High-flushing-quality-efficiency compartment for toilet

Abstract

The utility model relates to a high-flushing-quality-effect compartment of a toilet. And the flushing quality and efficiency are improved. A front door is arranged on the bottom edge toilet wall of the isosceles triangle toilet room, a horizontal ground or an inclined ground descending from the bottom edge of the isosceles triangle to the vertex angle is arranged on a foundation in the room, a toilet opening is formed in the horizontal ground or the inclined ground along the middle of the symmetry axis of the isosceles triangle, and a floor drain is arranged on the horizontal ground or the inclined ground at the vertex angle of the isosceles triangle. The horizontal ground or the inclined ground above the foundation in the inclined room is an integral floor with a preset toilet opening; and the floor drain is arranged on the integral floor or the split accessory of the integral floor. The foundation in the room is formed by prearranging a peripheral wall clamping groove on a factory prefabricated light concrete base, fixedly arranging a toilet stool and connecting the toilet stool with a bottom buried pipe of a floor drain lower discharge pipe. The device has the advantages of high flushing quality efficiency and space efficiency, and easiness in integral factory prefabrication and assembly type installation.

Description

Technical Field

[0001] The utility model relates to a toilet cubicle, in particular to a toilet cubicle with high flushing efficiency. Background Art

[0002] In existing toilet cubicles, especially in public toilet cubicles, it is inevitable that dirt will be generated on the toilet floor when people use the toilet, such as spills and splashes, dirt sticking to the soles of feet, splashing during flushing, etc. Today, as the cleaning level of toilets is an important symbol of toilet civilization, the existing toilet cubicles that are not easy to flush, waste flushing water and cleaning labor have become a practical problem that needs to be solved urgently. In toilets with better cleaning, people's conscious civilization level when using the toilet is often higher, which makes the solution to the problem of difficult flushing and cleaning of existing toilet cubicles even more urgent. Content of the Utility Model

[0003] The purpose of the utility model is to overcome the above defects of the prior art and provide a toilet cubicle with high flushing efficiency.

[0004] To achieve the above purpose, the toilet cubicle with high flushing efficiency of the utility model is characterized in that a front door is provided on the bottom wall of the isosceles triangle toilet cubicle, a horizontal ground or an inclined ground descending from the bottom of the isosceles triangle to the top angle is provided on the ground inside the cubicle, a toilet bowl opening is provided in the middle along the symmetry axis of the isosceles triangle on the horizontal ground or the inclined ground, and the toilet bowl opening is used to set the pit opening of a squatting toilet or the lower drain pipe for connecting the bottom drain port of a sitting toilet. A floor drain is provided at the top angle of the isosceles triangle on the horizontal ground or the inclined ground. The cubicle can be a toilet cubicle in a public toilet, a toilet cubicle type toilet, an independent toilet cubicle in a public place, a temporary toilet cubicle in a public place, an independent toilet cubicle indoors, etc. The isosceles triangle is a right isosceles triangle or an isosceles triangle close to a right angle. The toilet is a squatting toilet or a sitting toilet. Compared with the existing rectangular toilet cubicle, the isosceles triangle toilet cubicle and its inclined ground or horizontal ground and the floor drain provided at the top angle of the isosceles triangle can significantly reduce space occupation and significantly simplify the ground setting, that is, only a single inclined surface with a higher outer part and a lower inner part is needed to ensure that all the ground water flows accurately and smoothly to the inner end floor drain, and especially there will be no water residue on the ground after flowing water, which can not only significantly reduce the flushing water consumption, but also ensure the flushing efficiency; among them, the horizontal ground is easy to flush towards the floor drain direction, and the inclined ground is easier to flush towards the floor drain direction. The toilet bowl opening is provided in the middle along the symmetry axis of the isosceles triangle on the horizontal ground or the inclined ground, and the floor drain is provided at the top angle of the isosceles triangle, so that it can not only provide sufficient space for people to use the toilet, but also facilitate the setting of the through drain pipe between the toilet and the floor drain. Therefore, it has the advantages of high flushing efficiency and space efficiency, and is easy for overall factory prefabrication and assembled installation.

[0005] As an optimization, the bottom toilet wall is convex. The convex bottom toilet wall can well overcome the drawback of the narrow space at the angle between the two waist walls and the bottom toilet wall, facilitating the movement of the person using the toilet and also providing space for setting and using urinals and washbasins.

[0006] As an optimization, the bottom toilet wall is a convex arc, which is convenient for setting and also convenient for the person using the toilet to move inside; or the outer ends of the two waist walls of an isosceles triangle are connected to a short horizontal bottom toilet wall, and a middle bottom toilet wall with a front door is connected between the two short horizontal bottom toilet walls, which is set in three sections and is conducive to flexible setting.

[0007] As an optimization, the middle bottom toilet wall is a straight wall, which is simple and easy to implement; or a convex arc wall, which is conducive to expanding the space inside the compartment; the short horizontal bottom toilet wall is a vertical short bottom toilet wall perpendicular to the two waist walls of the isosceles triangle, and the vertical short bottom toilet wall is more convenient for setting.

[0008] As an optimization, on the horizontal ground or the inclined ground, opposite sewer outlets are respectively provided near the bottom edges of the two waist sides of the isosceles triangle toilet compartment, or a single-sided sewer outlet is respectively provided near the bottom edge of any one waist side. For the opposite sewer outlets, urinals and washbasins connecting the opposite sewer outlets are respectively provided on the two waist walls of the isosceles triangle toilet compartment, or a washbasin connecting the single-sided sewer outlet is provided on one waist wall of the isosceles triangle toilet compartment. The single-sided sewer outlet and its single-sided washbasin can provide extra activity space for the opposite side. The opposite sewer outlets and their respective urinals and washbasins can provide a toilet compartment with all functions of urination, defecation and washing.

[0009] As an optimization, a dressing table or a dressing table with an attached dressing mirror is provided on the side wall above the washbasin, which can provide conditions for people to reorganize their makeup after using the toilet, ensuring and significantly improving the makeup level of people, especially ladies, when going out; on the horizontal ground or the inclined ground of the isosceles triangle toilet compartment, downward-sloping drainage ditches leading to the floor drain at the top angle of the isosceles triangle are respectively provided on the two waist sides. The concentrated downward drainage of the downward-sloping drainage ditches on the two waist sides can significantly improve the drainage efficiency of the floor flushing sewage. Because the water flow depth of the downward-sloping drainage ditch is large and the sewage discharge capacity is strong, the floor flushing load is significantly reduced. An upward extension edge for enhancing waterproofing is provided on the side of the downward-sloping drainage ditch against the wall.

[0010] As an optimization, the horizontal ground or the inclined ground on the inclined inner foundation is an integral floor with a preset toilet opening; the integral floor or a split accessory of the integral floor is provided with the floor drain. The integral floor is convenient for installation and construction, can better ensure no leakage, is conducive to anti-pollution, is more conducive to avoiding water accumulation, draining the flushing water completely, and is also easier to have anti-slip performance. The integral floor or a split accessory of the integral floor is provided with the floor drain, which is convenient for flexible setting.

[0011] As an optimization, the in - room foundation is a factory - precast lightweight concrete pedestal with peripheral wall slots preset, a toilet fixed, and a buried pipe connecting the toilet and the floor drain down - pipe. The overall floor is an integral waterproof, drainage, and anti - slip floor. The overall floor being an integral waterproof, drainage, and anti - slip floor preferably meets the requirements of being light in weight, having good waterproof, hydrophobic, and anti - slip properties, being conducive to factory construction, having high installation efficiency, and preventing water seepage and leakage. The in - room foundation being a factory - precast lightweight concrete pedestal with peripheral wall slots preset, a toilet fixed, and a buried pipe connecting the toilet and the floor drain down - pipe can play a role in preventing leakage through integral prefabrication, improve the installation quality level, and is also conducive to rapid installation construction, minimizing the impact on the installation construction site environment to the greatest extent.

[0012] As an optimization, on the two waist sides of the isosceles triangle of the factory - precast lightweight concrete pedestal, downward - sloping drainage groove plates leading to the floor drain down - pipe at the apex of the isosceles triangle are respectively fixed; or on the two waist sides of the isosceles triangle of the factory - precast lightweight concrete pedestal, downward - sloping drainage groove plates leading to the floor drain down - pipe at the apex of the isosceles triangle are respectively fixed, and water inlets are respectively arranged near the bottom edge. The water inlets arranged near the bottom edge facilitate connecting the down - pipes of urinals and washbasins. The downward - sloping drainage groove plates can significantly improve the drainage efficiency of the floor flushing sewage through the centralized drainage of the downward - sloping drainage grooves on the two waist sides. Because the water flow depth in the downward - sloping drainage grooves is large and the sewage discharge capacity is strong, the floor flushing load is significantly reduced. An upward - extending edge for enhancing waterproofing is arranged on the side of the downward - sloping drainage groove against the wall.

[0013] As an optimization, relative water inlets are arranged near the bottom edge of the downward - sloping drainage groove; or a single - side water inlet is arranged near the bottom edge of one of the downward - sloping drainage grooves. Urinals and washbasins connecting the relative water inlets are respectively arranged on the two waist - side walls of the isosceles - triangle toilet compartment; or a washbasin connecting the single - side water inlet is arranged on one waist - side wall of the isosceles - triangle toilet compartment. The down - pipe of the floor drain at the apex of the isosceles triangle leads to a central axis sewer arranged along the symmetry axis of the isosceles triangle and connecting the toilet down - drain port, which can simplify the sewer setting and also facilitate sewage discharge. The single - side water inlet and its single - side washbasin can provide additional activity space for the opposite side. The relative water inlets and their respective urinals and washbasins can provide a toilet compartment for all functions of urination, defecation, and washing.

[0014] Among them, the overall waterproof, drainage and anti-slip floor of the toilet compartment in the public toilet is preferably composed of an overall waterproof and hydrophobic floor and an integrated board base. The floor base consists of a peripheral enclosure board slot, a drainage trench board, a drain pipe, a squatting pan or a toilet bowl, and an aerated concrete pedestal. All the above components are integrally cast in the factory, and the toilet bowl and the drain pipe are prefabricated finished products. The overall waterproof and hydrophobic floor is stamped from hard plastic in the factory, with high efficiency and high standardization. All the drainage outlets of the overall waterproof and hydrophobic floor are provided with downward extending pipe heads that extend into the drainage outlets of the floor base, completely eliminating the leakage phenomenon. Installation work process: install the floor base, adjust the floor base to meet the inclination requirements, install the peripheral enclosure board, install the overall waterproof and hydrophobic floor, install the urinal and washbasin, etc. All the above components are completed in the factory, with high installation efficiency. While preventing ground water seepage, it also significantly reduces the interference to the construction environment.

[0015] After adopting the above technical solution, the high-flushing-efficiency compartment of the utility model toilet has the advantages of high flushing efficiency and space efficiency, and is easy for overall factory prefabrication and assembled installation. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 is a top view structural schematic diagram of the state of the toilet bowl and the enclosure board to be installed in the first embodiment of the high-flushing-efficiency compartment of the utility model toilet. Figure 2 is a top view structural schematic diagram of the state of the urinal and the washbasin to be installed in the first embodiment of the high-flushing-efficiency compartment of the utility model toilet. Figure 3 is a top view structural schematic diagram of the state of the urinal and the washbasin to be installed in the second embodiment of the high-flushing-efficiency compartment of the utility model toilet. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0017] Example 1, as Figure 1-2As shown in the figure, the high-flushing-efficiency compartment of the utility model toilet is a toilet compartment with an isosceles triangle shape. The bottom toilet wall 4 at the base of the isosceles triangle toilet compartment is provided with a front door 40. On the ground inside the compartment, there is an inclined floor 1 that descends from the base of the isosceles triangle towards the apex, or it can also be a horizontal floor. The inclined floor 1 (or it can be a horizontal floor) is provided with a pit opening 2 for installing a squat toilet along the middle of the axis of symmetry of the isosceles triangle, or it can be a toilet or a lower drain pipe for connecting to the bottom drain port of a toilet bowl. The inclined floor 1 (or it can be a horizontal floor) is provided with a floor drain 3 at the apex of the isosceles triangle. The compartment can be a toilet compartment in a public toilet, a toilet cubicle, an independent toilet cubicle in a public place, a temporary toilet cubicle in a public place, an independent toilet cubicle indoors, etc. The isosceles triangle is a right-angled isosceles triangle or an isosceles triangle close to a right angle. The toilet is a squat toilet or a toilet bowl. Compared with the existing rectangular toilet compartment, the isosceles triangle toilet compartment, its inclined floor and horizontal floor, and the floor drain at the apex of the isosceles triangle can significantly reduce space occupation and significantly simplify the floor setting. That is, only a single inclined plane with an outer high and inner low design can ensure that all the water on the floor accurately and smoothly flows towards the inner floor drain, and especially there will be no water residue on the floor after flowing water. This can not only significantly reduce the flushing water consumption but also ensure the flushing efficiency; among them, the horizontal floor is easier to flush towards the floor drain direction, and the inclined floor is even easier to flush towards the floor drain direction. The horizontal floor or the inclined floor is provided with a toilet opening along the middle of the axis of symmetry of the isosceles triangle, and the floor is provided with a floor drain at the apex of the isosceles triangle, which can not only provide sufficient toilet space for people but also facilitate the setting of the through drainage pipeline between the toilet and the floor drain. Therefore, it has the advantages of high flushing efficiency and space efficiency, and is easy for overall factory prefabrication and assembled installation.

[0018] Specifically, the bottom toilet wall 4 is convex. The bottom toilet wall 4 is convex arc-shaped.

[0019] Specifically, the inclined floor 1 (or it can be a horizontal floor) is respectively provided with opposite drain outlets 10 near the base of the two waist sides of the isosceles triangle toilet compartment, or it can also be provided with single-sided drain outlets near the base of any one waist side; Opposite drain outlets are respectively provided with urinals and washbasins communicating with the opposite drain outlets 10 on the two waist walls of the isosceles triangle toilet compartment, or a washbasin communicating with the single-sided drain outlet is provided on one waist wall of the isosceles triangle toilet compartment.

[0020] More specifically, a dressing table or a dressing table with an attached dressing mirror is provided on the side wall above the washbasin; The inclined floor 1 (or it can be a horizontal floor) is respectively provided with downward-sloping drainage ditches 11 leading to the floor drain 3 at the apex of the isosceles triangle on the two waist sides of the isosceles triangle toilet compartment.

[0021] More specifically, the sloping ground 1 (which can also be a horizontal ground) above the foundation within the compartment serves as the overall floor for the preset toilet opening; the floor drain 3 is provided on the overall floor or the split accessories of the overall floor. The sloping ground 1 (which can also be a horizontal ground) above the foundation within the compartment serves as the installation pit opening 2 for the preset squat toilet, or can also be the toilet connection opening. The overall floor for the squat toilet 20 is provided on the installation pit opening 2. The foundation within the compartment is a lightweight concrete foundation. The lightweight concrete base layer is an aerated concrete base layer. The overall floor is an overall waterproof, drainage, and anti-slip floor. The foundation within the compartment is a factory precast lightweight concrete pedestal with a preset peripheral wall slot 12 and a buried pipe for fixing the toilet and connecting the toilet and the floor drain downpipe, and the overall floor is an overall waterproof, drainage, and anti-slip floor.

[0022] On both waist sides of the isosceles triangle of the overall floor, there are respectively provided lower inclined drainage groove plates 11 leading to the floor drain 3 at the apex of the isosceles triangle, and water outlets are respectively provided near the bottom edge to facilitate connecting the downpipes of the urinal and the washbasin; it can also be that only the lower inclined drainage groove plates are provided on both waist sides of the isosceles triangle of the overall floor leading to the floor drain at the apex of the isosceles triangle. Opposite water outlets 10 are provided near the bottom edge of the lower inclined drainage groove plate 11, or it can also be that a single-sided water outlet is provided near the bottom edge of one of the lower inclined drainage grooves. Urinals and washbasins communicating with the opposite water outlets 10 are respectively provided on both waist walls of the isosceles triangle toilet compartment; it can also be that a washbasin communicating with the single-sided water outlet is provided on one waist wall of the isosceles triangle toilet compartment; the downpipe of the floor drain 3 at the apex of the isosceles triangle leads to the central axis sewer 5 arranged along the symmetry axis of the isosceles triangle to connect and lead to the lower discharge port of the squat toilet 20. An upper extension edge 110 for enhancing waterproofing is provided on the side of the lower inclined drainage groove 11 against the wall.

[0023] Embodiment 2, as Figure 3 shown, the difference between the high-flushing efficiency compartment of the toilet of the present utility model and the above Embodiment 1 is that the outer ends of the two waist walls of the isosceles triangle of the bottom toilet wall lead to the short transverse toilet walls 41 at the bottom, and the bottom middle toilet wall 42 with the front door 40 is connected between the two short transverse toilet walls 41 at the bottom. The bottom middle toilet wall 42 can be a straight wall or an outwardly convex arc wall; the short transverse toilet walls 41 at the bottom are the bottom vertical short toilet walls perpendicular to the two waist walls of the isosceles triangle.

[0024] In summary, the high-flushing efficiency compartment of the toilet of the present utility model has the advantages of high flushing efficiency and space efficiency, and is easy for overall factory prefabrication and assembly installation.

Claims

1. A toilet high flushing quality efficiency cubicle, characterized in that: A front door is arranged on the bottom wall of the isosceles triangle toilet room, a horizontal floor or an inclined floor descending from the bottom to the top angle of the isosceles triangle is arranged on the foundation of the room, a toilet opening is arranged on the horizontal floor or the inclined floor along the middle of the symmetry axis of the isosceles triangle, and a floor drain is arranged on the horizontal floor or the inclined floor at the top angle of the isosceles triangle.

2. The high flushing efficiency toilet cubicle according to claim 1 is characterized in that: The bottom toilet wall is convex.

3. The high flushing efficiency toilet cubicle according to claim 2 is characterized in that: The bottom toilet wall is an outwardly convex arc or an isosceles triangle, and the outer ends of the two side walls are connected to the bottom transverse short toilet wall, and the two bottom transverse short toilet walls are connected to the bottom middle toilet wall with the front door.

4. The high flushing efficiency toilet cubicle according to claim 3 is characterized in that: The middle toilet wall of the bottom edge is a straight wall or an outward convex arc wall; the horizontal short toilet wall of the bottom edge is a vertical short toilet wall of the bottom edge that is perpendicular to the two side walls of the isosceles triangle.

5. The high flushing efficiency toilet cubicle according to claim 1 is characterized in that: The horizontal ground or inclined ground is respectively provided with relative drains near the bottom edges of the two waist sides of the isosceles triangle toilet room, or a single-sided drain is respectively provided near the bottom edge of any waist side. The relative drains are respectively provided with urinals and washbasins connected to the relative drains on the two waist walls of the isosceles triangle toilet room, or a washbasin connected to the single-sided drain is provided on one waist wall of the isosceles triangle toilet room.

6. The high flushing efficiency toilet cubicle according to claim 5, characterized in that: A dressing table or a dressing table with a dressing mirror is arranged on the side wall above the wash basin; the horizontal ground or the inclined ground is respectively provided with downward sloping drainage ditches leading to the floor drain at the top corner of the isosceles triangle on the two sides of the isosceles triangle toilet room.

7. The high flushing efficiency toilet cubicle according to claim 1 is characterized in that: The horizontal ground or the inclined ground above the foundation in the inclined room is an integral floor with a preset toilet opening; the floor drain is arranged on the integral floor or a split attachment of the integral floor.

8. The high flushing efficiency toilet cubicle according to claim 7 is characterized in that: The foundation of the room is a factory-prefabricated lightweight concrete base with preset peripheral wall slots and a fixed toilet as well as buried pipes connecting the toilet and the floor drain. The integral floor is an integral waterproof, drainage and anti-slip floor.

9. The high flushing efficiency toilet cubicle according to claim 7, characterized in that: The two sides of the isosceles triangle of the factory-prefabricated lightweight concrete base are respectively fixed with downward sloping drainage ditch plates leading to the floor drain downpipe at the top corner of the isosceles triangle; or the two sides of the isosceles triangle of the factory-prefabricated lightweight concrete base are respectively fixed with downward sloping drainage ditch plates leading to the floor drain downpipe at the top corner of the isosceles triangle, and drain outlets are respectively arranged near the bottom edge.

10. The high flushing efficiency toilet cubicle according to claim 9, characterized in that: A relative drain outlet is arranged near the bottom edge of the downward sloping drainage ditch plate, or a single-sided drain outlet is arranged near the bottom edge of one of the downward sloping drainage ditches, and a urinal and a washbasin connected to the relative drain outlet are respectively arranged on the two side walls of the isosceles triangle toilet; or a washbasin connected to the single-sided drain outlet is arranged on one side wall of the isosceles triangle toilet; the floor drain downpipe at the top angle of the isosceles triangle is connected to the bottom edge of the isosceles triangle and is connected to the central axis sewer arranged along the symmetry axis of the isosceles triangle.

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