TWI604109B - Water stop structure with adjustable height of water stop pier and its application method - Google Patents

Description

Water stop structure with adjustable height water stop pier and its application method

BACKGROUND OF THE INVENTION 1. Field of the Invention This invention relates to a water stop structure, and more particularly to a water stop structure having an adjustable height water stop pier which prevents the water below the ground facility from being arbitrarily diffused and a method of applying the same.

In the building, there are many places where you can see the design of the pier, such as the door of the bathroom, the separation zone between dry and wet. The water stop pier, which is usually inconspicuous, can be used to clearly separate the water side of the water area from the water side where it is desired to keep dry. The water stop pier also blocks the water in the fixed area and prevents the water from overflowing. Features.

However, in the existing building materials and construction methods, only the water stop piers for water blocking above the floor paving materials are not provided, and the exclusive water stop pier materials designed under the floor paving materials are not provided. Therefore, in the conventional skill, if the water stop pier is not placed under the floor laying material, the cement block, the brick block and the like are temporarily selected at the site. Since there is no water stop pier under the floor paving material, or the effective water blocking height of the arbitrarily selected water stop pier material is insufficient, once the water on the water side leaks to the floor paving material and the floor, it may be Siphon effect or other reasons Spread at least on the water side. Therefore, taking the door of the bathroom as an example, water is often oozing out under the floor tiles of many newly renovated bathroom doors, causing water leakage outside the door of the bathroom.

The first A picture and the first B picture are respectively schematic diagrams of the water stop piers that are commonly used by two skilled artisans. As shown in FIG. A, a waterproof layer 120 is first coated on a reinforced concrete structure (RC) 110. Then, a cement sand layer 130 is laid on the waterproof layer 120, and an artificial threshold 160 and a first floor tile 140 are disposed on the cement sand layer 130. The laying position of the first floor tile 140 described above refers to a water area, such as a bathroom. Next, referring to Fig. A, a cement sand layer 130' is laid on the other side of the artificial sill 160, and a second floor tile 150 is placed on the cement sand layer 130'. The second floor tile 150 described above may be a floor tile of a walkway or a room, a wooden floor, or a floor material used for other upholstery. The cement sand layers 130 and 130' below the first floor tile 140 and the second floor tile 150 are not simultaneously laid but are connected to each other. Therefore, when the water on the first floor tile 140 leaks down due to the crack of the first floor tile 140, or leaks into the cement sand layer 130 for other reasons, the water leaking into the cement sand layer 130 is very It may also gradually penetrate into the cement sand layer 130', which may cause mold or water leakage on the other side of the artificial threshold 160; or cause the problem that the wooden second floor tile 150 is deformed by water absorption. On the other hand, a pipe such as a drain pipe or a water supply pipe may be embedded in the cement sand layer 130. If water leaks from these lines, the water leaking into the cement sand layer 130 will gradually penetrate into the cement sand layer 130', causing the second floor tiles 150 and other indoor buildings to be gradually damaged due to moisture. In other words, the artificial threshold 160 as a water stop pier in the first A diagram can only exert a water stopping effect on the water on the first floor tile 140, and cannot cause any blocking effect on the water seepage "below" of the first floor tile 140.

In addition, referring to FIG. B, the prior art may first apply a waterproof layer 120 on a reinforced concrete structure (RC) 110 preset to a water area, such as a bathroom, and in a preset water area. A mud stop 170 is placed on the reinforced concrete structure 110 at a separation position from the preset non-water area. Then, the cement sand layer 130 and the first floor tile 140 are sequentially laid on the waterproof layer 120 and the mud water stop pier 170. After the cement sand layer 130 is dried and fixed, an artificial threshold 160 is disposed on the first floor tile 140 as a partition between the water area and the non-water area. Taking the bathroom as an example, the top of the artificial threshold 160 is just the position of the bathroom door. Next, a cement sand layer 130' and a second floor tile 150 are sequentially laid on the other side of the artificial threshold 160.

During the construction process, since there is no exclusive water stop pier on the market, the skilled artisan can only use the ready-made cement block, cement sand, or other materials to make the water stop structure for preventing water leakage, such as the first B chart. The mud in the water is used as a water stop pier 170. After the mud stop 170 is completed, if the cement sand layer 130 is raised due to the current engineering requirements, the skilled artisan cannot conveniently adjust the height of the mud stop 170 to cause an effective barrier height. Leakage occurs in the future. Moreover, after the mud is placed as the water stop pier 170, the waterproof layer 120 and its subsequent works must be started after the mud is used as the water stop pier 170 to be dried and fixed. It is also necessary to avoid touching the mud as the water stop pier 170 before the cement sand layer 130 is dried and fixed. Those skilled in the art know that there are many staff at the construction site, and the limitation of time and space like this will bring inconvenience to the skilled artisans in applying waterproof engineering.

In view of the above background, in order to meet the industrial requirements, the present specification provides a water stop structure with an adjustable height water stop pier and a method for applying the same, and the water stop structure of the above-mentioned water stop pier with adjustable height can not only In the application process, the construction is convenient, and at the same time, it is possible to effectively avoid the overflow of the water on the water side/infiltration of at least the water side, thereby causing damage to the indoor facilities on the water side.

One of the objectives of the present specification is to provide a water stop structure with an adjustable height of a water stop pier and a method for applying the same, which can directly block the floor material of the floor material and the water side of the water side directly from the floor above the floor. Below, it is effective to prevent water under the floor covering material on the water side from leaking/diffusing at least under the floor material of the water side.

Another object of the present specification is to provide a water stop structure with an adjustable height water stop pier and a method for applying the same, which can be adjusted according to the present design by an adjustable height water stop pier. The water stop structure of the water pier and its application method can adjust the effective barrier height according to the needs of the surrounding environment during actual application, thereby providing customization and convenience of the construction process.

A further object of the present specification is to provide a water stop structure with an adjustable height of a water stop pier and a method for applying the same, which is designed such that the height-adjustable water stop pier according to the present creation is in water The choice of components is more flexible.

In accordance with the foregoing objects, the present specification provides a water stop structure having an adjustable height water stop pier and a method of applying the same, the water stop structure of the water stop pier having an adjustable height comprising a floor slab and an adjustable height water stop pier The height-adjustable water stop pier is disposed on the floor slab and divides the slab into two sides. Above floor The upper part of the board can be divided into a multi-water side and a water-less side according to the amount of water to be planned in the future. The watery side above the floor may include a first adhesive layer and a first floor covering material. The first adhesive layer is laid on the floor slab, and the first floor covering material is disposed on the first adhesive layer. The water-reducing side above the floor may include a second adhesive layer and a second floor covering material. The second adhesive layer is laid on the floor slab, and the second floor covering material is disposed on the second adhesive layer. The height of the height-adjustable water stop pier is greater than or equal to the height of the first adhesive layer. The effective height of the above-mentioned height-adjustable water stop pier is greater than or equal to the height from below the first floor paving material to the floor.

In a preferred embodiment according to the present specification, the height-adjustable water stop pier has at least two sets of sides having different widths. The height-adjustable water stop pier may be an unequal L-shape, an equilateral triangle, an unequal-edge polygon, or other unequal-edge geometry. When the site is applied, the user can select one side of the height-adjustable water stop pier with the appropriate height as the barrier side wall of the water-receiving side according to actual needs, and select the other side of the height-adjustable water stop pier as the base. To be fixed to the above floor. The height-adjustable water stop pier may further comprise at least one groove. The user can select one side of the height-adjustable water stop pier with the appropriate height as the barrier side wall of the multi-water side according to actual needs, and can also combine the water-blocking plate of the appropriate height in the groove, or Firstly, an adapter element having a plurality of groove portions is combined and re-assembled. When the height of the water blocking plate member is in the groove portion of the adapter member, the height of the waterstop can be adjusted to be high after the water blocking plate member is combined. At or equal to the height of the floor of the multi-water side to the first floor material when actually applied.

In another preferred embodiment according to the present specification, the height-adjustable water stop pier includes a first base, a second base, a first side wall portion, a second side wall portion, and a groove portion. The first end of the first side wall portion is connected to the first base, and the second end of the first side wall portion extends upward of the first base. The first end of the second side wall portion is connected to the second base, and the second end of the second side wall portion extends upward of the second base. The groove portion is located between the first side wall portion and the second side wall portion, and two ends of the groove portion are respectively connected to the second end of the first side wall portion and the second end of the second side wall portion. The above-mentioned height-adjustable water stop pier may further comprise a water blocking plate member, and the lower edge of the water blocking plate member may be inserted into the groove portion to increase the overall height of the height-adjustable water stop pier. The height-adjustable water stop pier may further comprise an adapter element. One side of the above-mentioned adapter element has an inserting plate member insertable into the groove portion, and the other side has a plurality of grooves of different widths for accommodating the waterproof plate members of different thicknesses.

According to the design of the present specification, the above-mentioned height-adjustable water stop pier can adjust the effective water-blocking height according to the actual application environment requirement or even temporary change, so that the water-side side can be reliably blocked from the floor to the floor laying material. The water leaks/diffuses at least the water side by the siphon effect or other factors. Compared with the conventional skill, the water stop pier is not arranged under the floor laying material, or the cement block or the brick block is randomly selected at the construction site as an unsuitable water stop pier under the ground laying material, and the specification discloses a practical application. The environment to adjust the water-stop pier that extends from the slab up to the height that can be adjusted to the height, not only makes the whole construction process more convenient and smooth, but also completely blocks the height of the water stop pier from siphon effect or other square The possibility of water seepage, and thus effectively preventing the water on the water side from leaking/diffusing at least on the water side under the ground paving material.

110‧‧‧Reinforced concrete structure

120‧‧‧Waterproof layer

130‧‧‧ Cement sand layer

130’‧‧‧ Cement sand layer

140‧‧‧First floor tiles

150‧‧‧Second floor tiles

160‧‧‧Man-made threshold

170‧‧‧Mud for water pier

210‧‧‧ first side

220‧‧‧Second side

230‧‧‧ Groove

240‧‧‧Water barrier

250‧‧‧Adjustable height stop pier

260‧‧‧ Groove

310‧‧‧ Floor

320‧‧‧Adjustable height stop pier

322‧‧‧Fixed components

324‧‧‧Water barrier

330‧‧‧Waterproof layer

340‧‧‧First adhesive layer

340'‧‧‧Second Adhesive Layer

350‧‧‧First floor covering material

360‧‧‧Second ground paving materials

370‧‧‧ artificial threshold

400‧‧‧ Height adjustable water stop

410‧‧‧First base

420‧‧‧Second base

430‧‧‧First side wall

440‧‧‧Second side wall

450‧‧‧ Groove

450’‧‧‧First groove

450"‧‧‧second groove

460‧‧ ‧ raised parts

470‧‧‧Water barrier

470'‧‧‧Water barrier

470”‧‧‧Water barrier

480‧‧‧Transfer components

482‧‧‧Inlay board

484‧‧‧ third groove

486‧‧‧fourth groove

488‧‧‧Auxiliary Fixing Department

492‧‧‧Water barrier

494‧‧‧Water barrier

510‧‧‧ Floor

520‧‧‧ Height adjustable water stop

522‧‧‧Fixed components

524‧‧‧Water barrier

530‧‧‧Waterproof layer

540‧‧‧First adhesive layer

540’‧‧‧Second Adhesive Layer

550‧‧‧First floor covering material

560‧‧‧Second ground paving materials

570‧‧‧ artificial threshold

600‧‧‧Adjustable height stop pier

610‧‧‧First base

620‧‧‧Second base

630‧‧‧First side wall

640‧‧‧Second side wall

650‧‧‧ Groove

650'‧‧‧first groove

650”‧‧‧second groove

660‧‧ ‧ raised parts

670‧‧‧Water barrier

670’‧‧‧Water barrier

670”‧‧‧Water barrier

680‧‧‧Transfer components

682‧‧‧Inlay board

684‧‧‧ third groove

686‧‧‧fourth groove

688‧‧‧Auxiliary Fixing Department

692‧‧‧Water barrier

694‧‧‧Water barrier

710‧‧‧ Floor

720‧‧‧ Height adjustable water stop

722‧‧‧Fixed components

724‧‧‧Water barrier

730‧‧‧Waterproof layer

740‧‧‧First adhesive layer

740'‧‧‧Second Adhesive Layer

750‧‧‧First floor paving material

760‧‧‧Second ground paving materials

770‧‧‧ artificial threshold

The first A diagram and the first B diagram are respectively schematic diagrams of the application of two kinds of water stop piers in the prior art; the second A diagram and the second B diagram are respectively the adjustable height water stop of the specific embodiment of the present specification. The schematic diagram of the pier; the third A diagram and the third B diagram are schematic diagrams of the water stop structure of the water stop pier with adjustable height according to the specific embodiment of the present specification; the fourth A diagram is a specific embodiment of the present specification. A schematic diagram of a height-adjustable water stop pier; a fourth B diagram, a fourth C diagram, and a fourth D diagram are respectively a schematic diagram of a variation of an adjustable height water stop pier according to one embodiment of the present specification; Figure A and Figure 5B are respectively schematic views of the operation of the water stop structure of the water stop with adjustable height in one embodiment of the present specification; Figure 6A is an adjustable embodiment of another embodiment of the present specification. A schematic diagram of a height stop pier; a sixth B diagram, a sixth C diagram, and a sixth D diagram are respectively a schematic diagram of a variation of the structure of the water stop pier of another embodiment of the present specification; and a seventh diagram A and Figure 7B is an adjustable embodiment of one of the embodiments of the present specification, respectively. The application of the sealing structure for sealing the pier FIG.

The direction discussed in this specification is an adjustable height water stop pier and its application method. In order to fully understand the present specification, detailed steps and their compositions will be set forth in the following description. Obviously, the implementation of the present specification is not limited to the specific details familiar to those skilled in the art. On the other hand, well-known components or steps are not described in detail to avoid unnecessarily limiting the description. The preferred embodiments of the present specification will be described in detail below, but the description may be widely practiced in other embodiments, and the scope of the present specification is not limited, and the scope of the following patents shall prevail. .

According to an embodiment of the present specification, a water stop structure having an adjustable height water stop is disclosed. The water stop structure of the above-mentioned water stop pier with adjustable height comprises a floor slab and a height-adjustable water stop pier. The slabs described above may be concrete structures, reinforced concrete structures, wood, stone, or other original structural materials of the building as is well known to those skilled in the art. The height-adjustable water stop pier includes a base unit and a barrier side wall unit. The base unit described above is for fixing to a floor. The barrier side wall unit is connected to the base unit to partition the water side and the water side. The height-adjustable water stop pier may be made of metal, alloy, polymer, calcium silicate, plastic, or other waterproof material well known to those skilled in the art. The height-adjustable water stop pier is disposed on the floor slab, and the upper slab is separated into two sides by the height-adjustable water stop pier. The two sides of the above-mentioned height-adjustable water stop pier can be divided into multiple waters according to the amount of water to be planned in the future. Side and less water side. For example, the water-receiving side described above may be a wet side of the bathroom, wet and dry separation, or other water-use areas well known to those skilled in the art; the water-reducing side may refer to an unintended water area immediately adjacent to the water-use area, for example Non-use water areas or non-large water areas such as corridors outside the bathroom, dry side separated by wet and dry. In a preferred embodiment of the present embodiment, the floor slab and the height-adjustable water stop pier may further include a waterproof layer, and the waterproof layer may be located above the floor slab and the height-adjustable water stop pier. In another preferred embodiment according to this embodiment, the waterproof layer may be located between the floor slab and the water stop pier of an adjustable height.

The water-repellent side above the floor may include a first adhesive layer and a first floor covering material. The first adhesive layer is laid on the floor slab, and the first floor covering material is disposed on the first adhesive layer. The second water-repellent layer and the second floor-laying material may be included on the water-reducing side above the floor. The second adhesive layer is laid on the floor slab, and the second floor covering material is disposed on the second adhesive layer. The first adhesive layer and the second adhesive layer may be selected from cement mortar, adhesive, or other building materials having a filling/adhesive effect, which are well known to those skilled in the art. The first floor laying material and the second floor laying material may be selected from the group consisting of wood flooring, stone, ceramic floor tiles, mosaic tiles, sound absorbing panels, or other floor covering materials well known to those skilled in the art. According to the design of the embodiment, the height of the height-adjustable water stop pier is greater than or equal to the height of the first adhesive layer. In a preferred embodiment according to this embodiment, the effective water blocking height of the height-adjustable water stop pier may be upward from the floor to the first floor paving material. In this way, the above-mentioned height-adjustable water stop pier can effectively prevent the first adhesive layer The water inside leaks through the siphon effect or other means to the second adhesive layer on the other side of the height-adjustable water stop.

In a preferred embodiment of the present embodiment, the base unit and the barrier side wall unit of the height-adjustable water stop pier may be composed of at least two sets of sides having different widths. One of the sides is a base unit, and the base unit is fixed to a floor. The other of the sides is a blocking side wall unit, the blocking side wall unit is adjacent to the first adhesive layer, and the height-adjustable water stop pier can select different effective blocking heights by selecting different placement manners. The above blocking unit. According to the present example, the height-adjustable water stop pier may be a geometry selected from the group consisting of an equilateral L-shape, a T-shape, an equilateral triangle, an equilateral polygon, or other unequal sides. The height-adjustable water stop pier may be made of metal, alloy, plastic, or other waterproof material well known to those skilled in the art. According to the design of the present example, when the field is applied, the user can select one side of the height-adjustable water stop pier with the appropriate height as the barrier side wall of the water-receiving side according to actual needs, and select the above-mentioned adjustable height water stop pier. The other side serves as a base for fixing to the above-mentioned floor.

In another preferred embodiment of the present embodiment, the base unit and the barrier side wall unit of the height-adjustable water stop pier may be composed of at least two sets of sides having different widths. One of the sides is a base unit, and the base unit is fixed to a floor. The other of the sides is a blocking side wall unit, and the blocking side wall unit is connected to the base unit. According to the present example, the height-adjustable water stop pier may be a geometry selected from the group consisting of an equilateral L-shape, a T-shape, an equilateral triangle, an equilateral polygon, or other unequal sides. The above adjustable height water stop pier The material may be metal, alloy, plastic, or other waterproof material well known to those skilled in the art. The height-adjustable water stop pier may further include at least one groove portion. The groove portion may be a side edge or an apex of the water stop pier disposed at the height adjustable, and the groove may accommodate a water blocking plate member. The water barrier member may be composed of a waterproof material such as metal, alloy, polymer, calcium silicate, plastic, or other waterproof material well known to those skilled in the art. According to the design of the present example, when the field is applied, the user can select one side of the height-adjustable water stop pier with the appropriate height as the above-mentioned water-side blocking side wall according to actual needs, and The groove is combined with a water-blocking member of a suitable height such that the height of the water-retaining pier with the adjustable height after the water-blocking member is higher than or equal to the height of the first adhesive layer on the water-receiving side of the actual application. In other words, the user can first select the required height by different ways of setting the height of the water stop pier, and then determine the use of the water blocking plate and the water blocking plate according to the environment at the time. height. According to the design of the present example, the above-mentioned water blocking plate member may also have an auxiliary function of fixing the above-mentioned adjustable height water stop pier to the floor. For example, after the water blocking plate member is combined with the height-adjustable water stop pier as the groove portion on the side of the base, the user can fix the water blocking plate member on the floor by using the fixing member. The effect of fixing the height-adjustable water stop to the floor. In a preferred embodiment of the present example, the height-adjustable water stop pier may further include at least one adapter element. The adapter element includes a first groove, a second groove, and an inserting plate, wherein the inserting plate is disposed on the first side of the adapter element, and the first groove and the second groove are disposed on a second side of the adapter member, the first side and the second side being opposite sides of the adapter member, the embedding The plate member can be inserted into the groove portion described above. The first groove and the second groove may have different widths for accommodating the water blocking plate members of different widths.

2A and 2B are respectively schematic views of the height-adjustable water stop pier according to the present embodiment. For convenience of description, in the second A diagram of FIG. 2A, only the L-shaped and the inequilateral triangle are taken as an example. However, the scope of the present specification should not be limited thereto. Referring to FIG. 2A, in a preferred example according to the present embodiment, the height-adjustable water stop pier may be an unequal L-shape and has a first side 210 and a second side 220. The lengths of the first side 210 and the second side 220 are not equal. In a preferred embodiment of the present example, the first side 210 and the second side 220 may be respectively provided with a groove portion 230. The groove portion 230 can accommodate a water blocking plate member 240. During the application process, the user may first select one of the first side 210 or the second side 220 as a base, such as the first side 210 in the second A, for fixing to the floor. The other side of the height-adjustable water stop pier, such as the second side 220 in the second A diagram, serves as a barrier side wall for blocking water seepage on the water side. In a preferred embodiment of the present example, after the user selects the base of the height-adjustable water stop pier and the water blocking side wall, the distance between the floor and the water-side ground material can still be laid according to the actual construction. Then, a suitable water blocking plate member 240 is selected to be combined with the groove portion 230 as the blocking side wall, so that the effective blocking height of the height-adjustable water stop pier is greater than or equal to the height below the multi-water side ground laying material to the floor slab, Prevent the effect of seeping at least the water side under the paving material on the multi-water side.

In another preferred embodiment according to this embodiment, referring to FIG. 2B, the height-adjustable water stop pier may be an unequal triangle. Adjustable above The lengths of the three sides of the height stop 250 are not equal. The user can select one side of the appropriate length of the height-adjustable water stop pier 250 as a water blocking side wall according to the actual application environment, and one of the water blocking side walls serves as a base. In a preferred embodiment of the present example, the height-adjustable water stop pier 250 may further include at least one groove portion 260. The groove portion 260 may be an apex or a side of the water stop pier 250 that is disposed at an adjustable height. The groove portion 260 can accommodate a water blocking side plate 240. In a preferred embodiment of the present example, after selecting the base of the height-adjustable water stop pier 250 and the water blocking side wall, the user can still evaluate the floor material of the floor to the water side according to the actual construction. The distance is selected to be combined with a suitable water blocking plate member 240 to the groove portion 260 as a barrier side wall to achieve the effect of preventing water from seeping at least the water side below the floor material on the water side. More preferably, the height-adjustable water stop 250 can also be combined with a water-blocking member 240 as a groove portion of the base. The water-blocking member 240 combined with the groove portion of the base can be used to assist The height-adjusting water stop pier 250 is fixed to the floor panel, and the water blocking plate member 240 combined with the groove portion of the base is fixed to the floor panel, for example, using a fixing member.

Figure 3A is a schematic illustration of an embodiment of a water stop structure with an adjustable height water stop according to the present specification. Referring to FIG. 3A, the water stop structure with the adjustable height water stop pier includes a floor slab 310 and an adjustable height water stop pier 320 disposed on the floor slab 310. The height-adjustable water stop pier 320 divides the upper floor 310 into a multi-water side and a water-free side. The floor slab 310 described above may be a concrete structure, a reinforced concrete structure, a wood board, a stone, or other building original structural materials well known to those skilled in the art. According to the present example, the above-mentioned height-adjustable water stop pier 320 can be a triangle of three unequal lengths. The material of the height-adjustable water stop pier 320 may be metal, alloy, polymer, calcium silicate, plastic, or other waterproof material well known to those skilled in the art. The water stop structure with the height-adjustable water stop pier further includes a waterproof layer 330, and the waterproof layer 330 is applied to the floor slab 310 and the height-adjustable water stop pier 320. The height-adjustable water stop pier 320 can be fixed to the floor panel 310 by an adhesive or a fixing member. In an embodiment in accordance with the present exemplary embodiment, the height-adjustable water stop pier 320 may be combined with a water-blocking member 324 as a groove portion of the side of the base. The water blocking plate member 324 may be fixed to the groove portion by an adhesive. Referring to FIG. 3A, the height-adjustable water stop pier 320 can fix the water blocking plate member 324 to the floor plate 310 by the fixing member 322 to achieve the auxiliary fixed height adjustable water stop pier 320 on the floor plate 310. effect.

Referring to FIG. 3A, the watery side above the floor slab 310 includes a first adhesive layer 340, and a first floor covering material 350. The less water side above the floor slab 310 includes a second adhesive layer 340' and a second floor covering material 360. The first adhesive layer 340 and the second adhesive layer 340' may be selected from cement mortar, adhesive, or other building materials having a filling/adhesive effect, which are well known to those skilled in the art. The first floor paving material 350 and the second floor paving material 360 may be selected from the group consisting of wood flooring, stone, ceramic floor tiles, mosaic tiles, sound absorbing panels, or other floor covering materials well known to those skilled in the art. According to the present example, the height of the height-adjustable water stop pier 320 as the side wall of the water-blocking side wall is greater than or equal to the height of the first adhesive layer 340. In other words, in the present example, the user selects one side of the height-adjustable water stop pier 320 as the barrier side wall on the water side, and the height of the selected side edge The floor covering material 350 can be extended from the floor panel 310 so that the height-adjustable water stop pier 320 can completely block water from the water side from leaking/diffusing at least the water side below the first floor paving material 350. In addition to blocking the leakage/diffusion that may occur under the first floor covering material 350 by the height-adjustable water stop pier 320, the water stop structure of the water stop pier having an adjustable height may further include an artificial threshold 370, The artificial threshold 370 is disposed above the height-adjustable water stop pier 320 and between the first floor paving material 350 and the second floor paving material 360. The height of the artificial threshold 370 is higher than that of the first floor covering material 350. Therefore, the artificial threshold 370 can prevent the water on the first floor covering material 350 from flowing arbitrarily above the second floor covering material 360.

According to another example of the present specification, although the height-adjustable water stop pier 320 has three sets of unequal length sides, the height-adjustable water stop pier 320 may still appear during the actual application process. Either side of either side cannot be higher than or equal to the condition of the first adhesive layer 340. According to the design of the present example, in addition to adjusting the effective barrier height of the height-adjustable water stop pier 320 by selecting different side edges, the height-adjustable water stop pier 320 can be increased by assembling the water blocking plate member. Effectively blocking the height, in order to be able to adjust the height-adjustable water stop pier 320 to achieve more convenient convenience and maneuverability during the application process. Referring to FIG. 3B, when the height of the height-adjustable water stop pier 320 as the barrier side wall is smaller than the height of the first adhesive layer 340, the user can use the groove of the barrier sidewall of the height-adjustable water stop pier 320. A water-blocking side panel 324 is assembled to increase the effective height of the height-adjustable water stop pier 320.

In another preferred example according to the embodiment, the above adjustable height is The water stop pier may include a first base, a second base, a first side wall portion, a second side wall portion, and a groove portion. The fourth A is a schematic view of an adjustable height water stop 400 according to the present example. Referring to FIG. 4A, the height-adjustable water stop pier 400 includes a first base 410, a second base 420, a first side wall portion 430, a second side wall portion 440, and a groove portion 450.

The first side wall portion 430 extends from the first base 410. The first end of the first side wall portion 430 is connected to the first base 410, and the second end of the first side wall portion 430 extends upward of the first base 410. The second side wall portion 440 extends from the second base 420. The first end of the second side wall portion 440 is connected to the second base 420, and the second end of the second side wall portion 440 extends upward of the second base 420. The groove portion 450 is located between the first side wall portion 430 and the second side wall portion 440, and the two ends of the groove portion 450 are respectively connected to the second end of the first side wall portion 430 and the second end portion of the second side wall portion 440 end. The height-adjustable water stop pier 400 may be made of metal, alloy, plastic, or other waterproof material well known to those skilled in the art.

Referring to FIG. 4A, the height-adjustable water stop pier 400 may further include a plurality of raised portions 460. The raised portions 460 can be in a linear design. According to the present example, the raised portions 460 can increase the contact area during the waterproofing operation of the muddy water engineering to assist in improving the adhesion of the height-adjustable waterstop 400 to a building material such as a waterproof layer or cement sand. Referring to FIG. 4A, in a preferred embodiment of the present example, the protrusion 460 may be disposed outside the first side wall portion 430 and outside the second side wall portion 440. In a preferred embodiment of the present example, the protrusion 460 may be disposed on the first base 410 and the second base 420. The surface toward the side of the groove portion 450. In a preferred embodiment of the present example, the protrusion 460 may be disposed inside the first side wall portion 430 and the second side wall portion 440.

According to the present example, the height-adjustable water stop pier 400 may further include a water blocking plate member 470, as shown in FIG. The water blocking plate member 470 may be composed of a waterproof material such as metal, alloy, polymer, calcium silicate, plastic, or other waterproof material well known to those skilled in the art. The lower edge of the water blocking plate member 470 can be inserted into the groove portion 450 to increase the overall height of the height-adjustable water stop pier 400. In this way, according to the design of the present specification, the height of the water stop pier 400 can be selected and combined with different heights according to actual needs when the peripheral height of the predetermined position of the height-adjustable water stop pier 400 is different or varied during the application. The water barrier plate 470, or the use of the water barrier plate 470, is selected to provide on-site construction maneuverability and optimal waterproof performance.

In a preferred embodiment of the present example, the groove portion 450 of the height-adjustable water stop pier 400 may further include a plurality of grooves. The fourth C diagram is exemplified by the fact that the height-adjustable water stop pier 400 includes two grooves, however, the height-adjustable water stop pier according to the present specification is not limited thereto. Referring to FIG. 4C, the height-adjustable water stop pier 400 may further include a first groove 450' and a second groove 450". The first groove 450' and the second groove 450" share a side wall, and The other side of the first groove 450' and the second groove 450" are respectively connected to the second end of the first side wall portion 430 and the second end of the second side wall portion 440. According to the embodiment, the first groove is The 450' and the second recess 450" may be of different widths such that the first recess 450' and the second recess 450" may respectively receive the water blocking plates 470' and 470" of different thicknesses.

In still another preferred embodiment of the present specification, the height-adjustable water stop 400 may further include a transition member 480 as shown in FIG. 4D. The transition member 480 includes an insert member 482, a third recess 484, and a fourth recess 486. The inserting plate 482 is disposed on the first side of the adapter member 480, the third recess 484 and the fourth recess 486 are disposed on the second side of the adapter member 480, and the first side and the second side are respectively located at the turn The opposite side of the component 480 is connected. The third groove 484 and the fourth groove 486 may have different widths, so that the third groove 484 and the fourth groove 486 can respectively accommodate the water blocking plates 492 and 494 of different thicknesses. According to the present example, the inserting plate 482 can be inserted into the groove portion 450 between the first side wall portion 430 and the second side wall portion 440. As such, the adapter element 480 allows the height-adjustable water stop pier 400 to be compatible with more different thickness of the water barrier panel. In a variation according to one of the embodiments, the adapter element 480 may further include an auxiliary fixing portion 488. The auxiliary fixing portion 488 is disposed on the first side of the adapter member 480, and the auxiliary fixing portion 488 forms a fifth recess with the inserting plate member 482. When the inserting plate 482 is inserted into the groove portion 450, the first side wall portion 440 is simultaneously inserted into the fifth groove to improve the stability of the adapter member 480.

Figure 5A is a schematic illustration of an embodiment of a water stop structure with an adjustable height water stop according to the present specification. Referring to FIG. 5A, the water stop structure with the adjustable height water stop pier includes a floor 510 and an adjustable height water stop 520 disposed on the floor 510. The height-adjustable water stop 520 divides the upper floor 510 into a multi-water side and a water-less side. The floor 510 may be of a concrete structure, a reinforced concrete structure, a wood board, a stone, or other familiar art. The original structural material of the building. The material of the height-adjustable water stop 520 may be metal, alloy, polymer, calcium silicate, plastic, or other waterproof material well known to those skilled in the art. The water stop structure with the height-adjustable water stop pier further includes a waterproof layer 530 coated on the floor 510 and the height-adjustable water stop pier 520. The height-adjustable water stop pier 520 can be fixed to the floor 510 by an adhesive or a fixing member having waterproof properties. In an embodiment according to the present example, the height-adjustable water stop pier 520 may be filled with cement sand first, and then fixed to the floor 510 by a fixing member 522, as shown in FIG.

Referring to FIG. 5A, the watery side above the floor 510 includes a first adhesive layer 540 and a first floor covering material 550. The water-reducing side above the floor 510 includes a second adhesive layer 540' and a second floor covering material 560. The first adhesive layer 540 and the second adhesive layer 540' may be selected from cement mortar, adhesive, or other building materials having a filling/adhesive effect, which are well known to those skilled in the art. The first floor paving material 550 and the second floor paving material 560 may be selected from the group consisting of wood flooring, stone, ceramic tiles, mosaic tiles, sound absorbing panels, or other flooring materials well known to those skilled in the art. According to the present example, the height of the height-adjustable water stop 520 as the side wall of the multi-water side barrier side wall is greater than or equal to the height of the first adhesive layer 540. In other words, in the present example, the height of the height-adjustable water stop pier 520 can extend from the floor 510 to the first floor paving material 550, so that water from the water side can be completely blocked from flowing down through the first floor paving material 550. Leak/diffusion at least on the water side. In addition to blocking the leakage/diffusion that may occur under the first floor covering material 550 by the height-adjustable water stop pier 520, the water stop structure of the above-mentioned water stop pier with adjustable height may There is further included an artificial threshold 570 disposed above the height-adjustable water stop 520 and between the first floor covering material 550 and the second floor covering material 560. The height of the artificial threshold 570 is higher than the first floor laying material 550, and therefore, the artificial threshold 570 can prevent the water on the first floor covering material 550 from flowing arbitrarily above the second floor laying material 560.

According to another example of the present specification, during actual application, the height of the height-adjustable water stop pier 520 may not be higher than or equal to the condition of the first adhesive layer 540. According to the design of the present example, the height-adjustable water stop pier 520 can increase the effective barrier height of the height-adjustable water stop pier 520 by assembling the water blocking plate member, so as to be able to follow the periphery during the application process. The construction requirements of the environment are changed to adjust the height-adjustable water stop pier 520 to achieve more convenient convenience and maneuverability. Referring to FIG. 5B, when the height of the height-adjustable water stop pier 520 is smaller than the height of the first adhesive layer 340, the user can assemble a water blocking plate member 524 in the groove portion of the height-adjustable water stop pier 520. To increase the effective height of the water stop 520 with adjustable height.

In a preferred embodiment of the present embodiment, the first base and the second base of the height-adjustable water stop pier may be connected to each other. Figure 6A is a schematic view of an adjustable height water stop pier according to the present example. According to the present example, the height-adjustable water stop pier 600 includes a first base 610, a second base 620, a first side wall portion 630, a second side wall portion 640, and a groove portion 650. As shown in FIG. 6A, the first base 610 and the second base 620 are connected to each other.

The first side wall portion 630 extends from the first base 610. The first end of the first side wall portion 630 is connected to the first base 610, and the first side wall portion 630 The second end extends toward the upper side of the first base 610. The second side wall portion 640 extends from the second base 620. The first end of the second side wall portion 640 is connected to the second base 620, and the second end of the second side wall portion 640 extends upward of the second base 620. The groove portion 650 is located between the first side wall portion 630 and the second side wall portion 640, and the two ends of the groove portion 650 are respectively connected to the second end of the first side wall portion 630 and the second end of the second side wall portion 640 end. The height-adjustable water stop 600 can be made of metal, alloy, plastic, or other waterproof materials well known to those skilled in the art.

The height adjustable water stop 600 can further include a plurality of raised portions 660. The raised portions 660 can be in a linear design. According to the present example, the raised portions 460 may increase the contact area during the application of the muddy water to assist in enhancing the adhesion of the height-adjustable water stop pier 600 to a building material such as a waterproof layer or cement sand. In a preferred embodiment of the present example, the protrusion 660 may be disposed outside the first side wall portion 630 and outside the second side wall portion 640. In a preferred embodiment of the present example, the protrusion 660 may be a surface disposed on the side of the first base 610 and the second base 620 facing the groove portion 650.

In a preferred embodiment of the present example, the height-adjustable water stop pier 600 may further include a water blocking plate member 670, as shown in FIG. The water barrier panel 670 may be comprised of a waterproof material such as a metal, alloy, polymer, calcium silicate, plastic, or other waterproof material known to those skilled in the art. The lower edge of the water blocking plate member 670 can be inserted into the groove portion 650 to increase the overall height of the height-adjustable water stop pier 600. In this way, according to the design of the present specification, the height of the periphery of the predetermined position of the water stop pier 600 with adjustable height can be adjusted at the time of application. The water stop pier 600 can be selected without the water blocking plate 670 or with the water blocking plate 670 of different heights to achieve the on-the-spot maneuverability and the best waterproof performance.

In a preferred embodiment of the present example, the groove portion 650 of the height-adjustable water stop pier 600 may further include a plurality of grooves. The sixth C diagram is exemplified by the fact that the height-adjustable water stop pier 600 includes two grooves, however, the water pier structure according to the present specification is not limited thereto. Referring to FIG. 6C, the height-adjustable water stop pier 600 may further include a first groove 650' and a second groove 650". The first groove 650' and the second groove 650" share a side wall, and The other side of the first groove 650 ′ and the second groove 650 ′′ are respectively connected to the second end of the first side wall portion 630 and the second end of the second side wall portion 640 . According to the embodiment, the first groove is The 650' and the second recess 650" may be of different widths such that the first recess 650' and the second recess 650" may respectively receive the waterproof plates 670' and 670" of different thicknesses.

In still another preferred embodiment of the present example, the height-adjustable water stop 600 can further include a transition member 680, as shown in FIG. The transition element 680 includes an insert plate 682, a third recess 684, and a fourth recess 686. The inserting plate 682 is disposed on the first side of the adapter member 680, the third recess 684 and the fourth recess 686 are disposed on the second side of the adapter member 680, and the first side and the second side are respectively located at the turn The opposite side of the component 680 is connected as in the sixth D-figure. The third groove 684 and the fourth groove 686 may have different widths, so that the third groove 684 and the fourth groove 686 can respectively accommodate the waterproof plates 692 and 694 of different thicknesses. According to the present example, the inserting plate 682 can be inserted into the groove portion 650 between the first side wall portion 630 and the second side wall portion 640. In this way, the adapter element 680 allows the height of the water to be adjusted The pier 600 is compatible with more waterproof panels of different thicknesses. In a preferred embodiment according to the present example, the adapter element 680 may further include an auxiliary fixing portion 688. The auxiliary fixing portion 688 is disposed on the first side of the adapter member 680, and the auxiliary fixing portion 688 forms a fifth recess with the inserting plate member 682. When the inserting plate member 682 is inserted into the groove portion 650, the first side wall portion 640 is simultaneously inserted into the fifth groove to improve the stability of the adapter member 680.

Figure 7A is a schematic view of an embodiment of a water stop structure having an adjustable height water stop according to the present specification. Referring to FIG. 7A, the water stop structure with the adjustable height water stop pier includes a floor 710 and an adjustable height water stop 720 disposed on the floor 710. The height-adjustable water stop 720 divides the upper floor 710 into a multi-water side and a water-free side. The floor 710 may be a concrete structure, a reinforced concrete structure, a wood board, a stone, or other building original structural materials well known to those skilled in the art. The material of the height-adjustable water stop 720 may be metal, alloy, polymer, calcium silicate, plastic, or other waterproof material well known to those skilled in the art. The water stop structure with the adjustable height water stop pier further includes a waterproof layer 730 coated on the floor 710 and the height-adjustable water stop pier 720. The height-adjustable water stop pier 720 can be fixed to the floor 710 by an adhesive or a fixing member having waterproof properties. In an embodiment in accordance with the present exemplary embodiment, the height-adjustable water stop 720 can be secured to the floor 710 by a securing member 722, as shown in FIG.

Referring to FIG. 7A, the watery side above the floor 710 includes a first adhesive layer 740 and a first floor covering material 750. The less water side above the floor 710 contains the second Adhesive layer 740' and second floor covering material 760. The first adhesive layer 740 and the second adhesive layer 740' may be selected from cement mortar, adhesive, or other building materials having a filling/adhesive effect, which are well known to those skilled in the art. The first floor laying material 750 and the second floor laying material 760 may be selected from the group consisting of wood flooring, stone, ceramic floor tiles, mosaic tiles, sound absorbing panels, or other floor covering materials well known to those skilled in the art. According to the present example, the height of the height-adjustable water stop pier 720 as the side wall of the water-blocking side wall is greater than or equal to the height of the first adhesive layer 740. In other words, in the present example, the height of the height-adjustable water stop pier 720 can extend from the floor 710 to the first floor paving material 750, so that water from the multi-water side can be completely blocked from seeping through the first floor paving material 750. Leak/diffusion at least on the water side. In addition to blocking the leakage/diffusion that may occur under the first floor covering material 750 by the height-adjustable water stop pier 720, the water stop structure of the water stop pier having an adjustable height may further include an artificial threshold 770, The artificial threshold 770 is disposed above the height-adjustable water stop pier 720 and between the first floor paving material 750 and the second floor paving material 760. The artificial threshold 770 has a higher height than the first floor covering material 550, and thus, the artificial threshold 570 prevents the water on the first floor covering material 750 from flowing arbitrarily above the second floor covering material 760.

According to another example of the present specification, the height of the height-adjustable water stop pier 720 may not be higher than or equal to the condition of the first adhesive layer 740 during actual application. According to the design of the present example, the height-adjustable water stop pier 720 can increase the effective blocking height of the height-adjustable water stop pier 720 by assembling the water blocking plate member, so as to be able to follow the periphery during the application process. Environmental construction requirements change, come Adjusting the height-adjustable water stop pier 720 for more convenient convenience and maneuverability. Referring to FIG. 7B, when the height of the height-adjustable water stop pier 720 is smaller than the height of the first adhesive layer 740, the user can assemble a water blocking plate member 724 in the groove portion of the height-adjustable water stop pier 720. To increase the effective height of the adjustable height water stop 720.

According to another embodiment of the present specification, a method of applying a water stop structure having an adjustable height water stop is disclosed. The above-mentioned method for applying the water stop structure of the water stop pier with adjustable height comprises fixing the height-adjustable water stop pier to the first floor plate, and the above-mentioned height-adjustable water stop pier divides the upper floor of the floor plate into a plurality of water sides and less The water side, the coated waterproof layer is applied to the floor slab and the height-adjustable water stop pier, and the first adhesive layer and the first floor paving material are sequentially applied on the multi-water side floor board, above the water stop pier with adjustable height The artificial sill is arranged, and the second adhesive layer and the second ground laying material are sequentially applied on the floor on the water side. Wherein, the overall height of the height-adjustable water stop pier is greater than or equal to the height of the floor to the first floor paving material.

The floor slab may be a concrete structure, a reinforced concrete structure, a wood board, a stone, or other building structural materials well known to those skilled in the art. The first adhesive layer and the second adhesive layer may be selected from cement mortar, adhesive, or other building materials having a filling/adhesive effect, which are well known to those skilled in the art. The first floor laying material and the second floor laying material may be selected from the group consisting of wood flooring, stone, ceramic floor tiles, mosaic tiles, sound absorbing panels, or other floor covering materials well known to those skilled in the art. The two sides of the height-adjustable water stop pier are divided into a multi-water side and a water-free side according to the amount of water to be planned in the future. For example, the watery side described above may be the wet side of the bathroom, dry and wet separation, or other conventional The water-receiving area well known to the skilled person; the above-mentioned water-reducing side may refer to an unintended water area immediately adjacent to the above-mentioned water-use area, such as a non-use water area or a non-large-use water area such as a gallery outside the bathroom, a dry side of the dry and wet separation.

According to this embodiment, the height-adjustable water stop pier comprises a base unit and a barrier side wall unit. The base unit is for fixing to a floor. The base unit may be fixed to the floor by an adhesive or a fixing element.

In a preferred embodiment of the present embodiment, the base unit and the barrier sidewall unit may be composed of at least two sets of sides having different widths. According to the present example, the height-adjustable water stop pier may be a geometry selected from the group consisting of an equilateral L-shape, a T-shape, an equilateral triangle, an equilateral polygon, or other unequal sides. When the site is applied, the user can select one side of the height-adjustable water stop pier with the appropriate height as the barrier side wall of the water-receiving side according to actual needs, and select the other side of the above-mentioned adjustable height water stop pier as the base. Seat to be fixed to the above floor.

In a preferred embodiment of the present embodiment, the height-adjustable water stop pier may further include at least one groove portion. The groove portion may be a base unit or a blocking side wall unit disposed on the height-adjustable water stop pier, and the groove may accommodate a water blocking plate member. According to the design of the present example, when the field is applied, the user can select one side of the height-adjustable water stop pier with the appropriate height as the above-mentioned water-side blocking side wall according to actual needs, and The groove is combined with a water-repellent plate member of a suitable height, so that the height of the water-retainable pier with the adjustable height after the water-retaining plate member is higher than or equal to the height of the first adhesive layer on the water-receiving side of the actual application. degree. In other words, after the height of the first adhesive layer is known, the method for applying the water stop structure with the adjustable height of the water stop pier may further comprise selecting an adjustable height having a width higher than or equal to the height of the first adhesive layer. The side of the water stop pier acts as a step to block the side wall.

In another preferred embodiment of the present embodiment, the height-adjustable water stop pier may include a first base, a second base, a first side wall portion, a second side wall portion, and a groove portion. The first side wall portion extends from the first base. The first end of the first side wall portion is connected to the first base, and the second end of the first side wall portion extends upward of the first base. The second side wall portion extends from the second base. The first end of the second side wall portion is connected to the second base, and the second end of the second side wall portion extends upward of the second base. The groove portion is located between the first side wall portion and the second side wall portion, and two ends of the groove portion are respectively connected to the second end of the first side wall portion and the second end of the second side wall portion.

According to the design of the present example, when the field is applied, the user can use only the above-mentioned adjustable height water stop pier according to actual needs, or combine the water-blocking plate with appropriate height in the above-mentioned groove portion to make the joint partition. The height of the waterstop of the adjustable height behind the water plate member may be higher than or equal to the height of the first adhesive layer on the water side of the actual application. In other words, after the height of the first adhesive layer is known, the above-mentioned method for applying the water stop structure of the water stop pier with an adjustable height may further comprise combining a water blocking plate member to the barrier sidewall of the height-adjustable water stop pier. The step of the groove portion of the unit.

In the practice of the water stop piers of the prior art, it is necessary to carry out the laying of cement sand and multi-water side floor tiles from the water side, such as the bathroom, and the mud as a water stop pier. Set up the project, and wait for the cement to be shaped and dried before the construction can be carried out on the less water side. And during the application process, you must be careful not to touch the mud as a water stop. However, according to the present specification, the height-adjustable water stop pier can be installed at a predetermined position of the water stop pier to adjust the height of the water stop pier. For the construction staff, it can contribute to the space arrangement. On the other hand, in addition to the confirmation of the position of the water stop pier, it is possible to carry out the work on the water side and the water side at the same time, so that the project is more efficient, since the structure of the water stop pier according to the present specification is a rigid material, Even if the construction personnel accidentally step on the structure of the water stop pier, the structure of the water pier will not be damaged.

It is known to those skilled in the art that a water supply pipe and a drain pipe are usually buried in the first adhesive layer on the water side. Unlike the conventional water stop pier project, the height-adjustable water stop pier is mounted on the floor. Therefore, between the first floor covering material on the water side and the top of the floor, whether it is water leaking from the first floor covering material on the water side or the first adhesive layer on the water side The water generated by the broken pipeline will be blocked by the adjustable height water stop of this specification on the water side without leaking/diffusing at least the water side. As a result, the second floor covering material and other facilities on the water side will not be damaged by the leakage/diffusion from the first adhesive layer to the water accumulated in the second adhesive layer on the less water side. In other words, compared to the conventional art, only relying on the water stop pier/artificial sill provided on the ground to block the water on the first floor covering material on the water side from flowing freely on at least the water side, the present specification has an adjustable height The water stop structure of the water stop pier and its application method can start the water blocking work from the floor, in addition to more effectively preventing the water above the first floor laying material on the water side from flowing to the water side freely, and can effectively prevent Laying on the first floor on the water side The problem that the water seepage which is not visible under the material spreads to the second adhesive layer on the less water side occurs.

More preferably, according to the design of the present specification, after the above-mentioned adjustable height water stop pier is installed at a predetermined position of the water stop pier, even if the ground height of the water side or the water side is higher than the above adjustable height The water pier can still be adjusted by the use of a water-blocking plate or an adapter element combined with a water-blocking plate to enable the above-mentioned height-adjustable water stop pier to be dynamically adjusted with the ground height of the water side/small water side. . The effective height of the height-adjustable water stop pier can be higher than the height of the first adhesive layer on the water side. In this way, when the overall height of the height-adjustable water stop pier is greater than or equal to the height below the first floor paving material to the floor, the water stop structure of the water stop pier with adjustable height according to the present specification and its application The method can effectively prevent water permeation/diffusion from below the first floor paving material on the multi-water side to the floor below the second floor paving material on the less water side to the floor. In a preferred example of the present embodiment, the water blocking plate member may be coated with a waterproof adhesive before the combination to the groove portion of the height-adjustable water stop pier, so that the water blocking plate member and the water blocking plate member are adjustable. The height of the water stop piers is more closely spaced, and the gap between the water blocking plate and the height-adjustable water stop pier can be prevented from becoming a water leakage.

In summary, the present specification discloses a water stop structure having an adjustable height water stop pier and a method of applying the same. The water stop structure of the above-mentioned water stop pier with adjustable height comprises a floor slab and a height-adjustable water stop pier. The height-adjustable water stop pier is disposed on the floor slab, and the height-adjustable water stop pier divides the upper floor slab into two sides. Both sides of the above-mentioned adjustable height water stop pier can be based on It is preset that the amount of water used for planning in this side will be divided into multiple water side and less water side. The height-adjustable water stop pier includes a base unit and a barrier side wall unit. According to the design of the present specification, the height of the height-adjustable water stop pier is higher than or equal to the height of the floor material below the multi-water side to the floor. In an example according to the present specification, the base unit and the barrier side wall unit of the height-adjustable water stop pier may be composed of at least two sets of sides having different widths. In addition to the use of different sides to form different heights of the barrier sidewalls on the water side, the user can increase the height of the height by assembling the water blocking plate in the groove portion of the height-adjustable water stop pier. The overall height of the water pier is such that the height of the height-adjustable water stop pier is higher than or equal to the height of the floor material below the multi-water side to the floor. In an example according to the present specification, the base unit of the height-adjustable water stop pier includes a first base and a second base, and the barrier side wall unit includes a first side wall portion and a second side wall portion. a first base, a second base, a first side wall portion, a second side wall portion, and a groove portion. The height-adjustable water stop pier further includes a groove portion, the groove portion is located between the first side wall portion and the second side wall portion, and two ends of the groove portion are respectively connected to the second side of the first side wall portion The second end of the end and the second side wall portion. The height-adjustable water stop pier may further comprise a water blocking plate member, and the lower edge of the water blocking plate member may be assembled to the groove portion to increase the overall height of the water stop pier structure. As the height of the surrounding position of the height-adjustable water stop pier is different or varies, the height-adjustable water stop pier can be selected according to actual needs to match the water-blocking plate of different heights, or choose not to use the water-blocking plate to Give full play to the construction flexibility and the best waterproof performance. The height-adjustable water stop pier may further comprise an adapter element. One side of the above-mentioned adapter element has an insertable The embedded plate member of the groove portion has a plurality of grooves of different widths on the other side, and can be used for accommodating the waterproof plate members of different thicknesses. The above-mentioned method for applying the water stop structure with the adjustable height of the water stop pier comprises fixing the height-adjustable water stop pier to the first floor board, coating the waterproof layer on the floor slab and the height-adjustable water stop pier, and the floor slab The watery side of the upper layer is sequentially applied as the first adhesive layer and the first floor laying material, the artificial threshold is arranged above the height-adjustable water stop pier, and the second adhesive layer is sequentially applied on the floor of the water less side. Second floor laying material. Wherein, the overall height of the height-adjustable water stop pier is greater than or equal to the height of the floor to the first floor paving material. The height-adjustable water stop pier includes a base unit and a barrier side wall unit. In an example according to the present specification, the method for applying the water stop structure with the height-adjustable water stop pier may further comprise selecting a height-adjustable water stop pier having a suitable height side as the water-blocking side wall of the water-receiving side. In the step, the above step may be before the height-adjustable water stop pier is fixed on the floor. In an example according to the present specification, the method for applying the water stop structure with the height-adjustable water stop pier may further comprise a groove for blocking the side wall unit of the water blocking plate to the height-adjustable water stop pier. Steps of the department. The above step of combining the water blocking plate members may be before the application of the first adhesive layer.

Compared with the prior art, there is no water stop pier construction material exclusively under the ground paving material. This specification provides a maneuverable, convenient, and customizable height-adjustable water stop pier. The water-stop structure of the height-adjustable water stop pier and the water-sinking structure of the water stop pier with adjustable height. According to the design of the present specification, the water stop structure with the adjustable height of the water stop pier and the method for the same can be controlled by the height of the water during the construction and construction process. The pier resists the connection of the water seepage structure between the floor below the floor and the floor to effectively prevent any overflow and diffusion of water under the floor material. More preferably, the water stop structure with the adjustable height of the water stop pier according to the present specification and the method for the same can not only improve the construction convenience, but also adjust the effective waterproof height with the surrounding environment of the predetermined position of the water stop pier. To provide a more customized, more time-saving and labor-saving implementation process. In other words, the present specification provides a water stop structure with an adjustable height water stop pier that can both have water resistance and construction convenience, and a method for applying the same.

Obviously, there may be many modifications and differences to the present specification in light of the above description of the embodiments. It is therefore to be understood that within the scope of the appended claims, the invention may be The above is only the preferred embodiment of the present specification, and is not intended to limit the scope of the patent application of the present specification; any other equivalent changes or modifications which are not departing from the spirit of the present disclosure should be included in the following patent application. Within the scope.

410‧‧‧First base

420‧‧‧Second base

430‧‧‧First side wall

440‧‧‧Second side wall

450‧‧‧ Groove

470‧‧‧Water barrier

Claims (10)

A water stop structure with an adjustable height water stop pier, comprising: a floor slab; a height-adjustable water stop pier, wherein the height-adjustable water stop pier is disposed on the floor slab, and the height-adjustable water stop pier Separating the upper part of the floor slab into a water-receiving side and a water-reducing side, wherein the height-adjustable water-stopping pier comprises at least one groove portion, wherein the groove portion is for accommodating a water-blocking plate member, the water-blocking plate member The lower edge is combined with the groove portion; the first adhesive layer, the first adhesive layer is laid on the multi-water side floor; the first floor laying material, the first floor laying material is disposed on the first adhesive layer Above, wherein the height of the height-adjustable water stop pier is greater than/equal to the height of the first floor covering material to the floor; and the second adhesive layer, the second adhesive layer is laid on the floor of the water-reducing side; The second floor laying material is disposed on the second adhesive layer. A water stop structure having an adjustable height water stop pier according to the first aspect of the patent application, wherein the height-adjustable water stop pier has at least two sets of sides having different widths, one of the side edges being a base The base unit is configured to be fixed to a floor slab, the other of the side edges is a blocking side wall unit, the blocking side wall unit is adjacent to the first adhesive layer, and the height adjustable water stop pier can be The above-mentioned barrier sidewall units of different effective barrier heights are selected by selecting different placement methods. The water stop structure of the height-adjustable water stop pier according to claim 2, wherein the height-adjustable water stop pier further comprises an adapter element, wherein the adapter element comprises a first groove and a a second recess, and an inserting plate, wherein the inserting plate is disposed on the first side of the adapter element, and the first groove and the second groove are disposed on the second side of the adapter element, the first The side and the second side are opposite sides of the adapter member, and the above-mentioned inserting member can be inserted into the above-mentioned groove portion. The water stop structure having an adjustable height water stop pier according to claim 1, wherein the height adjustable water stop pier comprises: a first base; the first side wall portion, wherein the first side wall portion extends from the above a first base, wherein the first end of the first side wall portion is connected to the first base, and the second end of the first side wall portion extends upwardly of the first base; the second base; the second side wall portion The second side wall portion extends from the second base, wherein the first end of the second side wall portion is connected to the second base, and the second end of the second side wall portion extends toward the upper side of the second base; And a groove portion, wherein the two ends of the groove portion are respectively connected to the second end of the first side wall portion and the second end of the second side wall portion, wherein the groove portion comprises at least one groove. A water stop structure having an adjustable height water stop pier according to claim 4, wherein the above further comprises an adapter element, wherein the adapter element comprises a first recess a groove, a second groove, and an inserting plate, wherein the inserting plate is disposed on the first side of the adapter element, and the first groove and the second groove are disposed on the second side of the adapter element, The first side and the second side are opposite sides of the adapter member, and the inserting plate member is insertable into the groove portion between the first side wall portion and the second side wall portion. The water stop structure of the waterstop having an adjustable height according to the first aspect of the patent application further includes a waterproof layer, and the waterproof layer is disposed on the floor slab and the water stop pier of the adjustable height. A method for applying a water stop structure with an adjustable height of a water stop pier, comprising: fixing a height-adjustable water stop pier on a floor slab, wherein the above-mentioned height-adjustable water stop pier divides the above floor slab into water The side and the water-reducing side, wherein the height-adjustable water stop pier comprises at least two sides of unequal length, and a groove portion for accommodating a water-blocking member, wherein the sides One of the sides is a base unit, the base unit is fixed to the floor plate, and the other of the side edges is a blocking side wall unit; and the waterproof layer is coated on the floor plate and the adjustable height is stopped. a first adhesive layer and a first floor laying material are sequentially applied to the water-receiving side of the floor panel, wherein the barrier sidewall unit of the height-adjustable water stop pier is adjacent to the first adhesive layer, The height-adjusting water stop pier can select the above-mentioned barrier side wall unit with different effective barrier heights by selecting different placement manners; and sequentially apply the second adhesive layer and the second floor laying material on the water-free side of the above-mentioned floor board. The method for applying a water stop structure having an adjustable height to a water stop pier according to the seventh aspect of the patent application, wherein the step of applying the first adhesive layer and the first floor covering material on the water side of the floor plate is The method further includes the step of assembling the water blocking plate member to the groove portion, and after the water blocking plate member is assembled to the groove portion, the height of the adjustable height stop pier is greater than or equal to the lower portion of the first floor laying material. To the height of the above floor. A method for applying a water stop structure with an adjustable height of a water stop pier, comprising: fixing a height-adjustable water stop pier on a floor slab, wherein the above-mentioned height-adjustable water stop pier divides the above floor slab into water The side and the water-reducing side, wherein the height-adjustable water stop pier comprises: a first base; a first side wall portion, the first side wall portion extends from the first base, wherein the first end of the first side wall portion Connected to the first base, the second end of the first side wall portion extends upwardly of the first base; the second base; the second side wall portion, the second side wall portion extends from the second base, wherein The first end of the second side wall portion is connected to the second base, the second end of the second side wall portion extends toward the upper side of the second base; and a groove portion, the two ends of the groove portion are respectively connected The second end of the first side wall portion and the second end of the second side wall portion, wherein the groove portion includes at least one groove; Applying a waterproof layer to the above-mentioned floor slab and the above-mentioned height-adjustable water stop pier; assembling the water-blocking plate member to the groove portion; sequentially applying the first adhesive layer and the first floor laying material on the floor plate a side, wherein the height of the height-adjustable water stop pier is greater than or equal to a height below the first floor material to the floor slab; and sequentially applying the second adhesive layer and the second floor material to the floor slab side. A water stop structure having an adjustable height water stop pier according to the fourth aspect of the patent application, wherein the height-adjustable water stop pier further comprises a plurality of protrusions, wherein the protrusions are disposed on the first base a seat and a surface of the second base facing the groove portion side.