CN104988972A - Method for flushing toilet by stages - Google Patents
Method for flushing toilet by stages Download PDFInfo
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- CN104988972A CN104988972A CN201510261700.0A CN201510261700A CN104988972A CN 104988972 A CN104988972 A CN 104988972A CN 201510261700 A CN201510261700 A CN 201510261700A CN 104988972 A CN104988972 A CN 104988972A
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Abstract
The invention discloses a method for flushing a toilet by stages. By employing the method, the discharge of cleaning water and flushing water and be respectively controlled. The method comprises following methods: S1, turning on the cleaning water to wash the sewage bearing surface of a toilet pool, and turning off the cleaning water after the cleaning water is turned on for a preset period T1; S2, turning on the flushing water to flush jet holes at the bottom the toilet pool, so that the sewage in the toilet can be discharged from a pipe, and a siphon phenomenon is formed; S3, turning on the cleaning water again after the flushing water is turned on for a preset period T2, wherein the cleaning water washes the sewage bearing surface of the toilet pool firstly, and then the cleaning water and the flushing water are discharged from the toilet pool the siphon effect; and S4, simultaneously turning off the cleaning water and the flushing water after the cleaning water is turned on for a preset period T3 for the second time. The flushing method is carried out by stages, the toilet has a good siphon effect, the flushing performance for the toilet can be improved, water can be saved at a certain degree, the method is easy and feasible, and obvious effects can be achieved.
Description
Technical field
The present invention relates to bathroom field, particularly relate to a kind of sublevel segmentation flush toilets method.
Background technology
Spraying siphonage-toilet, is adopt siphon principle in hydrodynamics, after starting flushometer, water closet pipeline under vacuum conditions, blow-off line produces powerful negative pressure instantaneously, due to atmospheric pressure effect, forms liquid-column height poor, thus generation pressure differential, make current flow to the little low water stage of pressure from the large high water level that is stressed, and be full of blow-off line, produce siphonage, thus take dirt away, until current all discharge toilet bowl.To have flushing ability strong, quiet, every smelly effect, now general on the market toilet has all adopted and sprayed hydrocone type structure to spray siphonage-toilet.
The toilet of existing injecting type structure comprises the spray-hole scrubbed circle and be positioned at bottom toilet bowl being positioned at toilet bowl top mostly, from scrubbing water that circle flows out for cleaning toilet bowl dirt continuing surface, the water flowed out from spray-hole is used for carrying out spraying to sewage bottom toilet bowl producing siphon by the wash dirt in toilet bowl to discharging curved channel.During flushing, be all generally allow water source supply device supply water simultaneously to scrub circle and spray-hole with respectively to toilet bowl dirt continuing surface clean and for jet douche and produce siphon until rinse end.
And water source supply device supplies water to scrubbing circle and spray-hole simultaneously, can make on the one hand to scrub the water yield that circle water and spray-hole be assigned to and cannot reach optimum efficiency, the water yield of the water yield or spray-hole outflow of scrubbing circle outflow during each flushing cannot keep consistency, few time many time always, cause the jeting effect of the clean effect of toilet bowl dirt continuing surface or jet douche unstable, on the other hand, owing to just flowing to water seal bottom toilet bowl from scrubbing after washing water that circle flows out first will scrub the dirt continuing surface of toilet bowl, supply water simultaneously to scrub circle and spray-hole washing water can be caused also not flow to bottom toilet bowl water seal time, spray-hole has ejected flushing water and has formed siphon, so then underuse washing water and participate in siphon, be unfavorable for promoting that siphon generates, and cause the expulsion pressure of injection needed for siphon higher less with injection flow, and elevated pressures spray generate siphon after, siphon is because pressure is higher and toilet bowl water shortage can cause siphon power to cross strong and siphonage time shortening, finally cause siphon effect poor, and waste water resource.
The present invention is directed to above phenomenon, propose a kind of to improve flush toilets method, flushing carried out stage by stage, can produce good siphon effect again can using water wisely to a certain extent, simple possible, successful.
Summary of the invention
In order to solve the technical problem in background technology, the invention provides a kind of sublevel segmentation flush toilets method, described method goes out water management to washing water and flushing water respectively, comprise the following steps: S1, unlatching washing water, toilet bowl dirt continuing surface is scrubbed, after washing water opens predetermined amount of time T1, closes washing water; S2, unlatching flushing water, make toilet dirt discharge line form siphon to the spray-hole bath bottom toilet bowl; S3, after flushing water opens predetermined amount of time T2, again open washing water, washing water is first scrubbed toilet bowl dirt continuing surface, after discharge toilet bowl by siphonage together with flushing water; S4, after again opening washing water predetermined amount of time T3, close washing water and flushing water simultaneously.
Preferably, described method controls the open and close of washing water and flushing water by control device, described washing water and flushing water are all the water provided by watering, washing water flow to described toilet bowl dirt continuing surface by washing water pipeline, and flushing water flow to the spray-hole bottom described toilet bowl by flushing water pipeline.
Further, described watering is the water in water supply network, described washing water pipeline is connected with water supply network respectively by control device with flushing water pipeline, described control device is control valve, described control valve is provided with one, described control valve has a water inlet end and two water sides, the water inlet end of control valve is connected with water supply network, two water sides of control valve are connected with the water inlet end of washing water pipeline and flushing water pipeline respectively, control being communicated with or cut-out of washing water pipeline and flushing water pipeline and water supply network by described control valve.
Further, described watering is the water in water supply network, described washing water pipeline is connected with water supply network respectively by control device with flushing water pipeline, described control device comprises control valve I and control valve II, two control valve and controls being communicated with or cut-out of washing water pipeline and flushing water pipeline and water supply network respectively.
Further, described watering comprises the water in water tank, described water tank is connected with two pump installations, described washing water pipeline is connected with water tank respectively by two pump installations with flushing water pipeline, and described control device opens or cut out described two pump installations to control being communicated with or cut-out of washing water pipeline and flushing water pipeline and water tank.
Further, described watering comprises the water in water tank and the water in water supply network, described control device comprises control device I and control device II, described washing water pipeline is connected with described water tank by pump installation with a wherein pipeline of flushing water pipeline, and described control device I opens or cut out described pump installation to make this pipeline be communicated with described water tank or to cut off; Described washing water pipeline is connected with water supply network by control device II with flushing water another pipeline ducted, and described control device II controls being communicated with or cut-out of this another pipeline and water supply network.
Further, described watering comprises the water in water tank, a dewatering installation is provided with in described water tank, described water tank is also connected with a pump installation, described control device comprises control device I and control device II, described washing water pipeline is connected with water tank by described pump installation with a wherein pipeline of flushing water pipeline, and described control device I controls the unlatching of described pump installation or cuts out this pipeline is communicated with described water tank or cuts off; Described washing water pipeline is connected with water tank by described dewatering installation with flushing water another pipeline ducted, and described control device II controls the unlatching of described dewatering installation or cuts out this another pipeline is communicated with described water tank or cuts off.
Further, described watering comprises the water in water tank and the water in water supply network, described control device comprises control device I and control device II, described washing water pipeline is connected with described water tank by a dewatering installation with a wherein pipeline of flushing water pipeline, and the opening and closing that described control device I controls described dewatering installation are to make this pipeline be communicated with described water tank or to cut off; Described washing water pipeline is connected with water supply network by control device II with flushing water another pipeline ducted, and described control device II controls being communicated with or cut-out of this another pipeline and water supply network.
Further, described watering is the water in water tank, two dewatering installations are provided with in described water tank, described washing water pipeline is connected with water tank respectively by two dewatering installations with flushing water pipeline, and described control device opens or cut out described two dewatering installations to control being communicated with or cut-out of washing water pipeline and flushing water pipeline and water tank.
Alternatively, described pump installation is water jet pump, described water jet pump comprises: a nozzle be connected with described watering, one facing to the trunnion of described nozzle, described trunnion is connected to the water inlet end of flushing water pipeline and/or washing water pipeline, between nozzle and trunnion, there is gap, described gap communicates with described water tank, and watering provides water to spray into trunnion and gap between nozzle with trunnion forms negative pressure to make the water in water tank by trunnion and to flow into flushing water pipeline and/or washing water pipeline together with the water sprayed with nozzle from nozzle; Or described pump installation is water pump, described water pump is centrifugal pump, axial-flow pump, mixed-flow pump or submersible pump.
Alternatively, described predetermined amount of time T1 is 2.5s-4.5s; Described predetermined amount of time T2 is 1s-2.5s; Described predetermined amount of time T3 is 1s-3s.
Adopt technique scheme, the present invention has following beneficial effect:
The present invention is directed to the deficiencies in the prior art, a kind of flush toilets method of improvement is provided, flushing is carried out stage by stage, on the one hand, the problem that cannot to reach optimum efficiency before siphon in prior art produces to the water operation of washing water or flushing water can be solved, the solution of the present invention is owing to first cleaning dirt continuing surface, afterwards to spray-hole jet douche, when ensure that each flushing siphon produce before the water yield of washing water or the uniformity of the water yield of flushing water, make the jeting effect of the clean effect of toilet bowl dirt continuing surface or jet douche more stable, on the other hand, when rinsing, the solution of the present invention adopts and first cleans dirt continuing surface, this washing water is stored in the water seal in toilet bowl, the water yield that improve water seal can help lend some impetus to siphon and generate, and take full advantage of the washing water of this part, avoid waste, and then carry out jet douche, the washing water now flowed out in first step has been stored in the water yield adding water seal in toilet bowl in the water seal in toilet bowl, less expulsion pressure is then only needed to produce siphon, after siphon generates, dirt continuing surface is cleaned and jet douche simultaneously, reducing expulsion pressure effectively prevent because siphon is excessively strong, the siphon destructive that the decline of the toilet bowl water surface is too fast and cause, siphonage time shortens, washing water enters toilet bowl by washing water pipeline simultaneously, the water yield entering toilet bowl does not reduce because expulsion pressure reduces, thus maintain the continuity of siphon, increase siphonage time, improve closestool flushing performance.In a word, this purging method can make toilet effectively can promote the generation of siphon before siphon produces, siphon only needs less expulsion pressure to realize siphon when producing, siphon effectively can maintain the continuity of siphon after producing, lengthen siphonage time, thus produce good siphon effect improve closestool flushing performance again can using water wisely to a certain extent, simple possible, successful.
Accompanying drawing explanation
In order to be illustrated more clearly in technical scheme of the present invention, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the perspective view of the closet flushing apparatus embodiment one of a kind of sublevel segmentation of the present invention flush toilets method;
Fig. 2 is the top view of the closet flushing apparatus embodiment one of a kind of sublevel segmentation of the present invention flush toilets method;
Fig. 3 is the sectional view of the closet flushing apparatus embodiment one of a kind of sublevel segmentation of the present invention flush toilets method;
Wherein, in figure, Reference numeral corresponds to: 1-closestool body, 2-dirt continuing surface, 3-dirt outlet opening, 4-flushing water pipeline, 5-washing water pipeline, 6-water tank, 7-spray-hole, 8-cleans hole, 9-water stream channel, 10-pump installation I, 11-pump installation II, 12-control valve I, 13-control valve II, A-nozzle, B-trunnion, C-gap.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art obtain under the prerequisite of not making creative work, all belongs to the scope of protection of the invention.
Embodiment one: (flush toilets device comprises water tank and two pump installations, and the watering of washing water pipeline and flushing water pipeline comprises the water in water tank)
As Figure 1-3, in order to solve the technical problem in background technology, the invention provides a kind of sublevel segmentation flush toilets method, described method goes out water management to washing water and flushing water respectively, comprise the following steps: S1, unlatching washing water, toilet bowl dirt continuing surface is scrubbed, after washing water opens predetermined amount of time T1, closes washing water; S2, unlatching flushing water, make toilet dirt discharge line form siphon to the spray-hole bath bottom toilet bowl; S3, after flushing water opens predetermined amount of time T2, again open washing water, washing water is first scrubbed toilet bowl dirt continuing surface, after discharge toilet bowl by siphonage together with flushing water; S4, after again opening washing water predetermined amount of time T3, close washing water and flushing water simultaneously.
In the present embodiment, described flush toilets device comprises the closestool body 1 with toilet bowl, flushing water pipeline 4 and washing water pipeline 5, the toilet bowl of closestool body 1 has dirt continuing surface 2, dirt outlet opening 3, be positioned at the spray-hole 7 also facing to described dirt outlet opening 3 bottom toilet bowl, and for cleaning the clean hole 8 of described dirt continuing surface 2, wherein dirt outlet opening 3 is communicated with toilet dirt discharge line, the water that spray-hole 7 flows out is the described flushing water for making toilet dirt discharge line form siphon, the water that clean hole 8 is flowed out is the described washing water for clean dirt continuing surface 2, flush toilets device in the present embodiment is furnished with a water stream channel 9 be communicated with washing water pipeline 5 along the border, dirt continuing surface 2 top of closestool body 1, clean hole 8 be provided with several and offer along this water stream channel 9 interval, water in water stream channel 9 washes away dirt continuing surface 2 by each clean hole 8 from top to down, with fully, dirt continuing surface 2 is not cleaned with not staying dead angle, or, clean hole 8 also can directly be opened on dirt continuing surface 2, dirt continuing surface 2 is provided with flow-guiding structure and makes to clean dirt continuing surface 2 from the water of clean hole 8 outflow in the mode of convolution.
Method described in the present embodiment, control device is adopted to control the open and close of washing water and flushing water, washing water is flowed out by washing water pipeline 5, washing water pipeline 5 is cleaned for 8 pairs, the clean hole dirt continuing surface 2 washing water being transported to closestool body 1 top, flushing water is flowed out by flushing water pipeline 4, flushing water pipeline 4 carries out jet douche for the spray-hole 7 be transported to by flushing water bottom toilet bowl, and watering provides the work water of washing water and flushing water.
In the present embodiment, the flush toilets device implementing described flush toilets method also comprises water tank 6 and the pump installation I 10 that is communicated with water tank 6 and pump installation II 11, water tank 6 is arranged at the rear portion of closestool body 1, watering described in the present embodiment comprises the water in water tank 6, water tank 6 stores the clean water from municipal network water supply, described flushing water pipeline 4 is connected with water tank 6 by pump installation I 10, described washing water pipeline 5 is connected with water tank 6 by pump installation II 11, pump installation I 10 and pump installation II 11 are positioned under the default working water level of water tank 6, described control device opens or cuts out described two pump installations to control being communicated with or cut-out of washing water pipeline 5 and flushing water pipeline 4 and water tank 6, and then realize the open and close controlling washing water and flushing water.
Particularly, the water side of flushing water pipeline 4 connects described spray-hole 7, and the water inlet end of flushing water pipeline 4 connects the delivery port of pump installation I 10, and the water inlet of pump installation I 10 communicates with water tank 6; The water side of washing water pipeline 5 connects described clean hole 8, and the water inlet end of washing water pipeline 5 connects the delivery port of pump installation II 11, and the water inlet of pump installation II 11 communicates with water tank 6.
The present embodiment pump installation I 10 and pump installation II 11 are respectively water jet pump I and water jet pump II, described watering also comprises the water in water supply network, described water jet pump comprises: a nozzle A be connected with water supply network, one facing to the trunnion B of described nozzle A, described trunnion B is connected to the water inlet end of flushing water pipeline 4 and/or washing water pipeline 5, between nozzle A and trunnion B, there is clearance C, described clearance C communicates with water tank 6, work water from water supply network sprays into trunnion B and gap between nozzle A with trunnion B forms negative pressure to make the clean water in water tank 6 by trunnion B and to flow into flushing water pipeline 4 and/or washing water pipeline 5 together with the work water sprayed with nozzle A from nozzle A.
The present embodiment, described control device is control valve, control valve comprises control valve I 12 and control valve II 13, more specifically, described control valve is electromagnetic valve, the water inlet end of two electromagnetic valves connects municipal network water supply interface, and the water side of two electromagnetic valves connects the nozzle of water jet pump I and water jet pump II respectively, and municipal network water supply provides water spray with certain hydraulic pressure to open two water jet pumps by the control of electromagnetic valve I 12 and electromagnetic valve II 13 thus for the nozzle of two water jet pumps.Or, described control device also can be pump installation III (not shown), at this moment, the watering of nozzle A can be water in water tank 6 or other outside water at water storage water source or the water of municipal network water supply, the water side of pump installation III connects nozzle A, the water inlet end of pump installation III can be connect water tank 6 or connect other outside water storage water sources or connect municipal network water supply, and water tank 6 or other outside water storage water sources or municipal network water supply provide water spray with certain hydraulic pressure to open water jet pump by the control of pump installation III thus for the nozzle A of water jet pump.
In the present embodiment, preferably, described predetermined amount of time T1 is 2.5s; Described predetermined amount of time T2 is 2.5s; Described predetermined amount of time T3 is 3s.
Here it should be noted that, pump installation I 10 and pump installation II 11 also can be water pump, and described water pump is centrifugal pump, axial-flow pump, mixed-flow pump or submersible pump, when pump installation is water pump, described control device is gauge tap, and gauge tap controls the on/off of water pump; Or also can be that pump installation I 10 is water jet pump, pump installation II 11 be water pump; Or pump installation I 10 is water pump, pump installation II 11 is water jet pump, is equivalent substitute mode, no longer describes in detail here.
Adopt technique scheme, the present invention has following beneficial effect:
Flush toilets method of the present invention, flushing is carried out stage by stage, on the one hand, the problem of optimum efficiency cannot be reached to the water operation of washing water or flushing water before the scheme siphon of background technology can be avoided to produce, method of the present invention is owing to first cleaning dirt continuing surface, afterwards to spray-hole jet douche, when ensure that each flushing siphon produce before the water yield of washing water or the uniformity of the water yield of flushing water, make the jeting effect of the clean effect of toilet bowl dirt continuing surface or jet douche more stable.On the other hand, during flushing, step S1 of the present invention first cleans dirt continuing surface, this washing water is stored in the water seal in toilet bowl, the water yield adding water seal can help lend some impetus to siphon and generate, and take full advantage of the washing water of this part, avoid waste, enough washing water pressure can also be ensured for cleaning dirt continuing surface simultaneously; Then step S2 carries out jet douche again, and the washing water now owing to flowing out in S1 step adds the water yield of water seal in toilet bowl, then only need less expulsion pressure to produce siphon; After siphon generates, step S3 cleans and jet douche dirt continuing surface simultaneously, the siphon destructive that to reduce that expulsion pressure effectively prevent because siphon is excessively strong, the toilet bowl water surface declines too fast and cause, siphonage time shortening, washing water enters toilet bowl by washing water pipeline simultaneously, the water yield entering toilet bowl does not reduce because expulsion pressure reduces, thus maintain the continuity of siphon, increase siphonage time, improve closestool flushing performance.In a word, this purging method can make toilet effectively can promote the generation of siphon before siphon produces, siphon only needs less expulsion pressure to realize siphon when producing, siphon effectively can maintain the continuity of siphon after producing, lengthen siphonage time, thus produce good siphon effect improve closestool flushing performance again can using water wisely to a certain extent, simple possible, successful.
Embodiment two: (flush toilets device does not comprise water tank, comprises a control valve, and the watering of washing water and flushing water two pipeline is the water in water supply network)
In order to solve the technical problem in background technology, the invention provides a kind of sublevel segmentation flush toilets method, described method goes out water management to washing water and flushing water respectively, comprise the following steps: S1, unlatching washing water, toilet bowl dirt continuing surface is scrubbed, after washing water opens predetermined amount of time T1, closes washing water; S2, unlatching flushing water, make toilet dirt discharge line form siphon to the spray-hole bath bottom toilet bowl; S3, after flushing water opens predetermined amount of time T2, again open washing water, washing water is first scrubbed toilet bowl dirt continuing surface, after discharge toilet bowl by siphonage together with flushing water; S4, after again opening washing water predetermined amount of time T3, close washing water and flushing water simultaneously.
The difference of the present embodiment and embodiment one is:
In the present embodiment, the flush toilets device implementing described flush toilets method does not comprise water tank, watering is the water in water supply network, washing water pipeline 5 is connected with water supply network respectively by control device with flushing water pipeline 4, described control device is control valve (not shown), control valve is preferably electromagnetic valve, control valve is provided with one, control valve has a water inlet end and two water sides, the water inlet end of control valve is connected with water supply network interface, two water sides of control valve are connected with the water inlet end of washing water pipeline 5 and flushing water pipeline 4 respectively, washing water pipeline 5 and the open and close that are communicated with or cut off control washing water and flushing water of flushing water pipeline 4 with water supply network are controlled by control valve.
Watering in the present embodiment only has the water in water supply network, do not comprise the water in water tank 6, washing water pipeline 5 is directly connected with the water side of control valve with the water inlet end of flushing water pipeline 4 simultaneously, do not connect pump installation, therefore directly realize by control valve the open and close controlling washing water and flushing water.
In the present embodiment, preferably, described predetermined amount of time T1 is 4.5s; Described predetermined amount of time T2 is 1s; Described predetermined amount of time T3 is 1s.
Embodiment three: (flush toilets device does not comprise water tank, comprises two control valves, and the watering of washing water and flushing water two pipeline is the water in water supply network)
In order to solve the technical problem in background technology, the invention provides a kind of sublevel segmentation flush toilets method, described method goes out water management to washing water and flushing water respectively, comprise the following steps: S1, unlatching washing water, toilet bowl dirt continuing surface is scrubbed, after washing water opens predetermined amount of time T1, closes washing water; S2, unlatching flushing water, make toilet dirt discharge line form siphon to the spray-hole bath bottom toilet bowl; S3, after flushing water opens predetermined amount of time T2, again open washing water, washing water is first scrubbed toilet bowl dirt continuing surface, after discharge toilet bowl by siphonage together with flushing water; S4, after again opening washing water predetermined amount of time T3, close washing water and flushing water simultaneously.
The difference of the present embodiment and embodiment one is:
In the present embodiment, the flush toilets device implementing described flush toilets method does not comprise water tank, watering is the water in water supply network, washing water pipeline 5 is connected with water supply network respectively by control device with flushing water pipeline 4, described control device is control valve (not shown), control valve is preferably electromagnetic valve, control valve is provided with two, control valve I 12 and control valve II 13 respectively, the water side of control valve I 12 is directly connected with the water inlet end of flushing water pipeline 4, the water side of control valve II 13 is directly connected with the water inlet end of flushing water pipeline 5, the open and close controlling washing water and flushing water are achieved by controlling two control valves.
In the present embodiment, preferably, described predetermined amount of time T1 is 3s; Described predetermined amount of time T2 is 2s; Described predetermined amount of time T3 is 2s.
Embodiment four: (flush toilets device comprises water tank and a pump installation, watering water comprised in water tank of washing water and flushing water two pipeline, and another is the water in water supply network)
In order to solve the technical problem in background technology, the invention provides a kind of sublevel segmentation flush toilets method, described method goes out water management to washing water and flushing water respectively, comprise the following steps: S1, unlatching washing water, toilet bowl dirt continuing surface is scrubbed, after washing water opens predetermined amount of time T1, closes washing water; S2, unlatching flushing water, make toilet dirt discharge line form siphon to the spray-hole bath bottom toilet bowl; S3, after flushing water opens predetermined amount of time T2, again open washing water, washing water is first scrubbed toilet bowl dirt continuing surface, after discharge toilet bowl by siphonage together with flushing water; S4, after again opening washing water predetermined amount of time T3, close washing water and flushing water simultaneously.
The difference of the present embodiment and embodiment one is:
In the present embodiment, the flush toilets device implementing described flush toilets method comprises pump installation IV (not shown) be communicated with water tank 6, water tank 6 stores the clean water from water supply network, the watering of a wherein pipeline of described washing water pipeline 5 and flushing water pipeline 4 comprises the water in water tank 6, this pipeline is connected with water tank 6 by described pump installation IV, described control device comprises control device I and control device II, described control device I is connected with described pump installation IV and for opening or cut out described pump installation to make this pipeline be communicated with described water tank 6 or to cut off,
The watering of another pipeline in described washing water pipeline 5 and flushing water pipeline 4 is the water in water supply network, this another pipeline is connected with water supply network by described control device II, and described control device II controls being communicated with or cut-out of this another pipeline and water supply network.
In the present embodiment, control device II is control valve, and more specifically, control valve is preferably electromagnetic valve; When pump installation IV is water jet pump, described control device I is control valve, and control valve is preferably electromagnetic valve, and when pump installation IV is water pump, described control device I is gauge tap, and gauge tap controls the on/off of water pump.
In the present embodiment, preferably, described predetermined amount of time T1 is 3s; Described predetermined amount of time T2 is 1.5s; Described predetermined amount of time T3 is 3s.
Embodiment five: (flush toilets device comprises water tank, a dewatering installation, a pump installation, and the watering of washing water and flushing water two pipeline comprises the water in water tank)
In order to solve the technical problem in background technology, the invention provides a kind of sublevel segmentation flush toilets method, described method goes out water management to washing water and flushing water respectively, comprise the following steps: S1, unlatching washing water, toilet bowl dirt continuing surface is scrubbed, after washing water opens predetermined amount of time T1, closes washing water; S2, unlatching flushing water, make toilet dirt discharge line form siphon to the spray-hole bath bottom toilet bowl; S3, after flushing water opens predetermined amount of time T2, again open washing water, washing water is first scrubbed toilet bowl dirt continuing surface, after discharge toilet bowl by siphonage together with flushing water; S4, after again opening washing water predetermined amount of time T3, close washing water and flushing water simultaneously.
The difference of the present embodiment and embodiment one is:
In the present embodiment, the flush toilets device implementing described flush toilets method also comprises dewatering installation I (not shown) and pump installation V (not shown), dewatering installation I is located in water tank 6, pump installation V is communicated with water tank 6, water tank 6 stores the clean water from water supply network, watering comprises the water in water tank 6, washing water pipeline 5 is connected with water tank 6 by dewatering installation I with a wherein pipeline of flushing water pipeline 4, washing water pipeline 5 is connected with water tank 6 by pump installation V with another pipeline in flushing water pipeline 4, control device comprises control device I and control device II, the unlatching of control device I control pump device V or close a wherein pipeline of washing water pipeline 5 and flushing water pipeline 4 is communicated with water tank 6 or cuts off, control device II controls the unlatching of dewatering installation I or cuts out washing water pipeline 5 and another pipeline in flushing water pipeline 4 are communicated with water tank 6 or cut off, and then realize the open and close controlling washing water and flushing water.
The present embodiment, dewatering installation I can be the draining valve in water-closet tank well known in the art, and the control device II that control dewatering installation I opens or cuts out is the starting switch of draining valve; When pump installation V is water jet pump, described control device I is control valve, and control valve is preferably electromagnetic valve, and when pump installation is water pump, described control device I is gauge tap, and gauge tap controls the on/off of water pump.
In the present embodiment, preferably, described predetermined amount of time T1 is 4s; Described predetermined amount of time T2 is 2s; Described predetermined amount of time T3 is 1.5s.
Embodiment six: (flush toilets device comprises water tank and a dewatering installation, and the watering one of washing water and flushing water two pipeline is the water in water tank, and another is the water in water supply network)
In order to solve the technical problem in background technology, the invention provides a kind of sublevel segmentation flush toilets method, described method goes out water management to washing water and flushing water respectively, comprise the following steps: S1, unlatching washing water, toilet bowl dirt continuing surface is scrubbed, after washing water opens predetermined amount of time T1, closes washing water; S2, unlatching flushing water, make toilet dirt discharge line form siphon to the spray-hole bath bottom toilet bowl; S3, after flushing water opens predetermined amount of time T2, again open washing water, washing water is first scrubbed toilet bowl dirt continuing surface, after discharge toilet bowl by siphonage together with flushing water; S4, after again opening washing water predetermined amount of time T3, close washing water and flushing water simultaneously.
The difference of the present embodiment and embodiment one is:
In the present embodiment, the flush toilets device implementing described flush toilets method also comprises dewatering installation II (not shown), dewatering installation II is located in water tank 6, water tank 6 stores the clean water from water supply network, the watering of a wherein pipeline of washing water pipeline 5 and flushing water pipeline 4 is the water in water tank 6, this pipeline is connected with water tank 6 by described dewatering installation II, described control device comprises control device I and control device II, described control device I is connected with described dewatering installation II and for opening or cut out dewatering installation II to make this pipeline be communicated with water tank 6 or to cut off, the watering of another pipeline in washing water pipeline 5 and flushing water pipeline 4 is the water in water supply network, this another pipeline is connected with water supply network by described control device II, described control device II controls being communicated with or cut-out of this another pipeline and water supply network, the present embodiment control device II is control valve, more specifically, control valve is preferably electromagnetic valve.
The present embodiment, dewatering installation II can be the draining valve in water-closet tank well known in the art, and the control device I that control dewatering installation II opens or cuts out is the starting switch of draining valve.
In the present embodiment, preferably, described predetermined amount of time T1 is 4.5s; Described predetermined amount of time T2 is 2.5s; Described predetermined amount of time T3 is 3s.
Embodiment seven: (flush toilets device comprises water tank and two dewatering installations, and the watering of washing water and flushing water two pipeline is the water in water tank)
In order to solve the technical problem in background technology, the invention provides a kind of sublevel segmentation flush toilets method, described method goes out water management to washing water and flushing water respectively, comprise the following steps: S1, unlatching washing water, toilet bowl dirt continuing surface is scrubbed, after washing water opens predetermined amount of time T1, closes washing water; S2, unlatching flushing water, make toilet dirt discharge line form siphon to the spray-hole bath bottom toilet bowl; S3, after flushing water opens predetermined amount of time T2, again open washing water, washing water is first scrubbed toilet bowl dirt continuing surface, after discharge toilet bowl by siphonage together with flushing water; S4, after again opening washing water predetermined amount of time T3, close washing water and flushing water simultaneously.
The difference of the present embodiment and embodiment one is:
In the present embodiment, the flush toilets device implementing described flush toilets method also comprises dewatering installation III, dewatering installation IV (not shown), two dewatering installations are located in water tank 6, water tank 6 stores the clean water from water supply network, watering is the water in water tank 6, washing water pipeline 5 is connected with water tank 6 by dewatering installation III, flushing water pipeline 4 is by being connected with water tank 6 with dewatering installation IV, described control device opens and closes two dewatering installations to control being communicated with or cut-out of washing water pipeline 5 and flushing water pipeline 4 and water tank 6, and then realize the open and close controlling washing water and flushing water.
In the present embodiment, dewatering installation III, dewatering installation IV can be the draining valve in water-closet tank well known in the art, and the control device controlling dewatering installation III, IV unlatching or cut out is the starting switch of draining valve.
In the present embodiment, preferably, described predetermined amount of time T1 is 2.5s; Described predetermined amount of time T2 is 1s; Described predetermined amount of time T3 is 3s.
Need it is noted that, above-described water supply network all refers to municipal water supply network.
Above disclosedly be only preferred embodiment of the present invention, certainly can not limit the interest field of the present invention with this, therefore according to the equivalent variations that the claims in the present invention are done, still belong to the scope that the present invention is contained.
Claims (11)
1. a sublevel segmentation flush toilets method, is characterized in that, described method goes out water management to washing water and flushing water respectively, comprises the following steps:
S1, unlatching washing water, scrub toilet bowl dirt continuing surface, after washing water opens predetermined amount of time T1, close washing water;
S2, unlatching flushing water, make toilet dirt discharge line form siphon to the spray-hole bath bottom toilet bowl;
S3, after flushing water opens predetermined amount of time T2, again open washing water, washing water is first scrubbed toilet bowl dirt continuing surface, after discharge toilet bowl by siphonage together with flushing water;
S4, after again opening washing water predetermined amount of time T3, close washing water and flushing water simultaneously.
2. a kind of sublevel segmentation flush toilets method according to claim 1, it is characterized in that, described method controls the open and close of washing water and flushing water by control device, described washing water and flushing water are all the water provided by watering, washing water flow to described toilet bowl dirt continuing surface by washing water pipeline, and flushing water flow to the spray-hole bottom described toilet bowl by flushing water pipeline.
3. a kind of sublevel segmentation flush toilets method according to claim 2, it is characterized in that, described watering is the water in water supply network, described washing water pipeline is connected with water supply network respectively by control device with flushing water pipeline, described control device is control valve, described control valve is provided with one, described control valve has a water inlet end and two water sides, the water inlet end of control valve is connected with water supply network, two water sides of control valve are connected with the water inlet end of washing water pipeline and flushing water pipeline respectively, being communicated with or cut-out of washing water pipeline and flushing water pipeline and water supply network is controlled by described control valve.
4. a kind of sublevel segmentation flush toilets method according to claim 2, it is characterized in that, described watering is the water in water supply network, described washing water pipeline is connected with water supply network respectively by control device with flushing water pipeline, described control device comprises control valve I and control valve II, two control valve and controls being communicated with or cut-out of washing water pipeline and flushing water pipeline and water supply network respectively.
5. a kind of sublevel segmentation flush toilets method according to claim 2, it is characterized in that, described watering comprises the water in water tank, described water tank is connected with two pump installations, described washing water pipeline is connected with water tank respectively by two pump installations with flushing water pipeline, and described control device opens or cut out described two pump installations to control being communicated with or cut-out of washing water pipeline and flushing water pipeline and water tank.
6. a kind of sublevel segmentation flush toilets method according to claim 2, it is characterized in that, described watering comprises the water in water tank and the water in water supply network, described control device comprises control device I and control device II, described washing water pipeline is connected with described water tank by pump installation with a wherein pipeline of flushing water pipeline, and described control device I opens or cut out described pump installation to make this pipeline be communicated with described water tank or to cut off; Described washing water pipeline is connected with water supply network by control device II with flushing water another pipeline ducted, and described control device II controls being communicated with or cut-out of this another pipeline and water supply network.
7. a kind of sublevel segmentation flush toilets method according to claim 2, it is characterized in that, described watering comprises the water in water tank, a dewatering installation is provided with in described water tank, described water tank is also connected with a pump installation, described control device comprises control device I and control device II, described washing water pipeline is connected with water tank by described pump installation with a wherein pipeline of flushing water pipeline, and described control device I controls the unlatching of described pump installation or cuts out this pipeline is communicated with described water tank or cuts off; Described washing water pipeline is connected with water tank by described dewatering installation with flushing water another pipeline ducted, and described control device II controls the unlatching of described dewatering installation or cuts out this another pipeline is communicated with described water tank or cuts off.
8. a kind of sublevel segmentation flush toilets method according to claim 2, it is characterized in that, described watering comprises the water in water tank and the water in water supply network, described control device comprises control device I and control device II, described washing water pipeline is connected with described water tank by a dewatering installation with a wherein pipeline of flushing water pipeline, and the opening and closing that described control device I controls described dewatering installation are to make this pipeline be communicated with described water tank or to cut off; Described washing water pipeline is connected with water supply network by control device II with flushing water another pipeline ducted, and described control device II controls being communicated with or cut-out of this another pipeline and water supply network.
9. a kind of sublevel segmentation flush toilets method according to claim 2, it is characterized in that, described watering is the water in water tank, two dewatering installations are provided with in described water tank, described washing water pipeline is connected with water tank respectively by two dewatering installations with flushing water pipeline, and described control device opens or cut out described two dewatering installations to control being communicated with or cut-out of washing water pipeline and flushing water pipeline and water tank.
10. according to a kind of sublevel segmentation flush toilets method described in claim 5 to 7 any one, it is characterized in that, described pump installation is water jet pump, described water jet pump comprises: a nozzle be connected with described watering, one facing to the trunnion of described nozzle, described trunnion is connected to the water inlet end of flushing water pipeline and/or washing water pipeline, between nozzle and trunnion, there is gap, described gap communicates with described water tank, watering provides water to spray into trunnion and gap between nozzle with trunnion forms negative pressure to make the water in water tank by trunnion and to flow into flushing water pipeline and/or washing water pipeline together with the water sprayed with nozzle from nozzle, or described pump installation is water pump, described water pump is centrifugal pump, axial-flow pump, mixed-flow pump or submersible pump.
11. a kind of sublevel segmentation flush toilets methods according to claim 1-9 any one, it is characterized in that, described predetermined amount of time T1 is 2.5s-4.5s; Described predetermined amount of time T2 is 1s-2.5s; Described predetermined amount of time T3 is 1s-3s.
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| CN107299664A (en) * | 2017-07-14 | 2017-10-27 | 厦门瑞尔特卫浴科技股份有限公司 | A kind of flush toilets method |
| CN107794988A (en) * | 2017-09-20 | 2018-03-13 | 佛山市乐华恒业卫浴有限公司 | A kind of flushing method of closestool |
| CN108978817A (en) * | 2018-06-25 | 2018-12-11 | 厦门瑞尔特卫浴科技股份有限公司 | Closestool and its control method are rinsed in a kind of double flow increasings |
| CN109469170A (en) * | 2018-12-05 | 2019-03-15 | 厦门融技精密科技有限公司 | A kind of toilet flushing device |
| CN109610580A (en) * | 2018-11-02 | 2019-04-12 | 厦门瑞尔特卫浴科技股份有限公司 | A kind of flush toilets control system |
| CN109972707A (en) * | 2019-02-22 | 2019-07-05 | 厦门瑞尔特卫浴科技股份有限公司 | A kind of multisection type flushing method of closestool |
| CN112575856A (en) * | 2020-12-28 | 2021-03-30 | 厦门佳普乐电子科技有限公司 | Toilet flushing control method |
| CN113404131A (en) * | 2021-05-24 | 2021-09-17 | 新乐卫浴(佛山)有限公司 | Intelligent closestool and control method |
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| CN112575856A (en) * | 2020-12-28 | 2021-03-30 | 厦门佳普乐电子科技有限公司 | Toilet flushing control method |
| CN113404131A (en) * | 2021-05-24 | 2021-09-17 | 新乐卫浴(佛山)有限公司 | Intelligent closestool and control method |
| CN114687423A (en) * | 2022-04-27 | 2022-07-01 | 深圳市恒致云科技有限公司 | Double-pump flushing method, device and system of intelligent closestool and intelligent closestool |
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