement can be achieved.
By providing a stopper 14 at the top of the basin table where it hits the back leg, when using the basin table, the basin table stops at a fixed angle with respect to the leg, and the basin table It is possible to fix the angle at the time of use of the leg part, but by fixing the rotation range of the rotary part 9 and the rotary part 10, the angle at the time of use of the basin table and the leg part is fixed. You can also.

FIG. 11 is a front view depicting what is provided with adjusting screws 15 for finely adjusting the height individually under each leg portion 5 of the basin table.
Normally, the floor of a bathroom washroom is pre-graded to drain the water on the floor surface into a drain. However, the slopes provided on the floors of the bathrooms in each household are not all the same.
When the basin table of the present invention is installed on the floors of various bathrooms in the bathroom, the gradient of the basin table of the basin table of the present invention is large due to the unique gradient of the floor of each bathroom. Both the direction and direction will change according to the slope of the floor of the washroom in the installed bathroom. In this case, depending on the gradient of the floor of the bathroom washroom, the hot water accumulated in the washbasin does not overflow from the front side of the washbasin placed on the upper washbasin table, but the hot water from a slightly shifted side. It is assumed that will overflow. In this case, the overflowing hot water does not hang down directly on the basin mounted on the lower basin table, but once overflowed to the upper basin table, and then on the lower basin table. When hanging down on the basin mounted or if the slope changes more, the basin of the lower basin table does not hang down at all on the basin mounted on the lower basin table. It may be drooping outside and drained.
In such a case, adjust the adjustment screw 15 to finely adjust the height, change the slope of the basin table arbitrarily, and overflow the basin from the front side of the basin placed on each basin table It becomes possible to make the hot water droop. Thereby, when a self-supporting basin table is installed on a gradient provided on the floor of a bathroom in each home, the gradient of the basin table can be arbitrarily set to a desired gradient.
Although not shown, even in the case of a basin table where the basin table is supported by a plate surface, the adjustment screw 15 that finely adjusts the height is appropriately provided at the lower part in contact with the floor of the bathroom in the bathroom. Adjustments can be made.
By providing the adjustment screw 15 for finely adjusting the height individually at the lower part of the leg or plate surface of the basin table, it is possible to cope with individual gradients of the floors of various bathrooms.

  FIG. 12 shows a situation in which the basin stand is used by hooking the outside of the bathtub as a second embodiment of the present invention. Here, the basin table 1 and the basin table 2 supported by the hooks 7 hung on the outside of the bathtub are arranged in two upper and lower levels, and the hot water 27 discharged from the water outlet 25 of the curan, The water is poured into the wash basin 24 placed on the upper wash basin table 1 and the hot water overflows from the wash basin 24. Since the basin table has a downward slope from the back side to the front side, the overflowing hot water 28 is concentrated from the front side of the basin 24 and overflows. The overflowing hot water 28 hangs down on the basin 24 placed on the lower basin table 2 and begins to accumulate hot water. Since the front surface of the lower basin table 2 protrudes from the front of the basin table 1, the basin 24 placed on the lower basin table 2 is placed on the upper basin table 1. The hot water 28 that overflows and hangs down from the mounted basin 24 can be placed on the basin table 2 so as to be received inside. Thus, the hot water 27 discharged from the water outlet 25 of the currant is continuously passed from the basin 24 placed on the upper basin table 1 to the basin 24 placed on the lower basin table 2. Can be stored.

  In FIG. 12, when the basin 24 placed on the upper basin table 1 is temporarily removed from the basin table 1 in order to use the hot water, the upper basin table 1 The hot water 27 discharged from the hole 4 through which the hot water discharged from the water outlet of the currant provided in the water passes through the lower basin table without being scattered and scattered by the surface of the upper basin table 1. Since it becomes possible to discharge water directly to the basin 24 mounted in 2, the hot water 27 discharged can always be effectively stored.

  Further, the upper basin table 1 is provided with a bank 6 raised from both sides to the front side, and the bank 6 is cut at an appropriate interval on the front side of the basin table 1. Even when the overflowing hot water from the basin 24 placed on the upper basin table 1 does not hang down from the near side by this bank 6 and hangs down partially on the surface of the basin table 1, The hot water that hangs down on the basin table 1 does not hang down from an arbitrary place, but from the cut portion of the bank 6 of the basin table 1 by the slope and the bank 6 provided in the basin table 1 It will hang down and will hang down to the basin mounted on the lower basin table 2. Thereby, all the hot water overflowing from the basin 24 placed on the upper basin table 1 can be drooped and accumulated in the basin 24 placed on the lower basin table 2.

Although it is the height at which the basin table 1 is disposed, it is preferable not to obstruct the opening / closing operation of the curan handle 26 when the basin 24 is placed on the basin table 1. Therefore, when the basin 24 is placed on the upper basin table 1, the basin table 1 is preferably arranged at a height such that the upper surface of the basin 24 is lower than the handle 26 of the curan. .
Moreover, although it is the height by which the basin table 2 is arrange | positioned, it is more preferable to take a space | interval wide with respect to the basin table 1 as much as possible. The wider the distance between the basin table 1 and the basin table 2, the larger the distance between the basin 24 and the basin 24 placed on the basin table 2 when the basin 24 is placed on the basin table 2. When washing towels with hot water, they can be washed without any problem. If the interval between the basin table 1 and the basin table 2 is narrow, when washing towels etc. in the basin placed on the basin table 2, the upper basin table 1 will be touched. This makes it impossible to wash towels comfortably.

FIG. 13 is a perspective view showing a configuration example of a two-stage washbasin stand of a bathtub suspension type according to the present invention, in the use example of the washbasin stand of FIG. 12 in a bathroom.

FIG. 14: is the top view which looked at the washbasin stand of FIG. 13 from the top, and the side view at the time of seeing the washbasin stand from each direction shown to the top view, a front view, and a rear view. It is shown by the top view and the side view that the front surface of the lower basin table 2 projects forward from the upper basin table 1. Further, it is illustrated that each basin table has a downward slope from the back side to the front side.
Moreover, in addition to the hook 7 to be hung on the bathtub and the support part 11 of the basin table, it was placed on the basin table by using a hanging support fitting 8 as an auxiliary to support the basin table on the hook. It is also possible to prevent a predetermined gradient of the basin table from changing with respect to the weight when hot water is accumulated in the basin. Assuming that the capacity of the basin is 10 liters or less, the hanging fitting 8 is not necessarily made of metal as long as it can withstand a weight of around 10 kilograms.
Although not shown, the hanging metal fitting 8 assists the support by suspending the basin table from the hook 7, but it is arranged under the basin table and the basin table is lowered from the hook 7. The basin table may be supported from below so that there is no such thing.

FIG. 15 is a basin table that does not have the lower basin table 2 in the configuration example of the basin table shown in FIG. 13. The configuration example of the basin table in FIG. 13 while reducing the components of the basin table by directly placing the basin mounted on the lower basin table 2 on the floor of the bathroom washroom, Similarly, hot water 27 discharged from the water outlet 25 of the currant is stored in a basin placed on the upper basin table 1 and hot water 28 overflowing from the basin placed on the upper basin table 1 is stored. Can be stored in a washbasin placed on the floor of the bathroom washroom. However, the gradient of the basin placed on the floor of the bathroom washroom is similar to the gradient of the floor of the bathroom washroom.
In FIG. 15, the perspective view alone makes it difficult to grasp the relationship between the basin stand and the floor surface of the tub and bathroom. I tried to understand the relationship. Also with respect to the drawings showing the configuration examples of the following washbasin stands, side views are described as appropriate.

  FIG. 16 shows an example of the configuration of the basin table shown in FIG. 13, the middle basin table 3 is provided between the upper basin table 1 and the lower basin table 2, and the upper, middle, lower The example of the washbasin stand which has the top and bottom three-stage washbasin stand of this is shown. The intervals between the basin tables may be equal, but as described in paragraph 0045, the upper basin table 1 has a handle 26 whose upper surface of the basin 24 is currant when the basin 24 is placed. It is preferable that the distance between the middle basin table 3 and the lower basin table 2 is as wide as possible. Similarly, as described in paragraph 0045, when washing a towel or the like in the wash basin 24 placed on the lower wash basin table 2, if the distance from the middle wash basin table is narrow, This is because a hand hits the basin table 3 and the washing of towels and the like is hindered.

  Moreover, in FIG. 16, in the basin table where it is assumed that the basin is placed below, when the basin placed on the basin table is removed from the basin table, The hot water discharged from the fountain's water outlet hits the basin table and the hot water does not stop at the basin table. In order to implement a basin table that has a passage hole for discharging water to the lower stage, which allows water to be stored in the mounted basin, the basin is placed under the basin table 3 in the middle stage. Since it is a basin table that is supposed to be placed, the hot water 27 discharged from the water outlet of the curan is placed on the lower basin table 2 in the same manner as the upper basin table 1. When both the basin of the upper basin table 1 and the basin of the middle basin table 3 are not placed on the basin table, the hot water 27 is discharged from the water outlet of the curan. May be provided with a hole 4 for directly discharging water to the basin mounted on the lower basin table 2.

  Moreover, in FIG. 16, in the basin table where it is assumed that the basin is placed underneath, the raised bank is built from the edge of both sides of the upper surface of the basin table to the front edge. In order to implement the basin table, the raised bank is cut at an appropriate interval on the front side of the basin table, even in the middle basin table 3 Since the basin table is assumed to have a basin underneath, the raised bank extends from the edge of both sides of the basin table to the front side in the same manner as the upper basin table 1 6 is built, and the raised bank 6 has a structure that is cut at an appropriate interval on the front side of the basin table. As a result, the hot water spilled on the upper surface of the basin table 3 in the middle stage does not hang down from an arbitrary place, but by the gradient and the bank 6 provided in the basin table 3 as in the basin table 1. Then, the basin is dropped downward from the cut portion of the bank 6 of the basin table 3 and is dropped to the basin mounted on the lower basin table 2. Thereby, all the hot water overflowing from the basin placed on the basin table 1 and the basin table 3 can be suspended and stored in the basin placed on the lower basin table 2. Become.

  Also in the embodiment of FIG. 16, the front basin table 3 overhangs the front basin table 3 from the upper basin table 1, and the lower basin table below the middle basin table 3. 2 has a front surface that projects to the front, so the basin overflowing from the basin placed on the upper stage receives the basin placed on the middle stage, and the basin overflowing from the basin placed on the middle stage The basin can be received. Accordingly, hot water can be continuously stored from the upper basin to the middle basin and the lower basin, and the water resources can be used without further waste.

  FIG. 17 is a basin table that does not have the lower basin table 2 in the configuration example of the basin table shown in FIG. 16. In FIG. 16, by placing the basin placed on the lower basin table 2 directly on the floor of the bathroom washroom, the number of components of the basin table shown in FIG. Similarly to the basin table of 16 configuration examples, from the basin mounted on the upper basin table 1 to the basin mounted on the middle basin table 3 and on the bathroom floor in the lower bathroom Hot water can be continuously dripped and stored in the basin. However, the gradient of the basin placed on the floor of the bathroom washroom is similar to the gradient of the floor of the bathroom washroom.

  FIG. 18 is a perspective view of a configuration example of the wash basin stand that can be folded by turning the support 11 of the wash basin table relative to the hook 7 of the wash basin stand so as to be rotatable. Here, as an example of folding, the example of the configuration of the basin cradle of FIG. 13 is depicted as a representative example, but any of the configuration examples of the basin cradle of FIG. 15, FIG. 16, and FIG. The figure is omitted because it is possible.

FIG. 19 is a plan view of a configuration example of the basin cradle in the folded state in FIG. 18, and a side view when viewing the basin cradle from each direction shown in the plan view, a front view, It is a rear view.
By making the support part 11 of the hook 7 to be hung on the bathtub and the basin table turnable, the basin table can be folded as shown in the MM ′ side view of FIG. Space can be saved during storage and movement.
In addition, the hook 7 that is hung on the bathtub at the time of folding is provided by a method such as providing a guide rail inside the hanging support bracket 8 as an auxiliary for supporting the basin-placement table on the hook 7 hung on the bathtub described in paragraph 0047. The suspension support bracket 8 that can be folded can be configured with respect to the support portion 32. Although not shown, the basin table can be folded even when the hanging support bracket 8 is replaced with a chain or band. Therefore, the hanging support bracket 8 is configured with a chain or band. You may do it.

FIG. 20 is a perspective view showing a usage state of the hole 4 provided in the basin table for allowing the hot water discharged from the water outlet of the currant to pass therethrough. When the basin placed on the upper basin table 1 is removed from the upper basin table 1, the hot water 27 discharged from the water outlet of the curan is not blocked by the basin table 1 It passes through the hole 4 through which hot water discharged from the water outlet of the curan provided in the basin table 1 is passed, and is directly discharged into the basin 24 mounted on the lower basin table 2. It shows that the hot water discharged can be stored without wasting for a short time until the basin returns to the basin table 1.
In FIG. 20, the function of the hole 4 through which hot water discharged from the water outlet of the currant is passed is shown using the configuration example of the basin table depicted in FIG. In the basin table shown in the present invention other than the basin table constituted by the described mesh basin table and the basin table constituted by the lattice basin table shown in FIG. Even when the holes 4 through which hot water discharged from the water outlet of the curan is passed are located at two places, the upper basin table 1 and the intermediate basin table 2, the upper and middle culan outlets Since the holes 4 through which hot water to be discharged pass are aligned in the vertical direction, the function can be used without preventing the drooping of hot water discharged from the water outlet of the currant.

FIG. 21 shows an embodiment in which a non-slip groove 21 is provided on the surface of a basin table by providing a band-shaped recess in a direction perpendicular to the gradient of the basin table, and An example in which a non-slip band-like convex part 22 was provided by providing a band-like convex part in a direction perpendicular to the gradient, and a non-slip surface or a non-slip surface on the basin table. The example which gave the sheet | seats 23 by which the non-slip process was given is shown.
In FIG. 21, although illustrated using the configuration example of the basin table of FIG. 2, the surface of the basin table is provided with irregularities, or the surface of the anti-slip surface is roughened or the anti-slip process is applied. The anti-slip processing using the sheets 23 can be performed on a basin table other than the mesh basin table shown in FIG. 22 and the lattice basin table shown in FIG.

FIG. 22 is a diagram of a configuration example of a basin table in which the basin table is configured by a mesh. When the basin table is a mesh, when the basin placed on the upper basin table is removed without the hole 4 through which hot water discharged from the water outlet of the curan passes, The hot water discharged from the water outlet is discharged into the washbasin placed on the lower stage through the mesh. In addition, in the hole 4 through which hot water discharged from the water outlet of the currant is passed, if the basin is placed on the basin table, the basin will fall into the hole and the basin may be inclined. The size of the hole 4 is limited because it becomes rattled by the hole, but in the basin table constructed by the mesh, the basin placed on the basin table is rattled. Therefore, in any position of the basin table, the hot water discharged from the water outlet of the curan is passed, so that it is larger than the hole 4 through which the hot water discharged from the water outlet of the curan is passed. Correspondence to the movable range of the water outlet of Karan is possible.
In FIG. 22, although it has illustrated using the structural example of the washbasin stand of FIG. 2, the washbasin stand which comprised the washbasin stand table with the mesh was other than the washbasin stand of the grating | lattice of FIG. It can be implemented in a basin table.

FIG. 23 is a diagram of a configuration example of a basin table in which the basin table is configured by a lattice. If the basin table is a grid, the curan is removed when the basin placed on the upper basin table is removed without providing the holes 4 through which hot water discharged from the water outlet of the curan passes. The hot water discharged from the water outlet is discharged through a hole in the lattice to the washbasin placed on the lower stage. In addition, in the hole 4 through which hot water discharged from the water outlet of the currant is passed, if the basin is placed on the basin table, the basin will fall into the hole and the basin may be inclined. The size of the hole 4 is limited because it will rattle due to the hole, but in the basin table constructed by the lattice, the basin placed on the basin table will rattle Therefore, in any position of the basin table, the hot water discharged from the water outlet of the curan is passed, so that it is larger than the hole 4 through which the hot water discharged from the water outlet of the curan is passed. Correspondence to the movable range of the water outlet of Karan is possible.
In FIG. 23, it is illustrated using the configuration example of the basin table in FIG. 2, but the basin table in which the basin table is configured by a lattice is the basin table in which the mesh illustrated in FIG. 22 is configured. It can be applied to other basin table.

  FIG. 24 is a configuration example of a self-supporting basin table in which the basin table is supported by a flat plate surface that stands vertically instead of the legs. In this figure, when the basin table is viewed from above, the basin table is supported by an L-shaped plate surface, but the plate surface supporting the basin table is a rectangular basin table. In this case, when the basin table is viewed from above, the basin table that supports the basin table with a U-shaped plate surface may be used.

  FIG. 25 is a configuration example of a self-supporting basin table in which the basin table is supported by a plate surface made of a curved surface that stands vertically instead of the legs.

  26 to 33 show examples of various configurations of the shapes of the self-supporting basin basin and the bathtub-suspended basin basin, and FIGS. 26 to 33 are simplified drawings. The description is omitted here because it is described in the description item.

  FIG. 34 illustrates a configuration in which the hook 7 in the configuration example of the bathtub-suspended basin table depicted in FIGS. 12 to 19 is a hook 20 made of a plate surface. The hook of the bathtub-suspended basin table can be implemented using either the hook 7 or the hook 20.

FIG. 35 shows the movable range of the water outlet of the currant. The Karan spout drawn here is one typical example of a commonly found Karan spout, and thus there are many shapes different from the Karan spout shown in FIG. Since the basin stand is configured assuming a movable water outlet of the currant, description will be made using the movable water outlet of the curan as shown in FIG.
Here, the hole 4 (hereinafter also referred to as hole 4) through which hot water discharged from the water outlet of the currant is passed will be described below with reference to FIGS.

FIG. 36 is a plan view seen from above when a configuration example of the self-supporting basin stand of the present invention is installed in a bathroom having a bathtub on the left side with respect to the bathroom washroom. The hole 4 of the basin table 1 corresponds to the movable range of the water outlet 25 of the curan shown in FIG. 36 with respect to the movable range of the water outlet 25 of the curan shown in FIG. 36, the length of the spout 25a is shorter than that of the currant spout 25, and the length of the spout 25b is longer than that of the currant spout 25b. However, as shown in the figure, the hole 4 of the present invention is also applicable to the Karan water outlet 25, the Karan water outlet 25a, and the Karan water outlet 25b. It shows that it does not correspond only to the spout of a length of currant.

FIG. 37 is a plan view seen from above when a configuration example of the self-supporting basin stand of the present invention is installed in a bathroom having a bathtub on the right side with respect to the bathroom washroom. The hole 4 of the basin table 1 corresponds to the movable range of the water outlet 25 shown in FIG. 37 with respect to the movable range of the water outlet 25 shown in FIG. 37, the length of the spout 25a is shorter than that of the currant spout 25, and the length of the spout 25b of the currant is longer than that of the currant spout 25. However, as shown in the figure, the hole 4 of the present invention is also applicable to the Karan water outlet 25, the Karan water outlet 25a, and the Karan water outlet 25b. It shows that it does not correspond only to the spout of a length of currant.

As shown in FIG. 36 and FIG. 37, the holes 4 provided in the self-supporting basin table and basin table of the present invention do not correspond only to the single-length currant spout. And it can respond also to the bathroom by which the bathtub is arrange | positioned with respect to either the right or left with respect to the washing place of a bathroom.
36 and 37 show a case where a configuration example of a self-supporting basin table is installed, although not shown, it is provided in the bathtub-suspended basin table and basin table of the present invention. The hole 4 formed is not only compatible with a single-length currant spout, and can also accommodate a bathroom in which the bathtub is located on either side of the bathroom washroom. It is a feature.

  Since the present invention can arrange a container such as a wash basin with a hierarchy above and below, and can continuously store the water discharged from the top to the bottom of the wash basin, etc. Since it has utility value and can be industrially mass-produced, it has industrial applicability.

1 Basin table Upper stage 2 Basin table Lower stage 3 Basin table Middle stage 4 Hole for passing hot water discharged from the water outlet of Karan 5 Leg 6 Bank 7 Hook for hanging in the bathtub 8 Hanging support bracket 9 Front leg Table support part 10 Table support part 11 of the back leg part Table support part of hook hooked on the bathtub 12 Horizontal bar 13 stabilizing the leg part 13 Hinge 14 Stopper 15 Adjustment screw 16 for fine adjustment of height 16 Table 17 composed of mesh Table made of lattice 18 Plane plate surface 19 Curved plate surface 20 Hook hung on bathtub made of plate surface 21 Non-slip groove 22 Non-slip band-like convex portion 23 Non-slip surface Non-slip or non-slip processed sheets 24 basin 25 Karan spout 25a Karan spout 2 Karan spout 25b with a short length compared to Karan spout 25 with a long length 26 Karan handle 27 Hot water discharged from the Karan spout 28 Overflows from the basin Hot water 29 Bath tub 30 Bathroom wash floor 31 Bathroom wall 32 Supporting part of the hanging metal fitting 8 of the hook to be hung on the bathtub

Claims (15)

  It is a self-supporting basin table where a table on which the basin is placed is supported by a leg or a plate surface, and the table on which the basin is placed is 1% to 15%, preferably about 3% to 8% from the back to the front. A basin table having a downward slope, the table on which the basin is placed is configured in two upper and lower stages, and the front surface of the lower basin table is 1 cm to 15 cm as compared to the upper basin table. The basin stand is preferably overhanging about 2 cm to 6 cm. The basin table according to claim 1, wherein the basin table has a basin table corresponding to the upper stage but has no basin table corresponding to the lower stage among the upper and lower basin tables. A basin table, wherein the basin placed on the basin table corresponding to the lower stage in the basin table of claim 1 is placed directly on the floor of a bathroom washroom. The basin table according to claim 1, wherein the basin table according to claim 1 is configured in two upper and lower stages, whereas the basin table is configured in three stages of an upper middle stage and a lower stage. The front of the middle basin table is 1cm to 15cm, preferably 2cm to 6cm in front of the basin table, and the lower basin table is lower than the middle basin table. The basin table is characterized in that the front surface of the basin protrudes from about 1 cm to 15 cm, preferably about 2 cm to 6 cm.   The basin table according to claim 3, wherein, among the three upper and lower basin table, the basin table corresponding to the upper stage and the basin table corresponding to the middle stage have a basin corresponding to the lower stage. A basin table that does not have a table, and the basin mounted on the basin table corresponding to the lower stage in the basin table according to claim 3 is placed directly on the floor of the bathroom washroom. A basin stand that is characterized.   The basin cradle according to claim 1 to 4, wherein the support part of the basin table of the front leg part has a turning function, and the support part of the basin table of the back leg part has a hinge function, or A basin stand that can be folded by providing a pivoting function to the support part of the basin table of all legs.   6. The basin pedestal according to claim 1, further comprising a leg portion for supporting the basin laying table and an adjustment unit for finely adjusting the height individually at a lower portion of the plate surface.   The basin has a hook that hangs a basin on the outside of the bathtub, and the table on which the basin is placed is supported on a bathtub that is supported by the hook. 1 to 15%, preferably a basin table having a downward slope of about 3% to 8%, wherein the table on which the basin is placed is configured in two upper and lower stages, compared to the upper basin table. The basin table is characterized in that the front surface of the lower basin table extends from the front to the front by about 1 cm to 15 cm, preferably 2 cm to 6 cm. The basin table according to claim 7, wherein the basin table has a basin table corresponding to the upper stage but has no basin table corresponding to the lower stage among the upper and lower basin tables. The basin table, wherein the basin placed on the basin table corresponding to the lower stage in the basin table of claim 7 is directly placed on the floor of the bathroom washroom. The basin table according to claim 7, wherein the basin table according to claim 7 is configured in two upper and lower stages, whereas the basin table is configured in three stages of an upper middle stage and a lower stage. The front of the middle basin table is 1cm to 15cm, preferably 2cm to 6cm in front of the basin table, and the lower basin table is lower than the middle basin table. The basin table is characterized in that the front surface of the basin protrudes from about 1 cm to 15 cm, preferably about 2 cm to 6 cm.   The basin table according to claim 9, wherein, among the upper, middle, and lower three-level basin table, the basin table corresponding to the upper stage and the basin table corresponding to the middle stage have a basin corresponding to the lower stage. A basin table that does not have a table, and the basin mounted on the basin table corresponding to the lower stage in the basin table according to claim 9 is placed directly on the floor of a bathroom washroom. A basin stand that is characterized.   11. The basin cradle according to claim 7, wherein the basin cradle can be folded by rotating a support part of a basin cradle table of a hook to be hung on a bathtub. In a basin table where it is assumed that a basin will be placed underneath, when the basin is placed on the basin table, the basin will fall into the hole or tilt, While having a hole through which hot water spouted from a spout of a curan with a size that does not attach is passed, and being spouted from the spout of the curan to a basin placed on the basin table When the basin is removed from the basin table, hot water discharged from the water outlet of the curan is directly discharged through the hole to the basin placed under the basin table. A basin table comprising a basin table having a hole through which hot water discharged from a water outlet of a currant is passed, wherein the holes are an upper basin table and an intermediate basin unit If at the table, top The hole in the basin table and the hole in the middle basin table form a hole for passing hot water discharged from the water outlet of the curan that is in the same position in the vertical direction. A basin table comprising a basin table having a hole through which hot water discharged from the water passes, and can be adapted to the length of various karan spouts depending on the bathroom of each household. In the bathroom where the tub is located on the left or right side of the washing area, as well as a basin table composed of a basin table that has a hole through which the hot water discharged from the water outlet of Karan is passed The wash basin according to any one of claims 1 to 11, wherein the wash basin is constituted by a basin table having a hole through which hot water discharged from a water outlet of a currant disposed therein is passed. Stand. In a basin table where a basin is supposed to be placed underneath, a raised bank is built from the edge of both sides of the basin table to the front edge, and the raised bank is 13. The basin table according to claim 1, further comprising a basin table that is cut at an appropriate interval on the front side of the basin table.   The surface of the basin table is subjected to anti-slip processing by providing unevenness or roughness on the surface of the basin table, or by attaching non-slip sheets to the surface. 13 basin stands.   12. The basin table according to claim 1, wherein the basin table comprises a mesh or a lattice.