CN206157831U - Environmental protection toilet tank - Google Patents
Environmental protection toilet tank Download PDFInfo
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- CN206157831U CN206157831U CN201621116100.1U CN201621116100U CN206157831U CN 206157831 U CN206157831 U CN 206157831U CN 201621116100 U CN201621116100 U CN 201621116100U CN 206157831 U CN206157831 U CN 206157831U
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Abstract
The utility model discloses an environmental protection toilet tank, be equipped with water intaking valve and drain valve in the water tank, the water tank be equipped with outward with the water outlet faucet that the water tank is linked together, the drain valve is connected with closestool irrigation channel, the inhalant canal of water intaking valve is connected with the delivery pipe, still included water injection state, the watery attitude of going out, inside and outside while go out switch between the arbitrary two types of watery attitude or three kinds of states between the diverter valve that goes on switching, the diverter valve is linked together with the exhalant canal of water intaking valve, during interior water injection state, the rivers of exhalant canal directly flow to the water tank in, when going out watery attitude, the rivers of exhalant canal flow extremely flow after water outlet faucet supply to use to the water tank in, the inside and outside while is when going out watery attitude again, partly rivers of exhalant canal flow extremely flow after water outlet faucet supply to use to the water tank in, another part water directly flows to the water tank in again, and nimble control is carried out to the play water direction to the water intaking valve that can be convenient, and user experience is better.
Description
Technical field
The utility model is related to bathroom technical field, more particularly to a kind of environmental protection toilet water tank.
Background technology
Cistern traditional at present, is all the running water using cleaning, that is, directly using cleaning running water conduct
The water source of bath, this bath mode, is relatively convenient, but for environment-friendly water-saving aspect has deficiency.
The water-rinsing process of conventional water tank is：Cleaning running water water source fills water tank；People wash by water after going to toilet, and water tank is again from certainly
Water supplements the water source of cleaning；This water tank is all to use the running water for cleaning as bath water source, is required for after going to toilet every time
Flush the toilet, therefore consume substantial amounts of cleaning water source, not environmentally, and the position of wash platform is gone to after going to toilet wash one's hands, convenience has
It is short of.
For saving water resource, there is part cistern on the market using being connected with hand basin, by water intaking valve by water
Hand basin is directly drained to, then is back in water tank by hand basin, so as to the waste water produced after to washing one's hands carries out secondary utilization.But
It is that the whereabouts in water route is fixed, it is impossible to which the whereabouts in water route is controlled and is selected, the whereabouts in water route is single and fixed, nothing
Method is selected as needed, underaction.
Utility model content
The utility model is to solve the above problems, there is provided a kind of environmental protection toilet water tank, can be easily to water intaking valve
Water outlet direction is controlled, and current is flow to after depotition cock by control switching valve and flow in water tank or be flowed directly to water again
In case, easily the water outlet direction of water intaking valve flexibly can be controlled, Consumer's Experience is more preferable.
For achieving the above object, the technical solution adopted in the utility model is：
A kind of environmental protection toilet water tank, is provided with water intaking valve and draining valve in the water tank, the water tank is externally provided with and the water
The depotition cock that case is connected, the draining valve is connected with flush toilets passage, intake tunnel and the water supply of the water intaking valve
Pipe is connected, be additionally included in interior charging state, outgoing water state, it is inside and outside while going out any two states of water state between carry out
The switching valve switched between switching or three kinds of states, the switching valve is connected with an at least exhalant canal of the water intaking valve
Logical, when the switching valve is in interior charging state, the exhalant canal of the water intaking valve is directly connected with the water tank, and described
The current of the exhalant canal of water intaking valve are flowed directly in water tank in the presence of switching valve；The switching valve is in outgoing water state
When, the exhalant canal of the water intaking valve is connected with the depotition cock, and the current of the exhalant canal of the water intaking valve flow to
The depotition cock for flowing to again in water tank after use, the switching valve in it is inside and outside go out water state simultaneously when, the water intaking valve
Exhalant canal be also directly connected with water tank while be connected with the depotition cock, the exhalant canal of the water intaking valve
A part of current flow to the depotition cock for flowing to again in water tank after use, and another part water is flowed directly in water tank.
Preferably, the switching valve includes triple valve, and the triple valve water inlet end is connected with the water intaking valve exhalant canal
Logical, the first water side of the triple valve is connected with the water inlet end of the depotition cock, the second water side of the triple valve
Directly it is connected with water tank, by carrying out water route switching to the triple valve, makes the water inlet end and described first of the triple valve
Water side is connected, or makes the water inlet end of the triple valve be connected with second water side, then or makes the threeway
The water inlet end of valve is connected simultaneously with first water side and second water side.
Preferably, the switching valve also includes switching switch, and the triple valve and switching switch may be contained within water tank
On, the switching expose without switch carry out water route switching in the water tank, the switching switch to the triple valve.
Preferably, the switching valve also includes switching switch, and the triple valve and switching switch may be contained within described
On depotition cock, the switching switch carries out water route switching to the triple valve.
Preferably, the switching valve also includes switching switch, and the triple valve is arranged on the exhalant canal of the water intaking valve
On, the switching switch is arranged on water tank wall or is arranged on depotition cock, and described by switching switch gearing control
Triple valve carries out water route switching.
Preferably, the switching valve also includes switching switch, and the triple valve is arranged on the exhalant canal of the water intaking valve
On, the switching switch is time-delay mechanism, and water route switching is carried out to the triple valve automatically by the time-delay mechanism, makes described three
The water inlet end of port valve is first connected with the first water side, and make automatically after Preset Time is postponed the triple valve water inlet end and
Second water side is connected, or, make automatically after Preset Time is postponed the water inlet end of the triple valve simultaneously with first, the
Two water sides are connected.
Preferably, the switching switch is mechanical delay mechanism, and the switching switch includes that the time delay being arranged in water tank stops
Water tumbler and time delay keg float, the time delay keg float can float and be arranged in the time delay sealing cup, when the water intaking valve starts water inlet,
The time delay keg float is first connected still in float state, the water inlet end for making the triple valve with first water side；With
The passage of flooding time, time delay sealing cup water level decreasing to certain position causes time delay keg float to fall, and makes entering for the triple valve
Water end (W.E.) is connected with second water side, or, make the water inlet end of the triple valve simultaneously with first, second water outlet
End is connected.
Preferably, the time delay keg float is also connected with being provided with the linkage fork with time delay keg float linkage, time delay keg float
During rising, the water inlet end of the triple valve is set to be connected with first water side by the linkage fork；Time delay keg float falls
When, make the water inlet end of the triple valve be connected with second water side by the linkage fork, or while with described first,
Second water side is connected.
Preferably, the switching switch is electronic delay mechanism.
Preferably, the water tank is additionally provided with hand basin, and the hand basin is arranged on the roof of the water tank or side wall, and with institute
The position for stating depotition cock is corresponding, and the water of the depotition cock flow to after hand basin and flow to the water tank again.
The beneficial effects of the utility model are：
(1), the utility model is between water intaking valve and depotition cock by arranging switching valve, the switching valve with it is described enter
An at least exhalant canal of water valve is connected, the switching valve be in interior charging state when, the exhalant canal of the water intaking valve with
The water tank is directly connected, and the current of the exhalant canal of the water intaking valve are flowed directly to water tank in the presence of switching valve
It is interior；When the switching valve is in outgoing water state, the exhalant canal of the water intaking valve is connected with the depotition cock, and described
The current of the exhalant canal of water intaking valve flow to the depotition cock for flowing to again in water tank after use, and the switching valve is in inside and outside
When going out water state simultaneously, also directly connect with water tank while the exhalant canal of the water intaking valve is connected with the depotition cock
Logical, a part of current of the exhalant canal of the water intaking valve flow to the depotition cock for flowing to again in water tank after use, another
Part water is flowed directly in water tank such that it is able to which the convenient water outlet direction to water intaking valve is controlled, and Consumer's Experience more preferably, leads to
The switching to water route is crossed, makes the whereabouts of current available, while said structure makes water route switching mode more diversified, and will
When water route switches to interior charging state, the rear depotition cock that can avoid having washed one's hands affects attractive in appearance and can also in persistently water state is gone out
Unnecessary worry can be brought to the psychology of user, can also avoid user from forming the bad habit for being not related to water；
(2), the switching valve also includes switching switch, and the triple valve is arranged on the exhalant canal of the water intaking valve,
The switching switch is arranged on water tank wall or is arranged on depotition cock, and controls the threeway by switching switch gearing
Valve carries out water route switching so that the setting of switching switch is more flexible, meets the diversified demand of different user；
(3), the switching switch is the time delay machine for including the time delay sealing cup and time delay keg float composition being arranged in water tank
Structure, water route switching is carried out by the time-delay mechanism to the triple valve automatically, and the water inlet end for making the triple valve first goes out with first
Water end (W.E.) is connected, and makes the water inlet end of the triple valve be connected with the second water side automatically after Preset Time is postponed, so as to
The automatic switchover in water route can be realized, it is to avoid the direct touching switch of staff, be more applicable for field of public health.
Description of the drawings
Accompanying drawing described herein is used for providing further understanding to of the present utility model, constitutes of the present utility model one
Point, schematic description and description of the present utility model is used to explain the utility model, does not constitute to of the present utility model
Improper restriction.In the accompanying drawings：
Fig. 1 is the assembly structure diagram of the environmental protection toilet water tank of the utility model first embodiment；
Fig. 2 is the decomposition texture schematic diagram of the environmental protection toilet water tank of the utility model first embodiment；
Fig. 3 is the cross section structure diagram of the environmental protection toilet water tank of the utility model first embodiment；
Fig. 4 is the assembly structure diagram of the environmental protection toilet water tank of the utility model second embodiment；
Fig. 5 is the decomposition texture schematic diagram of the environmental protection toilet water tank of the utility model second embodiment；
Fig. 6 is the cross section structure diagram of the environmental protection toilet water tank of the utility model second embodiment；
Fig. 7 is the assembly structure diagram of the environmental protection toilet water tank of the utility model 3rd embodiment；
Fig. 8 is the decomposition texture schematic diagram of the environmental protection toilet water tank of the utility model 3rd embodiment；
Fig. 9 is the cross section structure diagram of the environmental protection toilet water tank of the utility model 3rd embodiment；
Figure 10 is the assembly structure diagram of the environmental protection toilet water tank of the utility model fourth embodiment；
Figure 11 is the decomposition texture schematic diagram of the environmental protection toilet water tank of the utility model fourth embodiment；
Figure 12 is the cross section structure diagram of the environmental protection toilet water tank of the utility model fourth embodiment；
In figure：
10- water tanks；20- water intaking valves；30- draining valves；40- depotition cocks；
50- switching valves；
51a, 51b, 51c, 51d- triple valve；
52a, 52b, 52c, 52d- switching switch；
52c1- wired control box；52c2- steel wire rope components；
52d1- time delay sealing cups；52d2- time delay keg floats；52d3- linkage forks；
60- hand basins；
The connecting tube of 70a, 70b, 70c, 70d- first；
The connecting tube of 80a, 80c, 80d- second；
90- downcomers.
Specific embodiment
In order that technical problem to be solved in the utility model, technical scheme and beneficial effect are clearer, clear, with
Under in conjunction with the accompanying drawings and embodiments, the utility model is further elaborated.It should be appreciated that concrete reality described herein
Example is applied only to explain the utility model, is not used to limit the utility model.
First embodiment：
As shown in Figure 1 to Figure 3, it is provided with the He of water intaking valve 20 in a kind of environmental protection toilet water tank of the present embodiment, the water tank 10
Draining valve 30, the water tank 10 is externally provided with the depotition cock 40 being connected with the water tank 10, and the draining valve 30 is rushed with toilet
Wash passage (not shown) to be connected, the intake tunnel of the water intaking valve 20 is connected with feed pipe (not shown), be additionally included in interior
Charging state, outgoing water state, it is inside and outside while going out any two states of water state between switch over or three kinds of states between
The switching valve 50 for switching over, the switching valve 50 is connected with an at least exhalant canal of the water intaking valve 20, the switching
When valve 50 is in interior charging state, the exhalant canal of the water intaking valve 20 is directly connected with the water tank 10, and the water inlet
The current of the exhalant canal of valve 20 are flowed directly in water tank 10 in the presence of switching valve 50；The switching valve 50 is in outer water outlet
During state, the exhalant canal of the water intaking valve 20 is connected with the depotition cock 40, and the exhalant canal of the water intaking valve 20
Current flow to the depotition cock 40 for flowing to again after use in water tank 10, the switching valve 50 in it is inside and outside go out simultaneously it is watery
During state, also directly it is connected with water tank 10 while the exhalant canal of the water intaking valve 20 is connected with the depotition cock 40,
A part of current of the exhalant canal of the water intaking valve 20 flow to the depotition cock 40 for flowing to again after use in water tank 10, and one
Part water is flowed directly in water tank 10.
The switching valve 50 includes triple valve 51a, the triple valve 51a water inlet ends and the exhalant canal phase of the water intaking valve 20
Connection, first water side of the triple valve 51a is connected with the water inlet end of the depotition cock 40, the triple valve 51a's
Second water side is directly connected with water tank 10, by carrying out water route switching to the triple valve 51a, makes the triple valve 51a
Water inlet end be connected with the first water side, or make the water inlet end of the triple valve 51a be connected with the second water side, then or
Person makes the water inlet end of the triple valve 51a with first water side and second water side while being connected.
The switching valve 50 also includes switching switch 52a, and in the present embodiment, the triple valve 51a and the switching are switched
52a may be contained within water tank 10, and the switching switch 52a exposes to the water tank 10, and the switching switch 52a is to the threeway
Valve enters the switching of 51a water-fillings road.Also, in the present embodiment, the water tank 10 is additionally provided with hand basin 60, the hand basin 60 is arranged on institute
The roof or side wall of water tank 10 are stated, and it is corresponding with the position of the depotition cock 40, and the water of the depotition cock 40 flow to be washed
From the diapire perforate of hand basin 60 water tank 10 is flow to again after hand basin 60, specifically, the roof of water tank 10 is to concave into institute
Hand basin 60 is stated, depotition cock 40 is installed on the roof of water tank 10 and the delivery port of depotition cock 40 is located at the upper of hand basin 60
Side, triple valve 51a and switching switch 52a are fixedly connected on the roof of the water tank 10 for arranging and being fixedly arranged on the side of hand basin 60,
And triple valve 51a is located at the lower surface of the roof of water tank 10, switching switch 52a is located at the upper surface of the roof of water tank 10
Place, and in the present embodiment, the switching valve 50 is switched between interior charging state and outgoing water state；Equally can also
It is that in both interior charging state or outgoing water state, one of them is carried out the switching valve 50 with inside and outside while going out between water state
Switching；It is also possible that the switching valve 50 is in interior charging state, outgoing water state and inside and outside is cut while going out between water state
Change, and switching valve 50 in it is inside and outside go out water state simultaneously when, the intake tunnel of water intaking valve 20 can be flow to depotition cock 40 and
The water outlet proportion for being flowed directly to water tank 10 is adjusted, and then reaches the control of the water yield of control depotition cock 40, above knot
Structure is simple replacement, repeats no more here.
The operation principle of the environmental protection toilet water tank of the present embodiment is summarized as follows：
1. the draining of draining valve 30, the water level decreasing of water tank 1, water intaking valve 20 starts water inlet, and the water of water intaking valve 20 connects by first
Adapter 70a flow to triple valve 51a；
2. switching switch 52a is fixed on the upper surface of the roof of water tank 10, can conveniently realize the first connecting tube of switching
The connection of 70a and depotition cock 40 or water tank 10；
3. when water intaking valve 20 starts water inlet, water is drained to three by the exhalant canal of water intaking valve 20 by the first connecting tube 70a
The water inlet end of port valve 51a, the water of triple valve 51a water inlet ends is flow to the first water side and is drawn in current by the second connecting tube 80a
To depotition cock 40, and then hand basin 60 is flowed into, the secondary water after use imports water tank again from the diapire perforate of hand basin 60
In 10, after end when washing one's hands triple valve 51a is switched over by switching switch 52a, the water for making triple valve 51a water inlet ends flow to
Second water side is simultaneously directly drained to water in water tank 10 by downcomer 90, so that depotition cock 40 stops water outlet.
Second embodiment：
As shown in Figures 4 to 6, the present embodiment and first embodiment differ primarily in that, in the present embodiment, the switching
Valve 50 include triple valve 51b and switching switch 52b, and the triple valve 51b and the switching switch 52b may be contained within it is described go out
On tap 40；Remaining structure and working principle is similar with first embodiment, and here is not repeated.
3rd embodiment：
As shown in Figure 7 to 9, the present embodiment and first embodiment differ primarily in that, in the present embodiment, the switching
Valve 50 includes triple valve 51c and switching switch 52c, and the triple valve 51c is arranged in going out for the sidepiece of the water intaking valve 20
On aquaporin, the switching switch 52c is arranged on the wall of water tank 10 or is arranged on depotition cock 40, and by switching switch
Triple valve 51c carries out water route switching described in 52c coordinated signals, specifically, switching switch 52c includes wired control box 52c1 and steel wire rope
Component 52c2, wired control box 52c1 are arranged on the wall of water tank 10 or are arranged on depotition cock 40, and by steel wire rope component
Triple valve 51c carries out water route switching described in 52c2 coordinated signals, certainly, steel wire rope component 52c2 can also by chain etc. other
The products substitution of flexible material, also, switching switch 52c can also be press-key structure, by pressing keys direct-drive threeway
Valve 51c, or the triple valve 51c that linked by lever construction, equally achievable the utility model purpose, its structure is only simply replaced
Change, repeat no more here.
Additionally, the exhalant canal and depotition cock 40 of the first connecting tube 70c connection water intaking valve 20 of the present embodiment, and second
Connecting tube 80c directly connects the exhalant canal and water tank 10 of water intaking valve 20.
The operation principle of the environmental protection toilet water tank of the present embodiment is summarized as follows：
1. the draining of draining valve 30, the water level decreasing of water tank 10, water intaking valve 20 starts water inlet, the exhalant canal of water intaking valve 20 and switching
Valve 50 is connected, and by switching valve 50 exhalant canal and the first connecting tube 70c or the second connecting tube 80c of water intaking valve 20 are capable of achieving
Connection；
2. the water of the first connecting tube 70c flow to depotition cock 40 and hand basin 60, and the water of the second connecting tube 80c is flowed directly to
Water tank 10；
3. when water intaking valve 20 is intake, the exhalant canal of water intaking valve 20 is connected with the first connecting tube 70c flow to out current
Tap 40 and hand basin 60 are washed one's hands for user；After end when washing one's hands, by pressing the button on wired control box 52c1 to draw
Dynamic steel wire rope component 52c2 band driven fork swings so that water route switches to the exhalant canal of water intaking valve 20 and the second connecting tube 80c
It is connected, such depotition cock 40 stops water outlet, the current of the exhalant canal of water intaking valve 20 switch to flow directly in water tank 10；Enter
After the sealing of water valve 20, fork is affected by gravity and swing back again reset condition, and now the exhalant canal of water intaking valve 20 is returned to and
The state that one connecting tube 70c is communicated, is that the water outlet of next depotition cock 40 is prepared.
Remaining structure is similar with first embodiment, and here is not repeated.
Fourth embodiment：
As shown in Figure 10 to Figure 12, the present embodiment and first embodiment differ primarily in that, described to cut in the present embodiment
Valve 50 is changed including triple valve 51d and switching switch 52d, and the triple valve 51d is arranged in the sidepiece of the water intaking valve 20
On exhalant canal, the switching switch 52d is time-delay mechanism, and water-filling is entered to the triple valve 51d automatically by the time-delay mechanism
Road switches, and the water inlet end for making the triple valve 51d is first connected with the first water side, and makes institute automatically after Preset Time is postponed
The water inlet end for stating triple valve 51d is connected with the second water side, and the present embodiment is also possible that after Preset Time is postponed and makes automatically
The water inlet end of the triple valve 51d is connected with first, second water side simultaneously.
In the present embodiment, the switching switch 52d is mechanical delay mechanism, and switching switch 52d includes being arranged on water tank
Time delay sealing cup 52d1 and time delay keg float 52d2 in 10, time delay keg float 52d2 can float and be arranged on the time delay sealing cup 52d1
Interior, time delay keg float 52d2 rises or falls with SEA LEVEL VARIATION in time delay sealing cup 52d1, sets on the diapire of time delay sealing cup 52d1
The time delay sealing cup 52d1 for having the check valve (not shown) that the water in time delay sealing cup 52d1 can be made slowly to flow out, the present embodiment consolidates
It is located at on water valve body, when water intaking valve 20 starts water inlet, now the water in time delay sealing cup 52d1 is due to the effect of check valve
Only slowly flow out, therefore the water in time delay sealing cup 52d1 be enough to make time delay keg float 52d2 still in float state, so that described
The water inlet end of triple valve 51d is first connected with the first water side；With the passage of flooding time, under time delay sealing cup 52d1 water levels
Drop to certain position so that time delay keg float 52d2 fall so that the water inlet end of the triple valve 51d is connected with the second water side
It is logical, or, the water inlet end of the triple valve 51d is made while being connected with first, second water side, its structure and work
Principle is consistent with the above, repeats no more here；The present embodiment, the time delay keg float 52d2 is also connected with being provided with and the time delay
The linkage fork 52d3 of keg float 52d2 linkages, when time delay keg float 52d2 rises, makes the triple valve 51d's by the linkage fork
Water inlet end is connected with first water side；When time delay keg float 52d2 falls, the threeway is made by linkage fork 52d3
The water inlet end of valve 51d is connected with the second water side, or while is connected with first, second water side.
The operation principle of the environmental protection toilet water tank of the present embodiment is summarized as follows：
1. when draining valve 30 starts draining, now, although the drop under water in water tank 10, but due to the water in sealing cup 52d1
Only it is slow outflow by the effect of check valve, therefore the water in time delay sealing cup 52d1 is still sufficient in time delay sealing cup 52d1
Time delay keg float 52d2 is in float state, and time delay keg float 52d2 drives linkage fork 52d3, make the exhalant canal of water intaking valve 20 with
First connecting tube 70d is communicated and then makes water flow to depotition cock 40 and hand basin 60；
2. the decrease speed of the water level in time delay sealing cup 52d1 is controlled by check valve, so as to control time delay keg float 52d2
Lowering time；
3. it is not enough to continue to support time delay keg float when the water in time delay sealing cup 52d1 is slowly declined to certain position
When 52d2 floats, time delay keg float 52d2 falls, and time delay keg float 52d2 drives the 52d3 rotations of linkage fork, realizes going out for water intaking valve 20
Aquaporin is communicated with the second connecting tube 80d and then water is flow in water tank 10；
4. when water intaking valve 10 starts water inlet, time delay keg float 52d2 floats, and the first connecting tube 70d water route connects with water intaking valve 20
It is logical；With the passage of flooding time, time delay sealing cup 52d1 water level decreasings to certain position cause time delay keg float 52d2 to fall, band
Dynamic linkage fork 52d3 so that water route switches to the second connecting tube 80d water route and connects with water intaking valve 20；After the sealing of water intaking valve 20,
Water in water tank 10 is refilled in time delay sealing cup 52d1 so that time delay keg float 52d2 floats again, and then drives linkage fork
52d3, returns to the exhalant canal of water intaking valve 20 and communicates with the first connecting tube 70d.
Or, switching switch 52d can also adopt electronic delay mechanism described in the present embodiment, can be by switching switch 52d
Or timer is set on triple valve 51d being configured the delay switching time, so equally can also realize that automatic time delay switches
Purpose.
In addition, it is noted that the exhalant canal of water intaking valve of the present utility model 20 can have multiple, such as being two
Individual, one of exhalant canal is connected with switching valve 50, another exhalant canal then direct joining water box all the time, further
, the current ratio of two exhalant canals can also be distributed, such as allow the water yield of the exhalant canal for connecting switching valve 50 less, and
The water yield that current flow directly into another exhalant canal of water tank is more, or allows current ratio to turn good around, or scene 2
The current ratio of aquaporin is identical, with specific reference to needing to select, so can be designed so that what is flowed into from water intake valve passage
Water, through an exhalant canal outflow, can cause the water yield that depotition cock flows out without the need for too big without the need for all.Or, further
, on the basis of above-mentioned two exhalant canal, can also again add one can provide benefit to water intaking valve 20 to the water seal of toilet urinal
3rd exhalant canal of water.
Described above illustrates and describes preferred embodiment of the present utility model, as previously mentioned, it should be understood that this practicality is new
Type is not limited to form disclosed herein, is not to be taken as the exclusion to other embodiment, and can be used for various other groups
Close, change and environment, and can be in utility model contemplated scope described herein, by above-mentioned teaching or the technology of association area
Or knowledge is modified.And change that those skilled in the art are carried out and change be without departing from spirit and scope of the present utility model, then
All should be in the protection domain of the utility model claims.
Claims (10)
1. a kind of environmental protection toilet water tank, is provided with water intaking valve and draining valve in the water tank, and the water tank is externally provided with and the water tank
The depotition cock being connected, the draining valve is connected with flush toilets passage, the intake tunnel and feed pipe of the water intaking valve
It is connected, it is characterised in that be additionally included in interior charging state, outgoing water state, inside and outside while going out any two kinds of shapes of water state
Switch between state or three kinds of states between the switching valve that switches over, the switching valve goes out with least the one of the water intaking valve
Aquaporin is connected, when the switching valve is in interior charging state, the exhalant canal of the water intaking valve and the direct phase of the water tank
Connect, and the current of the exhalant canal of the water intaking valve are flowed directly in water tank in the presence of switching valve；At the switching valve
When outgoing water state, the exhalant canal of the water intaking valve is connected with the depotition cock, and the water outlet of the water intaking valve is led to
The current in road flow to the depotition cock for flowing to again in water tank after use, and the switching valve goes out water state simultaneously in inside and outside
When, also directly it is connected with water tank while the exhalant canal of the water intaking valve is connected with the depotition cock, the water inlet
A part of current of the exhalant canal of valve flow to the depotition cock for flowing to again in water tank after use, and another part water directly flows
To water tank.
2. a kind of environmental protection toilet water tank according to claim 1, it is characterised in that：The switching valve includes triple valve, institute
State triple valve water inlet end to be connected with the water intaking valve exhalant canal, the first water side and the depotition cock of the triple valve
Water inlet end be connected, the second water side of the triple valve is directly connected with water tank, by entering water-filling to the triple valve
Road switches, and the water inlet end for making the triple valve is connected with first water side, or make the water inlet end of the triple valve with
Second water side is connected, then or makes water inlet end and first water side and second water outlet of the triple valve
End is connected simultaneously.
3. a kind of environmental protection toilet water tank according to claim 2, it is characterised in that：The switching valve is also opened including switching
Close, the triple valve and switching switch may be contained within water tank, the switching expose without switch are in the water tank, the switching
Switch carries out water route switching to the triple valve.
4. a kind of environmental protection toilet water tank according to claim 2, it is characterised in that：The switching valve is also opened including switching
Close, the triple valve and switching switch may be contained within the depotition cock, the switching switch enters to the triple valve
Water-filling road switches.
5. a kind of environmental protection toilet water tank according to claim 2, it is characterised in that：The switching valve is also opened including switching
Close, the triple valve is arranged on the exhalant canal of the water intaking valve, the switching switch is arranged on water tank wall or arranges
On depotition cock, and water route switching is carried out by switching the switch gearing control triple valve.
6. a kind of environmental protection toilet water tank according to claim 2, it is characterised in that：The switching valve is also opened including switching
Close, the triple valve is arranged on the exhalant canal of the water intaking valve, the switching switch is time-delay mechanism, by the time delay machine
Structure carries out water route switching to the triple valve automatically, and the water inlet end for making the triple valve is first connected with the first water side, and
Postpone to make the water inlet end of the triple valve be connected with the second water side automatically after Preset Time, or, when postponing default
Between after make the water inlet end of the triple valve automatically while be connected with first, second water side.
7. a kind of environmental protection toilet water tank according to claim 6, it is characterised in that：The switching switch is mechanical delay machine
Structure, the switching switch includes the time delay sealing cup and time delay keg float being arranged in water tank, and the time delay keg float can float and be arranged on
In the time delay sealing cup, when the water intaking valve starts water inlet, the time delay keg float makes the triple valve still in float state
Water inlet end be first connected with first water side；With the passage of flooding time, time delay sealing cup water level decreasing is to necessarily
Position causes time delay keg float to fall, and the water inlet end for making the triple valve is connected with second water side, or, make described
The water inlet end of triple valve is connected with first, second water side simultaneously.
8. a kind of environmental protection toilet water tank according to claim 7, it is characterised in that：The time delay keg float is also connected with being provided with
With the linkage fork of time delay keg float linkage, when time delay keg float rises, the water inlet of the triple valve is made by the linkage fork
End is connected with first water side；When time delay keg float falls, by the linkage fork make the water inlet end of the triple valve with
Second water side is connected, or while is connected with first, second water side.
9. a kind of environmental protection toilet water tank according to claim 6, it is characterised in that：The switching switch is electronic delay machine
Structure.
10. a kind of environmental protection toilet water tank according to any one of claim 1 to 9, it is characterised in that：The water tank is additionally provided with
Hand basin, the hand basin is arranged on the roof of the water tank or side wall, and corresponding with the position of the depotition cock, it is described go out
The water of tap flow to after hand basin and flow to the water tank again.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621116100.1U CN206157831U (en) | 2016-10-12 | 2016-10-12 | Environmental protection toilet tank |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621116100.1U CN206157831U (en) | 2016-10-12 | 2016-10-12 | Environmental protection toilet tank |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206157831U true CN206157831U (en) | 2017-05-10 |
Family
ID=58654106
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621116100.1U Active CN206157831U (en) | 2016-10-12 | 2016-10-12 | Environmental protection toilet tank |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206157831U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106368274A (en) * | 2016-10-12 | 2017-02-01 | 厦门瑞尔特卫浴科技股份有限公司 | Environment-friendly closestool water tank |
-
2016
- 2016-10-12 CN CN201621116100.1U patent/CN206157831U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106368274A (en) * | 2016-10-12 | 2017-02-01 | 厦门瑞尔特卫浴科技股份有限公司 | Environment-friendly closestool water tank |
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