CN112360087A - Assembled inclined drainage chassis for toilet - Google Patents

Abstract

The invention relates to an assembled inclined drainage chassis for a toilet, which comprises a base layer, wherein a polyurethane layer, an aluminum honeycomb panel and a decorative layer are sequentially arranged on the base layer from bottom to top, and the aluminum honeycomb panel comprises a first aluminum honeycomb panel, a second aluminum honeycomb panel, a third aluminum honeycomb panel and a fourth aluminum honeycomb panel which are sequentially spliced with one another; the upper surfaces of the first aluminum honeycomb plate, the second aluminum honeycomb plate, the third aluminum honeycomb plate and the fourth aluminum honeycomb plate are inclined planes, the lower surfaces of the first aluminum honeycomb plate, the second aluminum honeycomb plate, the third aluminum honeycomb plate and the fourth aluminum honeycomb plate are horizontal planes, each inclined plane comprises a lowest point, two secondary high points adjacent to the lowest point and a highest point opposite to the lowest point, the lowest points of the four aluminum honeycomb plates are coincided, and the secondary high points are sequentially coincided; the finish coat including splice each other in proper order and with correspond aluminium honeycomb panel assorted. The invention has simple and rapid construction, good waterproof and drainage performances, strong universality and high comfort level.

Description

Assembled inclined drainage chassis for toilet

Technical Field

The invention relates to the field of bathroom ground, in particular to an assembled inclined drainage chassis for a bathroom.

Background

For a toilet chassis, in order to meet the need for drainage, it is specified in the relevant standards that the toilet and/or bathroom floor should have an inclination of 1 ° to 3 °. Most of the toilet chassis in the prior art are plane chassis, and inclined toilet/bathroom chassis are lacked. For example, the chinese utility model patent CN206337857U discloses a bathroom chassis, which comprises a bottom wall and side walls surrounding the bottom wall, wherein the side walls protrude from the bottom wall along the same direction and form a basin-shaped bathroom cavity together with the bottom wall; the bathroom chassis comprises a bottom wall and a side wall, wherein the bottom wall and the side wall are integrally poured by resin concrete, the bathroom chassis comprises a heat insulation layer, and the heat insulation layer is arranged on the surface, back to the side wall, of the bottom wall. This patent adopts the integrative pouring of resin concrete to form to set up the heat preservation, thereby realize waterproof, improve production efficiency and heat preservation performance's effect. However, the upper surface of the base plate of the patent is a plane instead of an inclined plane, so that the waste water is not convenient to be discharged. Similarly, as disclosed in chinese utility model patent CN205677285U, an integrated bathroom chassis is disclosed, wherein the chassis is an integrated chassis formed by die pressing by a dieless multipoint forming technique, and the edge of the chassis is provided with a fence integrated with the chassis; the Chinese utility model patent CN208376051U discloses a bathroom chassis, which comprises a whole chassis body, wherein a water outlet is arranged on the chassis body, a waterproof reverse ridge is integrally arranged at the edge of the chassis body, a plurality of balance supporting points are uniformly distributed at the bottom of the chassis body, and the chassis body comprises a gel coat layer, a first glass fiber layer, a foaming layer and a second glass fiber layer from top to bottom; the Chinese utility model patent CN211155474U discloses an assembled bathroom chassis, which comprises an SMC chassis, wherein the SMC chassis is square, the edges of the four sides of the SMC chassis are provided with connecting plates and an aluminum alloy frame, the aluminum alloy frame is arranged around the SMC chassis and comprises four aluminum alloy sections which are spliced with each other, the aluminum alloy section comprises a main body, a flange arranged on the main body, a waterproof table and a connecting groove, the connecting plates are spliced with the connecting groove, and a plastic sealing element is inserted in the connecting part of two adjacent aluminum alloy sections; the upper surface of the toilet/bathroom chassis formed by the three patents is also a plane instead of an inclined surface, and cannot meet the requirement of drainage. If the requirement of the drainage gradient is required to be met by the four aforementioned patents, the four patents can only be paved according to personal experience generally, which undoubtedly increases the construction difficulty and influences the construction progress and the construction quality. If the effect that the upper surface of the chassis is one-point low and three-point high is realized by intersecting and inclining along the directions of two adjacent sides of the chassis, the effect can not be realized by personal experience, and even if the paving is finished, the integral flatness and inclination of the finish coat are difficult to ensure.

In order to meet the requirement of drainage, a chassis with a unidirectional inclination is also provided in the prior art. For example, the Chinese patent CN102720376A discloses a shower room base tire capable of being tiled, which comprises a base body and a water retaining edge positioned on the base body, wherein a water outlet is arranged on the base body, and an inclined plane is formed from the periphery of the base body to the water outlet, so that a slope from the periphery of the base body to the water outlet is formed, and water can be conveniently collected to the water outlet. The patent realizes the discharge of waste water by arranging a base body with an inclined plane and enabling the inclined plane to face the direction of a water outlet. However, the upper surface of the chassis formed by the patent can only realize the inclination in one direction, and the inclination intersected along the directions of two adjacent edges of the chassis cannot be formed.

In summary, the existing toilet chassis lacks a chassis which is inclined along the direction of two adjacent edges of the chassis in an intersecting manner, namely, a chassis with a lower part and a higher part on the upper surface of the chassis is lacked. The upper surface of the prior art toilet chassis is either flat or inclined in a single direction, which causes inconvenience in drainage. Even if the chassis with the upper surface inclined in one direction is used, the problem of water accumulation can be caused in the non-inclined direction because the floor drain is mostly positioned at the corner or close to the corner. If the upper surface of the chassis is inclined in a crossed manner along the directions of two adjacent sides of the chassis, the construction difficulty is high, the efficiency is low and the flatness and the inclination of the upper surface of the chassis are difficult to ensure only by means of personal experience.

In addition, as for the SMC integral waterproof chassis, as the chassis of the type is mostly a prefabricated chassis, namely, the integrated mold opening production is carried out according to the size of a toilet or a shower room and the like, the universality is poor, and the SMC integral waterproof chassis can only aim at the bathroom space with specific size and cannot be applied to the bathroom spaces with other specification sizes; the travelling comfort is low, and the bottom of the waterproof chassis of SMC whole usually can set up strengthening rib or perpendicular rib in order to strengthen the intensity on chassis, but can produce the sky sound when trampling to make suitable for the comfort level and reduce.

Disclosure of Invention

The invention aims to provide an assembled inclined drainage chassis for a toilet, which aims to solve the defects in the prior art, and the technical problem to be solved by the invention is realized by the following technical scheme.

The utility model provides a bathroom is with pin-connected panel slope drainage chassis, includes the basic unit, and its improvement lies in: the base layer is sequentially provided with a polyurethane layer, an aluminum honeycomb plate and a decorative layer from bottom to top, and the aluminum honeycomb plate comprises a first aluminum honeycomb plate, a second aluminum honeycomb plate, a third aluminum honeycomb plate and a fourth aluminum honeycomb plate which are sequentially spliced with one another; the upper surfaces of the first aluminum honeycomb plate, the second aluminum honeycomb plate, the third aluminum honeycomb plate and the fourth aluminum honeycomb plate are inclined planes, the lower surfaces of the first aluminum honeycomb plate, the second aluminum honeycomb plate, the third aluminum honeycomb plate and the fourth aluminum honeycomb plate are horizontal planes, each inclined plane comprises a lowest point, two secondary high points adjacent to the lowest point and a highest point opposite to the lowest point, the lowest points of the four aluminum honeycomb plates are coincided, the two secondary high points of the first aluminum honeycomb plate are respectively coincided with one secondary high point of the second aluminum honeycomb plate and one secondary high point of the fourth aluminum honeycomb plate, and the two secondary high points of the third aluminum honeycomb plate are respectively coincided with the other secondary high point of the second aluminum honeycomb plate and the other secondary high point of the fourth aluminum honeycomb plate; the decorative layer is including first decorative layer, second decorative layer, third decorative layer and the fourth decorative layer of mutual concatenation in proper order, the upper surface and the lower surface of first decorative layer, second decorative layer, third decorative layer and fourth decorative layer are the inclined plane, the upper and lower surface of first decorative layer all is the same with the upper surface of first aluminum honeycomb panel, the upper and lower surface of second decorative layer all is the same with the upper surface of second aluminum honeycomb panel, the upper and lower surface of third decorative layer all is the same with the upper surface of third aluminum honeycomb panel, the upper and lower surface of fourth decorative layer all is the same with the upper surface of fourth aluminum honeycomb panel.

According to the invention, the lowest points of four aluminum honeycomb plates coincide, two secondary high points of each aluminum honeycomb plate coincide with the secondary high points of the adjacent aluminum honeycomb plate, so that a drainage chassis with four inclined planes is formed, each inclined plane has two inclined directions which are intersected and inclined towards the direction of the lowest point along the two secondary high points, and after a finishing layer is paved, water after showering sprayed on the finishing layer can be drained timely and quickly. Compared with the prior art, the assembled inclined drainage chassis for the toilet can assemble four aluminum honeycomb plates at the floor drain opening, so that the drainage chassis which is orthogonally inclined at the floor drain opening is formed, namely, the assembled inclined drainage chassis for the toilet is specially used for realizing the intersecting inclination of two directions of the upper surface of the drainage chassis, and solves the technical problem that the chassis is lack in the prior art. The invention has the following beneficial effects:

1. the construction is simple and fast. The invention is only required to be installed at the position of the drainage chassis to be installed in the toilet, and slope finding is not required according to experience, so that the construction method is simple and rapid, and the construction efficiency is high. According to the invention, the aluminum honeycomb panel and the veneer layer with proper sizes are cut according to the specification and the size of the position of the drainage chassis to be installed and the position of the drainage outlet, and then the base layer, the polyurethane layer, the aluminum honeycomb panel and the veneer layer are sequentially paved, so that the method is simple and rapid, and is not limited by the specification and the size of the position of the drainage chassis to be installed and the position of the floor drainage outlet.

2. The inclination of the upper surface of the drainage chassis is uniform. Due to the matching between the aluminum honeycomb plate and the veneer layer and the integrity and unification of the upper surfaces of the aluminum honeycomb plate and the veneer layer, the surface gradients of the veneer layer arranged on the upper surface of the aluminum honeycomb plate are unified, namely the surface gradients of the drainage chassis are unified.

3. The universality is strong. The drainage chassis of the invention is not limited by the specification and the size of the position of the drainage chassis to be installed in a toilet and the position of a floor drainage outlet. The steel plate can be cut according to the specification and the size of the position to be installed, and can be widely applied to new construction or renovation of civil and industrial buildings.

4. The comfort is good. The drainage chassis is of a solid structure, no air noise is generated when the drainage chassis is treaded, and the drainage chassis is suitable and comfortable.

5. The drainage performance is good. The upper surface of the drainage chassis is uniform in inclination and has two inclined drainage and flow guiding directions, so that shower water on the upper surface of the drainage chassis can be quickly and conveniently guided to the drain outlet of the floor drain.

6. The waterproof performance is good. Because the bonding waterproof performance of polyurethane layer is good to and the wholeness of every aluminium honeycomb panel and the bonding between polyurethane layer and side facade wall or bathroom chassis side shield, can play good water-proof effects.

7. Light weight, long service life, and good sound insulation, heat preservation and fire resistance. Because the aluminum honeycomb plate is the main body part of the drainage chassis, the aluminum honeycomb plate has the advantages of high rigidity, light weight, good durability, sound insulation, heat insulation and fire resistance, so that the drainage chassis provided by the invention also has the advantages of light weight, long service life, good sound insulation, heat insulation and fire resistance.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is an exploded schematic view of the present invention;

FIG. 3 is a schematic structural view of a first aluminum honeycomb panel according to the present invention;

FIG. 4 is a schematic structural view of a second aluminum honeycomb panel according to the present invention;

FIG. 5 is a schematic structural view of a third aluminum honeycomb panel according to the present invention;

FIG. 6 is a schematic structural view of a fourth aluminum honeycomb panel according to the present invention;

FIG. 7 is a schematic view of the construction of a first facing layer in accordance with the present invention;

FIG. 8 is a schematic view of the construction of a second facing layer in accordance with the present invention;

FIG. 9 is a schematic view of the construction of a third facing layer in accordance with the present invention;

FIG. 10 is a schematic view of the construction of a fourth facing layer in accordance with the present invention;

the floor drain in fig. 1, 2 is not seen, and the floor drain hole for mounting the floor drain in fig. 3-10 is not seen.

The reference numbers in the drawings are, in order: 1. a base layer, 2, a polyurethane layer, 3, an aluminum honeycomb panel, 31, a first aluminum honeycomb panel, 3101, a first side surface portion I, 31011, a first straight edge portion I, 31012, a first chamfered edge portion I, 3102, a second side surface portion I, 31021, a second straight edge portion I, 31022, a second chamfered edge portion I, 3103, a third side surface portion I, 31031, a third straight edge portion I, 31032, a third chamfered edge portion I, 3104, a fourth side surface portion I, 31041, a fourth straight edge portion I, 31042, a fourth chamfered edge portion I, 3105, a chamfered edge portion I, 3106, a planar portion I, 3107, a first vertical edge portion I, 3108, a second vertical edge portion I, 3109, a third vertical edge portion I, a third side surface portion I, a third vertical edge portion I, 32, a second aluminum honeycomb panel, 3201, a first side surface portion II, 32011, a first straight edge portion II, 32012, a first side surface portion II, 3202, a second side surface portion II, 32021, a second straight edge portion II, 3203, a second inclined edge portion II, 3203, 32031. third straight edge parts II, 32032, third chamfered edge parts II, 3204, fourth side part II, 32041, fourth straight edge parts II, 32042, fourth chamfered edge parts II, 3205, chamfered edge parts II, 3206, planar parts II, 3207, first vertical edge parts II, 3208, second vertical edge parts II, 3209, third vertical edge parts II, 3210, fourth vertical edge parts II, 33, third aluminum honeycomb panel, 3301, first side part III, 33011, first straight edge parts III, 33012, first chamfered edge parts III, 3302, second side part III, 33021, second straight edge parts III, 33022, second chamfered edge parts III, 3303, third side part III, 33031, third straight edge parts III, 33032, third chamfered edge parts III, 3304, fourth side part III, 33041, fourth straight edge parts III, 33042, fourth chamfered edge parts III, 3305, 3306, chamfered edge parts III, 3307, first chamfered edge parts III, 3308, third vertical edge parts III, 3300, 3310, 34. a fourth aluminum honeycomb panel, 3401, a first side portion IV, 34011, a first straight-side portion IV, 34012, a first chamfered portion IV, 3402, a second side portion IV, 34021, a second straight-side portion IV, 34022, a second chamfered portion IV, 3403, a third side portion IV, 34031, a third straight-side portion IV, 34032, a third chamfered portion IV, 3404, a fourth side portion IV, 34041, a fourth straight-side portion IV, 34042, a fourth chamfered portion IV, 3405, a chamfered portion IV, 3406, a planar portion IV, 3407, a first vertical-side portion IV, 3408, a second vertical-side portion IV, 3409, a third vertical-side portion IV, 3410, a fourth vertical-side portion IV, 4, a finishing layer, 41, a first finishing layer, 42, a second finishing layer, 43, a third finishing layer, 44, a fourth finishing layer.

Detailed Description

It should be noted that the embodiments and features of the embodiments in the present application may be combined with each other without conflict. The present invention will be described in detail below with reference to the embodiments with reference to the attached drawings.

Example 1:

referring to fig. 1 to 10, a built-up inclined drain pan for a toilet, comprising a base layer 1, is improved in that: the base layer 1 is sequentially provided with a polyurethane layer 2, an aluminum honeycomb panel 3 and a decorative layer 4 from bottom to top, wherein the aluminum honeycomb panel 3 comprises a first aluminum honeycomb panel 31, a second aluminum honeycomb panel 32, a third aluminum honeycomb panel 33 and a fourth aluminum honeycomb panel 34 which are sequentially spliced with one another; the upper surfaces of the first aluminum honeycomb plate 31, the second aluminum honeycomb plate 32, the third aluminum honeycomb plate 33 and the fourth aluminum honeycomb plate 34 are inclined planes, the lower surfaces of the first aluminum honeycomb plate 31, the second aluminum honeycomb plate 32, the third aluminum honeycomb plate 33 and the fourth aluminum honeycomb plate 34 are horizontal planes, each inclined plane comprises a lowest point, two secondary high points adjacent to the lowest point and a highest point opposite to the lowest point, the lowest points of the four aluminum honeycomb plates are coincided, the two secondary high points of the first aluminum honeycomb plate 31 are respectively coincided with one secondary high point of the second aluminum honeycomb plate 32 and one secondary high point of the fourth aluminum honeycomb plate 34, and the two secondary high points of the third aluminum honeycomb plate 33 are respectively coincided with the other secondary high point of the second aluminum honeycomb plate 32 and the other secondary high point of the fourth aluminum honeycomb plate 34; the finish coat 4 includes first finish coat 41, second finish coat 42, third finish coat 43 and the fourth finish coat 44 of mutual concatenation in proper order, the upper surface and the lower surface of first finish coat 41, second finish coat 42, third finish coat 43 and fourth finish coat 44 are the inclined plane, the upper and lower surface of first finish coat 41 all is the same with the upper surface of first aluminum honeycomb panel 31, the upper and lower surface of second finish coat 42 all is the same with the upper surface of second aluminum honeycomb panel 32, the upper and lower surface of third finish coat 43 all is the same with the upper surface of third aluminum honeycomb panel 33, the upper and lower surface of fourth finish coat 44 all is the same with the upper surface of fourth aluminum honeycomb panel 34.

In the embodiment, the base layer 1 plays a role in bearing and leveling, and when the surface of the mounting position of the drainage chassis is uneven, the base layer 1 is used for adjusting, so that the polyurethane layer 2 is positioned on a horizontal plane; the polyurethane layer 2 mainly plays a role in connecting the base layer 1 and the aluminum honeycomb plate 3 and has a waterproof purpose; the aluminum honeycomb plate 3 is a main bearing part and a main body part of the whole drainage chassis, and the aluminum honeycomb plate 3 is of a full-aluminum structure, so that the rigidity is high, the weight is light, the service life of the drainage chassis can be prolonged while the self weight of the drainage chassis is reduced, and in addition, the sound insulation, heat insulation and fireproof performances of the drainage chassis can be improved by utilizing the good sound insulation, heat insulation and fireproof performances of the aluminum honeycomb plate 3; the finishing layer 4 mainly plays a decorative role.

In this embodiment, the coincidence of the minimum of four aluminum honeycomb panels, two inferior high points of every aluminum honeycomb panel coincide with the inferior high point of adjacent aluminum honeycomb panel mutually to formed the drainage chassis that has four inclined planes, every inclined plane all has two slope directions of crossing slope to the minimum direction along two inferior high points, after the finish coat of mating formation, the shower back water of shower that the shower sprinkled on the finish coat can be in time, quick getting rid of.

Example 2:

in addition to embodiment 1, referring to fig. 3, the first aluminum honeycomb panel 31 includes a first side surface portion I3101, a second side surface portion I3102, a third side surface portion I3103, and a fourth side surface portion I3104 connecting the inclined surface portion I3105 with the plane portion I3106, vertically contacting the plane portion I3106, and sequentially vertically contacting the inclined surface portion I3105 with the plane portion I3106, wherein a common side of the first side surface portion I3101 and the second side surface portion I3102 is a first vertical edge portion I3107, a common side of the second side surface portion I3102 and the third side surface portion I3103 is a second vertical edge portion I3108, a common side of the third side surface portion I3103 and the fourth side surface portion I3104 is a third vertical edge portion I3109, and a common side of the fourth side surface portion I3104 and the first side surface portion I3101 is a fourth vertical edge portion I3110;

the lengths of the first straight edge portion I31011 of the first side surface portion I3101 and the third straight edge portion I31031 of the third side surface portion I3103 are l₁The lengths of the second straight edge portion I31021 of the second side surface portion I3102 and the fourth straight edge portion I31041 of the fourth side surface portion I3104 are l₂；

The first vertical edge I3107 has a height h,

the second vertical side portion I3108 has a height of

The third vertical side portion I3109 has a height of

The fourth vertical side part I3110 has a height of

The first oblique side portion I31012 of the first side surface portion I3101 and the third oblique side portion I31032 of the third side surface portion I3103 are both long

The lengths of the second oblique side portion I31022 of the second side portion I3102 and the fourth oblique side portion I31042 of the fourth side portion I3104 are both

The first side surface portion I3101, the second side surface portion I3102, the third side surface portion I3103 and the fourth side surface portion I3104 are all right-angled trapezoids, and two inner angles at the bottom of the trapezoids are right angles;

the upper inner angle of the first side surface portion I3101 at the fourth vertical portion I3110 and the upper inner angle of the third side surface portion I3103 at the third vertical portion I3109

The upper inner angle of the second side surface portion I3102 at the second vertical portion I3108 and the upper inner angle of the fourth side surface portion I3104 at the third vertical portion I3109

Four inner angles of the plane part I3106 are all right angles, adjacent angles of the four inner angles of the inclined plane part I3105 are complementary and opposite angles are equal, and the inner angle at the joint of the inclined plane part I3105 and the first vertical side part I3107 is

Wherein alpha is more than or equal to 1 degree and less than or equal to 3 degrees.

Referring to fig. 4, the second aluminum honeycomb panel 32 includes a bevel portion II3205, a planar portion II3206, a first side surface portion II3201, a second side surface portion II3202, a third side surface portion II3203, and a fourth side surface portion II3204 connecting the bevel portion II3205 and the planar portion II3206, and vertically connecting the bevel portion II3206 and the planar portion II3206 in sequence, where a common edge of the first side surface portion II3201 and the second side surface portion II3202 is a first vertical edge portion II3207, a common edge of the second side surface portion II3202 and the third side surface portion II3203 is a second vertical edge portion II3208, a common edge of the third side surface portion II3203 and the fourth side surface portion II3204 is a third vertical edge portion II3209, and a common edge of the fourth side surface portion II3204 and the first side surface portion II3201 is a fourth vertical edge portion II 3210;

the lengths of the first straight edge part II32011 of the first side surface part II3201 and the third straight edge part II32031 of the third side surface part II3203 are both l₂The lengths of the second straight edge part II32021 of the second side part II3202 and the fourth straight edge part II32041 of the fourth side part II3204 are both l₃；

The height of the first vertical edge II3207 is h,

the height of the second vertical edge part II3208 is

The height of the third vertical edge part II3209 is

The height of the fourth vertical side part II3210 is

The lengths of the first beveled part II32012 of the first side part II3201 and the third beveled part II32032 of the third side part II3203 are both

The lengths of the second oblique side part II32022 of the second side part II3202 and the fourth oblique side part II32042 of the fourth side part II3204 are both

The first side surface part II3201, the second side surface part II3202, the third side surface part II3203 and the fourth side surface part II3204 are all right-angled trapezoids, and two inner angles at the bottom of the trapezoids are right angles;

the upper inner angle of the first side surface part II3201 at the fourth vertical part II3210 and the upper inner angle of the third side surface part II3203 at the third vertical part II3209 are both

The upper inner corner of the second side part II3202 at the second vertical part II3208 and the upper inner corner of the fourth side part II3204 at the third vertical part II3209 are both

Four inner angles of the plane part II3206 are right angles, adjacent angles in the four inner angles of the inclined plane part II3205 are complementary and opposite angles are equal, and the inner angle at the joint of the inclined plane part II3205 and the first vertical side part II3207 is

Referring to fig. 5, the third aluminum honeycomb panel 33 includes a bevel portion III3305, a planar portion III3306, a first side portion III3301, a second side portion III3302, a third side portion III3303, and a fourth side portion III3304 connecting the bevel portion III3305 and the planar portion III3306 and vertically contacting the planar portion III3306 in this order, where a common edge of the first side portion III3301 and the second side portion III3302 is a first vertical edge III3307, a common edge of the second side portion III3302 and the third side portion III3303 is a second vertical edge III3308, a common edge of the third side portion III3303 and the fourth side portion III3304 is a third vertical edge III3309, and a common edge of the fourth side portion 330iii 3304 and the first side portion III3301 is a fourth vertical edge III 3310;

the lengths of the first straight edge part III33011 of the first side part III3301 and the third straight edge part III33031 of the third side part III3303 are both l₃The lengths of the second straight-edge part III33021 of the second side part III3302 and the fourth straight-edge part III33041 of the fourth side part III3304 are both l₄；

The height of the first vertical side part III3307 is h,

the height of the second vertical side part III3308 is

The height of the third vertical side part III3309 is

The height of the fourth vertical side part III3310 is

The lengths of the first hypotenuse section III33012 of the first side section III3301 and the third hypotenuse section III33032 of the third side section III3303 are both

The lengths of the second hypotenuse section III33022 of the second side section III3302 and the fourth hypotenuse section III33042 of the fourth side section III3304 are both

The first side part III3301, the second side part III3302, the third side part III3303 and the fourth side part III3304 are all right-angled trapezoids, and two inner angles of the bottoms of the right-angled trapezoids are right angles;

the upper inner angle of the first side part III3301 at the fourth vertical part III3310 and the upper inner angle of the third side part III3303 at the third vertical part III3309 are both

The upper inner corner of the second side part III3302 at the second vertical part III3308 and the upper inner corner of the fourth side part III3304 at the third vertical part III3309 are both

Four inner angles of the plane part III3306 are right angles, adjacent angles in the four inner angles of the inclined plane part III3305 are complementary and opposite angles are equal, and the inner angle at the joint of the inclined plane part III3305 and the first vertical side part III3307 is

Referring to fig. 6, the fourth aluminum honeycomb panel 34 includes a bevel portion IV3405, a planar portion IV3406, a first side portion IV3401, a second side portion IV3402, a third side portion IV3403, and a fourth side portion IV3404 connecting the bevel portion IV3405 and the planar portion IV3406 and vertically contacting the planar portion IV3406 in this order, the first side portion IV3401 and the second side portion IV3402 being located at the same side as a first vertical edge portion IV3407, the second side portion IV3402 and the third side portion IV3403 being located at the same side as a second vertical edge portion IV3408, the third side portion IV3403 and the fourth side portion IV3404 being located at the same side as a third vertical edge portion IV3409, and the fourth side portion IV3404 and the first side portion IV3401 being located at the same side as a fourth vertical edge portion IV 3410;

the first straight-edge portion IV34011 of the first side surface portion IV3401 and the third straight-edge portion IV34031 of the third side surface portion IV3403 are both l in length₄The lengths of the second straight-edge portion IV34021 of the second side portion IV3402 and the fourth straight-edge portion IV34041 of the fourth side portion IV3404 are both l₁；

The first vertical side IV3407 has a height h,

the height of the second vertical side part IV3408 is

The height of the third vertical side part IV3409 is

The height of the fourth vertical side part IV3410 is

The first oblique side portion IV34012 of the first side surface portion IV3401 and the third oblique side portion IV34032 of the third side surface portion IV3403 are both long

The lengths of the second oblique side IV34022 of the second side IV3402 and the fourth oblique side IV34042 of the fourth side IV3404 are both

The first side part IV3401, the second side part IV3402, the third side part IV3403 and the fourth side part IV3404 are all right-angled trapezoids, and two inner angles at the bottoms of the right-angled trapezoids are right angles;

the upper internal angle of the first side surface portion IV3401 at the fourth vertical portion IV3410 and the upper internal angle of the third side surface portion IV3403 at the third vertical portion IV3409

The second side surface part IV3402 is positioned at the upper inner corner of the second vertical part IV3408 and the fourth side surface part IV3404 is positioned at the third vertical part IV3408The upper inner angles at the vertical part IV3409 are all

Four inner angles of the plane part IV3406 are right angles, adjacent angles in the four inner angles of the inclined plane part IV3405 are complementary and opposite angles are equal, and the inner angle at the joint of the inclined plane part IV3405 and the first vertical edge part IV3407 is

In the embodiment, the four side surface parts of each aluminum honeycomb panel are vertically connected, because the laying surface of the drainage chassis is usually square in the laying process, and the plane parts formed by the four vertically connected side surface parts are also square, so that the laying surface can be just matched, and the drainage chassis can be conveniently laid; each side face of the four aluminum honeycomb plates is arranged to be vertically connected with the plane portion, and four side faces of the drainage chassis can be guaranteed to be vertical faces, so that the drainage chassis is convenient to abut against a side vertical face wall of a bathroom space or a side baffle of the whole bathroom chassis.

In the embodiment, for the length setting, the shape setting and the angle setting of the straight edge part and the bevel edge part of each side part of the four aluminum honeycomb panels, the complete coincidence of the side parts spliced with each other between the adjacent aluminum honeycomb panels can be ensured, so that each side surface and the bottom surface of the whole spliced aluminum honeycomb panel are a complete and uniform plane; for the arrangement of the height of each vertical edge part of the four aluminum honeycomb plates, the height uniformity of the inclined plane parts of the adjacent aluminum honeycomb plates at the splicing part can be ensured, so that the problem that the four aluminum honeycomb plates cannot be spliced in a matching manner is avoided; for the arrangement of the heights of the four vertical edge parts of each aluminum honeycomb plate, a lowest point, two secondary high points and a highest point in four vertexes of the inclined plane part of each aluminum honeycomb plate can be ensured, so that the guarantee is provided for realizing the intersecting inclination of two directions; to the setting of four vertical edge portion heights and the setting of the interior angle of inclined plane portion of every aluminium honeycomb panel, can guarantee that inclined plane portion is an inclined plane, guarantees four summits coplane of inclined plane portion promptly.

In the embodiment, the setting of the angle alpha mainly considers that the inclination requirement of the drainage chassis in the relevant standard is 1-3 degrees, and the setting of the angle alpha can enable the inclination of the inclined plane part of each aluminum honeycomb panel to meet the requirement.

Example 3:

on the basis of example 1 or 2, as shown in fig. 7, the first facing layer (41) is an oblique parallelepiped, four side edges of which are perpendicular to the horizontal plane, and an inner corner of the upper surface thereof

Referring to fig. 8, the second finishing layer (42) is an oblique parallelepiped, four side edges of which are perpendicular to a horizontal plane, and an inner angle of an upper surface thereof

Referring to fig. 9, the third finishing layer (43) is an oblique parallelepiped, four side edges of which are perpendicular to a horizontal plane, and an inner angle of an upper surface thereof

Referring to fig. 10, the fourth finishing layer (44) is an oblique parallelepiped, four side edges of which are perpendicular to a horizontal plane, and an inner angle of an upper surface thereof

In the embodiment, the shapes and angles of the decorative layers are set, so that the decorative layers can be matched with the inclined plane parts of the corresponding aluminum honeycomb panels, and the upper surfaces of the decorative layers form inclined planes which are inclined in a 1-3 degree manner and are intersected along two directions; the side edges of each finishing layer are vertical to the horizontal plane, so that the side surfaces of each finishing layer can be conveniently abutted against the side vertical wall of the bathroom space or the side baffle of the integral bathroom chassis.

Example 4:

on the basis of any one of the previous embodiments, the facing layer 4 is one of a whole stone board, a titanium crystal board and a magnesium oxide board; furthermore, the thickness of the facing layer 1 is 3-5 mm. Finish coat 4 mainly plays the decoration effect, and finish coat 4's setting can need not to carry out the veneer again and decorate after the drainage chassis installation finishes to promote the installation effectiveness on drainage chassis. When different decorative plates are selected for the decorative layer 4, the decorative layer can be selected according to personal preference of a user and/or the overall decoration style of a living room, so that the attractiveness is improved.

It should be noted that the above detailed description is exemplary and is intended to provide further explanation of the disclosure. Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this application belongs.

It is noted that the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of example embodiments according to the present application. As used herein, the singular is intended to include the plural unless the context clearly dictates otherwise. Furthermore, it will be further understood that the terms "comprises" and/or "comprising," when used in this specification, specify the presence of stated features, steps, operations, devices, components, and/or combinations thereof.

It should be noted that the terms "first," "second," and the like in the description and claims of this application and in the drawings described above are used for distinguishing between similar elements and not necessarily for describing a particular sequential or chronological order. It is to be understood that the terms so used are interchangeable under appropriate circumstances such that the embodiments of the application described herein are capable of operation in other sequences than those illustrated or otherwise described herein.

Furthermore, the terms "comprising" and "having," as well as any variations thereof, are intended to cover non-exclusive inclusions. For example, a process, method, system, article, or apparatus that comprises a list of steps or elements is not necessarily limited to those steps or elements explicitly listed, but may include other steps or elements not explicitly listed or inherent to such process, method, article, or apparatus.

Spatially relative terms, such as "above … …," "above … …," "above … …," "above," and the like, may be used herein for ease of description to describe one device or feature's spatial relationship to another device or feature as illustrated in the figures. It will be understood that the spatially relative terms are intended to encompass different orientations of the device in use or operation in addition to the orientation depicted in the figures. For example, if a device in the figures is turned over, devices described as "above" or "on" other devices or configurations would then be oriented "below" or "under" the other devices or configurations. Thus, the exemplary term "above … …" can include both an orientation of "above … …" and "below … …". The device may also be oriented in other different ways, such as by rotating it 90 degrees or at other orientations, and the spatially relative descriptors used herein interpreted accordingly.

In the foregoing detailed description, reference is made to the accompanying drawings, which form a part hereof. In the drawings, like numerals typically identify like components, unless context dictates otherwise. The illustrated embodiments described in the detailed description, drawings, and claims are not meant to be limiting. Other embodiments may be utilized, and other changes may be made, without departing from the spirit or scope of the subject matter presented here.

The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (10)

1. The utility model provides a bathroom is with pin-connected panel slope drainage chassis, includes basic unit (1), its characterized in that: the base layer (1) is sequentially provided with a polyurethane layer (2), an aluminum honeycomb panel (3) and a decorative layer (4) from bottom to top, and the aluminum honeycomb panel (3) comprises a first aluminum honeycomb panel (31), a second aluminum honeycomb panel (32), a third aluminum honeycomb panel (33) and a fourth aluminum honeycomb panel (34) which are sequentially spliced with one another; the upper surfaces of a first aluminum honeycomb plate (31), a second aluminum honeycomb plate (32), a third aluminum honeycomb plate (33) and a fourth aluminum honeycomb plate (34) are inclined planes, the lower surfaces of the first aluminum honeycomb plate, the second aluminum honeycomb plate, the third aluminum honeycomb plate and the fourth aluminum honeycomb plate are horizontal planes, each inclined plane comprises a lowest point, two secondary high points adjacent to the lowest point and a highest point opposite to the lowest point, the lowest points of the four aluminum honeycomb plates are coincided, the two secondary high points of the first aluminum honeycomb plate (31) are respectively coincided with one secondary high point of the second aluminum honeycomb plate (32) and one secondary high point of the fourth aluminum honeycomb plate (34), and the two secondary high points of the third aluminum honeycomb plate (33) are respectively coincided with the other secondary high point of the second aluminum honeycomb plate (32) and the other secondary high point of the fourth aluminum honeycomb plate (34); the decorative layer (4) comprises a first decorative layer (41), a second decorative layer (42), a third decorative layer (43) and a fourth decorative layer (44) which are sequentially spliced with one another, the upper surface and the lower surface of the first decorative layer (41), the second decorative layer (42), the third decorative layer (43) and the fourth decorative layer (44) are inclined planes, the upper surface and the lower surface of the first decorative layer (41) are the same as the upper surface of the first aluminum honeycomb panel (31), the upper surface and the lower surface of the second decorative layer (42) are the same as the upper surface of the second aluminum honeycomb panel (32), the upper surface and the lower surface of the third decorative layer (43) are the same as the upper surface of the third aluminum honeycomb panel (33), and the upper surface and the lower surface of the fourth decorative layer (44) are the same as the upper surface of the fourth aluminum honeycomb panel (34).

2. The assembled inclined drainage chassis for the toilet according to claim 1, wherein: the first aluminum honeycomb panel (31) comprises an inclined plane part I (3105), a plane part I (3106), a first side surface part I (3101), a second side surface part I (3102), a third side surface part I (3103) and a fourth side surface part I (3104), wherein the first side surface part I (3101), the second side surface part I (3102), the third side surface part I (3103) and the fourth side surface part I (3104) are connected with the inclined plane part I (3106) vertically and sequentially and vertically, the common edge of the first side surface part I (3101) and the second side surface part I (3102) is a first vertical edge part I (3107), the common edge of the second side surface part I (3102) and the third side surface part I (3103) is a second vertical edge part I (3108), the common edge of the third side surface part I (3103) and the fourth side surface part I (3104) is a third vertical edge part I (3109), and the common edge of the fourth side surface part I (3104) and the first side surface part I (3101) is a fourth vertical;

the first straight portion I (31011) of the first side surface portion I (3101) and the third straight portion I (31031) of the third side surface portion I (3103) are both l in length₁The lengths of the second straight side portion I (31021) of the second side surface portion I (3102) and the fourth straight side portion I (31041) of the fourth side surface portion I (3104) are both l₂；

The first vertical side portion I (3107) has a height h,

the second vertical side part I (3108) has a height of

The third vertical side part I (3109) has a height of

The fourth vertical side part I (3110) has a height of

The first bevel portion I (31012) of the first side surface portion I (3101) and the third bevel portion I (31032) of the third side surface portion I (3103) are both long

The second bevel portion I (31022) of the second side surface portion I (3102) and the fourth bevel portion I (31042) of the fourth side surface portion I (3104) are both long

The first side surface part I (3101), the second side surface part I (3102), the third side surface part I (3103) and the fourth side surface part I (3104) are all right-angled trapezoids, and two inner angles of the bottom of the trapezoids are right angles;

the upper inner angle of the first side surface portion I (3101) at the fourth vertical portion I (3110) and the upper inner angle of the third side surface portion I (3103) at the third vertical portion I (3109) are both

The upper internal angle of the second side surface portion I (3102) at the second vertical portion I (3108) and the upper internal angle of the fourth side surface portion I (3104) at the third vertical portion I (3109) are both

Four inner angles of the plane part I (3106) are right angles, adjacent angles in the four inner angles of the inclined plane part I (3105) are complementary and opposite angles are equal, and the inner angle at the joint of the inclined plane part I (3105) and the first vertical edge part I (3107) is

(ii) a Wherein alpha is more than or equal to 1 degree and less than or equal to 3 degrees.

3. The assembled inclined drainage chassis for the toilet according to claim 2, wherein: the first decorative layer (41) is an oblique parallelepiped, four side edges of which are vertical to a horizontal plane, and one inner angle of the upper surface of which

4. The assembled inclined drainage chassis for the toilet according to claim 1, wherein: the second aluminum honeycomb panel (32) comprises an inclined surface part II (3205), a plane part II (3206), a first side surface part II (3201), a second side surface part II (3202), a third side surface part II (3203) and a fourth side surface part II (3204), wherein the first side surface part II (3201), the second side surface part II (3202), the third side surface part II (3203) and the fourth side surface part II (3204) are connected with the inclined surface part II (3206), vertically connected with the plane part II (3206) in sequence, a common edge of the first side surface part II (3201) and the second side surface part II (3202) is a first vertical edge part II (3207), a common edge of the second side surface part II (3202) and the third side surface part II (3203) is a second vertical edge part II (3208), a common edge of the third side surface part II (3203) and the fourth side surface part II (3204) is a third vertical edge part II (3209), and a common edge of the fourth side surface part II (3204) and the first side surface part II;

the lengths of the first straight part II (32011) of the first side part II (3201) and the third straight part II (32031) of the third side part II (3203) are both l₂The lengths of the second straight part II (32021) of the second side part II (3202) and the fourth straight part II (32041) of the fourth side part II (3204) are both l₃；

The height of the first vertical side part II (3207) is h,

the height of the second vertical edge part II (3208) is

The height of the third vertical edge part II (3209) is

The height of the fourth vertical side part II (3210) is

The lengths of the first and third chamfered portions II (32012, 32032) of the first and third side surfaces II (3201, 3203) are both

The second bevel part II (32022) of the second side part II (3202) and the fourth bevel part II (32042) of the fourth side part II (3204) are both long

The first side surface part II (3201), the second side surface part II (3202), the third side surface part II (3203) and the fourth side surface part II (3204) are all right-angled trapezoids, and two inner angles of the bottom of the trapezoids are right angles;

the upper inner angle of the first side surface part II (3201) at the fourth vertical part II (3210) and the upper inner angle of the third side surface part II (3203) at the third vertical part II (3209) are both

The upper inner corner of the second side surface part II (3202) at the second vertical part II (3208) and the upper inner corner of the fourth side surface part II (3204) at the third vertical part II (3209) are both

Four inner angles of the plane part II (3206) are right angles, adjacent angles in the four inner angles of the inclined plane part II (3205) are complementary and opposite angles are equal, and the inner angle at the joint of the inclined plane part II (3205) and the first vertical edge part II (3207) is

(ii) a Wherein alpha is more than or equal to 1 degree and less than or equal to 3 degrees.

5. The assembled inclined drainage chassis for the toilet according to claim 4, wherein: the second decorative surface layer (42) is an oblique parallelepiped, four side edges of which are all vertical to the horizontal plane, and one inner angle of the upper surface of which

6. The assembled inclined drainage chassis for the toilet according to claim 1, wherein: the third aluminum honeycomb panel (33) comprises a bevel part III (3305), a planar part III (3306), a first side part III (3301), a second side part III (3302), a third side part III (3303) and a fourth side part III (3304) which connect the bevel part III (3305) and the planar part III (3306), are vertically connected with the planar part III (3306), and are vertically connected in sequence, wherein the common edge of the first side part III (3301) and the second side part III (3302) is a first vertical edge part III (3307), the common edge of the second side part III (3302) and the third side part III (3303) is a second vertical edge III (3308), the common edge of the third side part III (3303) and the fourth side part III (3304) is a third vertical edge III (3309), and the common edge of the fourth side part III (3304) and the first side part III (3301) is a fourth vertical edge III (3310);

the first straight-side part III (33011) of the first side part III (3301) and the third straight-side part III (33031) of the third side part III (3303) are both l in length₃The lengths of the second straight-side part III (33021) of the second side surface part III (3302) and the fourth straight-side part III (33041) of the fourth side surface part III (3304) are l₄；

The height of the first vertical side part III (3307) is h,

the height of the second vertical side part III (3308) is

The height of the third vertical side part III (3309) is

The fourth vertical side part III (3310) has a height of

The lengths of the first chamfered portion III (33012) of the first side surface portion III (3301) and the third chamfered portion III (33032) of the third side surface portion III (3303) are both

The second chamfered portion III (33022) of the second side surface portion III (3302) and the fourth chamfered portion III (33042) of the fourth side surface portion III (3304) are both long

The first side part III (3301), the second side part III (3302), the third side part III (3303) and the fourth side part III (3304) are all right-angled trapezoids, and two inner angles of the bottom of the trapezoids are right angles;

the upper inner angle of the first side surface part III (3301) at the fourth vertical part III (3310) and the upper inner angle of the third side surface part III (3303) at the third vertical part III (3309) are both

The upper inner angle of the second side part III (3302) at the second vertical part III (3308) and the upper inner angle of the fourth side part III (3304) at the third vertical part III (3309) are both

Four inner angles of the plane part III (3306) are right angles, adjacent angles in the four inner angles of the inclined plane part III (3305) are complementary and opposite angles are equal, and the inner angle at the joint of the inclined plane part III (3305) and the first vertical edge part III (3307) is

(ii) a Wherein alpha is more than or equal to 1 degree and less than or equal to 3 degrees.

7. The assembled inclined drainage chassis for the toilet according to claim 6, wherein: the third decorative layer (43) is an oblique parallelepiped, four side edges of which are all vertical to the horizontal plane, and one inner angle of the upper surface of the third decorative layer

8. The assembled inclined drainage chassis for the toilet according to claim 1, wherein: the fourth aluminum honeycomb panel (34) comprises an inclined plane part IV (3405), a plane part IV (3406), a first side part IV (3401), a second side part IV (3402), a third side part IV (3403) and a fourth side part IV (3404) which connect the inclined plane part IV (3405) with the plane part IV (3406), are vertically connected with the plane part IV (3406) and are sequentially vertically connected with each other, the first side part IV (3401) and the second side part IV (3402) are arranged in a first vertical edge part IV (3407), the second side part IV (3402) and the third side part IV (3403) are arranged in a second vertical edge part IV (3408), the third side part IV (3403) and the fourth side part IV (3404) are arranged in a third vertical edge part IV (3409), and the fourth side part IV (3404) and the first side part IV (3401) are arranged in a fourth vertical edge IV (3410);

the first straight section IV (34011) of the first side section IV (3401) and the third straight section IV (34031) of the third side section IV (3403) are each l in length₄The second straight section IV (34021) of the second side section IV (3402) and the fourth straight section IV (34041) of the fourth side section IV (3404) are both l in length₁；

The first vertical edge portion IV (3407) has a height h,

the height of the second vertical edge part IV (3408) is

The height of the third vertical side part IV (3409) is

The fourth vertical side part IV (3410) has a height of

The first bevel section IV (34012) of the first side section IV (3401) and the third bevel section IV (34032) of the third side section IV (3403) are both long

The second bevel section IV (34022) of the second side section IV (3402) and the fourth bevel section IV (34042) of the fourth side section IV (3404) are both long

The first side surface part IV (3401), the second side surface part IV (3402), the third side surface part IV (3403) and the fourth side surface part IV (3404) are all right-angled trapezoids, and two inner angles of the bottoms of the right-angled trapezoids are right angles;

an upper inner angle of the first side surface portion IV (3401) at the fourth vertical portion IV (3410) and an upper inner angle of the third side surface portion IV (3403) at the third vertical portion IV (3409) are both

The upper internal angle of the second side surface portion IV (3402) at the second vertical portion IV (3408) and the upper internal angle of the fourth side surface portion IV (3404) at the third vertical portion IV (3409) are both

Four inner angles of the plane part IV (3406) are right angles, adjacent angles in the four inner angles of the inclined plane part IV (3405) are complementary and opposite angles are equal, and the inner angle at the joint of the inclined plane part IV (3405) and the first vertical edge part IV (3407) is

(ii) a Wherein alpha is more than or equal to 1 degree and less than or equal to 3 degrees.

9. A fabricated inclined drain pan for toilets according to any one of claims 1-8, characterised in that: the fourth decorative layer (44) is an oblique parallelepiped, four side edges of which are all vertical to the horizontal plane, and one inner angle of the upper surface of which

10. A built-up inclined drain pan for a toilet according to any one of claims 1 to 9, wherein: the facing layer (4) is one of an integral stone plate, a titanium crystal plate and a magnesium oxide plate.

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