CN211257186U - Human engineering toilet bowl - Google Patents

Abstract

The utility model discloses an ergonomic toilet bowl, comprising a main body, the inside integration of main part has turbine device, the turbine die cavity of turbine device lower half is connected with the three-way pipe, the other two of three-way pipe connect basin under the water tank respectively with the pipeline, the capstan winch chamber of first one of turbine device has connect the blow off pipe respectively, and the bedpan, the bedpan upwards links to each other with toilet bowl main part seat face, contained angle portion is equipped with the wash pipe in the bedpan of both contacts, the transition basin that connects basin and wash pipe under the water tank between its two and bedpan and toilet bowl main part links to each other, link to each other with the water tank above the basin under the water tank, water tank the inside is integrated to have water intaking valve and outlet valve device, the higher authority is the tank lid device, be equipped with the lid device on the toilet bowl. The utility model discloses effectively solved prior art, the defecation that causes to the big open-ended seat face in plane does not have to rely on and is unfavorable for borrowing power and relevant muscle to relax the defecation, the water consumption is big, the noise is big, spatters etc..

Description

Human engineering toilet bowl

Technical Field

The utility model relates to the technical field of sanitary wares, especially a defecation facility is used to human bathroom.

Background

The existing toilet is usually designed by a large-opening seat surface at the back half part of a plane, and people sitting on the toilet have no dependence on the left or right of defecation and no back or front leaning, so that the existing toilet is very unfavorable for naturally bending the upper half body forwards and leaning against two legs to squeeze intestinal tracts to achieve the aim of borrowing force like squatting stool, and the comfortable feeling of the stool is greatly reduced; meanwhile, as the rear half part is designed to be larger than the front half part in diameter (the origin of the design is that I guesses that the design is possibly designed by the original designer by fully considering the size of the human hip, but probably neglects the size of the anus so that the design is used till now), the design is not beneficial to the larger supporting surface of the hip, so that people always have the feeling of missing and do not dare to sit on the design; however, the contact surface between the front half part and the thigh is also designed in a round shape, so that the two legs cannot be supported well, and people feel uncomfortable; in addition, human puborectal muscle starts from the lower part of the pubic symphysis and is adjacent to the pubic symphysis, extends backwards and downwards, bypasses the outer side of the prostate, and is in a U shape after the anorectal junction, the left and right musculature are connected to pull the anorectal connecting part to form an anorectal angle, and when defecation occurs, the puborectal muscle relaxes, the anorectal angle is increased, and the defecation is promoted. When puborectalis contracts, the anorectal angle is reduced, and the help is controlled just, and when the defecation of adoption position of sitting was carried out, the anorectal angle was about 80 ~ 90 degrees, and the muscle is only partial to relax, and when the defecation of the appearance of squatting was carried out, the puborectalis muscle relaxed, and anorectal angle can reach 100 ~ 110 degrees, makes the defecation more smooth and easy thorough, but the shank of squatting for a long time can numb and discomfort, and especially the old person moves inconveniently, squats more difficultly. In summary, although long-term use is used to get a good chance, the traditional Chinese medicine is not scientific and comfortable, especially when constipation occurs. But also water-consuming, especially when the "stool" is heavy and hard. The valve port of the water inlet valve is smaller, so that the water pressure is increased, and the noise of water feeding is higher. In addition, the seat surface is far away from the water surface, so splashes are often generated during defecation, which is very embarrassing.

Disclosure of Invention

In order to improve the defects in the prior art that defecation caused by a plane, large-opening, semi-circular or oval seat surface at the front half part is not easy to depend on, the defecation is not easy to borrow, relevant muscles are not easy to relax thoroughly and omnidirectionally, the cellphone or reading is not easy to rely on when the toilet is used, the hip and legs are not easy to support, the water consumption is large, the water feeding noise is large and the like, the utility model discloses the improvement and optimization of a courage are made, the toilet main body is made of aluminum alloy material coated with polytetrafluoroethylene, the adhesion between the defecation and the toilet bowl is reduced to the maximum extent, meanwhile, the occurrence of oxidation rusting is prevented, an angle of 40 degrees is formed on the relative ground with high front part and low back part similar to a 'check mark', the water drop-shaped opening is formed, the rectangular design is adopted, the posture of the toilet bowl is closer to squatting, the gravity center is slightly forward while the upper gravity center is reduced, and improve the gravity center of the leg, make it have a form that draws close naturally with the upper half, reduce the distance of buttock and surface of water, reduce to a certain extent and splash, make the seat circle can have bigger contact area to support at the same time, on the basis of the design form of the seat circle, the seat circle adopts the human engineering principle, has made the design of more laminating buttockss leg curve, let the toilet seat more comfortable, on the basis of the design form of the seat circle, the cover plate has carried on the brief design, only remain preceding eaves, promote the structural strength of the cover plate while making the cover more light, and easy to use, what fix cover plate and seat circle in the seat circle adopts the mode that the vacuum chuck adsorbs in the toilet seat pan main part, not only brief and practical, easy to dismantle and wash, accord with and use the fewest materials, the simplest structure, the spirit of energy saving and environmental protection that reaches better effect, in addition pass through the special turbine structure, by utilizing the principle of hydrodynamics, the flushing is provided, and simultaneously the winch is driven to mince excrement, so that the excrement is easier to be sucked away by siphon force, and the aim of saving water is fulfilled. The size of the valve port of the water inlet valve, the structure of the valve plug and the water inlet valve main body and the size of the floating barrel are improved, so that the purpose of reducing noise is achieved.

The utility model provides a technical scheme that its technical problem adopted is: a human engineering toilet comprises a toilet main body, a turbine device is integrated in the main body, a Y-shaped three-way pipe is connected to a turbine seat cavity at the lower half part of the turbine device, the other two ends of the Y-shaped three-way pipe are respectively connected with a section of pipeline, the other ends of the two pipelines are respectively connected with a water tank lower trough, a winch cavity at the upper half part of the turbine device is respectively connected with a blow-off pipe and a bedpan, the bedpan is upwards connected with a seat surface of the toilet main body, a water flushing pipe is arranged at an included angle part in the bedpan contacted with the bedpan and the toilet main body, the two ends of the water flushing pipe are connected with a transition trough arranged between the bedpan and the toilet main body and used for connecting the water tank lower trough and the water flushing pipe, the upper surface of the water tank lower trough is connected with the water tank, a toilet water inlet valve device, the cover device of the toilet bowl is provided with a cover plate and a seat ring which are fixed on the main body of the toilet bowl by a vacuum suction cup.

According to the human engineering toilet bowl, the main body of the toilet bowl is formed by welding metal materials; the turbine device is characterized in that the turbine device is composed of a turbine, miniature stainless steel bearings respectively arranged above and below a turbine middle shaft, a turbine fixing cover plate is sleeved on the turbine middle shaft, a winch is arranged above the turbine fixing cover plate and screwed on the turbine middle shaft through threads, and the whole turbine device is fixed in a turbine seat cavity through six countersunk head screws by taking the turbine fixing cover plate as a fixing part; one end of the Y-shaped three-way pipe is axially welded to a reserved opening of the turbine seat cavity by taking the front direction and the rear direction of the toilet bowl as the axial direction, and the other two openings of the Y-shaped three-way pipe are respectively welded with a metal pipe communicated with a water tank drainage groove; the Y-shaped three-way pipe is provided with a water outlet opposite to the turbine seat cavity which is used as the axis in the front and back directions of the toilet bowl, and the water outlet is connected with a winch cavity at the upper half part of the turbine device through a transition water tank; the sewage discharge pipe is also axially welded to the preformed hole of the capstan cavity by taking the front and back directions of the toilet bowl as the axial direction, and the other end of the sewage discharge pipe is used for connecting a toilet sewage discharge pipe; water in the water tank enters a water tank water outlet channel through a water outlet valve device of the toilet bowl, flows into two metal pipes, converges into a Y-shaped three-way pipe, enters a turbine seat cavity to push a turbine to rotate anticlockwise, drives a winch on the turbine seat cavity to rub excrement, then enters the winch cavity from a water outlet of the turbine seat cavity, washes excrement and enters a drain pipe, and a water flow acting passage is formed.

Foretell human engineering toilet bowl, the wash pipe, contained angle is the ellipse of type along the seat face of toilet bowl main part and the bedpan in the bedpan that the bedpan formed and welds on toilet bowl main part and bedpan along the situation, wash pipe whole body is towards the bedpan wall face that stands, every 40mm establishes a phi 5 mm's apopore, the water inlet at wash pipe two passes the bedpan from the positive rear portion of bedpan, with the transition basin switch-on behind the bedpan in the water tank basin shape of sewer flow path for wash away the bedpan.

In the ergonomic toilet bowl, the seat surface is a rectangular metal plate with a drop-shaped notch, wherein the front part of the seat surface is higher than the back part of the seat surface, and the back part of the seat surface is lower than the front part of the seat surface, and the floor surface is similar to a check square on a toilet bowl main body and forms an angle of 40 degrees. The water tank is a rectangular cube at the highest position of the toilet main body.

The human engineering toilet bowl water inlet valve device belongs to the existing design, and aims to solve the problem of reducing the water feeding noise, the size of the aperture of the water inlet pipe of the water inlet valve through which tap water passes is adjusted, the aperture of the water inlet pipe of the water inlet valve is consistent with the aperture of the water inlet pipe of the water inlet valve of 15mm, the size and the shape of the water inlet valve plug and the valve plug seat rod are correspondingly adjusted, the pressure of the tap water is more easily dispersed, the size of the floating barrel is increased, the length of the lever driving the water inlet valve plug to move up and down is larger, the downward pressure of the lever on the water inlet valve plug is larger, the effect of offsetting the pressure of the tap water is achieved, and the guide rod, the lever pin shaft and the pull rod of the floating barrel are thickened.

In the above-mentioned ergonomic toilet, the outlet valve is of the existing design and is not functionally improved, and will not be described herein.

Foretell human engineering toilet bowl, the seat circle, the apron of fixing on toilet bowl main part seat surface with vacuum chuck, adopt urea-formaldehyde resin to do the material, use two special design's vacuum chuck, two special design's round pin axle, four special design's axle sleeve, four special design's button spring to mutually support the installation for complete set of subassembly, make seat circle and apron can make axial rotation around two round pin axles respectively and when being 45 degrees and 30 degrees contained angles with ground, present slowly falling effect.

Drawings

The present invention will be further explained with reference to the drawings and examples.

FIG. 1 is a front view of the present invention; FIG. 2 is a rear view; FIG. 3 is a right side view; FIG. 4 is a top view; FIG. 5 is a bottom view; FIG. 6 is an elevational, three-axis view;

FIG. 7 is an exploded view of the assembly of the various component assemblies of the present invention;

FIG. 8 is a front view of the main body of the toilet of the present invention; FIG. 9 is a rear elevational view of the toilet body; FIG. 10 is a right side elevational view of the toilet body;

FIG. 11 is a top view of the main body of the toilet bowl and a schematic cross-sectional view taken along the line A-A of the top view of the main body;

FIG. 12 is an exploded view of the toilet lid assembly of the present invention;

fig. 13 is a front, left and top view of the left torsion spring of the present invention, which can be used in 2.51 left torsion spring for cover plate and 2.52 left torsion spring for seat ring.

Fig. 14 is a front, left and top view of the right torsion spring of the utility model, which can be used in common for 2.61. right torsion spring for cover plate and 2.62. right torsion spring for seat ring.

Fig. 15 is a front view, a sectional view taken along the line a-a of the front view, a sectional view taken along the line B-B of the left side view, and a left side view of the left button spring housing for seat rings according to the present invention 2.81.

Fig. 16 is a front view, a sectional view taken along the line a-a of the front view, a sectional view taken along the line B-B of the left view, of the right torsion spring cover for seat ring according to the present invention 2.82.

Fig. 17 is a front view, a sectional view along a line a-a of the front view, a sectional view along a line B-B of the left side view, and a left side view of the left button spring case for the cover plate according to the present invention 2.71.

Fig. 18 is a front view, a sectional view taken along a front view a-a, a sectional view taken along a left view B-B, and a left view of a right button spring cover for a cover plate of utility model 2.72.

Fig. 19 is the front, left, top and three-axis view measuring view of the vacuum chuck of the present invention, and this component can be used for 2.31. first vacuum chuck, 2.32. second vacuum chuck.

Fig. 20 is a front, left and top view of the pin shaft of the present invention, and the component can be used for the 2.41. first pin shaft, and the 2.42. second pin shaft.

Fig. 21 is an exploded view of the tank lid assembly of the present invention;

FIG. 22 is an exploded view of the water inlet valve assembly of the present invention;

fig. 23 is an exploded view of the outlet valve assembly of the present invention;

fig. 24 is an exploded view of the turbine assembly of the present invention;

in the figure, 1, a toilet main body, 2, a toilet cover device, 3, a toilet water tank cover device, 4, a toilet water inlet valve device, 5, a toilet water outlet valve device and 6, a toilet turbine device;

1.1. the device comprises a turbine seat cavity device, a Y-shaped tee joint 1.2, a left metal pipe 1.3, a flushing pipe 1.4, a water tank lower water tank 1.5, a transition water tank 1.6, a blow-off pipe 1.7, a water tank 1.8 and a bed pan 1.9;

2.1. the novel seat cushion comprises a cover plate, 2.2. a seat ring, 2.31. a first vacuum sucker, 2.32. a second vacuum sucker, 2.41. a first pin shaft, 2.42. a second pin shaft, 2.51. a left button spring for the cover plate, 2.52. a left button spring for the seat ring, 2.61. a right button spring for the cover plate, 2.62. a right button spring for the seat ring, 2.71. a left button spring sleeve for the cover plate, 2.72. a right button spring sleeve for the cover plate, 2.81. a left button spring sleeve for the seat ring, and 2.82. a right button spring sleeve for the seat ring;

4.1. the water inlet valve comprises a water inlet valve inlet pipe, a water inlet valve plug, a valve plug seat rod, a floating barrel guide rod, a floating barrel, a lever pin shaft, a lever, a rotating sleeve, a pull rod, a water inlet valve sealing ring and a water inlet valve fixing nut, wherein the water inlet valve inlet pipe is 4.2, the water inlet valve plug is 4.3, the valve plug seat rod is 4.4, the floating barrel guide rod is 4.5, the floating barrel is 4.6, the lever pin shaft is 4.7, the lever is 4;

6.1. the turbine, 6.2 the first bearing, 6.3 the second bearing, 6.4 the turbine fixed cover plate, 6.5 the first countersunk screw, 6.51 the second countersunk screw, 6.52 the third countersunk screw, 6.53 the fourth countersunk screw, 6.54 the fifth countersunk screw, 6.55 the sixth countersunk screw, and 6.6 the capstan.

Detailed Description

The human engineering toilet comprises a toilet main body 1, a turbine device 6 is integrated in the main body, a turbine seat cavity 1.1 at the lower half part of the turbine device is connected with a Y-shaped three-way pipe 1.2, the other two ends of the Y-shaped three-way pipe 1.2 are connected with a left metal pipe 1.3, the other metal pipe at the opposite direction of the left metal pipe 1.3 is connected at one end, the other ends of the two pipes are respectively connected with a water tank lower water tank 1.5, a winch cavity at the upper half part of the turbine device is respectively connected with a blow-off pipe 1.7 and a bedpan 1.9, the bedpan 1.9 is upwards connected with a toilet main body seat surface, a bedpan inner included angle part contacted with the two is provided with a flushing pipe 1.4, the two ends of the flushing pipe 1.4 are connected with a transition water tank 1.6 which is arranged between the bedpan and the toilet main body and is used for connecting the water tank lower water tank 1.5 and the flushing pipe 1.4, the upper surface of the water tank, a toilet cover device 3 is arranged on a water tank 1.8, a flushing button is integrated on the water tank cover, a toilet cover device 2 is arranged on the seat surface of a toilet main body, the toilet cover device 2 is provided with a cover plate 2.1 and a seat ring 2.2, the first vacuum suction cup 2.31 and the second vacuum suction cup 2.32 are matched with a first pin shaft 2.41, a second pin shaft 2.42, a left button spring 2.51 for the cover plate, a left button spring 2.52 for the seat ring, a right button spring 2.61 for the cover plate, a right button spring 2.62 for the seat ring, a left button spring sleeve 2.71 for the cover plate, a right button spring sleeve 2.72 for the cover plate, a left button spring sleeve 2.81 for the seat ring and a right button spring sleeve 2.82 for the seat ring are adsorbed on the toilet main body 1.

In the human engineering toilet, the toilet main body 1 is formed by welding metal materials; the turbine device is characterized in that a first bearing 6.2 is arranged above a turbine 6.1 and a turbine 6.1 middle shaft, a second bearing 6.3 is arranged below the turbine 6.1 middle shaft, a turbine fixing cover plate 6.4 is sleeved on the first bearing 6.2 in the turbine 6.1 middle shaft, six countersunk holes are uniformly formed in the turbine fixing cover plate 6.4, the turbine fixing cover plate is respectively fixed in a turbine seat cavity device 1.1 through a first countersunk screw 6.5, a second countersunk screw 6.51, a third countersunk screw 6.52, a fourth countersunk screw 6.53, a fifth countersunk screw 6.54 and a sixth countersunk screw 6.55, and a winch 6.6 is arranged above the turbine fixing cover plate 6.4 and screwed on the turbine 6.1 middle shaft in a thread mode; one end of the Y-shaped three-way pipe 1.2 is axially welded to a reserved opening of the turbine seat cavity device 1.1 by taking the front and back directions of the toilet bowl main body 1 as the axial direction, and the other two openings of the Y-shaped three-way pipe 1.2 are respectively welded with a left metal pipe 1.3 which leads to a water tank lower water tank 1.5 and another metal pipe in the opposite direction of the left metal pipe 1.3; a Y-shaped three-way pipe 1.2 is provided with a water outlet opposite to the turbine seat cavity device 1.1 with the front and back directions of the toilet main body 1 as axes, and the water outlet is connected with a winch cavity at the upper half part of the toilet turbine device 6 by a transition water tank; the sewage discharge pipe 1.7 is also axially welded to the preformed hole of the capstan cavity by taking the front and back directions of the toilet main body 1 as the axial direction, and the other end of the sewage discharge pipe is used for connecting a toilet sewage discharge pipe; water in the water tank 1.8 enters the water tank lower water tank 1.5 through the water outlet valve device 5 of the toilet bowl, flows into the left metal pipe 1.3 and the other metal pipe in the opposite direction, converges into the Y-shaped three-way pipe 1.2, enters the turbine seat cavity device 1.1, pushes the turbine 6.1 to rotate anticlockwise, drives the winch 6.6 on the turbine to grind excrement, then enters the transition water tank from the water outlet of the turbine seat cavity device 1.1 opposite to the Y-shaped three-way pipe 1.2 to ascend into the winch cavity, and flushes excrement to enter the drain pipe 1.7 to form a water flow acting passage.

Foretell ergonomic toilet bowl, the wash pipe 1.4, along the interior contained angle of the bedpan that seat surface and bedpan 1.9 of toilet bowl main part 1 formed, take the same place to be oval-shaped and weld on toilet bowl main part 1 and bedpan 1.9, wash pipe 1.4 leads to the body and stands the wall towards bedpan 1.9, every 40mm establishes a phi 5 mm's apopore, the water inlet of wash pipe 1.4 two passes bedpan 1.9 from the positive rear portion of bedpan 1.9, with the transition basin 1.6 of locating behind the bedpan 1.9, put through under the water tank basin 1.5 and form the rivers route for wash out bedpan 1.9.

In the human engineering toilet bowl, the water inlet valve device 4 of the toilet bowl is based on the existing design, in order to achieve the purpose of reducing the noise of water supply, the aperture of tap water passing through the water inlet valve inlet pipe 4.1 is adjusted, the aperture of the water inlet valve inlet pipe 4.1 is consistent with the aperture of the water inlet valve inlet pipe 4.1, the aperture of the water inlet valve inlet pipe 4.1 is 15mm, the size and the shape of the water inlet valve plug 4.2 and the valve plug seat rod 4.3 are correspondingly adjusted, the pressure of the tap water is more easily dispersed, the volume of the floating barrel 4.5 is increased, the length of the lever 4.7 driving the water inlet valve plug 4.2 to move up and down is increased, the downward pressure of the water inlet valve plug 4.2 is increased, the effect of counteracting the pressure of the tap water is achieved, the guide rod 4.4, the lever pin shaft 4.6 and the pull rod 4.9 are thickened, and can be matched with the floating barrel 4.

In the above-mentioned ergonomic toilet, the outlet valve device 5 of the toilet is of the existing design and is not functionally modified, and will not be described herein.

In the ergonomic toilet bowl, the seat ring and the cover plate which are fixed on the seat surface of the toilet bowl body by the vacuum suction cups are made of urea-formaldehyde resin, the vacuum suction cups are used as fixed sockets of the first pin shaft 2.41 and the second pin shaft 2.42, the first vacuum suction cups 2.31 and the second vacuum suction cups 2.32 are designed by adopting the relationship between concave-convex matched key slots and keys based on the functional requirements to establish the respective relative positions, so that the torsion spring hanging grooves on the first pin shaft 2.41 and the second pin shaft 2.42 are vertically upward relative to the ground, the first vacuum suction cups 2.31 and the second vacuum suction cups 2.32 are inserted, the cover plate uses the left torsion spring sleeve 2.71 to insert the first pin shaft 2.41 with the outward orientation of one end provided with the torsion spring hanging groove, the cover plate uses the left torsion spring 2.51 to face the first vacuum suction cup 2.31 with the hook end facing the axis of the cover plate, and vertically insert the torsion spring hanging groove of the first pin shaft 2.41, the first pin shaft 2.41 is inserted in a proper orientation and deformed to fit into the cover plate left torsion spring housing 2.71, both are pushed along the first pin shaft 2.41 to abut against the first vacuum chuck 2.31, and then the assembled combination is inserted into the left rotary wall hole of the cover plate 2.1 in a state where the cover plate 2.51 is pressed and forced while ensuring that the cover plate 2.1 is parallel to the ground, so that the concave-convex keyways of the cover plate left torsion spring housing 2.71 and the left rotary wall hole of the cover plate 2.1 are matched and aligned with the key structure, then the seat ring left torsion spring housing 2.81 is inserted into the first pin shaft 2.41 in an outward orientation with the torsion spring housing groove also opened, and the seat ring left torsion spring 2.52 is inserted into the seat ring spring housing 2.31 in the same manner with the hook end facing toward the first vacuum chuck 2.31 and is inserted into the torsion spring housing 2.41 in a proper orientation with the first pin shaft, and the seat ring spring housing 2.81 is deformed, then, when the assembled combination body ensures that the seat ring 2.2 is parallel to the ground, the left torsion spring 2.52 for the seat ring is in a stressed and forced state, so that the structures of the concave-convex key grooves and the keys of the left torsion spring sleeve 2.81 for the seat ring and the left rotary wall hole of the seat ring 2.2 are mutually matched and inserted into the left rotary wall hole of the seat ring 2.2 to the bottom; because the right and left spare part structures are unanimous, and the assembly relation is the same, and the description is omitted here, and the toilet bowl lid device 2 of assembly, with the vacuum chuck absorption on both sides at toilet bowl main part seat surface relevant position, form a complete bilateral symmetry's rotatable structure, make apron 2.1 and seat circle 2.2 both sides spiral arm can be around first round pin axle 2.41 respectively, second round pin axle 2.42 makes the axial rotation and when being 30 degrees and 45 degrees contained angles with ground, present slowly and descend the effect.

Claims (3)

1. The utility model provides an ergonomic toilet bowl, includes toilet bowl main part (1), toilet bowl lid device (2), toilet bowl tank lid device (3), toilet bowl water intaking valve device (4), toilet bowl outlet valve device (5), the inside integration of toilet bowl main part has turbine device (6), characterized by: a turbine seat cavity (1.1) at the lower half part of a turbine device (6) in the toilet bowl main body is connected with a Y-shaped three-way pipe (1.2), the other two ends of the Y-shaped three-way pipe (1.2) are connected with a left metal pipe (1.3), the other end of the Y-shaped three-way pipe is connected with the other metal pipe at the opposite direction of the left metal pipe (1.3), the other ends of the two pipes are respectively connected with a water tank lower trough (1.5), a winch cavity at the upper half part of the turbine device is respectively connected with a blow-off pipe (1.7) and a bedpan (1.9), the bedpan (1.9) is upwards connected with a seat surface of the toilet bowl main body, a water flushing pipe (1.4) is arranged at an inner corner part of the bedpan contacted with the two ends of the flushing pipe (1.4), the transition trough (1.6) for connecting the water tank lower trough (1.5) and the flushing pipe (1.4) is connected with the toilet bowl lower trough (1.5), the upper surface of the water tank lower trough (1.5) is, there is toilet bowl tank lid device (3) above water tank (1.8), the integration has the bath button above the tank lid, be equipped with toilet bowl lid device (2) above the seat surface of toilet bowl main part, toilet bowl lid device (2) have apron (2.1), seat circle (2.2), both are equipped with first round pin axle (2.41) with first vacuum chuck (2.31) and second vacuum chuck (2.32), second round pin axle (2.42), left button spring (2.51) for the apron, left button spring (2.52) for the seat circle, right button spring (2.61) for the apron, right button spring (2.62) for the seat circle, left button spring cover (2.71) for the apron, right button spring cover (2.72) for the apron, left button spring cover (2.81) for the seat circle, right button spring cover (2.82) for the seat circle, adsorb on toilet bowl main part (1).

2. The ergonomic toilet bowl of claim 1 wherein: the toilet bowl main body (1) is formed by welding metal materials, the turbine device is formed by a turbine (6.1), a first bearing (6.2) is arranged above a middle shaft of the turbine (6.1), a second bearing (6.3) is arranged below the turbine (6.1), a turbine fixing cover plate (6.4) is sleeved on the first bearing (6.2) in the middle shaft of the turbine (6.1), six countersunk holes are uniformly formed in the turbine fixing cover plate (6.4), and the turbine fixing cover plate is respectively fixed in a turbine seat cavity device (1.1) by a first countersunk head screw (6.5), a second countersunk head screw (6.51), a third countersunk head screw (6.52), a fourth countersunk head screw (6.53), a fifth countersunk head screw (6.54) and a sixth countersunk head screw (6.55), and a winch (6.6) is arranged above the turbine fixing cover plate (6.4) and screwed on the middle shaft of the turbine (6.1) in a thread mode; one end of the Y-shaped three-way pipe (1.2) is axially welded to a reserved opening of the turbine seat cavity device (1.1) by taking the front and back directions of the toilet bowl main body (1), and the other two openings of the Y-shaped three-way pipe (1.2) are respectively welded with a left metal pipe (1.3) leading to a water tank drainage tank (1.5) and the other metal pipe in the opposite direction of the left metal pipe (1.3); a Y-shaped three-way pipe (1.2) is arranged opposite to a turbine seat cavity device (1.1) which takes the front and back directions of a toilet main body (1) as axes, and the water outlet is connected with a winch cavity of the upper half part of a toilet turbine device (6) by a transition water tank; the sewage discharge pipe (1.7) is also welded to the preformed hole of the capstan cavity by taking the front and back directions of the toilet bowl main body (1) as the axial direction, and the other end of the sewage discharge pipe is used for connecting a toilet sewage discharge pipe; water in the water tank (1.8) enters a water tank lower water tank (1.5) through a toilet bowl water outlet valve device (5), flows into the left metal pipe (1.3) and the other metal pipe in the opposite direction, converges into the Y-shaped three-way pipe (1.2) and enters into the turbine seat cavity device (1.1), pushes the turbine (6.1) to rotate anticlockwise to drive a winch (6.6) on the turbine to defecate, then rubs excrement from a water outlet of the turbine seat cavity device (1.1) opposite to the Y-shaped three-way pipe (1.2) and enters into a transitional water tank to move upwards to enter into a winch cavity, and then washes excrement to enter a sewage discharge pipe (1.7) to form a water flow acting passage.

3. The ergonomic toilet bowl of claim 1 wherein: the water flushing pipe (1.4) is welded on the toilet body (1) and the bedpan (1.9) along the seat surface of the toilet body (1) and forms an included angle with the bedpan (1.9), the water flushing pipe (1.4) faces the bedpan (1.9) through body and is provided with a water outlet hole with the diameter of 5mm every 40mm, the water inlets at the two ends of the water flushing pipe (1.4) penetrate through the bedpan (1.9) from the rear part of the bedpan (1.9), and the water flushing pipe and the transition water tank (1.6) arranged behind the bedpan (1.9) are communicated with the water tank lower water tank (1.5) to form a water flow passage for flushing the bedpan (1.9).

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