CN212866260U - Floor drain mounting position regulator - Google Patents

Abstract

The floor drain installation position regulator is a pipe-shaped channel structure with two through ends and comprises a first regulation section and a second regulation section which are mutually connected in a socket joint mode, the central lines of water flow channels of the far-end opening ends of the two regulation sections are non-coincident axes which are arranged in a staggered mode, and socket joint matching surfaces between the first regulation section and the second regulation section are concave-convex arc-shaped universal matching surfaces which can slide mutually, so that the two regulation sections can rotate relatively by using the socket joint matching surfaces to change the direction and/or position of the central lines of the water flow channels of the opening ends. During construction, the height and/or included angle between the water flow central lines of the two far-end opening ends of the floor drain can be changed through rotation adjustment between the two far-end opening ends of the floor drain, the floor drain is convenient to adapt to and meet the requirements for adjustment of installation sizes such as the abutting length, the height and the angle when the waste water drainage floor drain at the positions including a toilet, a kitchen and the like, particularly when the side wall type floor drain is connected with the pipe orifice of the drainage transverse branch pipe in the building, the accuracy of the installation size is guaranteed, and the flatness and the attractiveness of the installation part of the.

Description

Floor drain mounting position regulator

Technical Field

The utility model relates to a building structure spare specifically says that be arranged in the building construction will be including waste water discharge's such as bathroom, kitchen, dining room, balcony floor drain and the building body in the mouth of pipe of the horizontal pipeline of drainage when being connected the mounted position regulator.

Background

The water filtering grate is L-shaped and matched with the structure of the corner between the ground and the wall surface. The ideal effect after installation is that the horizontal water filtering surface layer and the vertical water filtering surface layer of the L-shaped water filtering grate of the floor drain are basically consistent with the ground ceramic tile finishing surface layer and the vertical ceramic tile finishing surface layer of the wall under visual observation conditions. The main factors of the traditional side wall type floor drain with unsatisfactory decoration effect are as follows: firstly, according to the regulation of GB50015-2019 'design Standard for Water supply and drainage of buildings': the standard slope of the drainage lateral pipe should be 0.026 (equivalent to a drainage slope of 1.5 degrees); because the house type and the building area are different, the lengths of pipelines for conveying waste water to the drainage vertical pipe or the collector through the drainage transverse branch pipe of the side wall type floor drain are different, so that the heights of drainage pipeline connecting ports connected with the floor drain from the ground are different, and after the floor drain of the same type is connected with drainage pipeline ports different in height from the ground, the height of a water plane layer of an L-shaped grate of the floor drain is different from the height of a ground finish surface layer; secondly, an included angle between a horizontal water filtering surface layer of an L-shaped water filtering grate of a side wall type floor drain and a discharge interface of the floor drain is usually set to be 1.5 degrees, a waste water discharge pipeline connected with the discharge interface is usually laid according to a water discharge slope of 1.5 degrees, and a support or a buttress is adopted to fix the coordinate position and the water discharge slope of the pipeline, but the pipeline is influenced by a field operation environment, a construction measurement reference, a measurement tool, manual precision control and the like, the water discharge slope of the pipeline after actual fixation is difficult to be laid according to 1.5 degrees accurately, and large angle deviation is usually generated, so that after the floor drain is connected with a drainage pipeline in a socket joint mode, the horizontal water filtering surface layer of the floor drain and a ceramic tile laid on the ground have position height difference, and if the pipeline is not removed and laid again, the plane and the height of the floor drain are difficult to be; thirdly, the floor drain is installed and fixed at the corner of the joint part of the ceramic tile finishing surface layer between the vertical wall body and the ground, after the laying and fixing of the waste water discharge pipeline connected with the floor drain are finished, the wall body is generally built to seal the waste water discharge pipeline, then the side wall type floor drain and the drainage pipeline connecting port are in socket joint sealing connection in a socket joint sealing mode, due to the influence of a plurality of factors on the construction site, the transverse surface of the wall body and the central axis of a waste water discharge pipe are difficult to ensure to be in an accurate vertical shape of 90 degrees in civil construction building of the wall body, the transverse surface of the vertical water filtering surface layer of the L-shaped grate and the transverse surface of the ceramic tile finishing surface layer of the wall body cannot be in the same plane and are in an inclined state after the socket joint connection of the floor drain and the waste water; fourthly, when a discharge interface of the floor drain is in socket-joint sealing connection with a reserved port of the waste water discharge pipeline, the standard requirement must reach the specified socket-joint depth; because the drainage pipeline is closed when the wall body is built, the horizontal coordinate position of the built wall body usually has deviation within the process allowable range with the coordinate position required by a drawing, at the moment, the position of the reserved pipeline connecting port is difficult to achieve the position that the vertical water filtering surface layer of the L-shaped grate of the floor drain and the wall body ceramic tile completing surface layer are basically in the same plane, the connecting port of the drainage pipeline is positioned in or inside the wall body, and the problem that the position of the connecting port is difficult to be adjusted by cutting aiming at the port is difficult to be effectively implemented.

SUMMERY OF THE UTILITY MODEL

In view of the above, the utility model provides a mounted position regulator when the mouth of pipe of the horizontal pipeline of drainage is connected in floor drain that can be used to waste water discharge and the building body in building construction such as bathroom, kitchen, dining room, balcony, can solve above-mentioned problem convenient and fast ground.

The utility model discloses a floor drain mounted position regulator, its basic structure are the cast access structure who link up for both ends, first regulation section and second regulation section including mutual socket joint is connected, the water flow passageway central line of the distal end open end of this two regulation sections is the misalignment axis of staggered arrangement, and the socket joint fitting surface between first regulation section and second regulation section, for the universal type fitting surface of the unsmooth arcuation of gliding each other, make two regulation sections can use its socket joint fitting surface to do the relative rotation that can change the direction and/or the position of its open end water flow passageway central line.

In the floor drain installation position regulator with the structure, the first regulating section and the second regulating section which are connected in a socket joint mode are mutually in socket joint mode through concave-convex arc-shaped universal matching surfaces capable of sliding mutually, and the central lines of the water flow channels at the far-end opening ends of the two regulating sections are arranged in a non-coincident staggered mode, so that when the two regulating sections rotate mutually through the socket joint matching surfaces capable of rotating in all directions, the direction and/or the position of the central lines of the water flow channels at the far-end opening ends of the two regulating sections can be changed and adjusted conveniently, and construction requirements of floor drain connectors and waste water discharge pipeline connectors which need to be connected with the two ends of the two regulating sections at specific positions such as socket joint directions, angles, heights and the like are met.

In the concave-convex arc universal socket matching surface between the first adjusting section and the second adjusting section, the socket matching surface on the socket side in the socket connecting part can adopt different forms of structures according to requirements, for example, the structure can be directly used as a matching surface of an integrated concave arc socket structure, and can also be used as a concave arc matching surface of an assembly part combined in the concave arc socket structure part.

According to actual conditions and/or requirements, in the concave-convex arc-shaped universal socket matching surface between the first adjusting section and the second adjusting section of the floor drain installation position adjuster structure, the socket matching surface of the first adjusting section can be a matching surface on the concave arc-shaped socket side or a matching surface of the convex arc-shaped socket structure.

In order to ensure the sealing performance of the pipeline structure, a conventional sealing structure such as a sealing ring in a proper form can be arranged on a socket matching surface between the first adjusting section and the second adjusting section. In a preferred form, the seal is provided in a corresponding recess formation on the mating face side of the socket.

In order to further facilitate the adjustment of the distance/depth of the socket joint connection between one end of the two adjusting sections, which is used for the socket joint connection with the floor drain outlet, and the floor drain outlet, on the basis of the structure, a telescopic limiting structure for adjusting the radial socket joint depth with the floor drain outlet can be further arranged in the socket joint matching part, which is used for the socket joint connection with the floor drain outlet, in the two adjusting sections. A simple and convenient mode can adopt mutually matched annular blocking structures which are arranged at the socket and spigot matching parts in the two adjusting sections and mutually socket-connected with the floor drain outlet at intervals along the radial direction, so that the distance/depth of the radial expansion can be limited when the two adjusting sections are in socket and spigot matching.

In addition, in the two adjusting sections in the above structure, sealing structures in appropriate forms such as sealing rings are often required to be arranged at the socket-fit parts for mutual socket-fit connection with the drain outlet, so as to ensure the sealing performance of the pipeline.

Because the utility model discloses above-mentioned structural style's floor drain mounted position regulator can adapt to and satisfy in the construction of building, to including the bathroom, the kitchen, the dining room, when the horizontal pipe orifice of water discharge was connected in the waste water drain such as balcony, especially side wall formula floor drain and the building body, can adapt to in a flexible way when the horizontal pipe interface of water discharge docks each other in floor drain and the building body that is connected rather than both ends on length, the adjustment on mounting dimension such as height and angle to guarantee construction convenience and mounting dimension's accuracy, also can improve indoor floor drain installation position's level and smooth and pleasing to the eye greatly.

The above-mentioned aspects of the present invention will be further described in detail with reference to the following detailed description of the embodiments illustrated in the drawings. This should not be understood as limiting the scope of the above-described subject matter of the present invention to the following examples only. Various substitutions and alterations according to the general technical knowledge and conventional means in the field are included in the scope of the present invention without departing from the technical idea of the present invention.

Drawings

Fig. 1 is a schematic structural view of a floor drain mounting position regulator of the present invention.

FIG. 2 is an enlarged schematic view of portion A of FIG. 1

Figure 3 is a schematic diagram of the floor drain regulator of figure 1 adjusting the installation position of the floor drain during construction.

Figure 4 is another floor drain mounted position regulator's of the utility model structure schematic diagram.

Fig. 5 is a schematic structural view of another floor drain installation position regulator of the present invention.

Detailed Description

As shown in figures 1 to 3, the structure of the floor drain installation position regulator of the utility model is a tubular channel structure body with two through ends, and comprises a first regulation section 1 and a second regulation section 2 which are connected in a socket joint mode. The water flow channel central lines 6, 7 of the distal end opening ends 4, 9 of the two adjusting sections are non-coincident axes arranged in a staggered mode. The socket joint matching surface between the first adjusting section 1 and the second adjusting section 2 is a concave-convex arc-shaped universal matching surface which can slide mutually, so that the two adjusting sections can change and adjust the direction and/or the position of the central lines 6 and 7 of the water flow channels at the opening ends in all directions by the socket joint matching surfaces. Among the concave-convex arc-shaped universal socket matching surfaces between the first adjusting section 1 and the second adjusting section 2, the socket matching surface of the first adjusting section 1 is a socket side matching surface 5 of an integrated concave arc-shaped socket structure 10, and the corresponding socket matching surface in the second adjusting section 2 is a socket side matching surface of a convex arc-shaped socket structure 8. In the concave arc socket fitting surface part of the first adjusting section 1, a corresponding surrounding groove structure for placing a sealing structure 3 in a conventional form such as a sealing ring is also arranged. And a telescopic limiting structure 13 for adjusting the radial socket distance/depth between the second adjusting section 2 and the floor drain outlet 12 is also arranged in the socket matching part of the second adjusting section 2 which is in socket connection with the floor drain outlet 12 in the two adjusting sections. The telescopic limiting structure 13 shown in the figure is a ring-shaped blocking structure which is arranged at a position of a socket matching part where the second adjusting section 2 and the floor drain outlet 12 are mutually socket-connected and can be matched with each other at intervals along the radial direction. The socket-and-spigot matching part of the second adjusting section 2 and the floor drain outlet 12, which are in socket-and-spigot connection with each other, is also provided with a ring groove structure corresponding to a common sealing structure 14 for placing a sealing ring and the like.

When the floor drain installation position regulator is actually used, the far end opening end 9 of the second regulating section 2 can be used as a water inlet for socket connection with a water outlet 12 of a floor drain 15 (L-shaped or other types), and can adapt to and meet the requirement of mutual installation distance through socket depth of the water outlet in the direction of a water flow channel central line 7; the far end opening end 4 of the first adjusting section 1 is a water outlet connected with a drainage transverse branch pipeline interface (not shown in the figure) in a socket joint mode. During construction and installation, the first adjusting section 1 and the second adjusting section 2 rotate mutually through concave-convex arc-shaped universal matching surfaces which can slide mutually between the first adjusting section and the second adjusting section, so that the positions/directions of the water flow central lines 6 and 7 of the two water outlets at the far ends can be properly changed and adjusted within a small range, such as up and down, left and right or angles, so as to adapt to the actual installation requirements between the water outlet 12 of the floor drain 15 and the water drainage transverse branch pipeline interface in a building body, as shown in fig. 3. In fig. 3, 15a in a diagram is the position state of the floor drain 15 before the two adjusting sections are mutually rotated and adjusted, and 15b in b diagram is the position state after the two adjusting sections are mutually rotated and adjusted.

Fig. 4 shows another floor drain mounting position regulator of the present invention, except that in the concave-convex arc-shaped universal socket fitting surface in the socket joint connection portion between the first adjusting section 1 and the second adjusting section 2, the socket fitting surface of the first adjusting section 1 is the concave arc-shaped fitting surface 5 of the assembly part 11 combined in the concave arc-shaped socket structure 10, and the structures of other parts are consistent with the structure in fig. 1.

Fig. 5 shows that the utility model discloses a floor drain mounted position regulator, in the structure except first regulation section 1 and the second regulation section 2 between the universal type socket fitting surface of unsmooth arcuation, the socket fitting surface of first regulation section 1 is the fitting surface of convex arcuation socket structure 8, and the socket fitting surface of second regulation section 2 that corresponds with it is the concave arcuation fitting surface of bellmouth structure 10, the structure of other parts is unanimous with the structure in fig. 1.

Claims (10)

1. A floor drain installation position regulator is characterized by being of a pipe-shaped channel structure with two through ends and comprising a first regulation section (1) and a second regulation section (2) which are connected in a socket joint mode, the central lines (6, 7) of water flow channels of distal end opening ends (4, 9) of the first regulation section (1) and the second regulation section (2) are misalignment axes which are arranged in a staggered mode, socket joint matching surfaces between the first regulation section (1) and the second regulation section (2) are concave-convex arc-shaped universal matching surfaces which can slide mutually, and the first regulation section (1) and the second regulation section (2) can rotate relatively by the socket joint matching surfaces to change the direction and/or position of the central lines (6, 7) of the water flow channels of the opening ends.

2. The floor drain installation position regulator according to claim 1, characterized in that in said concave-convex arc-shaped universal socket mating surface between the first regulation section (1) and the second regulation section (2), the socket mating surface on the socket side is the mating surface (5) of the integrated concave-arc-shaped socket structure (10).

3. Floor drain installation position regulator according to claim 1, characterized in that in said concave-convex arc-shaped universal socket mating surface between the first regulating section (1) and the second regulating section (2), the socket mating surface on the socket side is a concave arc-shaped mating surface (5) of the fitting part (11) incorporated in the region of the concave arc-shaped socket structure (10).

4. Floor drain installation position regulator according to any of the claims 1 to 3, characterized in that in said concave-convex arc shaped universal socket mating surface between the first regulating section (1) and the second regulating section (2), the socket mating surface of the first regulating section (1) is a concave-arc shaped socket side mating surface (5).

5. Floor drain installation position regulator according to any of the claims 1 to 3, characterized in that in said concave-convex arc shaped universal socket mating surface between the first regulating section (1) and the second regulating section (2), the socket mating surface of the first regulating section (1) is the mating surface of the convex arc shaped socket structure (8).

6. Floor drain installation position regulator according to any of the claims 1 to 3, characterized in that a sealing structure (3) is arranged at the socket mating surface between the first regulating section (1) and the second regulating section (2).

7. Floor drain installation position regulator according to claim 6, characterized in that the sealing means (3) is arranged in a corresponding groove structure on the mating side of the concave arc socket.

8. Floor drain installation position regulator according to one of claims 1 to 3, characterized in that in the socket-and-spigot mating part of the two regulating sections for socket-and-spigot connection with the floor drain outlet (12), a telescopic limit structure (13) for regulating the radial socket-and-spigot depth with the floor drain outlet (12) is provided.

9. The floor drain installation position regulator as claimed in claim 8, characterized in that the telescopic limit structures (13) are ring-shaped blocking structures which are arranged at intervals along the radial direction at the socket-fit parts of the two regulating sections, which are mutually socket-connected with the floor drain outlet (12).

10. Floor drain installation position regulator according to one of claims 1 to 3, characterized in that at the socket-and-spigot mating part of the two regulating sections for socket-and-spigot connection with the floor drain outlet (12), there is provided a corresponding ring groove structure for placing the sealing structure (14).

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