CN203626026U - Water-saving flushing mechanism for pedestal pan - Google Patents
Water-saving flushing mechanism for pedestal pan Download PDFInfo
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- CN203626026U CN203626026U CN201320824710.7U CN201320824710U CN203626026U CN 203626026 U CN203626026 U CN 203626026U CN 201320824710 U CN201320824710 U CN 201320824710U CN 203626026 U CN203626026 U CN 203626026U
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Abstract
The utility model discloses a water-saving flushing mechanism for a pedestal pan. The flushing mechanism comprises a blow-off pipeline, a flushing pipeline and a scrubbing pipeline. The water outlet of the flushing pipeline is formed in a blow-off pipe of the blow-off pipeline, and the scrubbing pipeline is arranged on a pan opening of the pedestal pan and communicated with a pan water inlet. Compared with the prior art, the water-saving flushing mechanism for the pedestal pan has the advantages that a flushing loop is additionally arranged, and therefore the waterflow jet angle can be adjusted; the auxiliary scrubbing pipeline is additionally arranged to scrub the wall of a pedestal pan cavity, the jet siphon effect is obvious, flushing efficiency is improved, needed water consumption is reduced from 6 L to 4.8 L every time, waste is saved, and therefore the water-saving flushing mechanism is wide in application prospect.
Description
Technical field
The utility model relates to a kind of flushing machine, specifically, relates to a kind of water-saving flushing mechanism for water closet.
Background technology
Water resource has become the hot issue of China's 21 century, the expensive resource of guarantor that water is the mankind, it is a kind of special, not interchangeable resource, again a kind of reusable, reproducible resource, water has again its economic attribution and social property, and not only the development of industry agricultural will be leaned on water, and water is the lifeline of urban development and people's lives especially.
For a long time, people generally believe that water is " inexhaustible, nexhaustible ", do not know to treasure and waste and spend freely, when knowing that China's water resource quantity per capita is not abundant, area distributes and is inhomogeneous, along with the industrialized continuous propelling of China, no matter is developed regions or poverty-stricken area, the pollution day by day of water resource, problem of water saving touches the nerve of people's fragility repeatedly.A water, insignificant, but ceaselessly drip, quantity is just very considerable, so using water wisely will be done from drop, water saving will be done from treasuring water, establishes securely the conviction of " save water glory, waste water shameful ", could always and everywhere note water saving.Water-saving basic goal is to improve the reasonable use of water level in city, reduces taking and unnecessary discharge of new water, improves the quality of people's living water use, the water resource environment of conscientiously protecting us to depend on for existence.
Water closet, claims again toilet, and a great invention efficiently solves the mankind's psychological need.
The more and more water closets that all adopt in public place now, and part family adopts water closet, the flushing machine that water closet on market adopts all needs to use 6 premium on currency in the time of each flushing, use water closet to calculate by average 2,000,000 people in the whole nation, use for each person every day 2 calculating, just need so 2,400 ten thousand premium on currency flushing closestools every day.This accumulates over a long period is an extremely huge numeral, is great waste for water resource.And clogging especially easily appears in the flushing machine of the water closet having now, in the time of each obstruction, user requires a great deal of time again and clear water is cleared up water closet, and this brings inconvenient time to user, has wasted again a large amount of water resources.
Utility model content
The problems referred to above that exist for prior art, the purpose of this utility model is to provide a kind of water-saving flushing mechanism for water closet, loop is scrubbed in described flushing machine increase, adjust water flow jet angle, spray siphon more obvious, improve flush efficiency, need 6L water supply volume to be reduced to 4.8L, using water wisely each flushing closestool.
For realizing above-mentioned utility model object, the technical solution adopted in the utility model is as follows:
For a water-saving flushing mechanism for water closet, wherein said water closet comprises a bedpan mouth, a water-closet bowl and a bedpan water inlet, comprising:
One blowoff line, described blowoff line further comprises a dirt inlet, a dirt-discherging outlet and a blow-off line, described blow-off line is communicated with described dirt inlet and described dirt-discherging outlet, and described dirt inlet is arranged on the just pelvic cavity bottom of described water-closet bowl, and described dirt-discherging outlet is communicated with sewer;
One flushing line, described flushing line is communicated with described blowoff line, described flushing line further comprises a water inlet, a delivery port and a flushing pipe, described flushing pipe is communicated with described water inlet and described delivery port, described water inlet is arranged on described water-closet bowl, communicate with the bedpan water inlet of described water-closet bowl, described delivery port is arranged on described blow-off line, and described flushing line is communicated with described blowoff line by described delivery port; With
One scrubs pipeline, the described pipeline of scrubbing is divided into main pipeline and the auxiliary pipeline of scrubbing scrubbed, described master scrubs pipeline and described auxiliary scrubbing on the bedpan mouth that pipeline is arranged on described water-closet bowl, and described master scrubs pipeline and auxiliaryly scrubs the pipeline while and be communicated with described bedpan water inlet with described.
Further, the delivery port of described flushing line is arranged under the bedpan chamber of described water-closet bowl, angle between the bedpan chamber of the center line of described delivery port and described water-closet bowl is 15-25 degree, current are spurted into from described delivery port in the bedpan chamber of described water-closet bowl, form powerful current, rinse the bedpan chamber of described water-closet bowl.
Further, the angle between the bedpan chamber of the center line of the delivery port of described flushing line and described water-closet bowl is preferably 15 degree, and to rinse the efficiency in described bedpan chamber higher for current like this, and water supply volume is minimum.
Further, described water outlet is in described dirt inlet below, and the vertical distance between the delivery port of described flushing line and described dirt inlet is 75mm.
Further, described flushing pipe is J type, described flushing pipe further comprises one first flushing pipe and one second flushing pipe, linearly type of described the first flushing pipe, described the second flushing pipe is circular arc type, described the first flushing pipe is communicated with described the second flushing pipe, described the first flushing pipe is communicated with described water inlet, described the second flushing pipe is communicated with described delivery port, current flow into described the first flushing pipe and described the second flushing pipe from described water inlet, the potential energy of current is converted into kinetic energy, when current spray from delivery port like this, the dynamics of current is larger, the bedpan chamber of rinsing so described water-closet bowl is more effective.
Further, the circular arc bottommost of described the second flushing pipe is away from described water inlet, described blow-off line is between described water inlet and described the second flushing pipe, in other words, described the second flushing pipe is near the leading section of described water-closet bowl, and current spray near bedpan water inlet direction in the bedpan chamber from described delivery port to described water-closet bowl through described the second flushing pipe.
Further, described master scrubs pipeline and comprises a main pipeline inlet opening, main pipeline and the main mouth of scrubbing scrubbed, described master scrubs pipeline and is formed by the bedpan mouth wall of described water-closet bowl, described master scrubs mouth between described bedpan mouth wall and described bedpan wall, describedly scrub main pipeline inlet opening and described master described in pipeline communication and scrub mouth, described main pipeline inlet opening communicates with the bedpan water inlet of described water-closet bowl.
Further, described main pipeline inlet opening further comprises one first inlet opening and the second inlet opening, and described the first inlet opening and described the second inlet opening are communicated with described bedpan water inlet; Described master scrubs pipeline and further comprises that one first scrubs pipeline and one second and scrubs pipeline, described first scrubs pipeline and described second scrubs pipeline communication, described first scrubs pipeline is communicated with described the first inlet opening, and described second scrubs pipeline is communicated with described the second inlet opening.
Further, the described second caliber and described first of scrubbing pipeline is scrubbed the caliber of pipeline than being 1:0.5～0.8, so more easily forms whirlpool in described water-closet bowl bottom, produces siphonage, scrubs the bedpan chamber of described water-closet bowl.
Further, the described second caliber of scrubbing pipeline is 40 × 32mm, the described first caliber of scrubbing pipeline is 40 × 20mm, the described second caliber and described first of scrubbing pipeline is scrubbed the caliber of pipeline than being 1:0.6, so more easily in described bedpan chamber, form whirlpool, siphonage is more obvious, and the bedpan chamber of scrubbing described water-closet bowl is more thorough.
Further, describedly auxiliary scrub pipeline and be arranged on the bedpan wall of described water-closet bowl near described bedpan water inlet, describedly auxiliary scrub pipeline and comprise a subsidiary conduit water inlet, one auxiliary passage and the auxiliary mouth of scrubbing scrubbed, describedly auxiliary scrub pipeline and described auxiliary scrubbing mouthful formed by bedpan wall and the bedpan mouth wall of described water-closet bowl, described subsidiary conduit water inlet communicates with described water-closet bowl water inlet, the described auxiliary mouth of scrubbing is between described bedpan mouth wall and described bedpan wall, describedly auxiliary scrub subsidiary conduit water inlet and described master described in pipeline communication and scrub pipeline.
Further, described subsidiary conduit water inlet further comprises one first subsidiary conduit water inlet and one second subsidiary conduit water inlet, and described the first subsidiary conduit water inlet and described the second subsidiary conduit water inlet are communicated with described subsidiary conduit water inlet; The described auxiliary pipeline of scrubbing further comprises one first auxiliary pipeline and the one second auxiliary pipeline of scrubbing scrubbed, described first auxiliary scrubs pipeline with described the first subsidiary conduit water inlet and described first is scrubbed pipeline communication, and described second assists and scrub pipeline and described the second subsidiary conduit water inlet and described second is scrubbed pipeline communication.
Further, described master scrubs pipeline and the described auxiliary pipeline of scrubbing around the bedpan mouth that forms described water-closet bowl, and described master scrubs pipeline and occupy 2/3 in described bedpan mouth, describedly auxiliaryly scrubs pipeline occupy 1/3 in described bedpan mouth.
Further, described master scrubs pipeline and the described auxiliary shape setting of pipeline according to described water-closet bowl of scrubbing.
Further, described blow-off line comprises one first blow-off line, one second blow-off line and one the 3rd blow-off line, described the first blow-off line is communicated with described dirt inlet, described the second blow-off line is communicated with described sewage draining exit, and described the 3rd blow-off line is communicated with described the first blow-off line and described the second blow-off line.
Further, between the minimum point P1 of described the first blow-off line and described dirt inlet, difference in height is h1, difference in height between peak P2 and the described dirt inlet of the 3rd blow-off line is h2, h1 > h2, be more conducive to like this emissions, and after emissions completes, be easy to form water seal, prevent that peculiar smell from producing.
Further, between the minimum point P1 of described the first blow-off line and described dirt inlet, difference in height h1 is 116mm, and the difference in height h2 between peak P2 and the described dirt inlet of the 3rd blow-off line is 60mm.
Compared with prior art, a kind of water-saving flushing mechanism for water closet that the utility model provides, increase flush loop, adjust water flow jet angle, and increase and auxiliaryly scrub pipeline the chamber wall of toilet seat pelvic cavity is scrubbed, spray like this siphon more obvious, improve flush efficiency, to need 6L water supply volume to be reduced to 4.8L at every turn, using water wisely, therefore its application prospect is very wide.
Accompanying drawing explanation
Fig. 1 is the side sectional view of a kind of water-saving flushing mechanism for water closet of the utility model preferred embodiment;
Fig. 2 is the top view of a kind of water-saving flushing mechanism for water closet of the utility model preferred embodiment.
The specific embodiment
Below in conjunction with embodiment and accompanying drawing to the utility model do further in detail, intactly explanation.
As shown in Figure 1 to Figure 2, be a kind of water-saving flushing mechanism for water closet of the preferred embodiment of the present invention.
Embodiment 1, described water closet 10 comprises a bedpan mouth 11, a water-closet bowl 12 and a bedpan water inlet 13, and described bedpan mouth 11 communicates with described water-closet bowl 12, and described bedpan water inlet 13 is arranged on described water-closet bowl 12.Described bedpan mouth 11 is formed by bedpan mouth wall 111, described water-closet bowl 12 further comprise a bedpan wall 121 and by described bedpan wall 121 around the bedpan chamber 122 forming.
Described water-saving flushing mechanism 20 is connected with described bedpan water inlet 13 and described bedpan chamber 122.Described water-saving flushing mechanism 20 comprises a blowoff line 21 and a flushing line 22, described blowoff line 21 communicates with described flushing line 22, described blowoff line 21 is arranged on 122 bottoms, bedpan chamber of described water-closet bowl 12, be communicated with sewer, described flushing line 22 is communicated with described bedpan water inlet 13.
Described blowoff line 21 further comprises a dirt inlet 211, a dirt-discherging outlet 212 and a blow-off line 213, described blow-off line 213 is communicated with described dirt inlet 211 and described dirt-discherging outlet 212, described dirt inlet 211 is arranged on 122 bottoms, bedpan chamber of described water-closet bowl 10, and described dirt-discherging outlet 212 is communicated with sewer.
Described flushing line 22 is communicated with described blowoff line 21, described flushing line 22 further comprises a water inlet 221, a delivery port 222 and a flushing pipe 223, described flushing pipe 223 is communicated with described water inlet 221 and described delivery port 222, described water inlet 221 is arranged on described water-closet bowl 12, communicate with the bedpan water inlet 13 of described water-closet bowl 12, described delivery port 221 is arranged on described blow-off line 213, and described flushing line 22 is communicated with described blowoff line 21 by described delivery port 221.
The delivery port 222 of described flushing line 22 is arranged on 122 bottoms, bedpan chamber of described water-closet bowl 12, the angle of the center line of described delivery port 222 and 122 one-tenth 15 degree in bedpan chamber of described water-closet bowl 12, current are spurted into from described delivery port 222 in the bedpan chamber 122 of described water-closet bowl 12, form powerful current, rinse the bedpan chamber 122 of described water-closet bowl 12.Described delivery port 222 is in described dirt inlet 211 belows, and the vertical distance between the delivery port 222 of described flushing line 22 and described dirt inlet 211 is 75mm.
Described flushing pipe 223 is J type, described flushing pipe 223 further comprises one first flushing pipe 2231 and one second flushing pipe 2232, described the first linearly type of cleaning hose 2231 roads, described the second flushing pipe 2232 is circular arc type, described the first flushing pipe 2231 is communicated with described the second flushing pipe 2232, described the first flushing pipe 2231 is communicated with described water inlet 221, described the second flushing pipe 2232 is communicated with described delivery port 222, current flow into described the first flushing pipe 2231 and described the second flushing pipe 2232 from described water inlet 221, the potential energy of current is converted into kinetic energy, when current spray from delivery port like this, the dynamics of current is larger, the bedpan chamber 122 of rinsing so described water-closet bowl 10 is more effective.
The circular arc bottommost of described the second flushing pipe 2232 is away from described water inlet 221, described blow-off line 213 is between described water inlet 221 and described the second flushing pipe 2232, in other words, described the second flushing pipe 2232 is near the leading section of described water-closet bowl 10, and current spray near bedpan water inlet 13 directions in the bedpan chamber 122 from described delivery port 222 to described water-closet bowl 10 through described the second flushing pipe 2232.
Described water-saving flushing mechanism 20 comprises scrubs pipeline 23, the described pipeline 23 of scrubbing is divided into main pipeline 231 and the auxiliary pipeline 232 of scrubbing scrubbed, described master scrubs pipeline 231 and described auxiliary scrubbing on the bedpan mouth 11 that pipeline 232 is arranged on described water-closet bowl 12, and described master scrubs pipeline 231 and auxiliaryly scrubs 232 whiles of pipeline and be communicated with the bedpan water inlet 13 of described water-closet bowl 12 with described.
Described master scrubs pipeline 231 and comprises a main pipeline inlet opening 2311, main pipeline 2312 and the main mouth 2313 of scrubbing scrubbed, described master scrubs pipeline 2312 and is formed by the bedpan mouth wall 111 of described bedpan mouth 11, described master scrubs mouth 2313 between described bedpan mouth wall 111 and described bedpan wall 121, described master scrubs pipeline 2312 and is communicated with described main pipeline inlet opening 2311 and described master and scrubs mouthfuls 2313, and described main pipeline inlet opening 2311 communicates with the bedpan water inlet 13 of described water-closet bowl 10.
Described main pipeline inlet opening 2311 further comprises one first inlet opening 23111 and one second inlet opening 23112, and described the first inlet opening 23111 and described the second inlet opening 23112 are communicated with described bedpan water inlet 13; Described master scrubs pipeline 2312 and further comprises that one first scrubs pipeline 23121 and one second and scrubs pipeline 23122, described first scrubs pipeline 23121 and described second scrubs pipeline 23122 and is communicated with, described first scrubs pipeline 23121 is communicated with described the first inlet opening 23111, and described second scrubs pipeline 23122 is communicated with described the second inlet opening 23112.
The described second caliber of scrubbing pipeline 23122 is 40 × 32mm, the described first caliber of scrubbing pipeline 23121 is 40 × 16mm, the described second caliber and described first of scrubbing pipeline 23122 is scrubbed the caliber of pipeline 23121 than being 1:0.5, form whirlpool in the bottom in described bedpan chamber 122 like this, produce siphonage, dirt in bedpan chamber 122 is discharged, scrub the bedpan chamber 122 of described water-closet bowl 12.
Describedly auxiliary scrub pipeline 232 and formed by described bedpan wall 121, near the bedpan water inlet 13 of described water-closet bowl 12, describedly auxiliary scrub pipeline 232 and comprise a subsidiary conduit water inlet 2321, one auxiliary pipeline 2322 and the auxiliary mouth 2323 of scrubbing scrubbed, describedly auxiliary scrub pipeline 2322 and describedly auxiliaryly scrub mouthful 2323 bedpan walls 121 by described water-closet bowl 12 and bedpan mouth wall 111 forms, described subsidiary conduit water inlet 2321 communicates with described water-closet bowl water inlet 13, describedly auxiliary scrub that pipeline 2322 is communicated with described subsidiary conduit water inlet 2321 and described master scrubs pipeline 2312.
Described subsidiary conduit water inlet 2321 further comprises one first subsidiary conduit water inlet 23211 and one second subsidiary conduit water inlet 23212, and described the first subsidiary conduit water inlet 23211 and described the second subsidiary conduit water inlet 23212 are communicated with described subsidiary conduit water inlet 2321; The described auxiliary pipeline 2322 of scrubbing further comprises the one first auxiliary pipeline 23221 of scrubbing, with the one second auxiliary pipeline 23222 of scrubbing, the described first auxiliary pipeline 23221 of scrubbing is scrubbed pipeline 23121 with described the first subsidiary conduit water inlet 23211 and described first and is communicated with, and described second assists and scrub pipeline 23222 and scrub pipeline 23122 with described the second subsidiary conduit water inlet 23212 and described second and be communicated with.
Described master scrubs pipeline 231 and the described auxiliary pipeline 232 of scrubbing around the bedpan mouth 11 that forms described water-closet bowl 12, and described master scrubs pipeline 231 and occupy 2/3 in described bedpan mouth 11, describedly auxiliaryly scrubs pipeline 232 occupy 1/3 in described bedpan mouth 11.Described master scrubs pipeline 2312 and the described auxiliary shape setting of pipeline 2321 according to described water-closet bowl 12 of scrubbing.
Water enters described water-closet bowl 12 from described bedpan water inlet 13, and current are divided into three tributaries, and water inlet 221, one tributaries that a tributary enters described flushing line 21 enter described master and scrub pipeline 231, one tributaries and enter the described auxiliary pipeline 232 of scrubbing.Enter the current that described master scrubs pipeline 231, again shunting: one enters described the first inlet opening 23111, scrub pipeline 23121 interior mobile described first, another enters described the second inlet opening 23112, scrubs pipeline 23122 interior mobile described second.Enter the described auxiliary current of scrubbing pipeline 232, in inferior shunting: one enters described the first subsidiary conduit water inlet 23211, auxiliaryly scrub that pipeline 23221 is interior to flow described first, finally enter described first and scrub pipeline 23121; Another enters described the second subsidiary conduit water inlet 23212, auxiliary scrubs that pipeline 23222 is interior to flow described second, finally enters described second and scrubs in pipeline 23122.Enter a described auxiliary current part of scrubbing pipeline 232 from described auxiliary mouthful 2323 outflows of scrubbing, another part enters described master and scrubs in path 231.Enter described master and scrub the current in pipeline 231, finally all scrub mouthful described bedpan of a 2313 interior inflow chamber 122 from described master.
Described blow-off line 213 further comprises one first blow-off line 2131, one second blow-off line 2132 and one the 3rd blow-off line 2133, described the first blow-off line 2131 is communicated with described dirt inlet 211, described the second blow-off line 2132 is communicated with described sewage draining exit 212, and described the 3rd blow-off line 2133 is communicated with described the first blow-off line 2131 and described the second blow-off line 2132.Described the first blow-off line 2131 and described the 3rd blow-off line 2133 are circular arc type, linearly type of described the second blow-off line 2132.
Between the minimum point P1 of described the first blow-off line 2131 and described dirt inlet 211, difference in height is h1, h1 is 116mm, difference in height between peak P2 and the described dirt inlet 211 of the 3rd blow-off line 2133 is h2, h2 is 60mm, h1 > h2, be more conducive to like this emissions, and after emissions completes, be easy to form water seal, prevented that peculiar smell from producing.Difference in height h2 between the 3rd blow-off line 2133 and described dirt inlet 211 is compared with the difference in height of prior art, h2 has reduced 5cm, the radian of described the 3rd blow-off line 2133 reduces 14 degree simultaneously, so more be beneficial to the water of dirt and passing through described the 3rd blow-off line 2133, from the interior discharge of described blow-off line 213, reduce the probability that described blow-off line 213 stops up.
For a water closet, pour the water-saving flushing mechanism 20 in embodiment 1 into 200g dirt in described water closet, do and rinse experiment, experimental result is as shown in table 1.
Embodiment 2 is with the difference of embodiment 1: the delivery port 222 of described flushing line 22 is arranged on 122 bottoms, bedpan chamber of described water-closet bowl 12, the angle of the center line of described delivery port 222 and 122 one-tenth 20 degree in bedpan chamber of described water-closet bowl 12, current are spurted into from described delivery port 222 in the bedpan chamber 122 of described water-closet bowl 12, form powerful current, rinse the bedpan chamber 122 of described water-closet bowl 12; The described second caliber of scrubbing pipeline 23122 is 40 × 32mm, and the described first caliber of scrubbing pipeline 23121 is 40 × 16mm, and the described second caliber and described first of scrubbing pipeline 23122 is scrubbed the caliber of pipeline 23121 than being 1:0.5.
By the water-saving flushing mechanism 20 in embodiment 2, for a water closet, 200g dirt in described water closet, does and rinses experiment, and experimental result is as shown in table 1.
Embodiment 3 is with the difference of embodiment 1: the delivery port 222 of described flushing line 22 is arranged on 122 bottoms, bedpan chamber of described water-closet bowl 12, the angle of the center line of described delivery port 222 and 122 one-tenth 20 degree in bedpan chamber of described water-closet bowl 12, current are spurted into from described delivery port 222 in the bedpan chamber 122 of described water-closet bowl 12, form powerful current, rinse the bedpan chamber 122 of described water-closet bowl 12; The described second caliber of scrubbing pipeline 23122 is 40 × 32mm, and the described first caliber of scrubbing pipeline 23121 is 40 × 20mm, and the described second caliber and described first of scrubbing pipeline 23122 is scrubbed the caliber of pipeline 23121 than being 1:0.6.
By the water-saving flushing mechanism 20 in embodiment 3, for a water closet, 200g dirt in described water closet, does and rinses experiment, and experimental result is as shown in table 1.
Embodiment 4 is with the difference of embodiment 1: the delivery port 222 of described flushing line 22 is arranged on 122 bottoms, bedpan chamber of described water-closet bowl 12, the angle of the center line of described delivery port 222 and 122 one-tenth 20 degree in bedpan chamber of described water-closet bowl 12, current are spurted into from described delivery port 222 in the bedpan chamber 122 of described water-closet bowl 12, form powerful current, rinse the bedpan chamber 122 of described water-closet bowl 12; The described second caliber of scrubbing pipeline 23122 is 40 × 32mm, and the described first caliber of scrubbing pipeline 23121 is 40 × 23mm, and the described second caliber and described first of scrubbing pipeline 23122 is scrubbed the caliber of pipeline 23121 than being 1:0.7.
By the water-saving flushing mechanism 20 in embodiment 4, for a water closet, 200g dirt in described water closet, does and rinses experiment, and experimental result is as shown in table 1.
Embodiment 5 is with the difference of embodiment 1: the delivery port 222 of described flushing line 22 is arranged on 122 bottoms, bedpan chamber of described water-closet bowl 12, the angle of the center line of described delivery port 222 and 122 one-tenth 20 degree in bedpan chamber of described water-closet bowl 12, current are spurted into from described delivery port 222 in the bedpan chamber 122 of described water-closet bowl 12, form powerful current, rinse the bedpan chamber 122 of described water-closet bowl 12; The described second caliber of scrubbing pipeline 23122 is 40 × 32mm, and the described first caliber of scrubbing pipeline 23121 is 40 × 28mm, and the described second caliber and described first of scrubbing pipeline 23122 is scrubbed the caliber of pipeline 23121 than being 1:0.8.
By the water-saving flushing mechanism 20 in embodiment 5, for a water closet, 200g dirt in described water closet, does and rinses experiment, and experimental result is as shown in table 1.
Embodiment 6 is with the difference of embodiment 1: the delivery port 222 of described flushing line 22 is arranged on 122 bottoms, bedpan chamber of described water-closet bowl 12, the angle of the center line of described delivery port 222 and 122 one-tenth 25 degree in bedpan chamber of described water-closet bowl 12, current are spurted into from described delivery port 222 in the bedpan chamber 122 of described water-closet bowl 12, form powerful current, rinse the bedpan chamber 122 of described water-closet bowl 12; The described second caliber of scrubbing pipeline 23122 is 40 × 32mm, and the described first caliber of scrubbing pipeline 23121 is 40 × 28mm, and the described second caliber and described first of scrubbing pipeline 23122 is scrubbed the caliber of pipeline 23121 than being 1:0.8.
By the water-saving flushing mechanism 20 in embodiment 6, for a water closet, 200g dirt in described water closet, does and rinses experiment, and experimental result is as shown in table 1.
Rinse experiment
Under same environmental conditions, the weight of all pouring the each defecation of dirt 200g(normal adult that component is identical with ratio in the water closet in embodiment 1-6 into is 100～200g), do and rinse experiment.Experimental result is as shown in table 1.
Table 1
Data shown in table 1 show, adopt the water closet of the water-saving flushing mechanism in embodiment 3, water supply volume is minimum, the 4.8L water yield washes away 200g dirt completely from water closet, therefore, the angle of the center line of described delivery port 322 and 122 one-tenth 20 degree in bedpan chamber of described water-closet bowl 10, the caliber that the described second caliber and described first of scrubbing pipeline 33122 is scrubbed pipeline 33121 is simultaneously than being 1:0.6, this water-saving flushing mechanism 20 is for water-saving result the best of water closet.
Finally be necessary described herein: above embodiment is only for being described in more detail the technical solution of the utility model; can not be interpreted as the restriction to the utility model protection domain, some nonessential improvement that those skilled in the art makes according to foregoing of the present utility model and adjustment all belong to protection domain of the present utility model.
Claims (10)
1. for a water-saving flushing mechanism for water closet, wherein said water closet comprises a bedpan mouth, a water-closet bowl and a bedpan water inlet, it is characterized in that, comprising:
One blowoff line, described blowoff line further comprises a dirt inlet, a dirt-discherging outlet and a blow-off line, described blow-off line is communicated with described dirt inlet and described dirt-discherging outlet, and described dirt inlet is arranged on the just pelvic cavity bottom of described water-closet bowl, and described dirt-discherging outlet is communicated with sewer;
One flushing line, described flushing line is communicated with described blowoff line, described flushing line further comprises a water inlet, a delivery port and a flushing pipe, described flushing pipe is communicated with described water inlet and described delivery port, described water inlet is arranged on described water-closet bowl, communicate with the bedpan water inlet of described water-closet bowl, described delivery port is arranged on described blow-off line, and described flushing line is communicated with described blowoff line by described delivery port; With
One scrubs pipeline, the described pipeline of scrubbing is divided into main pipeline and the auxiliary pipeline of scrubbing scrubbed, described master scrubs pipeline and described auxiliary scrubbing on the bedpan mouth that pipeline is arranged on described water-closet bowl, and described master scrubs pipeline and auxiliaryly scrubs the pipeline while and be communicated with described bedpan water inlet with described.
2. the water-saving flushing mechanism for water closet according to claim 1, it is characterized in that: the delivery port of described flushing line is arranged under the bedpan chamber of described water-closet bowl, and the angle between the bedpan chamber of the center line of described delivery port and described water-closet bowl is 15-25 degree.
3. the water-saving flushing mechanism for water closet according to claim 2, it is characterized in that: described flushing pipe is J type, described flushing pipe further comprises one first flushing pipe and one second flushing pipe, linearly type of described the first flushing pipe, described the second flushing pipe is circular arc type, described the first flushing pipe is communicated with described the second flushing pipe, and described the first flushing pipe is communicated with described water inlet, and described the second flushing pipe is communicated with described delivery port; The circular arc bottommost of described the second flushing pipe is away from described water inlet, and described blow-off line is between described water inlet and described the second flushing pipe.
4. the water-saving flushing mechanism for water closet according to claim 1, it is characterized in that: described master scrubs pipeline and comprises a main pipeline inlet opening, main pipeline and the main mouth of scrubbing scrubbed, described master scrubs pipeline and is formed by the bedpan mouth wall of described water-closet bowl, described master scrubs mouth between described bedpan mouth wall and described bedpan wall, describedly scrub main pipeline inlet opening and described master described in pipeline communication and scrub mouth, described main pipeline inlet opening communicates with the bedpan water inlet of described water-closet bowl.
5. the water-saving flushing mechanism for water closet according to claim 4, it is characterized in that: described main pipeline inlet opening further comprises one first inlet opening and the second inlet opening, described the first inlet opening and described the second inlet opening are communicated with described bedpan water inlet; Described master scrubs pipeline and further comprises that one first scrubs pipeline and one second and scrubs pipeline, described first scrubs pipeline and described second scrubs pipeline communication, described first scrubs pipeline is communicated with described the first inlet opening, and described second scrubs pipeline is communicated with described the second inlet opening.
6. the water-saving flushing mechanism for water closet according to claim 5, is characterized in that: the described second caliber and described first of scrubbing pipeline is scrubbed the caliber of pipeline than being 1:0.5～0.8.
7. the water-saving flushing mechanism for water closet according to claim 5, it is characterized in that: describedly auxiliary scrub pipeline and be arranged on the bedpan wall of described water-closet bowl near described bedpan water inlet, describedly auxiliary scrub pipeline and comprise a subsidiary conduit water inlet, one auxiliary passage and the auxiliary mouth of scrubbing scrubbed, describedly auxiliary scrub pipeline and described auxiliary scrubbing mouthful formed by bedpan wall and the bedpan mouth wall of described water-closet bowl, described subsidiary conduit water inlet communicates with described water-closet bowl water inlet, the described auxiliary mouth of scrubbing is between described bedpan mouth wall and described bedpan wall, describedly auxiliary scrub subsidiary conduit water inlet and described master described in pipeline communication and scrub pipeline.
8. the water-saving flushing mechanism for water closet according to claim 7, it is characterized in that: described subsidiary conduit water inlet further comprises one first subsidiary conduit water inlet and one second subsidiary conduit water inlet, described the first subsidiary conduit water inlet and described the second subsidiary conduit water inlet are communicated with described subsidiary conduit water inlet; The described auxiliary pipeline of scrubbing further comprises one first auxiliary pipeline and the one second auxiliary pipeline of scrubbing scrubbed, described first auxiliary scrubs pipeline with described the first subsidiary conduit water inlet and described first is scrubbed pipeline communication, and described second assists and scrub pipeline and described the second subsidiary conduit water inlet and described second is scrubbed pipeline communication.
9. the water-saving flushing mechanism for water closet according to claim 1, it is characterized in that: described blow-off line comprises one first blow-off line, one second blow-off line and one the 3rd blow-off line, described the first blow-off line is communicated with described dirt inlet, described the second blow-off line is communicated with described sewage draining exit, and described the 3rd blow-off line is communicated with described the first blow-off line and described the second blow-off line.
10. the water-saving flushing mechanism for water closet according to claim 9, it is characterized in that: between the minimum point P1 of described the first blow-off line and described dirt inlet, difference in height is h1, difference in height between peak P2 and the described dirt inlet of the 3rd blow-off line is h2, h1 > h2; Between the minimum point P1 of described the first blow-off line and described dirt inlet, difference in height h1 is 116mm, and the difference in height h2 between peak P2 and the described dirt inlet of the 3rd blow-off line is 60mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320824710.7U CN203626026U (en) | 2013-12-15 | 2013-12-15 | Water-saving flushing mechanism for pedestal pan |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320824710.7U CN203626026U (en) | 2013-12-15 | 2013-12-15 | Water-saving flushing mechanism for pedestal pan |
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| Publication Number | Publication Date |
|---|---|
| CN203626026U true CN203626026U (en) | 2014-06-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320824710.7U Expired - Fee Related CN203626026U (en) | 2013-12-15 | 2013-12-15 | Water-saving flushing mechanism for pedestal pan |
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| CN (1) | CN203626026U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104563261A (en) * | 2014-12-29 | 2015-04-29 | 佛山市浪鲸洁具有限公司 | Closestool siphonage pipeline capable of actively generating siphoning |
| EP3321438A4 (en) * | 2015-07-08 | 2019-03-27 | LIXIL Corporation | Flush toilet device |
| CN109972714A (en) * | 2019-05-03 | 2019-07-05 | 谢镇贤 | A kind of novel toilet flushing machine |
-
2013
- 2013-12-15 CN CN201320824710.7U patent/CN203626026U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104563261A (en) * | 2014-12-29 | 2015-04-29 | 佛山市浪鲸洁具有限公司 | Closestool siphonage pipeline capable of actively generating siphoning |
| EP3321438A4 (en) * | 2015-07-08 | 2019-03-27 | LIXIL Corporation | Flush toilet device |
| CN109972714A (en) * | 2019-05-03 | 2019-07-05 | 谢镇贤 | A kind of novel toilet flushing machine |
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