WO2018028016A1 - 一种具有压力冲水系统的节水型无水箱座便器及其组装方法 - Google Patents
一种具有压力冲水系统的节水型无水箱座便器及其组装方法 Download PDFInfo
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- WO2018028016A1 WO2018028016A1 PCT/CN2016/098677 CN2016098677W WO2018028016A1 WO 2018028016 A1 WO2018028016 A1 WO 2018028016A1 CN 2016098677 W CN2016098677 W CN 2016098677W WO 2018028016 A1 WO2018028016 A1 WO 2018028016A1
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- WIPO (PCT)
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- water
- pressure
- flushing
- toilet seat
- tank
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- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03D—WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES; FLUSHING VALVES THEREFOR
- E03D11/00—Other component parts of water-closets, e.g. noise-reducing means in the flushing system, flushing pipes mounted in the bowl, seals for the bowl outlet, devices preventing overflow of the bowl contents; devices forming a water seal in the bowl after flushing, devices eliminating obstructions in the bowl outlet or preventing backflow of water and excrements from the waterpipe
- E03D11/02—Water-closet bowls ; Bowls with a double odour seal optionally with provisions for a good siphonic action; siphons as part of the bowl
- E03D11/06—Bowls with downwardly-extending flanges for the sake of flushing
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- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03D—WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES; FLUSHING VALVES THEREFOR
- E03D3/00—Flushing devices operated by pressure of the water supply system flushing valves not connected to the water-supply main, also if air is blown in the water seal for a quick flushing
- E03D3/10—Flushing devices with pressure-operated reservoir, e.g. air chamber
Definitions
- the invention relates to a water-saving type waterless toilet seat having a pressure flushing system.
- the toilet generally includes a toilet seat and a water tank.
- a water inlet and outlet valve is installed in the water tank to flush the toilet.
- the common flushing system utilizes the gravity principle, that is, the potential energy of the water is converted into the kinetic energy of the water to flush the toilet;
- the flushing system consumes a large amount of water, and the water tank must be raised to a certain height, so the space occupied by the bathroom is large, the installation is relatively bulky, and the logistics and transportation are also very inconvenient;
- the toilet seat is powerfully flushed, but the required water tank is large in size, the water saving advantage is not obvious, the noise is too large to be promoted to the household market when flushing; and the utility model patent CN201220475634.9 has pressure flushing.
- the toilet of the device the air storage pressure tank is placed in the back settling tank of the toilet seat (there is no water in the water tank), the outlet of the drain valve is connected with a curved pipe with a reduced cross section, and the outlet of the curved pipe is connected to the toilet seat.
- the elbow can produce a certain siphon effect when flushing.
- the disadvantage of this design is that the entire flushing system needs to be occupied.
- the larger tank space (although no water is present) makes the entire toilet seat bulky and has a greater risk of blasting.
- the technical solution of the present invention is: a water-saving type waterless toilet seat with a pressure flushing system, comprising a separate toilet seat, wherein the independent toilet seat is not provided with an independent water storage tank or a built-in water storage tank integrally formed with the independent toilet seat
- the independent toilet seat is provided with a water-saving flushing system which is connected with the water supply system and has pressure storage, and the water outlet end of the flushing system is connected with the water inlet of the independent toilet seat, and the independent toilet seat is There is also a drain outlet for connecting the drained dirt.
- the bottom of the independent toilet seat is provided with a bottom plate connected to the two side walls of the independent toilet seat, and the front and rear sides of the bottom plate are respectively connected with front and rear side plates connected to the two side walls of the independent toilet seat.
- the bottom plate, the front side plate and the rear side plate cooperate to form a chamber, and the flushing system is installed in the chamber.
- the water-saving flushing system is disposed on the bottom, the back or the side of the toilet seat, and the water inlet of the independent toilet seat is disposed on the rear sidewall of the separate toilet seat draining chamber.
- the flushing system comprises a water-gas mixed pressure flushing component with compressed air inside, and the water inlet end of the water-gas mixed pressure flushing component is connected with a voltage stabilizing device for ensuring safe operation of the flushing system, and the water-gas mixed pressure flushing component The outlet end is connected with a flush valve mechanism for controlling the water-air mixing pressure flushing assembly to release the water flow to flush the separate toilet seat.
- the voltage stabilizing device includes a pressure reducing valve connected to the water supply system for forming a regulated water flow, and the water outlet end of the pressure reducing valve is connected with a safety pressure relief valve having a safety threshold greater than a safety threshold of the pressure reducing valve.
- the outlet end of the safety relief valve is connected to the inlet end of the water-air mixing pressure flushing assembly.
- the water-gas mixed pressure flushing assembly includes a pressure tank having a longitudinal direction parallel to the ground or a plurality of longitudinal directions parallel to the ground and connected in series or in parallel;
- the flushing valve mechanism includes an adjustable flow flushing valve, The valve body of the flushing valve is vertically disposed with a waterway release rod extending into the flushing valve to complete the release of water flow.
- the pressure tank includes a pressure cover and a circular tubular pressure barrel, and the pressure cover is connected with the pressure barrel body to form a closed cavity for storing compressed air and water, and the pressure cover is provided with a water inlet and The water inlet, the water inlet and the water outlet are respectively located below the horizontal center line of the pressure cover, and the water inlet and the water outlet are connected, and the outer circumference of the pressure barrel is axially spaced apart with an annular reinforcing rib.
- the pressure cover and the pressure barrel body are screwed or snap-connected, and a metal protective cover or a plastic protective cover is further disposed on the outer side of the pressure barrel; or the pressure cover and the pressure barrel are connected by welding.
- the pressure barrel is provided with a partition plate for dividing the area into a plurality of areas, and a metal protective cover or a plastic protective cover is further disposed on the outer side of the pressure barrel.
- the water-gas mixed pressure flushing assembly comprises two pressure tanks whose longitudinal direction is parallel to the ground and is superposed on top and bottom.
- the two pressure tanks are locked and fixed by a hoop, and one side of the pressure tank is respectively arranged to meet with the water inlet.
- the water inlet of the tube is connected, and the other side of the pressure tank is respectively provided with a water outlet which is connected with the water outlet tube to realize parallel connection of the two pressure tanks, and the pressure tank is further provided with an annular reinforcing rib at intervals along the outer circumference of the axial direction.
- the water-gas mixed pressure flushing assembly comprises an upper cover body and a lower cover body, wherein the upper cover body lower cover body is connected to form a square pressure tank for storing compressed air and water, and the upper cover body side is provided with The water inlet connected to the pressure regulating device, and the other side of the upper cover body is provided with a water outlet connected to the flushing valve mechanism.
- a method for assembling a water-saving type waterless toilet with a pressure flushing system the steps are as follows:
- the release lever is coupled to a flush button disposed on the separate toilet seat.
- the present invention has the following advantages:
- the toilet system is a waterless toilet, the pressure flushing system is hidden in the bottom of the toilet seat or the back, and does not need a water tank for storing water, which can greatly save space, greatly reduce the volume and length of the toilet, and maximize the air storage. Ability to reduce material and transportation costs at the same time;
- the pressure rinsing system maximizes the use of the compressed air pressure principle, increases the double force area, can generate more thrust to the water flow, and a pressure reducing valve with a pressure reducing function at the inlet end will enter the pressure tank.
- the water pressure is reduced and stabilized within the safe value, and the effect of the high-pressure water supply on the change of the system flushing amount is better reduced, and the real water-saving function is realized;
- the pressure flushing system is provided with one or several safety relief valves at the water inlet end.
- the safety relief valve begins to work. Water, so that the water pressure in the pressure tank does not exceed the rated value, to ensure that the system is always working under safe pressure;
- the cylindrical pressure tank can withstand 3.5MPA water pressure according to fluid mechanics and material mechanics calculation. Even if the front pressure relief valve and safety relief valve are all invalid, the system is very safe because of the pressure capacity of 3.5MPA. Can meet all the sanitary standards in the world (and other similar pressure tanks on the market are generally close to rectangular or oblong, with a pressure capacity of about 1.2MPA, still have a large risk of blasting);
- the pressure tank is preferably designed such that the plastic can body and the plastic can lid are integrally assembled by thread or snap-fit, which facilitates the injection molding of the mold, does not require the use of a welding process, greatly reduces the disadvantages of the production process, and avoids the disadvantages. Poor welding of the tank body reduces the safety factor of the bearing;
- the protective cover of the outside of the pressure tank is preferably provided. When the pressure tank is accidentally blasted with a small probability, it can play a buffering role, further improving the safety factor of the system;
- the flushing valve connecting the water inlet of the toilet seat has an automatic delay closing flushing function and a water filling function, and the preset flushing amount can be obtained.
- the water seal can be resumed after the siphon flushing is completed to restore the water seal of the toilet seat;
- the flushing valve is preferably provided with a water volume adjusting knob. When the water pressure is low, the knob can be adjusted to increase the flushing amount, thereby maximizing the applicable environment of the system and facilitating the market promotion of the product;
- the high pressure water in the pressure tank of the flushing system passes through a long pipe and then flushes into the toilet seat when the release, avoiding the large noise generated by the conventional pressure flushing toilet directly rushing the high pressure water to the toilet seat. Not only for the commercial market, but also for the home market, it has great marketing potential.
- Figure 1 is a schematic view of the structure of the present invention
- Figure 2 is a side view of the present invention
- FIG. 3 is a schematic structural view of a flushing system according to an embodiment of the present invention.
- Figure 4 is a schematic view showing the structure of a pressure tank with a protective cover according to the present invention.
- Figure 5 is a cross-sectional view of Figure 4 of the present invention.
- Figure 6 is a schematic view showing the exploded state of the pressure tank of the present invention.
- Figure 7 is a schematic exploded view showing another structure of the pressure tank of the present invention.
- Figure 8 is a schematic structural view of a pressure cover of the present invention.
- FIG. 9 is a schematic structural view of a flushing system according to Embodiment 2 of the present invention.
- Figure 10 is a schematic structural view of a three-flushing system according to an embodiment of the present invention.
- Figure 11 is a schematic structural view of a pressure tank according to a fourth embodiment of the present invention.
- Figure 12 is a schematic structural view of a fifth flushing system according to a fifth embodiment of the present invention.
- Figure 13 is a side elevational view of a fifth flushing system of the embodiment of the present invention.
- Figure 14 is a schematic structural view of a sixth flushing system according to an embodiment of the present invention.
- Figure 15 is an exploded perspective view of the flushing system of the embodiment of the present invention.
- Figure 16 is a schematic structural view of Embodiment 7 of the present invention.
- Figure 17 is a schematic structural view of a flushing system according to Embodiment 7 of the present invention.
- Embodiment 1 refers to FIG. 1 to FIG. 8
- a water-saving type waterless toilet seat with a pressure flushing system comprising a separate toilet seat 100, the independent toilet seat is not provided with a separate water storage tank or a built-in water storage tank integrally formed with the independent toilet seat, and a toilet seat of the independent toilet seat a water-saving flushing system 200 having a water inlet end connected to the water supply system and having a pressure storage device, the water outlet end of the flushing system being connected to the water inlet 101 of the independent toilet seat, wherein the bottom, the back or the side portion is connected A separate drain port 102 for draining dirt is also disposed in the separate toilet seat.
- the above pressure storage is air storage.
- the bottom of the independent toilet seat is provided with a bottom plate 106 connected to the two side walls of the independent toilet seat, and the front and rear sides of the bottom plate are respectively connected with a front side plate 107 connected to the two side walls of the independent toilet seat.
- a rear side panel 108, the front side panel is located at a rear side of the outer side panel of the toilet seat, and the bottom panel, the front side panel and the rear side panel cooperate to form a chamber 110 for storing water leakage, and the flushing system is installed in the chamber In order to store the water leaking from the toilet seat or the flushing system to prevent water marks from appearing on the bottom plate.
- the upper portion of the rear side of the toilet is further provided with a movable removable upper cover 103.
- the water inlet of the independent toilet seat is disposed on the rear side wall of the separate toilet seat drain chamber 109, and the drain outlet is disposed at the lower portion of the drain chamber and passes through the S-type flushing elbow 104 having a siphon function.
- the lower part of the separate toilet seat is disposed on the rear side wall of the separate toilet seat drain chamber 109, and the drain outlet is disposed at the lower portion of the drain chamber and passes through the S-type flushing elbow 104 having a siphon function.
- the flushing system includes a water-air mixed pressure flushing assembly 210 having compressed air inside, and the water inlet end of the water-gas mixed pressure flushing component is connected with a voltage stabilizing device 300 for ensuring safe operation of the flushing system, water and gas.
- the water outlet end of the mixed pressure flushing assembly is connected with a flushing valve mechanism 400 for controlling the water and gas mixing pressure flushing assembly to release the water flow to flush the independent toilet seat, so as to provide stability for the toilet seat. Pressure water flow.
- the flushing valve mechanism is connected to the water inlet of the toilet seat via the elbow 401.
- the voltage stabilizing device includes a pressure reducing valve 310 connected to the water supply system for forming a regulated water flow, and the water outlet end of the pressure reducing valve is connected via a connecting hose 330 with a safety threshold greater than that of the pressure reducing valve.
- a threshold safety relief valve 320 is provided to safely reverse the flow of water during failure of the pressure relief valve to ensure that the pressure flushing system components are not damaged.
- the water outlet end of the safety relief valve is connected to the water inlet end of the water-air mixing pressure flushing assembly to deliver a water flow such as a stable pressure.
- the safety relief valve is composed of a one-way valve and a supplemental valve, and the inlet end of the pressure reducing valve is connected with an angle valve 340 connected to the inlet pipe to control the opening and closing of the waterway.
- the water-gas mixed pressure flushing assembly includes a pressure tank 220 having a longitudinal direction parallel to the ground.
- the pressure tank is preferably designed as a plastic pressure tank, and includes a pressure cover 221 and a circular tubular pressure barrel 222. .
- the pressure cap and the pressure barrel are screwed, snap-fitted or welded to form a closed cavity for storing compressed air and water, and the pressure cover is provided with an inlet pipe 223 and an outlet pipe 224, an inlet pipe and a water outlet.
- the water pipe is vertical, the water outlet 225 outputted from the pressure tank is disposed below the horizontal center line of the pressure cover, and the water inlet 226 of the water inlet pressure tank is located below the horizontal center line 235 of the pressure cover and is out
- the nozzles are connected, that is, the water inlet and the water outlet share a port that opens into the pressure tank to ensure sufficient water flow into the toilet seat.
- the outlet pipe is connected to the flush valve mechanism via the water outlet pipe 230.
- An annular reinforcing rib 227 is disposed at an outer circumference of the pressure barrel in the axial direction.
- a metal protective cover or a plastic protective cover 228 is also disposed outside the pressure tank.
- the flushing valve mechanism includes an adjustable flow rate flushing valve 410, and the tubular valve body of the flushing valve is vertically disposed with a waterway release rod 411 extending into the flushing valve to complete the release of water flow.
- the other end of the waterway release lever is coupled to a button 111 disposed on the toilet seat, the button being disposed on the upper cover or the side wall of the toilet seat.
- the flushing valve is a flushing valve with an automatic delayed closing flushing function and a hydrating function.
- the pressure barrel is also provided with a partitioning plate 229 for dividing it into a plurality of areas to increase the strength of the pressure tank.
- Embodiment 2 refers to FIG. 4 to FIG. 9
- a water-saving type waterless toilet seat with a pressure flushing system comprising a separate toilet seat 100, the independent toilet seat is not provided with a separate water storage tank or a built-in water storage tank integrally formed with the independent toilet seat, and a toilet seat of the independent toilet seat
- the bottom, back or side of the seat is provided with a water inlet connected to the water supply system and has a pressure storage
- the water-saving flushing system 200 is capable of connecting the water outlet end of the flushing system to the water inlet 101 of the independent toilet seat, and the separate toilet seat is further provided with a sewage outlet 102 connecting the draining dirt.
- the bottom of the independent toilet seat is provided with a bottom plate 106 connected to the two side walls of the independent toilet seat, and the front and rear sides of the bottom plate are respectively connected with a front side plate 107 connected to the two side walls of the independent toilet seat.
- a rear side panel 108, the front side panel is located at a rear side of the outer side panel of the toilet seat, and the bottom panel, the front side panel and the rear side panel cooperate to form a chamber 110 for storing water leakage, and the flushing system is installed in the chamber In order to store the water leaking from the toilet seat or the flushing system to prevent water marks from appearing on the bottom plate.
- the upper portion of the rear side of the toilet is further provided with a movable removable upper cover 103.
- the water inlet of the independent toilet seat is disposed on the rear side wall of the separate toilet seat drain chamber 109, and the drain outlet is disposed at the lower portion of the drain chamber and passes through the S-type flushing elbow 104 having a siphon function.
- the lower part of the separate toilet seat is disposed on the rear side wall of the separate toilet seat drain chamber 109, and the drain outlet is disposed at the lower portion of the drain chamber and passes through the S-type flushing elbow 104 having a siphon function.
- the flushing system includes a water-air mixed pressure flushing assembly 210 having compressed air inside, and the water inlet end of the water-gas mixed pressure flushing component is connected with a voltage stabilizing device 300 for ensuring safe operation of the flushing system, water and gas.
- a flush valve mechanism 400 for controlling the water-air mixing pressure flushing assembly to release the water flow flushing the separate toilet seat is coupled to the water outlet end of the mixed pressure flushing assembly to provide a steady pressure water flow to the toilet seat.
- the voltage stabilizing device includes a pressure reducing valve 310 connected to the water supply system for forming a regulated water flow, and the water outlet end of the pressure reducing valve is connected with a safety pressure relief with a safety threshold greater than a safety threshold of the pressure reducing valve.
- the valve 320 has a water outlet end connected to the water inlet end of the water-air mixing pressure rinsing assembly for outputting a water flow such as a stable pressure.
- the water-gas mixed pressure flushing assembly comprises two dry pressure tanks 220 whose longitudinal direction is parallel to the ground and connected in series.
- the two pressure tanks are horizontally disposed, and one of the pressure tanks is provided with a voltage stabilizer.
- An inlet pipe 223, the outlet pipe 224 of one of the pressure tanks is connected to the inlet pipe of the other pressure tank via a connecting pipe 236, and the outlet pipe of the other pressure tank is connected to the flushing valve mechanism via the water outlet pipe 230, thereby Form a series.
- the pressure tanks respectively include a pressure cover 221 and a circular tubular pressure barrel 222, and the pressure cover and the pressure barrel are screwed, snap-fitted or welded to form a closed seal for storing compressed air and water.
- a cavity the inlet pipe and the outlet pipe are respectively disposed on the pressure cover, the inlet pipe and the outlet pipe are perpendicular, and the water outlet 225 outputted from the pressure tank from the pressure tank is disposed below the horizontal center line of the pressure cover, Influent
- the water inlet 226 of the tube input pressure tank is located below the horizontal centerline of the pressure cap and is in communication with the water outlet.
- the outer circumference of the pressure barrel is axially spaced apart from the annular reinforcing rib 227, and a metal protective cover or a plastic protective cover 228 is disposed outside the pressure tank.
- the flushing valve mechanism includes an adjustable flow rate flushing valve 410, and the waterway releasing rod 411 extending into the flushing valve to complete the release of the water flow is vertically disposed on the valve body of the flushing valve, the waterway The other end of the release lever is coupled to a button 111 provided on the toilet seat.
- the flushing valve is a flushing valve with an automatic delayed closing flushing function and a hydrating function.
- the pressure barrel is also provided with a partitioning plate 229 for dividing it into a plurality of areas to increase the strength of the pressure tank.
- Embodiment 3 refers to FIG. 4 to FIG. 8 and FIG. 10
- a water-saving type waterless toilet seat with a pressure flushing system comprising a separate toilet seat 100, the independent toilet seat is not provided with a separate water storage tank or a built-in water storage tank integrally formed with the independent toilet seat, and a toilet seat of the independent toilet seat a water-saving flushing system 200 having a water inlet end connected to the water supply system and having a pressure storage device, the water outlet end of the flushing system being connected to the water inlet 101 of the independent toilet seat, wherein the bottom, the back or the side portion is connected A separate drain port 102 for draining dirt is also disposed in the separate toilet seat.
- the bottom of the independent toilet seat is provided with a bottom plate 106 connected to the two side walls of the independent toilet seat, and the front and rear sides of the bottom plate are respectively connected with a front side plate 107 connected to the two side walls of the independent toilet seat.
- a rear side panel 108, the front side panel is located at a rear side of the outer side panel of the toilet seat, and the bottom panel, the front side panel and the rear side panel cooperate to form a chamber 110 for storing water leakage, and the flushing system is installed in the chamber In order to store the water leaking from the toilet seat or the flushing system to prevent water marks from appearing on the bottom plate.
- the upper portion of the rear side of the toilet is further provided with a movable removable upper cover 103.
- the water inlet of the independent toilet seat is disposed on the rear side wall of the separate toilet seat drain chamber 109, and the drain outlet is disposed at the lower portion of the drain chamber and passes through the S-type flushing elbow 104 having a siphon function.
- the lower part of the separate toilet seat is disposed on the rear side wall of the separate toilet seat drain chamber 109, and the drain outlet is disposed at the lower portion of the drain chamber and passes through the S-type flushing elbow 104 having a siphon function.
- the flushing system includes a water-air mixed pressure flushing assembly 210 having compressed air inside, and the water inlet end of the water-gas mixed pressure flushing component is connected with a voltage stabilizing device 300 for ensuring safe operation of the flushing system, water and gas.
- a flush valve mechanism 400 for controlling the water-air mixing pressure flushing assembly to release the water flow flushing the separate toilet seat is coupled to the water outlet end of the mixed pressure flushing assembly to provide a steady pressure water flow to the toilet seat.
- the voltage stabilizing device includes a pressure reducing valve 310 connected to the water supply system for forming a regulated water flow, and the water outlet end of the pressure reducing valve is connected with a safety pressure relief with a safety threshold greater than a safety threshold of the pressure reducing valve.
- the valve 320 has a water outlet end connected to the water inlet end of the water-air mixing pressure rinsing assembly for outputting a water flow such as a stable pressure.
- the water-gas mixed pressure flushing assembly comprises two dry pressure tanks whose longitudinal direction is parallel to the ground and connected in parallel, and the two pressure tanks are horizontally disposed.
- the two pressure tanks are respectively provided with inlet pipes 223 connected to the pressure regulating device, and the outlet pipes 224 of the two pressure tanks are connected to the water outlet pipe 230 through the three-way pipe 237 to form a parallel connection, and the water outlet pipe is connected with the flush valve mechanism. .
- the pressure tanks respectively include a pressure cover 221 and a circular tubular pressure barrel 222, and the pressure cover and the pressure barrel are screwed, fastened or welded to form compressed air and a closed cavity of water, the inlet pipe and the outlet pipe are respectively disposed on the pressure cover, the inlet pipe and the outlet pipe are perpendicular, and the outlet pipe 225 of the outlet pipe output from the pressure tank is disposed below the horizontal center line of the pressure cover
- the water inlet 226 of the inlet pipe input pressure tank is located below the horizontal center line of the pressure cover and communicates with the water outlet.
- the outer circumference of the pressure barrel is axially spaced apart from the annular reinforcing rib 227, and a metal protective cover or a plastic protective cover 228 is disposed outside the pressure tank.
- the flushing valve mechanism includes an adjustable flow rate flushing valve 410, and the waterway releasing rod 411 extending into the flushing valve to complete the release of the water flow is vertically disposed on the valve body of the flushing valve, the waterway The other end of the release lever is coupled to a button 111 provided on the toilet seat.
- the flushing valve is a flushing valve with an automatic delayed closing flushing function and a hydrating function.
- the pressure barrel is also provided with a partitioning plate 229 for dividing it into a plurality of areas to increase the strength of the pressure tank.
- Embodiment 4 refers to FIG. 4 to FIG. 8 and FIG. 11
- a water-saving type waterless toilet seat with a pressure flushing system comprising a separate toilet seat 100, the independent toilet seat is not provided with a separate water storage tank or a built-in water storage tank integrally formed with the independent toilet seat, and a toilet seat of the independent toilet seat a water-saving flushing system 200 having a water inlet end connected to the water supply system and having a pressure storage device, the water outlet end of the flushing system being connected to the water inlet 101 of the independent toilet seat, wherein the bottom, the back or the side portion is connected A separate drain port 102 for draining dirt is also disposed in the separate toilet seat.
- the bottom of the independent toilet seat is provided with a bottom plate 106 connected to the two side walls of the independent toilet seat, and the front and rear sides of the bottom plate are respectively connected with a front side plate 107 connected to the two side walls of the independent toilet seat.
- a rear side panel 108, the front side panel is located at a rear side of the outer side panel of the toilet seat, and the bottom panel, the front side panel and the rear side panel cooperate to form a chamber 110 for storing water leakage, and the flushing system is installed in the chamber.
- the upper portion of the rear side of the toilet is further provided with a movable removable upper cover 103.
- the water inlet of the independent toilet seat is disposed on the rear side wall of the separate toilet seat drain chamber 109, and the drain outlet is disposed at the lower portion of the drain chamber and passes through the S-type flushing elbow 104 having a siphon function.
- the lower part of the separate toilet seat is disposed on the rear side wall of the separate toilet seat drain chamber 109, and the drain outlet is disposed at the lower portion of the drain chamber and passes through the S-type flushing elbow 104 having a siphon function.
- the flushing system includes a water-air mixed pressure flushing assembly 210 having compressed air inside, and the water inlet end of the water-gas mixed pressure flushing component is connected with a voltage stabilizing device 300 for ensuring safe operation of the flushing system, water and gas.
- a flush valve mechanism 400 for controlling the water-air mixing pressure flushing assembly to release the water flow flushing the separate toilet seat is coupled to the water outlet end of the mixed pressure flushing assembly to provide a steady pressure water flow to the toilet seat.
- the voltage stabilizing device includes a pressure reducing valve 310 connected to the water supply system for forming a regulated water flow, and the water outlet end of the pressure reducing valve is connected with a safety pressure relief with a safety threshold greater than a safety threshold of the pressure reducing valve.
- the valve 320 has a water outlet end connected to the water inlet end of the water-air mixing pressure rinsing assembly for outputting a water flow such as a stable pressure.
- the water-gas mixed pressure flushing assembly comprises a square pressure tank composed of a square pressure cover 231 and a square pressure barrel 232, and the square pressure cover is provided with a water inlet 226 and a water outlet 225, the square A partitioning plate 229 for separating it into upper and lower chambers is provided in the pressure tank to increase the strength of the pressure tank.
- the flushing valve mechanism includes an adjustable flow rate flushing valve 410, and the waterway releasing rod 411 extending into the flushing valve to complete the release of the water flow is vertically disposed on the valve body of the flushing valve, the waterway The other end of the release lever is coupled to a button 111 provided on the toilet seat.
- the flushing valve is a flushing valve with an automatic delayed closing flushing function and a hydrating function.
- Embodiment 5 refers to FIG. 4 to FIG. 8 and FIG. 12 and FIG.
- a water-saving type waterless toilet seat with a pressure flushing system comprising a separate toilet seat 100, the independent toilet seat is not provided with a separate water storage tank or a built-in water storage tank integrally formed with the independent toilet seat, and a toilet seat of the independent toilet seat
- the bottom, the back or the side of the seat is provided with a water-saving flushing system 200 connected to the water supply system and having pressure storage, and the water outlet end of the flushing system is connected with the water inlet 101 of the independent toilet seat.
- the separate toilet seat is also provided with a drain outlet 102 for connecting the drained dirt.
- the bottom of the independent toilet seat is provided with a bottom plate 106 connected to the two side walls of the independent toilet seat, and the front and rear sides of the bottom plate are respectively connected with a front side plate 107 connected to the two side walls of the independent toilet seat.
- a rear side panel 108, the front side panel is located at a rear side of the outer side panel of the toilet seat, and the bottom panel, the front side panel and the rear side panel cooperate to form a chamber 110 for storing water leakage, and the flushing system is installed in the chamber In order to store the water leaking from the toilet seat or the flushing system to prevent water marks from appearing on the bottom plate.
- the upper portion of the rear side of the toilet is further provided with a movable removable upper cover 103.
- the water inlet of the independent toilet seat is disposed on the rear side wall of the separate toilet seat drain chamber 109, and the drain outlet is disposed at the lower portion of the drain chamber and passes through the S-type flushing elbow 104 having a siphon function.
- the lower part of the separate toilet seat is disposed on the rear side wall of the separate toilet seat drain chamber 109, and the drain outlet is disposed at the lower portion of the drain chamber and passes through the S-type flushing elbow 104 having a siphon function.
- the flushing system includes a water-air mixed pressure flushing assembly 210 having compressed air inside, and the water inlet end of the water-gas mixed pressure flushing component is connected with a voltage stabilizing device 300 for ensuring safe operation of the flushing system, water and gas.
- a flush valve mechanism 400 for controlling the water-air mixing pressure flushing assembly to release the water flow flushing the separate toilet seat is coupled to the water outlet end of the mixed pressure flushing assembly to provide a steady pressure water flow to the toilet seat.
- the voltage stabilizing device includes a pressure reducing valve 310 connected to the water supply system for forming a regulated water flow, and the water outlet end of the pressure reducing valve is connected with a safety pressure relief with a safety threshold greater than a safety threshold of the pressure reducing valve.
- the valve 320 has a water outlet end connected to the water inlet end of the water-air mixing pressure rinsing assembly for outputting a water flow such as a stable pressure.
- the water-gas mixed pressure flushing assembly comprises two circular tubular pressure tanks whose longitudinal direction is parallel to the ground and superposed one on top of the other, and the outer circumference of the two pressure tanks is locked and fixed by the hoop 233, and one of the two pressure tanks
- the sides are respectively provided with water inlets communicating with the inlet water collecting pipe 234, and the other side of the pressure tanks is respectively provided with a water outlet communicating with the water outlet collecting pipe 230 to realize parallel connection of the two pressure tanks, the water discharging junction pipe and the flushing valve mechanism Connected.
- the inlet of one of the pressure pipes is connected to the water supply system, the water outlet is connected to the water inlet of the other pressure tank via the connecting pipe, and the water outlet of the other pressure tank is connected to the flushing valve mechanism through the water outlet pipe to realize the series connection.
- the two pressure tanks respectively include a pressure cover and a circular tubular pressure barrel, and the pressure cover and the pressure barrel are screwed, fastened or welded to form a closed cavity for storing compressed air and water.
- the pressure tank is further provided with an annular reinforcing rib at intervals along the outer circumference of the axial direction.
- the flushing valve mechanism includes an adjustable flow rate flushing valve 410, and the waterway releasing rod 411 extending into the flushing valve to complete the release of the water flow is vertically disposed on the valve body of the flushing valve, the waterway The other end of the release lever is coupled to a button 111 provided on the toilet seat.
- the flushing valve is a flushing valve with an automatic delayed closing flushing function and a hydrating function.
- Embodiment 6 refers to FIGS. 4 to 8 and FIGS. 14 and 15
- a water-saving type waterless toilet seat with a pressure flushing system comprising a separate toilet seat 100, the independent toilet seat is not provided with a separate water storage tank or a built-in water storage tank integrally formed with the independent toilet seat, and a toilet seat of the independent toilet seat a water-saving flushing system 200 having a water inlet end connected to the water supply system and having a pressure storage device, the water outlet end of the flushing system being connected to the water inlet 101 of the independent toilet seat, wherein the bottom, the back or the side portion is connected A separate drain port 102 for draining dirt is also disposed in the separate toilet seat.
- the bottom of the independent toilet seat is provided with a bottom plate 106 connected to the two side walls of the independent toilet seat, and the front and rear sides of the bottom plate are respectively connected with a front side plate 107 connected to the two side walls of the independent toilet seat.
- a rear side panel 108, the front side panel is located at a rear side of the outer side panel of the toilet seat, and the bottom panel, the front side panel and the rear side panel cooperate to form a chamber 110 for storing water leakage, and the flushing system is installed in the chamber In order to store the water leaking from the toilet seat or the flushing system to prevent water marks from appearing on the bottom plate.
- the upper portion of the rear side of the toilet is further provided with a movable removable upper cover 103.
- the water inlet of the independent toilet seat is disposed on the rear side wall of the separate toilet seat drain chamber 109, and the drain outlet is disposed at the lower portion of the drain chamber and passes through the S-type flushing elbow 104 having a siphon function.
- the lower part of the separate toilet seat is disposed on the rear side wall of the separate toilet seat drain chamber 109, and the drain outlet is disposed at the lower portion of the drain chamber and passes through the S-type flushing elbow 104 having a siphon function.
- the flushing system includes a water-air mixed pressure flushing assembly 210 having compressed air inside, and the water inlet end of the water-gas mixed pressure flushing component is connected with a voltage stabilizing device 300 for ensuring safe operation of the flushing system, water and gas.
- a flush valve mechanism 400 for controlling the water-air mixing pressure flushing assembly to release the water flow flushing the separate toilet seat is coupled to the water outlet end of the mixed pressure flushing assembly to provide a steady pressure water flow to the toilet seat.
- the voltage stabilizing device includes a pressure reducing valve 310 connected to the water supply system for forming a regulated water flow, and the water outlet end of the pressure reducing valve is connected with a safety pressure relief with a safety threshold greater than a safety threshold of the pressure reducing valve.
- the valve 320 has a water outlet end connected to the water inlet end of the water-air mixing pressure rinsing assembly for outputting a water flow such as a stable pressure.
- the water-gas mixed pressure flushing assembly includes an upper cover body 241 and a lower cover body 242.
- the cover lower cover body is connected to form a square pressure tank 240 for storing compressed air and water.
- the upper cover body side is provided with a water inlet 243 connected to the voltage stabilization device, and the other side of the upper cover body is provided with The water outlet 244 to which the flush valve mechanism is connected.
- a gas supply port 245 is further disposed in the middle of the upper cover body.
- the flushing valve mechanism includes an adjustable flow rate flushing valve 410, and the waterway releasing rod 411 extending into the flushing valve to complete the release of the water flow is vertically disposed on the valve body of the flushing valve, the waterway The other end of the release lever is coupled to a button 111 provided on the toilet seat.
- the flushing valve is a flushing valve with an automatic delayed closing flushing function and a hydrating function.
- Embodiment 7 refers to Figures 16 and 17
- a water-saving type waterless toilet seat with a pressure flushing system comprising a separate toilet seat 100, the independent toilet seat is not provided with a separate water storage tank or a built-in water storage tank integrally formed with the independent toilet seat, and a toilet seat of the independent toilet seat a water-saving flushing system 200 having a water inlet end connected to the water supply system and having a pressure storage device, the water outlet end of the flushing system being connected to the water inlet 101 of the independent toilet seat, wherein the bottom, the back or the side portion is connected A separate drain port 102 for draining dirt is also disposed in the separate toilet seat.
- the bottom of the independent toilet seat is provided with a bottom plate 106 connected to the two side walls of the independent toilet seat, and the front and rear sides of the bottom plate are respectively connected with a front side plate 107 connected to the two side walls of the independent toilet seat.
- a rear side panel 108, the front side panel is located at a rear side of the outer side panel of the toilet seat, and the bottom panel, the front side panel and the rear side panel cooperate to form a chamber 110 for storing water leakage, and the flushing system is installed in the chamber In order to store the water leaking from the toilet seat or the flushing system to prevent water marks from appearing on the bottom plate.
- the upper portion of the rear side of the toilet is further provided with a movable removable upper cover 103.
- the water inlet of the independent toilet seat is disposed on the rear side wall of the separate toilet seat drain chamber 109, and the drain outlet is disposed at the lower portion of the drain chamber and passes through the S-type flushing elbow 104 having a siphon function.
- the lower part of the separate toilet seat is disposed on the rear side wall of the separate toilet seat drain chamber 109, and the drain outlet is disposed at the lower portion of the drain chamber and passes through the S-type flushing elbow 104 having a siphon function.
- the flushing system includes a water-air mixed pressure flushing assembly 210 having compressed air inside, and the water inlet end of the water-gas mixed pressure flushing assembly is connected with a voltage stabilizing device 300, and the water-end mixing pressure flushing assembly is connected to the water outlet end.
- a flush valve mechanism 400 is connected.
- the voltage stabilizing device includes a pressure reducing valve 310 connected to the water supply system for forming a regulated water flow, and the water outlet end of the pressure reducing valve is connected with a safety pressure relief valve 320 having a safety threshold greater than a pressure reducing valve safety threshold.
- the water-gas mixed pressure flushing assembly comprises a pair of circular tubular pressure tanks 220 whose longitudinal direction is perpendicular to the ground and connected in parallel or in series.
- the two pressure tanks are arranged in parallel and are located on both sides of the flushing elbow.
- the outlet pipe of one of the pressure tanks is connected to the inlet pipe of the other pressure tank to form a series connection.
- the pressure tanks respectively include a circular tubular pressure barrel 222 and a pressure cover 221 connected to the upper end of the circular tubular pressure barrel, and the pressure cover is formed by screwing, snapping or welding the pressure barrel.
- a closed cavity for storing compressed air and water the pressure cover is provided with an inlet pipe and an outlet pipe, and the inlet pipe and the outlet pipe are perpendicular to each other, and the outlet pipe 225 of the outlet pipe output from the pressure tank is disposed on the pressure cover
- the water inlet 226 of the inlet pipe input pressure tank is located beside the horizontal center line of the pressure cover and communicates with the water outlet.
- the outer circumference of the pressure barrel is axially spaced apart from the annular reinforcing rib 227, and a metal protective cover or a plastic protective cover 228 is disposed outside the pressure tank.
- the water of the water supply system is input through the angle valve, and after being regulated by a pressure reducing valve (regulating valve), the water and gas mixing pressure is flushed into the component through the safety relief valve, and the water pressure is stored by the water and gas mixed pressure flushing component.
- a pressure reducing valve regulating valve
- the flushing valve is opened, the water in the flushing system passes through the elbow, and is flushed through the water inlet through the drain chamber of the toilet seat.
- the assembly method of the above-mentioned water-saving type water tank toilet with pressure flushing system is as follows:
- the release lever is coupled to a flush button disposed on the separate toilet seat.
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Abstract
一种具有压力冲洗系统的节水型无水箱座便器，包括独立马桶座(100)，独立马桶座(100)内未配置有独立存水箱或与独立马桶座一体成型的内置存水箱，独立马桶座(100)设置有入水端与供水系统相连接并带有压力蓄能的节水型冲洗系统(200)，冲洗系统(200)的出水端与独立马桶座(100)的入水口(101)相连接，独立马桶座(100)内还设置有连接排泄污物的排污口(102)。还公开了一种具有压力冲洗系统的节水型无水箱座便器的组装方法。
Description
本发明涉及一种具有压力冲洗系统的节水型无水箱座便器。
坐便器(马桶)一般包括马桶座及水箱两部分，在水箱内安装有进排水阀用以冲洗马桶，常用的冲洗系统利用重力原理，即利用水的势能转化为水的动能来冲洗马桶；但是这种冲洗系统耗水量较大，而且必须将水箱抬高到一定高度，因此占用卫生间的空间较大，安装时比较笨重，物流运输也非常不方便；
目前市面上已经出现了一些压力冲洗系统，即设置一个压力水箱，利用压力水箱内的压缩空气蓄积压力能，通过排水阀将压力水箱内的水快速释放产生强劲的冲刷力，从而达到高效冲刷马桶的效果，申请号为03140251.8的发明专利《双排压力式冲水系统》将空气蓄能压力罐放置在陶瓷水箱内，通过双排按钮和贯穿压力罐的排水阀来开启冲水，可以实现对马桶座的强劲冲洗，但是需要的水箱体积较大，节水优势不明显，冲水时噪音很大无法推广到家用市场；另有申请号为CN201220475634.9的实用新型专利《具有压力式冲水装置的坐便器》，将空气蓄能压力罐放置在马桶座的背部沉降水箱内(水箱内不存水)，排水阀的出口连接一个截面缩小的弯管，弯管的出口连接到马桶座的入口，弯管在冲水时可以产生一定的虹吸作用，这种设计的缺点是整个冲水系统需要占用较大的水箱空间(尽管不存水)，使得整个马桶座体积大，而且具有较大的爆破风险。
发明内容
本发明的目的在于提供一种具有压力冲洗系统的节水型无水箱座便器，该座便器不仅结构紧凑，体积小，而且能提供更强的冲力和更省水量。
本发明的技术方案在于：一种具有压力冲洗系统的节水型无水箱座便器，包括独立马桶座，所述独立马桶座内未配置有独立存水箱或与独立马桶座一体成型的内置存水箱，独立马桶座的设置有入水端与供水系统相连接并带有压力蓄能的节水型冲洗系统，所述冲洗系统的出水端与独立马桶座的入水口相连接，所述独立马桶座内还设置有连接排泄污物的排污口。
进一步地，所述独立马桶座的底部设置有与独立马桶座两侧壁相连接的底板，所述底板的前后侧分别连接有与独立马桶座两侧壁相连接的前、后侧板，所
述底板、前侧板及后侧板配合形成腔室，所述冲洗系统安装于腔室内。
进一步地，所述节水型冲洗系统设置于马桶座底部、背部或侧部，所述独立马桶座的入水口设置于独立马桶座排污腔的后侧壁。
进一步地，所述冲洗系统包括内部具有压缩空气的水气混合压力冲洗组件，所述水气混合压力冲洗组件的入水端连接有用于保障冲洗系统安全工作的稳压装置，水气混合压力冲洗组件的出水端连接有用于控制水气混合压力冲洗组件释放水流冲洗独立马桶座的冲洗阀机构。
进一步地，所述稳压装置包括与供水系统相连接用于形成稳压水流的减压阀，所述减压阀的出水端连接有安全阈值大于减压阀安全阈值的安全泄压阀，所述安全泄压阀的出水端与水气混合压力冲洗组件的入水端相连接。
进一步地，所述水气混合压力冲洗组件包括一个长边方向平行于地面或若干个长边方向平行于地面且串联或并联的压力罐；所述冲洗阀机构包括一可调节流量的冲洗阀，所述冲洗阀的阀体上径向垂设有伸入冲洗阀内完成释放水流动作的水路释放杆。
进一步地，所述压力罐包括压力盖和圆管状压力桶体，所述压力盖与压力桶体相连接形成用于储存压缩空气和水的封闭腔体，所述压力盖上设置有进水口和出水口，所述进水口和出水口分别位于压力盖的水平中心线以下，且进水口和出水口相连通，所述压力桶体的外周沿轴向间隔设置有环形加强筋。
进一步地，所述压力盖和压力桶体相螺接或卡扣式连接，且压力桶体外侧还套置有金属保护罩或塑料保护罩；或所述压力盖和压力桶体经焊接实现连接，所述压力桶体内设置有用于将其分隔成若干区域的分隔板，压力桶体外侧还套置有金属保护罩或塑料保护罩。
进一步地，所述水气混合压力冲洗组件包括两个长边方向平行于地面且上下叠加设置的压力罐，两压力罐经箍环锁紧固定，压力罐的一侧分别设置有与进水汇合管相连通的进水口，压力罐的另一侧分别设置有与出水汇合管相连通实现两压力罐并联的出水口，压力罐沿轴向的外周还间隔设置有环形加强筋。
进一步地，所述水气混合压力冲洗组件包括上盖体和下盖体，所述上盖体下盖体相连接形成贮存压缩空气和水的方形压力罐，所述上盖体一侧设置有与稳压装置相连接的进水口，上盖体另一侧设置有与冲洗阀机构相连接的出水口。
一种具有压力冲洗系统的节水型无水箱座便器的组装方法，步骤如下：
1)将预制好的水气混合压力冲洗组件、稳压装置及冲洗阀机构组装成冲洗系统；
2)将冲洗系统放置于设置在独立马桶座背部、侧部或底部的腔室内，并使冲洗系统中水气混合压力冲洗组件的压力罐位于的长边平行于地面或垂直于地面，且压力罐位于排污口的两旁侧；
3)将冲洗阀机构的出水端与设置于独立马桶座排污腔的后侧壁上的入水口相连接，并使径向垂于冲洗阀阀体并伸入冲洗阀内完成释放水流动作的水路释放杆与设置于独立马桶座上的冲洗按钮相连接。
与现有技术相比较，本发明具有以下优点：
1.该坐便器系统为无水箱坐便器，压力冲洗系统隐藏于马桶座底部及或背部，不需要存水的水箱，可大大节省空间，极大缩小座便器体积及长度，最大化获得空气蓄能，同时降低材料及运输成本；
2.该压力冲洗系统最大化利用压缩空气压强原理，增加双倍的受力面积，能对水流产生更大推力，而且在进水端设置有减压功能的减压阀，将进入压力罐的水压降低并稳定在安全值以内，更好的降低高压供水对于系统冲洗量变化的影响，实现真正的节水功能；
3.该压力冲洗系统在进水端设置有一个或若干个安全泄压阀，当减压阀工作失效时水压继续升高到安全泄压阀上限值时，安全泄压阀开始工作泄水，使压力罐内的水压不超过额定值，确保系统始终在安全压力下工作；
4.圆筒形压力罐根据流体力学和材料力学计算可以承压3.5MPA水压，即便前道的减压阀和安全泄压阀全部失效，系统也是非常安全的，因为3.5MPA的承压能力可以符合全球所有的卫浴标准(而市面上类似的其它压力罐一般是接近长方体或长圆形，承压能力约1.2MPA，仍具有较大的爆破风险)；
5.压力罐优选的设计成塑料罐体和塑料罐盖两部分通过螺纹或卡扣式装配为一体，便于模具注塑成型，不需要用到焊接工序，大大降低了生产工序的不良，也避免了罐体的焊接不良对于承压安全系数的降低；
6.压力罐的外部优选设置的保护罩，当压力罐以极小概率意外爆破时可以起到缓冲作用，进一步提高了系统的安全系数；
7.连接马桶座入水口的冲洗阀具有自动延时关闭冲洗功能及补水功能，可以获得预设的冲洗量，对于虹吸式马桶，可以在完成虹吸冲洗后继续补水从而恢复马桶座的水封；
8.冲洗阀优选设置有水量调节旋钮，当水压偏低地区使用时可以调节旋钮增加冲洗量，最大程度提高了系统的适用环境，便于产品的市场推广；
9.该冲洗系统的压力罐内的高压水在释放时经过了较长的管道再冲入马桶座，避免了常规的压力冲洗坐便器将高压水直接冲向马桶座产生的很大的噪音，不仅适用商用市场，也适用家用市场，具有很大的市场推广潜力。
图1为本发明的结构示意图；
图2为本发明的侧视图；
图3为本发明的实施例一冲洗系统的结构示意图；
图4为本发明的带有保护罩的压力罐结构示意图；
图5为本发明的图4的剖视图；
图6为本发明的压力罐的分解状态示意图；
图7为本发明的压力罐另一种结构的分解状态示意图；
图8为本发明的压力盖的结构示意图；
图9为本发明的实施例二冲洗系统的结构示意图；
图10为本发明的实施例三冲洗系统的结构示意图；
图11为本发明的实施例四中压力罐的结构示意图；
图12为本发明的实施例五冲洗系统的结构示意图；
图13为本发明的实施例五冲洗系统的侧视图；
图14为本发明的实施例六冲洗系统的结构示意图；
图15为本发明的实施例六冲洗系统的分解状态图；
图16为本发明的实施例七的结构示意图；
图17为本发明的实施例七的冲洗系统结构示意图；
图中：100-马桶座 101-入水孔 102-排污口 103-上盖 104-S型冲洗弯管 105-冲洗按钮 106-底板 107-前侧板 108-后侧板 109排污腔 110-腔室 111-按钮 200-冲洗系统 210-水气混合压力冲洗组件 220-压力罐 221-压力
盖 222-压力桶体 223-进水管 224-出水管 225-出水口 226-进水口 227-环形加强筋 228-保护罩 229-分隔板 230-出水汇合管 231-方形压力盖 232-方形压力桶体 233-箍环 234-进水汇合管 235-水平中心线 236-连接管 237-三通管 240-方形压力罐 241-上盖体 242-下盖体 243-进水口 244-出水口 245-补气口 300-稳压装置 310-减压阀 320-安全泄压阀 330-连接软管 340-角阀 400-冲洗阀机构 401-弯管 410-冲洗阀 411-水路释放杆。
为让本发明的上述特征和优点能更明显易懂，下文特举实施例，并配合附图，作详细说明如下，但本发明并不限于此。
实施例一参考图1至图8
一种具有压力冲洗系统的节水型无水箱座便器，包括独立马桶座100，所述独立马桶座内未配置有独立存水箱或与独立马桶座一体成型的内置存水箱，独立马桶座的马桶座底部、背部或侧部设置有入水端与供水系统相连接并带有压力蓄能的节水型冲洗系统200，所述冲洗系统的出水端与独立马桶座的入水口101相连接，所述独立马桶座内还设置有连接排泄污物的排污口102。上述压力蓄能为空气蓄能。
本实施例中，所述独立马桶座的底部设置有与独立马桶座两侧壁相连接的底板106，所述底板的前后侧分别连接有与独立马桶座两侧壁相连接的前侧板107、后侧板108，所述前侧板位于马桶座外侧板的后侧，所述底板、前侧板及后侧板配合形成用于贮存漏水的腔室110，所述冲洗系统安装于腔室内，以便将马桶座或冲洗系统内漏出的水贮存，防止底板出现水迹。所述座便器的后侧上部还设置有可活动拆卸的上盖103。
本实施例中，所述独立马桶座的入水口设置于独立马桶座排污腔109的后侧壁，所述排污口设置于排污腔的下部并经具有虹吸功能的S型冲洗弯管104穿出独立马桶座的下部。
本实施例中，所述冲洗系统包括内部具有压缩空气的水气混合压力冲洗组件210，所述水气混合压力冲洗组件的入水端连接有用于保障冲洗系统安全工作的稳压装置300，水气混合压力冲洗组件的出水端连接有用于控制水气混合压力冲洗组件释放水流冲洗独立马桶座的冲洗阀机构400，以便为马桶座提供具有稳定
压力的水流。所述冲洗阀机构经弯管401与马桶座的入水口相连接。
本实施例中，所述稳压装置包括与供水系统相连接用于形成稳压水流的减压阀310，所述减压阀的出水端经连接软管330连接有安全阈值大于减压阀安全阈值的安全泄压阀320，以便在减压阀失效时安全内水流倒流，保证压力冲洗系统组件不损坏。所述安全泄压阀的出水端与水气混合压力冲洗组件的入水端相连接，以便输如稳定压强的水流。
本实施例中，所述安全泄压阀由一单向阀和一补气阀组成，所述减压阀的进水端连接有与进水管相连接的角阀340，以便控制水路的通断。
本实施例中，所述水气混合压力冲洗组件包括一个长边方向平行于地面的压力罐220，所述压力罐优选的设计成塑料压力罐，并包括压力盖221和圆管状压力桶体222。所述压力盖与压力桶体经螺接、卡扣式连接或焊接形成用于储存压缩空气和水的封闭腔体，所述压力盖上设置有进水管223和出水管224，进水管和出水管相垂直，所述出水管从压力罐内输出的出水口225设置于压力盖的水平中心线以下，所述进水管输入压力罐的进水口226位于压力盖的水平中心线235以下并与出水口相连通，即进水口和出水口共用一个通入压力罐内的通口，，以便保证足够的水流冲入马桶座内。所述出水管经出水汇合管230与冲洗阀机构相连接。所述压力桶体的外周沿轴向间隔设置有环形加强筋227。所述压力罐外还套置有金属保护罩或塑料保护罩228。
本实施例中，所述冲洗阀机构包括可调节流量的冲洗阀410，所述冲洗阀的管状阀体上径向垂设有伸入冲洗阀内完成释放水流动作的水路释放杆411，所述水路释放杆的另一端与设置于马桶座上的按钮111相连接，所述按钮设置于上盖上或马桶座侧壁。所述冲洗阀为具有自动延时关闭冲洗功能及补水功能的冲洗阀。
在一较佳实施例中，所述压力桶体内还设置有用于将其分隔成若干区域的分隔板229，以提高压力罐的强度。
实施例二参考图4至图9
一种具有压力冲洗系统的节水型无水箱座便器，包括独立马桶座100，所述独立马桶座内未配置有独立存水箱或与独立马桶座一体成型的内置存水箱，独立马桶座的马桶座底部、背部或侧部设置有入水端与供水系统相连接并带有压力蓄
能的节水型冲洗系统200，所述冲洗系统的出水端与独立马桶座的入水口101相连接，所述独立马桶座内还设置有连接排泄污物的排污口102。
本实施例中，所述独立马桶座的底部设置有与独立马桶座两侧壁相连接的底板106，所述底板的前后侧分别连接有与独立马桶座两侧壁相连接的前侧板107、后侧板108，所述前侧板位于马桶座外侧板的后侧，所述底板、前侧板及后侧板配合形成用于贮存漏水的腔室110，所述冲洗系统安装于腔室内，以便将马桶座或冲洗系统内漏出的水贮存，防止底板出现水迹。所述座便器的后侧上部还设置有可活动拆卸的上盖103。
本实施例中，所述独立马桶座的入水口设置于独立马桶座排污腔109的后侧壁，所述排污口设置于排污腔的下部并经具有虹吸功能的S型冲洗弯管104穿出独立马桶座的下部。
本实施例中，所述冲洗系统包括内部具有压缩空气的水气混合压力冲洗组件210，所述水气混合压力冲洗组件的入水端连接有用于保障冲洗系统安全工作的稳压装置300，水气混合压力冲洗组件的出水端连接有用于控制水气混合压力冲洗组件释放水流冲洗独立马桶座的冲洗阀机构400，以便为马桶座提供具有稳定压力的水流。
本实施例中，所述稳压装置包括与供水系统相连接用于形成稳压水流的减压阀310，所述减压阀的出水端连接有安全阈值大于减压阀安全阈值的安全泄压阀320，所述安全泄压阀的出水端与水气混合压力冲洗组件的入水端相连接，以便输如稳定压强的水流。
本实施例中，所述水气混合压力冲洗组件包括两个干个长边方向平行于地面且串联的压力罐220，两压力罐水平设置，其中一压力罐设置有与稳压装置相连接的进水管223，该其中一压力罐的出水管224与另一压力罐的进水管经连接管236相连接，所述另一压力罐的出水管经出水汇合管230与冲洗阀机构相连接，从而形成串联。
本实施例中，所述压力罐分别包括压力盖221和圆管状压力桶体222，所述压力盖与压力桶体经螺接、卡扣式连接或焊接形成用于储存压缩空气和水的封闭腔体，所述进水管和出水管分别设置于压力盖上，进水管和出水管相垂直，所述出水管从压力罐内输出的出水口225设置于压力盖的水平中心线以下，所述进水
管输入压力罐的进水口226位于压力盖的水平中心线以下并与出水口相连通。所述压力桶体的外周沿轴向间隔设置有环形加强筋227，所述压力罐外还套置有金属保护罩或塑料保护罩228。
本实施例中，所述冲洗阀机构包括可调节流量的冲洗阀410，所述冲洗阀的阀体上径向垂设有伸入冲洗阀内完成释放水流动作的水路释放杆411，所述水路释放杆的另一端与设置于马桶座上的按钮111相连接。所述冲洗阀为具有自动延时关闭冲洗功能及补水功能的冲洗阀。
在一较佳实施例中，所述压力桶体内还设置有用于将其分隔成若干区域的分隔板229，以提高压力罐的强度。
实施例三参考图4至图8及图10
一种具有压力冲洗系统的节水型无水箱座便器，包括独立马桶座100，所述独立马桶座内未配置有独立存水箱或与独立马桶座一体成型的内置存水箱，独立马桶座的马桶座底部、背部或侧部设置有入水端与供水系统相连接并带有压力蓄能的节水型冲洗系统200，所述冲洗系统的出水端与独立马桶座的入水口101相连接，所述独立马桶座内还设置有连接排泄污物的排污口102。
本实施例中，所述独立马桶座的底部设置有与独立马桶座两侧壁相连接的底板106，所述底板的前后侧分别连接有与独立马桶座两侧壁相连接的前侧板107、后侧板108，所述前侧板位于马桶座外侧板的后侧，所述底板、前侧板及后侧板配合形成用于贮存漏水的腔室110，所述冲洗系统安装于腔室内，以便将马桶座或冲洗系统内漏出的水贮存，防止底板出现水迹。所述座便器的后侧上部还设置有可活动拆卸的上盖103。
本实施例中，所述独立马桶座的入水口设置于独立马桶座排污腔109的后侧壁，所述排污口设置于排污腔的下部并经具有虹吸功能的S型冲洗弯管104穿出独立马桶座的下部。
本实施例中，所述冲洗系统包括内部具有压缩空气的水气混合压力冲洗组件210，所述水气混合压力冲洗组件的入水端连接有用于保障冲洗系统安全工作的稳压装置300，水气混合压力冲洗组件的出水端连接有用于控制水气混合压力冲洗组件释放水流冲洗独立马桶座的冲洗阀机构400，以便为马桶座提供具有稳定压力的水流。
本实施例中，所述稳压装置包括与供水系统相连接用于形成稳压水流的减压阀310，所述减压阀的出水端连接有安全阈值大于减压阀安全阈值的安全泄压阀320，所述安全泄压阀的出水端与水气混合压力冲洗组件的入水端相连接，以便输如稳定压强的水流。
本实施例中，所述水气混合压力冲洗组件包括两个干个长边方向平行于地面且并联的压力罐，两压力罐水平设置。两压力罐上分别设置有与稳压装置相连接的进水管223，两压力罐的出水管224经三通管237与出水汇合管230相连接以形成并联，出水汇合管与冲洗阀机构相连接。
本实施例中，本实施例中，所述压力罐分别包括压力盖221和圆管状压力桶体222，所述压力盖与压力桶体经螺接、扣接或焊接形成用于储存压缩空气和水的封闭腔体，所述进水管和出水管分别设置于压力盖上，进水管和出水管相垂直，所述出水管从压力罐内输出的出水口225设置于压力盖的水平中心线以下，所述进水管输入压力罐的进水口226位于压力盖的水平中心线以下并与出水口相连通。所述压力桶体的外周沿轴向间隔设置有环形加强筋227，所述压力罐外还套置有金属保护罩或塑料保护罩228。
本实施例中，所述冲洗阀机构包括可调节流量的冲洗阀410，所述冲洗阀的阀体上径向垂设有伸入冲洗阀内完成释放水流动作的水路释放杆411，所述水路释放杆的另一端与设置于马桶座上的按钮111相连接。所述冲洗阀为具有自动延时关闭冲洗功能及补水功能的冲洗阀。
在一较佳实施例中，所述压力桶体内还设置有用于将其分隔成若干区域的分隔板229，以提高压力罐的强度。
实施例四参考图4至图8及图11
一种具有压力冲洗系统的节水型无水箱座便器，包括独立马桶座100，所述独立马桶座内未配置有独立存水箱或与独立马桶座一体成型的内置存水箱，独立马桶座的马桶座底部、背部或侧部设置有入水端与供水系统相连接并带有压力蓄能的节水型冲洗系统200，所述冲洗系统的出水端与独立马桶座的入水口101相连接，所述独立马桶座内还设置有连接排泄污物的排污口102。
本实施例中，所述独立马桶座的底部设置有与独立马桶座两侧壁相连接的底板106，所述底板的前后侧分别连接有与独立马桶座两侧壁相连接的前侧板107、
后侧板108，所述前侧板位于马桶座外侧板的后侧，所述底板、前侧板及后侧板配合形成用于贮存漏水的腔室110，所述冲洗系统安装于腔室内，以便将马桶座或冲洗系统内漏出的水贮存，防止底板出现水迹。所述座便器的后侧上部还设置有可活动拆卸的上盖103。
本实施例中，所述独立马桶座的入水口设置于独立马桶座排污腔109的后侧壁，所述排污口设置于排污腔的下部并经具有虹吸功能的S型冲洗弯管104穿出独立马桶座的下部。
本实施例中，所述冲洗系统包括内部具有压缩空气的水气混合压力冲洗组件210，所述水气混合压力冲洗组件的入水端连接有用于保障冲洗系统安全工作的稳压装置300，水气混合压力冲洗组件的出水端连接有用于控制水气混合压力冲洗组件释放水流冲洗独立马桶座的冲洗阀机构400，以便为马桶座提供具有稳定压力的水流。
本实施例中，所述稳压装置包括与供水系统相连接用于形成稳压水流的减压阀310，所述减压阀的出水端连接有安全阈值大于减压阀安全阈值的安全泄压阀320，所述安全泄压阀的出水端与水气混合压力冲洗组件的入水端相连接，以便输如稳定压强的水流。
本实施例中，所述水气混合压力冲洗组件包括由方形压力盖231和方形压力桶体232组成的方形压力罐，所述方形压力盖上设置有进水口226和出水口225，所述方形压力桶体内设置有用于将其分隔为上下腔室的分隔板229，以提高压力罐的强度。
本实施例中，所述冲洗阀机构包括可调节流量的冲洗阀410，所述冲洗阀的阀体上径向垂设有伸入冲洗阀内完成释放水流动作的水路释放杆411，所述水路释放杆的另一端与设置于马桶座上的按钮111相连接。所述冲洗阀为具有自动延时关闭冲洗功能及补水功能的冲洗阀。
实施例五参考图4至图8及图12、图13
一种具有压力冲洗系统的节水型无水箱座便器，包括独立马桶座100，所述独立马桶座内未配置有独立存水箱或与独立马桶座一体成型的内置存水箱，独立马桶座的马桶座底部、背部或侧部设置有入水端与供水系统相连接并带有压力蓄能的节水型冲洗系统200，所述冲洗系统的出水端与独立马桶座的入水口101相
连接，所述独立马桶座内还设置有连接排泄污物的排污口102。
本实施例中，所述独立马桶座的底部设置有与独立马桶座两侧壁相连接的底板106，所述底板的前后侧分别连接有与独立马桶座两侧壁相连接的前侧板107、后侧板108，所述前侧板位于马桶座外侧板的后侧，所述底板、前侧板及后侧板配合形成用于贮存漏水的腔室110，所述冲洗系统安装于腔室内，以便将马桶座或冲洗系统内漏出的水贮存，防止底板出现水迹。所述座便器的后侧上部还设置有可活动拆卸的上盖103。
本实施例中，所述独立马桶座的入水口设置于独立马桶座排污腔109的后侧壁，所述排污口设置于排污腔的下部并经具有虹吸功能的S型冲洗弯管104穿出独立马桶座的下部。
本实施例中，所述冲洗系统包括内部具有压缩空气的水气混合压力冲洗组件210，所述水气混合压力冲洗组件的入水端连接有用于保障冲洗系统安全工作的稳压装置300，水气混合压力冲洗组件的出水端连接有用于控制水气混合压力冲洗组件释放水流冲洗独立马桶座的冲洗阀机构400，以便为马桶座提供具有稳定压力的水流。
本实施例中，所述稳压装置包括与供水系统相连接用于形成稳压水流的减压阀310，所述减压阀的出水端连接有安全阈值大于减压阀安全阈值的安全泄压阀320，所述安全泄压阀的出水端与水气混合压力冲洗组件的入水端相连接，以便输如稳定压强的水流。
本实施例中，所述水气混合压力冲洗组件包括两个长边方向平行于地面且上下叠加设置的圆管状压力罐，两压力罐的外周经箍环233锁紧固定，两压力罐的一侧分别设置有与进水汇合管234相连通的进水口，压力罐的另一侧分别设置有与出水汇合管230相连通实现两压力罐并联的出水口，所述出水汇合管与冲洗阀机构相连接。或其中一压力管的进水口与供水系统相连接，出水口经连接管与另一压力罐的进水口相连接，另一压力罐的出水口经出水汇合管与冲洗阀机构相连接以实现串联。
本实施例中，两压力罐分别包括压力盖和圆管状压力桶体，所述压力盖与压力桶体经螺接、扣接或焊接形成用于储存压缩空气和水的封闭腔体。所述压力罐沿轴向的外周还间隔设置有环形加强筋。
本实施例中，所述冲洗阀机构包括可调节流量的冲洗阀410，所述冲洗阀的阀体上径向垂设有伸入冲洗阀内完成释放水流动作的水路释放杆411，所述水路释放杆的另一端与设置于马桶座上的按钮111相连接。所述冲洗阀为具有自动延时关闭冲洗功能及补水功能的冲洗阀。
实施例六参考图4至图8及图14和图15
一种具有压力冲洗系统的节水型无水箱座便器，包括独立马桶座100，所述独立马桶座内未配置有独立存水箱或与独立马桶座一体成型的内置存水箱，独立马桶座的马桶座底部、背部或侧部设置有入水端与供水系统相连接并带有压力蓄能的节水型冲洗系统200，所述冲洗系统的出水端与独立马桶座的入水口101相连接，所述独立马桶座内还设置有连接排泄污物的排污口102。
本实施例中，所述独立马桶座的底部设置有与独立马桶座两侧壁相连接的底板106，所述底板的前后侧分别连接有与独立马桶座两侧壁相连接的前侧板107、后侧板108，所述前侧板位于马桶座外侧板的后侧，所述底板、前侧板及后侧板配合形成用于贮存漏水的腔室110，所述冲洗系统安装于腔室内，以便将马桶座或冲洗系统内漏出的水贮存，防止底板出现水迹。所述座便器的后侧上部还设置有可活动拆卸的上盖103。
本实施例中，所述独立马桶座的入水口设置于独立马桶座排污腔109的后侧壁，所述排污口设置于排污腔的下部并经具有虹吸功能的S型冲洗弯管104穿出独立马桶座的下部。
本实施例中，所述冲洗系统包括内部具有压缩空气的水气混合压力冲洗组件210，所述水气混合压力冲洗组件的入水端连接有用于保障冲洗系统安全工作的稳压装置300，水气混合压力冲洗组件的出水端连接有用于控制水气混合压力冲洗组件释放水流冲洗独立马桶座的冲洗阀机构400，以便为马桶座提供具有稳定压力的水流。
本实施例中，所述稳压装置包括与供水系统相连接用于形成稳压水流的减压阀310，所述减压阀的出水端连接有安全阈值大于减压阀安全阈值的安全泄压阀320，所述安全泄压阀的出水端与水气混合压力冲洗组件的入水端相连接，以便输如稳定压强的水流。
本实施例中，所述水气混合压力冲洗组件包括上盖体241和下盖体242，所
述上盖体下盖体相连接形成贮存压缩空气和水的方形压力罐240，所述上盖体一侧设置有与稳压装置相连接的进水口243，上盖体另一侧设置有与冲洗阀机构相连接的出水口244。所述上盖体中部还设置有补气口245。
本实施例中，所述冲洗阀机构包括可调节流量的冲洗阀410，所述冲洗阀的阀体上径向垂设有伸入冲洗阀内完成释放水流动作的水路释放杆411，所述水路释放杆的另一端与设置于马桶座上的按钮111相连接。所述冲洗阀为具有自动延时关闭冲洗功能及补水功能的冲洗阀。
实施例七参考图16和17
一种具有压力冲洗系统的节水型无水箱座便器，包括独立马桶座100，所述独立马桶座内未配置有独立存水箱或与独立马桶座一体成型的内置存水箱，独立马桶座的马桶座底部、背部或侧部设置有入水端与供水系统相连接并带有压力蓄能的节水型冲洗系统200，所述冲洗系统的出水端与独立马桶座的入水口101相连接，所述独立马桶座内还设置有连接排泄污物的排污口102。
本实施例中，所述独立马桶座的底部设置有与独立马桶座两侧壁相连接的底板106，所述底板的前后侧分别连接有与独立马桶座两侧壁相连接的前侧板107、后侧板108，所述前侧板位于马桶座外侧板的后侧，所述底板、前侧板及后侧板配合形成用于贮存漏水的腔室110，所述冲洗系统安装于腔室内，以便将马桶座或冲洗系统内漏出的水贮存，防止底板出现水迹。所述座便器的后侧上部还设置有可活动拆卸的上盖103。
本实施例中，所述独立马桶座的入水口设置于独立马桶座排污腔109的后侧壁，所述排污口设置于排污腔的下部并经具有虹吸功能的S型冲洗弯管104穿出独立马桶座的下部。
本实施例中，所述冲洗系统包括内部具有压缩空气的水气混合压力冲洗组件210，所述水气混合压力冲洗组件的入水端连接有稳压装置300，水气混合压力冲洗组件的出水端连接有冲洗阀机构400。所述稳压装置包括与供水系统相连接用于形成稳压水流的减压阀310，所述减压阀的出水端连接有安全阈值大于减压阀安全阈值的安全泄压阀320。
本实施例中，所述水气混合压力冲洗组件包括一对长边方向垂直于地面且并联或串联的的圆管状压力罐220，两压力罐平行设置并位于冲洗弯管的两旁侧。
本实施例中，其中一压力罐的出水管与与另一压力罐的进水管相连接以形成串联。
本实施例中，所述压力罐分别包括圆管状压力桶体222和连接在圆管状压力桶体上端的压力盖221，所述压力盖与压力桶体经螺接、卡扣式连接或焊接形成用于储存压缩空气和水的封闭腔体，所述压力盖上设置有进水管和出水管，进水管和出水管相垂直，所述出水管从压力罐内输出的出水口225设置于压力盖的水平中心线旁侧，所述进水管输入压力罐的进水口226位于压力盖的水平中心线旁侧并与出水口相连通。所述压力桶体的外周沿轴向间隔设置有环形加强筋227，所述压力罐外还套置有金属保护罩或塑料保护罩228。
该节水型无水箱座便器的工作原理：
供水系统的水经角阀输入，有减压阀(稳压阀)进行稳压后，通过安全泄压阀输入水气混合压力冲洗组件内，并经水气混合压力冲洗组件进行贮存水压。当冲洗阀开启时，冲洗系统内水流通过弯管，经入水口通过马桶座的排污腔内完成冲洗。
上述具有压力冲洗系统的节水型无水箱座便器的组装方法，步骤如下：
1)将预制好的水气混合压力冲洗组件、稳压装置及冲洗阀机构组装成冲洗系统；
2)将冲洗系统放置于设置在独立马桶座背部、侧部或底部的腔室内，并使冲洗系统中水气混合压力冲洗组件的压力罐位于的长边平行于地面或垂直于地面，且压力罐位于排污口的两旁侧；
3)将冲洗阀机构的出水端与设置于独立马桶座排污腔的后侧壁上的入水口相连接，并使径向垂于冲洗阀阀体并伸入冲洗阀内完成释放水流动作的水路释放杆与设置于独立马桶座上的冲洗按钮相连接。
以上所述仅为本发明的较佳实施例，对于本领域的普通技术人员而言，根据本发明的教导，设计出不同形式的节水型无水箱座便器并不需要创造性的劳动，在不脱离本发明的原理和精神的情况下凡依本发明申请专利范围所做的均等变化、修改、替换和变型，皆应属本发明的涵盖范围。
Claims (10)
- 一种具有压力冲洗冲洗系统的节水型无水箱座便器，包括独立马桶座，其特征在于，所述独立马桶座内未配置有独立存水箱或与独立马桶座一体成型的内置存水箱，独立马桶座的设置有入水端与供水系统相连接并带有压力蓄能的节水型冲洗系统，所述冲洗系统的出水端与独立马桶座的入水口相连接，所述独立马桶座内还设置有连接排泄污物的排污口。
- 根据权利要求1所述的一种具有压力冲洗系统的节水型无水箱座便器，其特征在于，所述独立马桶座的底部设置有与独立马桶座两侧壁相连接的底板，所述底板的前后侧分别连接有与独立马桶座两侧壁相连接的前、后侧板，所述底板、前侧板及后侧板配合形成腔室，所述冲洗系统安装于腔室内。
- 根据权利要求1或2所述的一种具有压力冲洗系统的节水型无水箱座便器，其特征在于，所述节水型冲洗系统设置于马桶座底部、背部或侧部，所述独立马桶座的入水口设置于独立马桶座排污腔的后侧壁。
- 根据权利要求1所述的一种具有压力冲洗系统的节水型无水箱座便器，其特征在于，所述冲洗系统包括内部具有压缩空气的水气混合压力冲洗组件，所述水气混合压力冲洗组件的入水端连接有用于保障冲洗系统安全工作的稳压装置，水气混合压力冲洗组件的出水端连接有用于控制水气混合压力冲洗组件释放水流冲洗独立马桶座的冲洗阀机构。
- 根据权利要求4所述的一种具有压力冲洗系统的节水型无水箱座便器，其特征在于，所述稳压装置包括与供水系统相连接用于形成稳压水流的减压阀，所述减压阀的出水端连接有安全阈值大于减压阀安全阈值的安全泄压阀，所述安全泄压阀的出水端与水气混合压力冲洗组件的入水端相连接。
- 根据权利要求4或5所述的一种具有压力冲洗系统的节水型无水箱座便器，其特征在于，所述水气混合压力冲洗组件包括一个长边方向平行于地面或若干个长边方向平行于地面且串联或并联的压力罐；所述冲洗阀机构包括一可调节流量的冲洗阀，所述冲洗阀的阀体上径向垂设有伸入冲洗阀内完成释放水流动作的水路释放杆。
- 根据权利要求6所述的一种具有压力冲洗系统的节水型无水箱座便器，其特征在于，所述压力罐包括压力盖和圆管状压力桶体，所述压力盖与压力桶体相连接形成用于储存压缩空气和水的封闭腔体，所述压力盖上设置有进水口和出 水口，所述进水口和出水口分别位于压力盖的水平中心线以下，且进水口和出水口相连通，所述压力桶体的外周沿轴向间隔设置有环形加强筋。
- 根据权利要求7所述的一种具有压力冲洗系统的节水型无水箱座便器，其特征在于，所述压力盖和压力桶体相螺接或卡扣式连接，且压力桶体外侧还套置有金属保护罩或塑料保护罩；或所述压力盖和压力桶体经焊接实现连接，所述压力桶体内设置有用于将其分隔成若干区域的分隔板，压力桶体外侧还套置有金属保护罩或塑料保护罩。
- 根据权利要求6所述的一种具有压力冲洗系统的节水型无水箱座便器，其特征在于，所述水气混合压力冲洗组件包括两个长边方向平行于地面且上下叠加设置的压力罐，两压力罐经箍环锁紧固定，压力罐的一侧分别设置有与进水汇合管相连通的进水口，压力罐的另一侧分别设置有与出水汇合管相连通实现两压力罐并联的出水口，压力罐沿轴向的外周还间隔设置有环形加强筋。
- 一种如权利要求5所述的一种具有压力冲洗系统的节水型无水箱座便器的组装方法，其特征在于，步骤如下：1)将预制好的水气混合压力冲洗组件、稳压装置及冲洗阀机构组装成冲洗系统；2)将冲洗系统放置于设置在独立马桶座背部、侧部或底部的腔室内，并使冲洗系统中水气混合压力冲洗组件的压力罐位于的长边平行于地面或垂直于地面，且压力罐位于排污口的两旁侧；3)将冲洗阀机构的出水端与设置于独立马桶座排污腔的后侧壁上的入水口相连接，并使径向垂于冲洗阀阀体并伸入冲洗阀内完成释放水流动作的水路释放杆与设置于独立马桶座上的冲洗按钮相连接。
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6467101B1 (en) * | 2001-10-31 | 2002-10-22 | Jorge Artola | Toilet flushing and cleaning device |
| KR20110037182A (ko) * | 2009-10-06 | 2011-04-13 | 최필선 | 가압 절수형 수세식 변기의 세척 장치 |
| CN202273300U (zh) * | 2011-09-14 | 2012-06-13 | 三明兴业科技（天津）有限公司 | 座便器的节水型压力冲水装置及其应用该装置的座便器 |
| CN203270742U (zh) * | 2013-06-05 | 2013-11-06 | 佛山市新明珠卫浴有限公司 | 新型即热式智能连体坐便器 |
| CN203546857U (zh) * | 2013-10-29 | 2014-04-16 | 钟章水 | 一种节水马桶的气压冲水通道 |
| CN205999995U (zh) * | 2016-08-12 | 2017-03-08 | 厦门建霖工业有限公司 | 一种具有压力冲水系统的节水型无水箱座便器 |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2277750B (en) * | 1993-04-08 | 1996-10-30 | W C Technology Corp | Pressurized water closet flushing system |
| US5611091A (en) * | 1995-04-17 | 1997-03-18 | American Standard Inc. | Toilet trip lever arm with integral energy absorbing member |
| US5802628A (en) * | 1997-06-17 | 1998-09-08 | Sloan Valve Company | Pressure flushing device discharge extension |
| CN2613527Y (zh) * | 2003-03-26 | 2004-04-28 | 冯培雄 | 气压式便器冲水箱 |
| CN203247670U (zh) * | 2013-05-24 | 2013-10-23 | 李飞宇 | 有压水冲刷无线控制机构及有压水冲刷装置和坐便器 |
| CN203613619U (zh) * | 2013-12-17 | 2014-05-28 | 李建生 | 一种用于坐便器、蹲便器的双排压力水箱 |
-
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Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6467101B1 (en) * | 2001-10-31 | 2002-10-22 | Jorge Artola | Toilet flushing and cleaning device |
| KR20110037182A (ko) * | 2009-10-06 | 2011-04-13 | 최필선 | 가압 절수형 수세식 변기의 세척 장치 |
| CN202273300U (zh) * | 2011-09-14 | 2012-06-13 | 三明兴业科技（天津）有限公司 | 座便器的节水型压力冲水装置及其应用该装置的座便器 |
| CN203270742U (zh) * | 2013-06-05 | 2013-11-06 | 佛山市新明珠卫浴有限公司 | 新型即热式智能连体坐便器 |
| CN203546857U (zh) * | 2013-10-29 | 2014-04-16 | 钟章水 | 一种节水马桶的气压冲水通道 |
| CN205999995U (zh) * | 2016-08-12 | 2017-03-08 | 厦门建霖工业有限公司 | 一种具有压力冲水系统的节水型无水箱座便器 |
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