CN214657621U - Floor drain with extension - Google Patents

Abstract

The utility model provides a take epitaxial floor drain relates to the drainage field. Local hourglass casing includes that inside is cavity and top for open-ended casing, the casing bottom has the drain, filter panel has on the casing, still include filtration in the casing, filtration includes a plurality of blowoff hole, the blowoff hole with the drain intercommunication, its characterized in that, casing top side has the outside extension that extends, and ground cover material is laid outside extension top and ground cover material one edge at least with the extension is interior along flushing. The local floor drain is connected with the ground covering material in a concealed joint mode, and sewage and sundries entering between the floor drain and the ground covering material are greatly avoided.

Description

Floor drain with extension

Technical Field

The utility model belongs to the drainage field relates to a take epitaxial floor drain.

Background

The floor drain is an important interface for connecting a drainage pipeline system and the indoor ground, is an important part of a drainage system in a house, has the performance which directly influences the quality of indoor air, and is very important for controlling peculiar smell in a bathroom. The floor drain generally comprises a shell, a panel and a filter element, wherein the existing floor drain is installed by slotting at a sewer port, a drainage pipe is arranged at the bottom of a groove body, and the shell is directly embedded into the slotting. The floor drain is popular at present, however, the top of the current shell is of a straight-edge structure, the floor grooving specification and the shell specification cannot be completely matched to achieve tight thread joint, gaps always exist more or less, sewage or sundries can permeate into the gaps in subsequent use, the attractiveness and normal use of the floor drain are affected, and the problems of blockage, peculiar smell, rusting and the like can occur in the past.

Disclosure of Invention

The utility model aims at the above-mentioned problem that exists among the prior art, provide the outband extension floor drain, local hourglass realizes being connected with the hidden seam of ground bedding material, greatly avoids getting into sewage and debris between floor drain and the ground bedding material, has solved the obvious scheduling problem in current floor drain and ground bedding material gap.

The purpose of the utility model can be realized by the following technical proposal: outband extends floor drain, be the open-ended casing including inside for cavity and top, the casing bottom has the drain, filter panel has on the casing, still include filtration in the casing, filtration includes a plurality of blowdown hole, the blowdown hole with the drain intercommunication, its characterized in that, casing top side has the outside extension that extends, and ground cover material is laid outside extension top and ground cover material one side along at least with the extension is interior along flushing.

The ground is provided with a groove body for placing the shell, the ground paving material takes ceramic tiles as an example, when in installation, the shell is placed in the groove body, the extension part is positioned on the peripheral plane of the top of the groove body, one edge of the ceramic tile is pasted on the extension part, the edge of the ceramic tile is at least flushed with the inner edge of the extension part, which means that the ceramic tile can exceed the inner edge of the extension part, the edge of the ceramic tile is leveled with the inner edge of the extension part, the ceramic tile is laid along the inner edge of the extension part, the extension part is positioned below the ceramic tile, a gap between the ceramic tile and the extension part is hidden under the ceramic tile, a gap inlet is positioned between the ceramic tile and the extension part, but not on the surface of the ceramic tile, a hidden gap effect is formed, a first inlet of water flow and impurities can be avoided, a seamless path on a main flow passage of water flow and sewage can be formed, the sewage and impurities can be greatly prevented from entering between the floor drain and the ceramic tile, the problem that obvious gap exists on the surface of the ceramic tile after the floor drain is installed is solved, in addition, when the ceramic tile is evenly pasted along the extension part, the pasting is positioned, and the pasting is convenient. When the ceramic tile border surpassed the interior edge of extension portion, the gap entry hidden effect between ceramic tile and the extension portion is better.

In addition, can match the sleeve pipe when leaking the use locally, the core of launching is used, the sleeve pipe is used for cup jointing with the downcomer, connects in the drain, and the core of launching is single-way structure, and sewage and debris get into from filtering panel, filters through the blowhole, discharges from the drain through the core of launching, and the core single-way structure of launching is opened, and sewage is discharged into the sewer at last, and the single-way structure of the core of launching resets after the discharge finishes, can prevent gaseous recoil, and concrete principle and detail structure are not repeated for prior art.

In the floor drain with the extension pipe, the top of the filtering panel extends out of the top of the shell, and the height of the filtering panel does not exceed the ground covering material.

The filtering panel highly stretches out the casing is in order to improve floor drain outward appearance aesthetic property and prevent to prevent because of fretwork department prevents greatly that the toe from stretching into, and does not surpass ground cover material and prevent that ground has the prominence to, avoids influencing the rivers flow direction because of filtering the too high, reduces blowdown efficiency, and the prominence security performance is poor simultaneously.

In the floor drain with the extension, the filtering panel is of a cross structure and comprises a vertical plate and a transverse plate, wherein the vertical plate and the transverse plate are vertically arranged, and the vertical plate and the transverse plate form to-be-filtered areas located on two sides of the top of the vertical plate.

In this kind of scheme, the filtration panel of cross form also can be a body structure, and this scheme make full use of the characteristic of cross shape, utilizes cross top both sides space as waiting to strain the region, and sewage can directly get into two and wait to strain the region, and two are waited to strain the region and provide the entry of two directions for sewage, and multi-direction structure makes sewage dispersion get into and waits to strain the region, and filtration efficiency obviously increases. Meanwhile, the appearance is unique from the appearance modeling, and potential safety hazards caused by the fact that the width of the top opening of the shell is too large are prevented.

In the floor drain with the extension belt, the sewage discharge holes are formed in the junction of the vertical plate and the transverse plate and obliquely penetrate through the filtering panel, and the vertical plate and the transverse plate jointly occupy each sewage discharge hole.

The sewage draining holes are obliquely arranged at the right angle of the junction of the vertical plate and the transverse plate, part of each sewage draining hole is positioned on the vertical plate, and the rest part of each sewage draining hole is positioned on the transverse plate. In the scheme, the sewage draining hole is also in a semi-hidden state, and only the part of the sewage draining hole can be observed or even can not be observed under a common visual angle, so that the appearance is attractive, and meanwhile, dense phobia crowds are considered.

In the floor drain with the extension, the top of the vertical plate extends out of the top of the shell, and the height of the vertical plate is flush with that of the ground covering material.

The flush structure can avoid the potential safety hazard problem brought by overhigh or overlow vertical plate, for example, the overhigh vertical plate easily hurts feet or is tripped over. If the toe is too low, the toe is easy to step into the scratch. And secondly, the beautiful flatness of the appearance of the local drain is increased.

In the floor drain with the external extension, the whole shell is a cuboid, the external extension parts extend outwards from four sides of the top of the shell, and the external extension parts at four positions are in a square shape integrally.

The local shell that leaks wholly is the cuboid structure, is different from ordinary circular or square structure, has improved the filtration volume and the filtration efficiency of floor drain greatly, has increased whole aesthetic feeling simultaneously, and each extension is continuous structure, convenient processing, and isolated effectual.

In the floor drain with the outer extension, the four sides of the outer extension and the top of the shell form vertical angles, and the widths of the four outer extensions are equal.

The vertical structure can help the ground covering material to level, avoids influencing the smoothness of the whole laying of the bathroom, enables the ground covering material to be in seamless connection with the floor drain better, and avoids generating gaps between the ground covering material and the extension part due to the angle problem.

In the floor drain with the outer extension, the outer extension part and the shell are integrally formed.

The integrated into one piece's technology makes epitaxial portion and casing main part seamless connection, and processing is convenient, prevents simultaneously that sewage from leaking in the corner.

Compared with the prior art, the floor drain with the belt extension has the following advantages:

1. this outband extends floor drain passes through latent seam structural design, and ground surface covering material is along laying in the extension, and the extension is placed in ground surface covering material below, and the gap is hidden in ground surface covering material below between the two, and the gap entry is located between ground surface covering material and the extension, and on the non-ground surface covering material face, formed the latent seam effect, can form the seamless route on rivers and the main runner of filth, and the very big degree avoids getting into sewage and debris between floor drain and the ground surface covering material.

2. The design of the extension part in the floor drain with the extension part can help the ground covering material to be positioned when being laid.

3. Through the structural design that the vertical plate and the ground covering material are flush, the potential safety hazard problem caused by overhigh or overlow vertical plate is avoided, and the attractive appearance flatness of the local floor drain is increased.

Drawings

Fig. 1 is a schematic structural diagram (assembly) of the present outband floor drain.

Fig. 2 is a structural top view of the present outband extended floor drain.

Figure 3 is a longitudinal structural section when the external floor drain is installed.

List of reference numerals

In the figure:

1. a housing;

1a, a sewage draining outlet;

1b, an extension part;

2. a filter panel;

2a, a sewage draining hole;

2b, a vertical plate;

2c, a transverse plate;

2d, a region to be filtered;

3. a ground cover material;

4. a sleeve;

5. and a water drainage core.

Detailed Description

As shown in fig. 1 to 3, the floor drain with the external extension comprises a shell 1 with a cavity and an opening at the top, a sewage outlet 1a is formed in the bottom of the shell 1, a filtering panel 2 is arranged on the shell 1, a filtering structure is further arranged in the shell 1 and comprises a plurality of sewage discharging holes 2a, the sewage discharging holes 2a are communicated with the sewage outlet 1a, the side edge of the top of the shell 1 is provided with an external extension part 1b extending outwards, and a ground covering material 3 is paved above the external extension part 1b and flush with the internal edge of the external extension part 1b at least on one edge of the ground covering material 3. A groove body for placing the shell 1 is formed in the ground, the ground floor covering material 3 is made of ceramic tiles, for example, when the floor drain is installed, the shell 1 is placed in the groove body, the extension part 1b is located on the peripheral plane of the top of the groove body, one edge of each ceramic tile is attached to the extension part 1b, the edge of each ceramic tile is at least flush with the inner edge of the extension part 1b, namely the ceramic tile can exceed the inner edge of the extension part 1b, for example, the edge of each ceramic tile is flush with the inner edge of the extension part 1b, each ceramic tile is laid along the inner edge of the extension part 1b, the extension part 1b is arranged below each ceramic tile, a gap between the ceramic tile and the extension part 1b is hidden, a gap inlet is located between each ceramic tile and the extension part 1b and is located on the surface of a non-ceramic tile, a hidden gap effect is formed, a first inlet of water flow and impurities can be formed, a seamless path on a main flow passage of water flow and pollutants can be formed, sewage and impurities can be greatly prevented from entering between the floor drain and the ceramic tiles, and the problem that an obvious gap exists on the surface of the ceramic tile after the floor drain is solved, in addition, when the ceramic tiles are flatly pasted along the extension part 1b, the ceramic tiles are positioned during pasting, and the pasting is convenient. When the tile edge exceeds the inner edge of the extension part 1b, the gap entrance hiding effect between the tile and the extension part 1b is better.

In addition, can match sleeve pipe 4 when leaking the use locally, the core 5 uses of launching, sleeve pipe 4 is used for cup jointing with the downcomer, connect in drain 1a, the core 5 of launching is single-way structure, sewage and debris get into from filtering panel 2, filter through blowhole 2a, discharge from drain 1a through core 5 of launching, core 5 single-way structure of launching is opened, sewage is discharged into the sewer at last, the single-way structure of core 5 resets after the completion of the discharge, can prevent gaseous recoil, concrete principle and detail structure are not repeated, for prior art.

The top of the filter panel 2 extends out of the top of the housing 1 to a height not exceeding the floor covering 3. The filtering panel 2 highly stretches out of the shell 1 is to improve the appearance aesthetic property of the floor drain and prevent that toes are greatly prevented from stretching into due to the hollow part, and the ground covering material 3 is not exceeded to prevent the ground from having projections, so that the influence on the flow direction of water flow due to the overhigh filtering panel 2 is avoided, the pollution discharge efficiency is reduced, and the safety performance of the projections is poor. Filter panel 2 is cross structure, including the riser 2b of vertical setting and the horizontal diaphragm 2c that sets up, riser 2b and diaphragm 2c form the district 2d of waiting to filter that is located riser 2b top both sides. In this kind of scheme, the cross form filter panel 2 also can be a body structure, and this scheme make full use of the characteristic of cross shape, utilizes cross top both sides space as waiting to strain district 2d, and sewage can directly get into two places and wait to strain district 2d, and two places are waited to strain district 2d and are provided the entry of two directions for sewage, and multi-direction structure makes sewage dispersion get into and wait to strain district 2d, and filtration efficiency obviously increases. Meanwhile, the appearance is unique from the appearance modeling, and potential safety hazards caused by the fact that the width of the top opening of the shell 1 is too large are prevented.

The sewage hole 2a is opened at the juncture of the vertical plate 2b and the transverse plate 2c and obliquely penetrates through the filtering panel 2, and the vertical plate 2b and the transverse plate 2c jointly occupy each sewage hole 2 a. Namely, the sewage draining holes 2a are obliquely arranged at the right angle position where the vertical plate 2b and the horizontal plate 2c are connected, part of each sewage draining hole 2a is positioned on the vertical plate 2b, and the rest part is positioned on the horizontal plate 2 c. In the scheme, the sewage draining hole 2a is also in a semi-hidden state, and only the part of the sewage draining hole 2a can be observed under a common visual angle, even the part can not be observed, so that the appearance is attractive, and meanwhile, the dense phobia crowd is also considered. The top of the vertical plate 2b extends out of the top of the shell 1 and is flush with the ground covering material 3. The flush structure can avoid the potential safety hazard problem caused by too high or too low vertical plates 2b, such as the too high easily hurting feet or tripping over. If the toe is too low, the toe is easy to step into the scratch. And secondly, the beautiful flatness of the appearance of the local drain is increased. The whole casing 1 is a cuboid, the four sides of the top of the casing 1 are all outwards extended with outward extending parts 1b, and the four outward extending parts 1b are in a square shape. This floor drain casing 1 wholly is the cuboid structure, is different from ordinary circular or square structure, has improved the filtration capacity and the filtration efficiency of floor drain greatly, has increased whole aesthetic feeling simultaneously, and each department extension 1b is continuous structure, convenient processing, and isolated effectual. The four sides of the extension part 1b and the top of the shell 1 are vertical, and the four extension parts 1b are equal in width. The vertical structure can help the ground covering material 3 to level, avoids influencing the smoothness of the whole laying of the bathroom, enables the ground covering material 3 to be seamlessly connected with the floor drain, and avoids generating a gap between the ground covering material 3 and the extension part 1b due to the angle problem. The extension portion 1b is integrally formed with the case 1. The integrated process enables the extension part 1b to be seamlessly connected with the main body of the shell 1, the processing is convenient, and meanwhile, the sewage is prevented from leaking at the corner.

Details, structures, dimensions and principles not mentioned in the present application are all known in the art or can be obtained by simple selection of those skilled in the art, and are not described in detail.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications, additions and substitutions for the specific embodiments described herein may be made by those skilled in the art without departing from the spirit of the invention or exceeding the scope of the invention as defined in the accompanying claims.

Claims (8)

1. Outband extends floor drain, be the open-ended casing including inside for cavity and top, the casing bottom has the drain, filter panel has on the casing, still include filtration in the casing, filtration includes a plurality of blowdown hole, the blowdown hole with the drain intercommunication, its characterized in that, casing top side has the outside extension that extends, and ground cover material is laid outside extension top and ground cover material one side along at least with the extension is interior along flushing.

2. The extended perimeter floor drain of claim 1 wherein the top of the filter panel extends above the top of the housing by a height that does not extend above the floor covering.

3. The floor drain with the extension pipe of claim 2, wherein the filtering panel is of a cross structure and comprises a vertical plate and a transverse plate, the vertical plate and the transverse plate form an area to be filtered, and the area to be filtered is located on two sides of the top of the vertical plate.

4. The extended floor drain of claim 3, wherein the drainage holes are formed at the junction of the vertical plate and the transverse plate and extend obliquely through the filter panel, and the vertical plate and the transverse plate jointly occupy each drainage hole.

5. The epitaxial floor drain of claim 4, wherein the riser tops extend out of the housing top to a height level with the ground covering.

6. The floor drain with the external extension according to claim 1, 2, 3 or 5, wherein the casing is a cuboid, the external extension extends outwards from four sides of the top of the casing, and the external extension is square-shaped.

7. The floor drain of claim 6, wherein the extension portion and the top of the housing are vertically angled on four sides, and the extension portions are equally wide on four sides.

8. A floor drain with an extension according to claim 1 or 2 or 3 or 4 or 5 or 7, characterized in that the extension is integrally formed with the housing.

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