Easily-cleaned floor drain with ultra-large drainage flow

Abstract

The utility model discloses an easy-to-clean floor drain with ultra-large drainage flow, which comprises a panel assembly, a filter unit is arranged on the panel assembly, a deodorization unit is arranged in the panel assembly, the panel assembly is connected with a pipeline assembly, a siphon flow dividing unit is arranged in the pipeline assembly, and the siphon flow dividing unit is connected with the panel assembly. The siphon flow dividing unit comprises a blocking part arranged in the middle area, a plurality of flow guiding plates are arranged on the periphery of the blocking part, a plurality of flow dividing gaps are formed between the flow guiding plates and the pipeline assembly, and the siphon flow dividing unit comprises a hollow part which is arranged below the blocking part and communicates with the flow dividing gaps. And the hollow part is communicated with a siphon narrow pipe. The easy-to-clean floor drain with the ultra-large drainage flow is provided, the ultra-large drainage flow can be achieved on the premise that smooth drainage and deodorization are achieved, siphoning can be formed in the drainage process, and the drainage efficiency is improved.

Description

TECHNICAL FIELD

[0001] The utility model relates to floor drain technical field especially easy clean floor drain of super large drainage flow. BACKGROUND

[0002] For example, the publication number "CN222477689U" discloses "eccentric floor drain", including floor drain frame body, floor drain core and floor drain cover, the floor drain frame body is slidably connected with the support plate in, the support plate is rotatably connected with the eccentricly opened downcomer in, the floor drain core is insertedly connected in the downcomer on the downcomer plate, the upper side of floor drain core is equipped with filter plate, the floor drain core is rotatably connected with drainage baffle.But in practical application, the drainage efficiency of this kind of floor drain is slow. SUMMARY

[0003] In view of the problem of slow drainage efficiency of the prior art mentioned in the background, the utility model provides easy clean floor drain of super large drainage flow, which can realize super large drainage flow under the premise of meeting unobstructed drainage and deodorization, and can form siphon in the drainage process to improve the drainage efficiency.

[0004] To achieve the above object, the utility model adopts the following technical scheme.

[0005] The utility model provides a kind of super large drainage flow's easy-to-clean floor drain, including panel assembly, which is provided with filter unit, the panel assembly is provided with deodorization unit inside, the panel assembly is connected with pipeline assembly, the pipeline assembly is provided with siphon shunt unit inside, the siphon shunt unit includes the blocking portion being arranged in middle area, the blocking portion is provided with several guide plates around, the guide plate is formed with several shunt gaps between the pipeline assembly, the siphon shunt unit includes the hollow portion being arranged below the blocking portion and being communicated with shunt gap, and the hollow portion is communicated with siphon narrow tube.In the application, the panel assembly is communicated with the pipeline assembly, thereby forming the main structure that can place siphon shunt unit, deodorization unit, filter unit, wherein the placement order is from bottom to top into siphon shunt unit, deodorization unit, filter unit, and the filter unit is placed in the uppermost of the pipeline assembly, so that the water flow can be filtered by filter unit before entering floor drain, to avoid impurities blocking floor drain, and the deodorization unit arranged below filter unit can block the deodorization and flying insects in floor drain, and the siphon shunt unit arranged below deodorization unit can be shunted by guide plate to ensure uniform dispersion of water flow, the guide plate is provided with several, uniformly arranged along the siphon shunt unit, the blocking portion is arranged at the middle position of the siphon shunt unit, so that the water flow can be guided to shunt gap by guide plate, and the hollow portion is arranged below the blocking portion, the hollow portion is used for drainage, and the hollow portion is communicated with each shunt gap, so that the water flow in shunt gap can enter the hollow portion, and the siphon narrow tube is communicated in the hollow portion, the aperture of siphon narrow tube is small, so that the water flow can more easily reach full pipe flow and more easily produce siphon effect, (the first condition for producing siphon is to reach full pipe flow), therefore, the siphon shunt unit is assembled in large-diameter pipe (i.e.

[0006] As preferred, the siphon shunt unit includes a tapered protrusion arranged on the middle area. The tapered protrusion is arranged on the siphon shunt unit, which protrudes upward, so that the water flow from the deodorization unit can flow into the shunt gap through the tapered protrusion, without forming a large water flow impact on the tapered protrusion, reducing the formation of turbulence and turbulence in the pipe, reducing the generation of noise, making the water flow more stable, and the top end of the tapered protrusion is provided with a rounded corner, so that the water flow can flow more stably.

[0007] As preferred, the siphon shunt unit comprises an integrated plate, and the upper end surface of the flow guide plate protrudes from the upper surface of the integrated plate and forms a protruding strip on the upper surface of the integrated plate. The siphon shunt unit comprises an integrated plate arranged on the side close to the upper part, which is the blocking part, and a conical protrusion arranged at the center of the integrated plate. The flow guide plate is connected to the integrated plate and protrudes from the upper surface of the integrated plate to form a protruding strip structure, so that the water flow is shunted by the flow guide plate when falling onto the integrated plate, improving the shunting efficiency and guiding the water flow more efficiently.

[0008] As preferred, the pipeline assembly comprises a stepped surface and a fitting pipe below the stepped surface. The flow guide plate is connected to an extension plate extending downward, and the lower end surface of the flow guide plate abuts against the stepped surface, and the extension plate abuts against the side wall of the fitting pipe. The pipeline assembly is provided with a stepped surface, and a fitting pipe is arranged below the stepped surface. Therefore, the pipeline assembly comprises a larger space above the stepped surface and a smaller fitting pipe below the stepped surface. The space above the stepped surface is used to assemble the deodorization unit and part of the siphon shunt unit. The flow guide plate of the siphon shunt unit is connected to an extension plate, and the number of extension plates corresponds to the number of flow guide plates. The extension plate abuts against the side wall of the fitting pipe, and the lower end surface of the flow guide plate abuts against the stepped surface, thereby ensuring that the siphon shunt device can be stably connected to the stepped surface and the fitting pipe.

[0009] As preferred, the pipeline assembly comprises a stepped surface, and the integrated plate is provided with a support short plate in the circumferential direction. The upper end surface of the support short plate is flush with the upper surface of the integrated plate, and the lower end surface of the support short plate abuts against the stepped surface. The circumferential direction of the integrated plate is provided with a support short plate, and the lower end surface of the support short plate abuts against the stepped surface, and the upper end surface of the support short plate is flush with the upper surface of the integrated plate, thereby increasing the number of plates for supporting the siphon shunt unit, improving the support stability of the siphon shunt unit, and setting the upper end surface of the support short plate flush with the integrated plate to avoid affecting the shunting effect on the upper surface of the integrated plate.

[0010] As preferred, the siphon shunt unit comprises a conical protrusion arranged on the middle region, and the end of the protruding strip is connected to the conical protrusion. The protruding strip in the siphon shunt unit is connected to the conical protrusion, thereby making the water flow smoother when passing through the conical protrusion and flowing to the flow guide plate, improving the quality and efficiency of shunting.

[0011] As preferred, the siphon narrow pipe extends to the end of the siphon shunt unit, and the diameter of the siphon narrow pipe is smaller than the diameter of the pipeline assembly. The diameter of the siphon narrow pipe is smaller than the diameter of the pipeline assembly itself, thereby enabling the siphon narrow pipe to reach the full pipe flow state more quickly. The siphon narrow pipe is arranged to extend to the end of the siphon shunt unit, thereby ensuring a stable siphon effect.

[0012] As preferred, the deodorization unit comprises a support connected with the panel assembly, and an elastic umbrella-shaped core connected with the support, the elastic umbrella-shaped core comprises an expanded state and a contracted state, and when the elastic umbrella-shaped core is in the expanded state, the elastic umbrella-shaped core blocks the opening of the pipeline assembly. The deodorization unit comprises a support, the support is used for being connected with the panel assembly, and the support is also connected with the elastic umbrella-shaped core, so that the elastic umbrella-shaped core is fixed below the filtering unit, wherein the elastic umbrella-shaped core is in the shape of an umbrella structure and can be opened and contracted like an umbrella, so that the state of the elastic umbrella-shaped core comprises the expanded state and the contracted state, and when the elastic umbrella-shaped core is in the expanded state, the opening surface of the elastic umbrella-shaped core just covers the opening of the pipeline assembly, so that the smell and flying insects in the pipeline assembly are blocked by the opened elastic umbrella-shaped core and cannot flow back, and when water is needed to flow in, the gravity of the water flow presses the elastic umbrella-shaped core downward, so that the elastic umbrella-shaped core is contracted and the opening is opened, and the water flow can pass through. The material of the elastic umbrella-shaped core is a material with elastic recovery, including but not limited to silica gel and rubber.

[0013] As preferred, the filtering unit comprises a filtering screen and an outer panel, filtering grids are arranged on the filtering screen and the outer panel, and the filtering grids on the filtering screen and the outer panel are arranged in a staggered manner. The filtering unit is provided with the filtering screen and the outer panel, and filtering grids are arranged on the filtering screen and the outer panel. The impurities can be filtered through the filtering grids, and the filtering effect of the filtering grids can be more effective due to the staggered arrangement of the filtering grids on the filtering screen and the outer panel. The flow of the water flow is not affected.

[0014] As preferred, a taking and placing protrusion is arranged on the filtering screen, and the taking and placing protrusion is arranged close to a corner of the filtering screen. The taking and placing protrusion arranged on the filtering screen can make the user take and place the filtering screen more conveniently, and the taking and placing protrusion arranged at the corner of the filtering screen can make the user more conveniently lift the corner, so that the user can operate the filtering screen more conveniently.

[0015] The beneficial effects of the utility model are as follows:

[0016] (1) The siphon shunt unit, the deodorization unit and the filtering unit are arranged, so that the super-large drainage flow can be realized under the premise of meeting the smooth drainage and deodorization, and the siphon can be formed during the drainage process, and the drainage efficiency is improved.

[0017] (2) The uniform and stable flow of the water flow can be ensured, and the formation of turbulent flow and turbulent flow is reduced.

[0018] (3) The opening and closing of the pipeline can be controlled by the gravity of the water flow, the reverse flow of the odor and the flying insects is avoided, the use experience is improved, and the drainage efficiency is not affected. BRIEF DESCRIPTION OF DRAWINGS

[0019] Figure 1 is the exploded view of the utility model.

[0020] Figure 2 is the axonometric view of the utility model.

[0021] Figure 3 is the sectional view of the utility model.

[0022] In the drawings:

[0023] 1 panel assembly;

[0024] 2 filter unit, 21 filter screen, 22 outer panel, 23 filter grid, 24 pick-and-place protrusion;

[0025] 3 odor-resistant unit, 31 support, 311 pressing cap, 32 elastic umbrella-shaped core;

[0026] 4 pipeline assembly, 41 stepped surface, 42 assembly pipe, 43 heightening sleeve;

[0027] 5 siphon shunt unit, 51 plugging part, 52 flow guide plate, 521 extension plate, 53 shunt gap, 54 hollow part, 55 siphon narrow tube, 56 conical protrusion, 57 integrated plate, 571 convex strip, 58 support short plate. DETAILED DESCRIPTION

[0028] The utility model will be further described below in combination with the drawings and specific embodiments.

[0029] Example 1:

[0030] As shown in Figure 1 、 2 , a large water flow easy-to-clean floor drain, comprising a panel assembly 1, the panel assembly 1 is provided with a filter unit 2, the panel assembly 1 is provided with an odor-resistant unit 3 in, the panel assembly 1 is connected with pipeline assembly 4, the pipeline assembly 4 is provided with siphon shunt unit 5, siphon shunt unit 5 includes the plugging part 51 arranged in the middle region, the plugging part 51 is provided with a plurality of flow guide plates 52 around, the flow guide plate 52 and the pipeline assembly 4 form a plurality of shunt gaps 53, siphon shunt unit 5 includes the hollow part 54 arranged below the plugging part 51 and communicated with shunt gap 53, the hollow part 54 is communicated with siphon narrow tube 55.

[0031] With the continuous development of modern life and the increasing demand for quality of life, the function and beauty of modern bathroom have been deeply expanded. The present design is a large drainage flow, which can produce siphon effect when draining large flow, and is convenient to clean. The product can be used in home decoration engineering and same floor drainage. The traditional same floor drainage is very troublesome to clean because the internal channel of the drainage is too narrow and the cleaning tool cannot penetrate into the internal channel. The drainage device provided in the embodiment can form a siphon effect when draining, so that the floor is not easy to accumulate water and the debris is easy to clean.

[0032] In the embodiment, the panel assembly 1 is in communication with the pipe assembly 4, thereby forming a main structure capable of placing the siphon shunt unit 5, the deodorization unit 3, and the filter unit 2, wherein the placement order from bottom to top is the siphon shunt unit 5, the deodorization unit 3, and the filter unit 2. The filter unit 2 is placed at the uppermost part of the pipe assembly 4, so that the water flow can be filtered by the filter unit 2 before entering the drain, avoiding the blockage of the drain by impurities. The deodorization unit 3 placed below the filter unit 2 can block the odor and flying insects in the drain. The siphon shunt unit 5 placed below the deodorization unit 3 can be shunted by the flow guide plate 52 to ensure uniform dispersion of the water flow. The flow guide plate 52 is provided with a plurality of flow guide plates 52, which are uniformly arranged along the siphon shunt unit 5. The siphon shunt unit 5 is provided with a blocking part 51 at the middle position, so that the water flow can be guided to the shunt gap 53 by the flow guide plate 52. A hollow part 54 is provided below the blocking part 51, which is used for drainage. The hollow part 54 is in communication with each shunt gap 53, so that the water flow in the shunt gap 53 can enter the hollow part 54. The hollow part 54 is in communication with a siphon narrow tube 55, which has a small aperture, so that the water flow can more easily reach the full pipe and more easily produce siphon effect. Therefore, the siphon shunt unit 5 is assembled in a large-diameter pipe (i.e., the pipe diameter corresponding to the pipe assembly 4 is large), which can avoid the need for a large water flow to form a full pipe flow, improve the efficiency of forming a full pipe flow, and improve the fault tolerance by the plurality of flow guide plates 52, avoiding the blockage of the shunt gap 53 by impurities.

[0033] As Figure 2As shown, the siphon shunt unit 5 includes a tapered protrusion 56 arranged on the middle region. The tapered protrusion 56 is arranged on the siphon shunt unit 5 and protrudes upward, so that the water flow falling from the deodorizing unit 3 can pass through the tapered protrusion 56 and be shunted in the six-channel shunt gap 53, without forming a large water flow impact on the tapered protrusion 56, reducing the formation of turbulent flow and turbulence in the pipeline, reducing the generation of noise, making the water flow more stable, and the top end of the tapered protrusion 56 is provided with a rounded corner, so that the water flow can flow more stably.

[0034] As shown in Figure 2 , the siphon shunt unit 5 includes an integrated plate 57, and the upper end surface of the flow guide plate 52 protrudes onto the upper surface of the integrated plate 57 and forms a protruding strip 571 on the upper surface of the integrated plate 57. The siphon shunt unit 5 includes an integrated plate 57 arranged near the upper side, and the integrated plate 57 is the blocking part 51, and the tapered protrusion 56 can be arranged at the center of the integrated plate 57. The flow guide plate 52 is also connected to the integrated plate 57, and the flow guide plate 52 protrudes on the upper surface of the integrated plate 57 to form a protruding strip 571 structure, so that the water flow can be shunted by the flow guide plate 52 when falling onto the integrated plate 57, improving the shunting efficiency and more efficiently guiding the water flow.

[0035] As shown in Figure 1 , the pipeline assembly 4 includes a stepped surface 41 and a fitting pipe 42 located below the stepped surface 41, and the flow guide plate 52 is connected to an extension plate 521 extending downward, and the lower end surface of the flow guide plate 52 abuts the stepped surface 41, and the extension plate 521 abuts the side wall of the fitting pipe 42. The pipeline assembly 4 is provided with a stepped surface 41, and the fitting pipe 42 is arranged below the stepped surface 41, so that the pipeline assembly 4 includes a larger space above the stepped surface 41 and a smaller fitting pipe 42 below the stepped surface 41. The space above the stepped surface 41 is used to assemble the deodorizing unit 3 and part of the siphon shunt unit 5, and the flow guide plate 52 of the siphon shunt unit 5 is connected to the extension plate 521, the number of extension plates 521 corresponds to the number of flow guide plates 52, the extension plate 521 abuts the side wall of the fitting pipe 42, and the lower end surface of the flow guide plate 52 abuts the stepped surface 41, so as to ensure that the siphon shunt device can be stably connected to the stepped surface 41 and the fitting pipe 42.

[0036] As shown in Figure 2 , 3As shown, the pipe assembly 4 includes a stepped surface 41, and the integrated plate 57 is circumferentially provided with a support short plate 58, the upper end surface of the support short plate 58 is flush with the upper surface of the integrated plate 57, and the lower end surface of the support short plate 58 abuts against the stepped surface 41. The integrated plate 57 is provided with support short plates 58 in the circumferential direction, wherein the lower end surface of the support short plate 58 abuts against the stepped surface 41, and the upper end surface of the support short plate 58 is flush with the upper surface of the integrated plate 57, thereby increasing the number of plate materials for supporting the siphon distribution unit 5, improving the stability of the support for the siphon distribution unit 5, and setting the upper end surface of the support short plate 58 flush with the integrated plate 57 to avoid affecting the distribution effect on the upper surface of the integrated plate 57.

[0037] As shown, Figure 2 The siphon distribution unit 5 includes a tapered protrusion 56 arranged on the middle region, and the convex strip 571 is connected to the tapered protrusion 56. The convex strip 571 in the siphon distribution unit 5 is connected to the tapered protrusion 56, so that the water flow is smoother when passing through the tapered protrusion 56 and flowing to the guide plate 52, thereby improving the quality and efficiency of distribution.

[0038] As shown, Figure 3 The siphon narrow tube 55 extends to the end of the siphon distribution unit 5, and the diameter of the siphon narrow tube 55 is smaller than the diameter of the pipe assembly 4. The diameter of the siphon narrow tube 55 is smaller than the diameter of the pipe assembly 4 itself, so that the inside of the siphon narrow tube 55 can reach the full pipe flow state faster, and the siphon narrow tube 55 is arranged to extend to the end of the siphon distribution unit 5, which can ensure the formation of stable siphon effect.

[0039] As shown, Figure 1 The deodorization unit 3 includes a support member 31 connected to the panel assembly 1, and the support member 31 is connected to an elastic umbrella-shaped core 32. The elastic umbrella-shaped core 32 includes an expanded state and a contracted state. When the elastic umbrella-shaped core 32 is in the expanded state, the elastic umbrella-shaped core 32 blocks the opening of the panel assembly 1 connected to the pipe assembly 4. The deodorization unit 3 includes a support member 31 for connecting with the panel assembly 1, and the support member 31 is also connected to the elastic umbrella-shaped core 32, thereby fixing the elastic umbrella-shaped core 32 below the filter unit 2. The shape of the elastic umbrella-shaped core 32 is umbrella-shaped, which can be opened and closed like an umbrella. Therefore, the state of the elastic umbrella-shaped core 32 includes an expanded state and a contracted state. When the elastic umbrella-shaped core 32 is in the expanded state, the opening of the pipe assembly 4 is covered by the opening surface of the elastic umbrella-shaped core 32, so that the odor and flying insects in the pipe assembly 4 are blocked by the opened elastic umbrella-shaped core 32 and cannot flow back. When water is needed, the gravity of the water flow will press the elastic umbrella-shaped core 32 downward, so that the elastic umbrella-shaped core 32 contracts and opens the opening, and the water flow can pass through. The material of the elastic umbrella-shaped core 32 is a material with elastic recovery, including but not limited to silica gel and rubber.

[0040] As Figure 1 shown, the filter unit 2 comprises a filter screen 21 and an outer panel 22, and the filter screen 21 and the outer panel 22 are both provided with filter grids 23, and the filter grids 23 on the filter screen 21 and the outer panel 22 are staggered. The filter unit 2 is provided with the filter screen 21 and the outer panel 22, and at the same time, the filter grids are arranged on both the filter screen 21 and the outer panel 22, and the impurities can be filtered through the filter grids, and the filter grids on the filter screen 21 and the outer panel 22 are staggered, so that the filtering effect of the filter grids is more effective, and since the filter screen 21 and the outer panel 22 are staggered up and down, the flow smoothness of the water flow will not be affected.

[0041] As Figure 1 shown, the filter screen 21 is provided with a taking and placing protrusion 24, and the taking and placing protrusion 24 is arranged close to the corner of the filter screen 21. The taking and placing protrusion 24 arranged on the filter screen 21 can be more convenient for the user to take and place, and the taking and placing protrusion 24 is arranged at the corner position of the filter screen 21, so that the user can more conveniently lift the corner, and conveniently operate the filter screen 21.

[0042] The assembly and working process of the super-large drainage flow easy-to-clean floor drain in the embodiment are as follows: in the embodiment, the pipe assembly 4 comprises a heightening sleeve 43 and a pre-buried pipe, the pipe in the embodiment is the pre-buried pipe, the diameter of the pre-buried pipe is smaller than that of the heightening sleeve 43, thus a stepped surface 41 is formed between the pre-buried pipe and the heightening sleeve 43, the siphon distribution unit 5 is placed on the stepped surface 41, the panel assembly 1 is connected above the heightening sleeve 43, the support 31 is connected in the panel assembly 1, the support 31 can connect the elastic umbrella-shaped core 32, the support 31 can clasp connect the elastic deodorization core on it through the connecting pressure cap 311, the support 31 and the pressure cap 311 clamp the elastic umbrella-shaped core 32 in the middle position, the filter screen 21 is placed above the support 31, the outer panel 22 is arranged above the filter screen 21, wherein the recess structure is arranged in the panel assembly 1, the shapes of the filter screen 21 and the outer panel 22 are adapted to the shape of the recess structure, so that the filter screen 21 and the outer panel 22 can be embeddedly connected in the recess structure, the outer panel 22 and the filter screen 21 are limited and constrained, wherein the filter grids 23 on the filter screen 21 in the embodiment are arranged in a transverse extension, and the filter grids 23 on the outer panel 22 are arranged in an oblique 45° inclination, so that the filter grids 23 of the outer panel 22 and the filter screen 21 are staggered, in the use process, the water flow enters the deodorization unit 3 through the double filter grids 23, the support 31 on the deodorization unit 3 is arranged in a hollow, the water flow presses on the elastic umbrella-shaped core 32 under the gravity, the elastic umbrella-shaped core 32 is in a contraction state, the water flow passes through the elastic umbrella-shaped core 32 and impacts the conical protrusion 56 on the siphon distribution unit 5 downward, the water flow is dispersed and flows around through the conical protrusion 56, the dispersed water flow is distributed through the convex strip 571 and enters the distribution gap 53 formed by the corresponding flow guide plate 52, the hollow part 54 is arranged below the integrated plate 57, the siphon narrow pipe 55 is communicated below the hollow part 54, the water flow enters the siphon narrow pipe 55 in the hollow part 54, because the diameter of the siphon narrow pipe 55 is small, the full pipe flow state can be quickly reached, then the siphon is formed, and the water flow is quickly discharged. In the embodiment, the siphon distribution unit, the deodorization unit and the filter unit are arranged, the super-large drainage flow can be realized under the premise of meeting the smooth drainage and deodorization, the siphon can be formed in the drainage process, the drainage efficiency is improved, the uniform and stable flow of the water flow can be ensured, the formation of the turbulent flow and the turbulent flow is reduced, the opening and the closure of the inside of the pipe can be controlled by the gravity of the water flow, the reverse flow of the odor and the flying insects is avoided, the use experience is improved, and the drainage efficiency is not affected.

Claims

1. A super-draining, easy-to-clean floor drain, characterized in that, The utility model provides a filter device, including panel assembly, be provided with filter unit on panel assembly, be provided with deodorization unit in panel assembly, be connected with pipeline assembly, be provided with siphon shunt unit in pipeline assembly, siphon shunt unit includes the block part of setting up in the middle area, a plurality of guide plates are arranged around the block part, a plurality of shunt gaps are formed between the guide plate and pipeline assembly, siphon shunt unit includes hollow part below the block part and is communicated with shunt gap, siphon narrow tube is communicated with the hollow part.

2. A large flow capacity easy-to-clean floor drain as claimed in claim 1, wherein, The siphon shunt unit includes a tapered protrusion arranged on the middle area.

3. A large flow capacity easy-to-clean floor drain as claimed in claim 1, wherein, The siphon shunt unit includes an integrated plate, and the upper end surface of the guide plate protrudes on the upper surface of the integrated plate and forms a convex strip on the upper surface of the integrated plate.

4. A large flow capacity easy-to-clean floor drain as defined in claim 3 wherein, The pipeline assembly includes a stepped surface and an assembly pipe located below the stepped surface, the guide plate is connected with an extension plate extending downward, the lower end surface of the guide plate abuts against the stepped surface, and the extension plate abuts against the side wall of the assembly pipe.

5. A large flow capacity easy-to-clean floor drain as defined in claim 3 wherein, The pipeline assembly includes a stepped surface, and the integrated plate is circumferentially provided with a support short plate, the upper end surface of the support short plate is flush with the upper surface of the integrated plate, and the lower end surface of the support short plate abuts against the stepped surface.

6. A large flow capacity easy-to-clean floor drain as defined in claim 3 wherein, The siphon shunt unit includes a tapered protrusion arranged on the middle area, and the end of the convex strip is connected to the tapered protrusion.

7. A large flow capacity easy-to-clean floor drain according to any one of claims 1-6, characterized in that, The siphon narrow tube extends to the end of the siphon shunt unit, and the diameter of the siphon narrow tube is smaller than the diameter of the pipeline assembly.

8. A large flow capacity easy-to-clean floor drain according to any one of claims 1-6, characterized in that, The deodorization unit includes a support connected to the panel assembly, and an elastic umbrella-shaped core is connected to the support, the elastic umbrella-shaped core includes an expanded state and a contracted state, when the elastic umbrella-shaped core is in the expanded state, the elastic umbrella-shaped core blocks the opening of the panel assembly connected to the pipeline assembly.

9. A large flow capacity easy-to-clean floor drain according to any one of claims 1-6, characterized in that, The filter unit includes a filter screen and an outer panel, and filter grids are arranged on the filter screen and the outer panel, the filter grids on the filter screen and the outer panel are staggered.

10. A large flow capacity easy-to-clean floor drain as defined in claim 9, wherein, A taking and placing protrusion is arranged on the filter screen, and the taking and placing protrusion is arranged close to the corner of the filter screen.

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