CN2895535Y - Water-saving apparatus - Google Patents
Water-saving apparatus Download PDFInfo
- Publication number
- CN2895535Y CN2895535Y CNU2005201365269U CN200520136526U CN2895535Y CN 2895535 Y CN2895535 Y CN 2895535Y CN U2005201365269 U CNU2005201365269 U CN U2005201365269U CN 200520136526 U CN200520136526 U CN 200520136526U CN 2895535 Y CN2895535 Y CN 2895535Y
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- Prior art keywords
- water
- saving fixtures
- catch basin
- valve
- bellows
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
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- Sanitary Device For Flush Toilet (AREA)
Abstract
The utility model discloses a water saving device, including a tank body. The utility model is characterized in that the device also includes a control system. a water collection channel, a water storage channel and a control channel is provided in the tank body, a water inlet is provided on the water collection channel, a plurality of inter-connected water storage bags are provided on the water storage channel. The control system comprises a water pump arranged in the control channel, a pressure control component with an elastic cavity, a water making up valve, a discharge valve, a limitation switch on the side of the pressure control component and a water level controller arranged on the water collection channel which can control the startup and shutoff of the water pump. The water saving device of the utility model can not only realize the collection of bathing wastewater, but also utilize an elastic rubber bag to store or reuse the bathing wastewater with an elastic rubber bag, which can realize the function of water storage, feed water under shortage and discharge over pressure by the pressure control and the electrical circuit control.
Description
Technical field
The utility model relates to a kind of water saving fixtures, is specifically related to a kind of water saving fixtures of recycling bath wastewater.
Background technology
China is the country of serious water shortage, and the distribution of water resources inequality, so using water wisely is significant for social development, guarantee people's lives.
The water saving fixtures that occurred the civilian waste water of multiple recycling at present, such as application number is 200320113250.3, denomination of invention is that a kind of tap water secondary cycle is utilized water saving fixtures, it comprises water pipe, pond, sewer pipe and Water tank for urinal, below the pond, establish a wastewater tank, on wastewater tank and pipeline that the pond is connected, be communicated with a filter cartridge, screen pack is housed in the middle of filter cartridge, connection one collapsible air bag on wastewater tank and pipeline that Water tank for urinal is connected.
Application number is 200420033388, denomination of invention is bathtub, water closet combined type automatic water saving device, the bathtub below is placed with bathtub water storage box, be connected by tube connector between water storage tank for water closet and the bathtub water storage box, the valve that draws water is housed, dress water level controller in the water storage tank for water closet on the tube connector; The delivery port of bathtub bottom is connected with the water inlet on bathtub water storage box top, and bathtub water storage box upper side has an overfall gap; The mechanical type water level controller is made up of ball float, connecting rod, water level control electricity level sheet, draw water valve and power line, and ball float is connected on connecting rod one end, and the connecting rod other end is connected to sheet metal, and a water level control electricity grade sheet is connected to power line; The electronic type water level controller is made up of level sensor, control circuit, and level sensor, control circuit and drawing water connects by electric wire between the valve.
But most the need be made transformation to existing drainage system, or waste water supplies water and be inconvenient to utilize for no pressure mode, or pressuring method is controlled complexity.
The utility model content
The purpose of this utility model be to provide a kind of installation and maintenance easy, can regulate the water storage volume automatically, utilize pressure control and circuit control to realize the water saving fixtures of water storage, depletion moisturizing and superpressure sluicing function.
In order to realize the purpose of this utility model, the technical solution of the utility model is:
A kind of water saving fixtures, comprise casing, it is characterized in that: also include control system, be provided with catch basin in the described casing, aqua storage tank and control flume, described catch basin is provided with water inlet, be provided with the water reservoir that several link to each other in the described aqua storage tank, described control system comprises the water pump that is arranged in the described control flume, contains voltage-controlled assembly, water compensating valve, the relief valve of flexible cavity and be positioned at described voltage-controlled assembly limit switch on one side, and is located at the water level controller that the control of pump in the described catch basin opens and closes;
Described water pump one end links to each other with described catch basin, the described water pump other end links to each other with described water reservoir one end, the described water reservoir other end links to each other with described catch basin by described relief valve, and links to each other with described voltage-controlled assembly simultaneously, and described water compensating valve links to each other with described catch basin; Described voltage-controlled assembly comprises hard plastic tube and the bellows that links together, the hard plastic tube other end is provided with the mobile terminal interface, the other end of bellows is provided with the fixed end interface, bellows is set with spring outward, the position that is connected on hard plastic tube and with the mobile terminal interface is provided with the moisturizing tooth bar, the position that is connected on hard plastic tube and with bellows is provided with the pressure release tooth bar, and bellows and spring form a flexible cavity; When described voltage-controlled assembly moves back and forth, the work that matches with described drain valve of described moisturizing tooth bar and described water compensating valve, described sluicing tooth bar.
Described water level controller by water pipe, be placed in the float on the water pipe, high water level tongue tube and the low water stage tongue tube of being located on the water pipe respectively formed.
Described water pipe can adopt plastic pipe or rubber tube, and described float is a magnetic float.Described high low water stage tongue tube is this area tongue tube commonly used, as control element, forms a control circuit with relay, comes the start and stop of control of pump.
Described water level controller links to each other with the power supply of described water pump, and when the pump water level was opened in catch basin water level arrival setting, the high water level tongue tube (often opening) of water level controller was sensed magnetic float and connected circuit start water pump water storage; When descending along with water storage process middle water level, the low water stage tongue tube (normally closed) of water level controller is sensed magnetic float, and disconnecting circuit stops the water pump water storage.
Described water compensating valve and relief valve all can be selected the valve that has the flute profile handwheel for use, and when voltage-controlled assembly bellows contract, water compensating valve is opened in water compensating valve and the engagement of moisturizing tooth bar, and during the bellows elongation, relief valve is meshed with the pressure tooth bar, thereby opens relief valve.
Described voltage-controlled assembly one end is fixed, the flexible cavity that forms by bellows and spring, because the tooth bar on the mobile port of the scalable drive of variation of water storage system pressure moves, flute profile handwheel on the tooth bar engagement water valve opens and closes water valve, be presented as that catch basin sluices during system overpressure owing to cover tap water to catch basin during the depletion of system.
Specifically, when the bellows length of described voltage-controlled assembly is contracted to length less than Lmin, described moisturizing tooth bar and the engagement of described water compensating valve, water compensating valve is opened; Bellows length is during greater than Lmin, described moisturizing tooth bar and the engagement of described water compensating valve, and water compensating valve is closed.
When the bellows of described voltage-controlled assembly is stretched to length greater than Lmax, described sluicing tooth bar and the engagement of described drain valve, drain valve is opened; Bellows length is during less than Lmax, described sluicing tooth bar and the engagement of described drain valve, and drain valve cuts out.
Described limit switch is in normally off, links to each other with the power control system of described water pump, and when the maximum elongation of described voltage-controlled assembly bellows was provided with, described voltage-controlled assembly contacted with limit switch, cut-off switch, and water pump cuts out.
Specifically, when described water reservoir pressure is too small, the bellows contract of described voltage-controlled assembly is to length during less than Lmin, the gear of the moisturizing tooth bar engagement water compensating valve on the mobile port is opened normally closed water compensating valve, described water compensating valve links to each other with running water pipe, and tap water will add to catch basin and be mended into water reservoir by water pump; When described water reservoir pressure is excessive, when the bellows of described voltage-controlled assembly is stretched to greater than Lmax, voltage-controlled assembly touches normally closed limit switch forces the disconnecting circuit termination of pumping to prevent superpressure, the tooth bar that sluices simultaneously can mesh the gear of relief valve normally closed relief valve is opened, and water unnecessary in the water reservoir can be let out the purpose that catch basin reaches decompression.
Control circuit in the water saving fixtures described in the utility model adopts the safe dc source of 12v, by the start and stop of collecting-tank water level controller control of pump with abundant recovery waste water, maximum elongation at voltage-controlled assembly simultaneously is provided with limit switch, positive closing water pump when reaching maximum moisture storage capacity in system.
Water saving fixtures described in the utility model are located under shower tray or the bathtub, also can be connected as a single entity with shower tray or bathtub, the box cover plate is made shower tray or the whole use of bathtub shape, the upper cover plate of described casing becomes certain slope, lowest part is provided with a floor drain, and waste water flows into water saving fixtures thus.
For filtered wastewater, a strainer can be installed in the floor drain bottom.
In order to reduce the impurity of collecting waste water, waste water can flow into an intake chamber earlier, and the inlet opening by catch basin enters catch basin again, and promptly intake chamber communicates with catch basin by an inlet opening.
Because people are when using living water use, the wastewater flow rate that is produced is that fluctuation is indefinite, when wastewater flow rate surpasses the volume that described water saving fixtures can carry, unnecessary water needs outside the discharger, just be discharged in the sewer and go, so described intake chamber also is provided with a spillway hole, unnecessary water flows out intake chamber by described spillway hole, enter a sluicing groove that communicates with sewer, described sluicing groove communicates with sewer by a spilled water hole.
The quantity of the water reservoir in the aqua storage tank can be according to the size adjustment of casing, and material can be selected the rubber of good springiness for use, can link to each other by taking between the described water reservoir, can adopt series connection between each water reservoir, also can adopt parallel way.
In order to prevent aqueous reflux, establish a flap valve between described water pump and the described water reservoir.
The utility model is when using described water saving fixtures, and described voltage-controlled assembly can be directly links to each other with toilet in the washroom, makes the use that is used to flush the toilet of waste water in the water reservoir.
The advantage of water saving fixtures described in the utility model is:
1) described water saving fixtures have simple in structurely, easy to use, no longer take space other in the washroom, the utilization of realization bathing water that can be convenient and safe, manufacturing, control, easy to maintenance.
2) can settle a shower tray or bathtub on the described water saving fixtures, also can be connected as a single entity with shower tray or bathtub, directly utilize the bathtub lower space to place water saving fixtures, thereby can be used for the water closet flushing after allowing water for bathing store once more circularly, its water-saving result is remarkable, not only can use in the family, also can use in the hotel.
3) the utility model water saving fixtures simple installation, waste water saved as pressing system, the pressure control section adopts water route pressure and circuit to cooperate.
4) a plurality of elastic capsule compound modes are adopted in the storage of the utility model water saving fixtures waste water, can regulate the water storage volume automatically, and system pressure was big when water capacity was big, and water capacity hour system pressure is little, and system is for having pressing system and can keeping in repair single water pocket.
5) the utility model is in the function while of realizing that bath wastewater is collected, voltage-controlled assembly is because the flute profile handwheel on the flexible tooth bar engagement water valve that drives on the mobile terminal of the variation of system pressure opens and closes water compensating valve, drain valve, and combined with circuit control realizes the function that water storage, depletion moisturizing and superpressure sluice.
Description of drawings
Fig. 1 is a water saving fixtures vertical view described in the utility model;
Fig. 2 is a water saving fixtures lateral view described in the utility model;
Fig. 3 is a water saving fixtures A-A sectional structural map described in the utility model;
Fig. 4 is a water saving fixtures B-B sectional structural map described in the utility model;
Fig. 5 is a water saving fixtures C-C sectional structural map described in the utility model;
Fig. 6 is a water saving fixtures D-D sectional structural map described in the utility model;
Fig. 7 is a water saving fixtures E-E sectional structural map described in the utility model;
Fig. 8 is the schematic diagram of voltage-controlled assembly in the water saving fixtures described in the utility model;
Fig. 9 is water saving fixtures control circuit figure described in the utility model;
Figure 10 is the dried spring water level controller of a GSK structure chart in the water saving fixtures described in the utility model;
Figure 11 is that water reservoir is taken over schematic diagram in the water saving fixtures described in the utility model;
Working state schematic representation when Figure 12 is a water saving fixtures water shortage described in the utility model;
Working state schematic representation when Figure 13 normally uses for water saving fixtures described in the utility model;
Figure 14 is the water saving fixtures water yield described in the utility model working state schematic representation when excessive.
Among the figure:
1. upper cover plate 2. casings 3. water reservoirs
31 water reservoirs are taken over 4. median septums, 41. dividing plates
5. water pump 6. filtration bedss 7. voltage-controlled assemblies
8. water compensating valve 9. relief valves 10. sliding supports
End valve 12. limit switches 13. water level controllers 11. return
A1. floor drain A2. spillway hole A3. inlet opening
A4. spilled water hole A5. sluicing groove A6. intake chamber
A7. catch basin A8. control flume A9. aqua storage tank
A10. tap water interface A11. water outlet interface A12. circuit interface
101. mobile terminal interface 102. moisturizing tooth bars 103. hard plastic tubes
104. pressure release tooth bar 105. corrugated flexible hoses 106. stainless steel springs
107. fixed end interface 108. flexible cavity J. relays
GJ. high water level tongue tube DJ. low water stage tongue tube is opened in J1, the control of J2. relay
Close (often opening) (often opening) (often opening)
M. pump motor 201. magnetic floats 202. plastic pipes
The specific embodiment
Following examples are used to illustrate the utility model, but are not used for limiting protection domain of the present utility model.
Fig. 1,2 is water saving fixtures vertical view described in the utility model and lateral view; Fig. 3-7 is the different generalized sections of water saving fixtures described in the utility model; Fig. 8 is the schematic diagram of voltage-controlled assembly.Shown in Fig. 1-7, described water saving fixtures are located in the casing 2, can settle a shower tray or bathtub on it, also can be connected as a single entity, just casing 2 upper cover plates 1 can be made the whole use of shower tray or bathtub shape, also can be placed under the shower tray or bathtub of washroom with shower tray or bathtub.
Be provided with in the casing 2: sluicing groove A5, intake chamber A6, catch basin A7, aqua storage tank A9 and control flume A8.The bath wastewater intake chamber A6 that flows through, collect catch basin A7 earlier after, deposit waste water in aqua storage tank A9 through water pump 5, in order to flushing the toilet usefulness, when wastewater flow rate was big, unnecessary waste water entered in the sewer by sluicing groove A5.
Described water saving fixtures also include control system, control system comprises the limit switch 12 that is arranged at water pump 5, the voltage-controlled assembly 7 that contains flexible cavity 108, water compensating valve 8, the relief valve 9 in the control flume A8 and is positioned at voltage-controlled assembly 7 one side, and is located at the water level controller 13 that the control of pump 5 in the catch basin A7 opens and closes.
Figure 10 is the dried spring water level controller of a GSK structure chart, the dried spring water level controller 13 of GSK, by plastic pipe 202, be placed in the magnetic float 201 on the plastic pipe 202, high water level tongue tube (often opening) GJ and low water stage tongue tube (the often opening) DJ that is located on the plastic pipe 202 respectively forms.
Fig. 9 is a tongue tube control of pump circuit diagram, and the part in the frame of broken lines is for being positioned at this device, and other parts and power supply can be positioned at outside this device, between to pass the circuit interface A12 of casing 2 continuous.Its critical element comprises: relay J, relay control switch (often opening) J1, J2, high water level tongue tube (often opening) GJ, low water stage tongue tube (often opening) DJ, pump motor M.Control circuit can adopt the safe dc source of 12v, described water level controller 13 links to each other with the power supply of described water pump 5, when the pump water level was opened in catch basin A7 water level arrival setting, high water level tongue tube (the often opening) GJ of water level controller 13 sensed magnetic float 201 and connects circuit start water pump water storages; When descending along with water storage process middle water level, low water stage tongue tube (normally closed) DJ of water level controller 13 senses magnetic float, and disconnecting circuit stops the water pump water storage.
Control circuit in the water saving fixtures described in the utility model has two parts, on one side by the start and stop of catch basin water level controller control of pump with abundant recovery waste water, maximum elongation at voltage-controlled assembly is provided with limit switch in addition, positive closing water pump when reaching maximum moisture storage capacity in system.This circuit is that this area is used always and the known circuit of technician.
Described voltage-controlled assembly 7 comprises hard plastic tube 103 and the bellows 105 that links together, hard plastic tube 105 other ends are provided with mobile terminal interface 101, the other end of bellows 105 is provided with fixed end interface 107, the bellows 105 outer springs 106 that are set with, the position that is connected on hard plastic tube 103 and with mobile terminal interface 101 is provided with moisturizing tooth bar 102, the position that is connected on hard plastic tube 103 and with bellows 105 is provided with pressure release tooth bar 104, and bellows 105 and spring 106 form a flexible cavity 108.Fixed end interface 107 links to each other with water outlet interface A11 on the casing 2, and water outlet interface A11 can communicate with the toilet water service pipe in the washroom.
Be distributed with continuous elasticity water storage capsule 3 in the described aqua storage tank A9, its quantity can be provided with arbitrarily according to the size of casing and the size of water reservoir, as shown in figure 11, can link to each other by taking over 31 between the described water reservoir 3, take over all the top in the end, separate mutually with median septum 4 with the dividing plate 41 in the casing 2 between each water reservoir 3, so that fix each water reservoir.
Described water reservoir 3 other ends link to each other with described catch basin A7 by described relief valve 9, and link to each other with the plastic pipe 103 of voltage-controlled assembly 13 simultaneously, waste water just flows out from water reservoir 3 when flushing the toilet, and enters closet flushing through plastic pipe 103, bellows 105, fixed end interface 107, the water outlet interface A11 of voltage-controlled assembly 13.
Described water compensating valve 8 links to each other with described catch basin A7, and when water compensating valve 8 was opened, the tap water just tap water interface A10 on casing 2 entered catch basin A7, mends in the water reservoir 3 through water pump again.
Described water compensating valve 8 and relief valve 9 all can be selected the valve that has the flute profile handwheel for use, when voltage-controlled assembly 7 bellowss 105 are contracted to length less than Lmin, water compensating valve 8 and 102 engagements of moisturizing tooth bar, open water compensating valve 8, bellows 105 length are during greater than Lmin, moisturizing tooth bar 102 and water compensating valve 9 engagements, water compensating valve 9 is closed.
When the bellows 105 of voltage-controlled assembly 7 is stretched to length greater than Lmax, sluicing tooth bar 102 and drain valve 9 engagements, drain valve 9 is opened; Bellows length is during less than Lmax, sluicing tooth bar 104 and drain valve 9 engagements, and drain valve 9 cuts out.
Described limit switch 12 is in normally off, links to each other with the control circuit of described water pump 5, and when described voltage-controlled assembly 7 was in the maximum elongation position, described voltage-controlled assembly 7 contacted with limit switch 12, cut-off switch, and water pump quits work.
Described voltage-controlled assembly 7 one ends are fixed, the flexible cavity 108 that forms by bellows 105 and spring 106, because the tooth bar on the mobile port of the scalable drive of variation of water storage system pressure moves, flute profile handwheel on the tooth bar engagement water valve opens and closes water valve, be presented as that catch basin sluices during system overpressure owing to cover tap water to catch basin during the depletion of system.
Specifically, when described water reservoir 3 pressure are too small, the bellows 105 of described voltage-controlled assembly 7 shrinks, the gear of the moisturizing tooth bar 102 engagement water compensating valves 8 on the mobile port 101 is opened normally closed water compensating valve 8, described water compensating valve 8 links to each other with tap water, and tap water will add to catch basin A7 and mend water reservoir 3 by water pump 5; When described water reservoir 3 pressure are excessive, bellows 105 elongations of described voltage-controlled assembly 7, when bellows 105 reaches the maximum elongation position, voltage-controlled assembly 7 touches normally closed limit switch 12 forces the disconnecting circuit termination of pumping to prevent superpressure, the tooth bar 104 that sluices simultaneously can mesh the gear of relief valve 9 normally closed relief valve 9 is opened, and water unnecessary in the water reservoir 3 can be let out the purpose that catch basin A7 reaches decompression.
Sliding support 10 is fixed in voltage-controlled assembly 7 next doors of control flume A8, guarantee that mobile terminal interface 101 moves axially and moisturizing tooth bar 102 and water compensating valve 8, pressure release tooth bar 104 and relief valve 9 gears between engagement.
Water saving fixtures described in the utility model are located in the casing 2 for overall appearance, and its side is provided with circuit interface A12, water outlet interface A11 and tap water interface A10.1 one-tenth certain slope of the upper cover plate of casing 2, lowest part are provided with a floor drain A1, and floor drain A1 installs the bottom filtration beds 6, and waste water flows into water saving fixtures thus.
The water inlet A 3 of catch basin A7 communicates with intake chamber A6 in the water saving fixtures, also is provided with spillway hole A2 on the described intake chamber A6, communicates with sluicing groove A5 by described spillway hole A2, and described sluicing groove A5 communicates with sewer by spilled water hole A4.
Water saving fixtures described in the utility model use the course of work, shown in Figure 12-14:
Directly lay water saving fixtures before the use in the bathing position, water outlet interface A11 takes over to the toilet water service pipe, and the waste water in the water reservoir 3 can be connected to the toilet of pulling down originally the tap water interface A10 of water saving fixtures simultaneously for the use of flushing the toilet with tap water interface.Can earlier the gas in the water reservoir can be discharged system prior to water, guarantee effective water capacity in the device.
When water saving fixtures normally use, as shown in figure 13, bellows 105 length of voltage-controlled assembly 7 are between Lmin and Lmax, when bathing water through floor drain A1, intake chamber A6, enter catch basin A7 and arrive when opening the pump water level, high water level tongue tube (the often opening) GL of water level controller 13 senses magnetic float 201 and connects circuit start water pump 5 water storages; When descending along with water storage process middle water level, low water stage tongue tube (normally closed) DJ of water level controller 13 senses magnetic float 201 disconnecting circuits and stops water pump 5 water storages.
The bathing water yield is excessive in using, as shown in figure 14, water reservoir 3 pressure are excessive, bellows 105 length of voltage-controlled assembly 7 are stretched to greater than Lmax, normally closed limit switch 12 is touched in the mobile terminal forces the disconnecting circuit termination of pumping to prevent superpressure, the tooth bar 104 that sluices simultaneously can mesh the gear of relief valve 9 normally closed relief valve 9 is opened, water unnecessary in the water reservoir 3 can be let out the purpose that catch basin A7 reaches decompression, along with pressure decline bellows 105 length will be got back to normal condition, tooth bar also moves drain valve 9 cuts out, and at this moment the interior too much water of catch basin A7 overflows by spilled water hole A4 through spillway hole A2 and drains into sewer.
When water saving fixtures use or during the bathing water shortage first, as shown in figure 12, water reservoir 3 pressure descend, bellows 105 length of voltage-controlled assembly 7 are less than Lmin, moisturizing tooth bar 102 can mesh the gear of moisturizing normally closed water compensating valve 8 is opened, tap water will add to catch basin A7 and mend water reservoir 3 by water pump 5, and greater than Lmin, moisturizing tooth bar 102 meshing gear is again closed water compensating valve 8 until bellows 105 length.
Claims (7)
1, a kind of water saving fixtures, comprise casing (2), it is characterized in that: also include control system, be provided with catch basin (A7) in the described casing (2), aqua storage tank (A9) and control flume (A8), described catch basin (A7) is provided with water inlet (A3), be provided with the water reservoir (3) that several link to each other in the described aqua storage tank (A9), described control system comprises the water pump (5) that is arranged in the described control flume (A8), the voltage-controlled assembly (7) that contains flexible cavity (108), water compensating valve (8), relief valve (9) and be positioned at described voltage-controlled assembly (7) limit switch (12) on one side, and be located at the water level controller (13) that the control of pump (5) in the described catch basin (A7) opens and closes;
Described water pump (5) one ends link to each other with described catch basin (A7), described water pump (5) other end links to each other with described water reservoir (3) one ends, described water reservoir (3) other end links to each other with described catch basin (A7) by described relief valve (9), and link to each other with described voltage-controlled assembly (7) simultaneously, described water compensating valve (8) links to each other with described catch basin (A7); Described voltage-controlled assembly (7) comprises hard plastic tube (103) and the bellows (105) that links together, hard plastic tube (105) other end is provided with mobile terminal interface (101), the other end of bellows (105) is provided with fixed end interface (107), the outer spring (106) that is set with of bellows (105), go up and the position that is connected with mobile terminal interface (101) is provided with moisturizing tooth bar (102) at hard plastic tube (103), go up and the position that is connected with bellows (105) is provided with pressure release tooth bar (104), bellows (105) and spring (106) formation one flexible cavity (108) at hard plastic tube (103); When described voltage-controlled assembly (7) moves back and forth, the work that matches with described drain valve (9) of described moisturizing tooth bar (102) and described water compensating valve (8), described sluicing tooth bar (104).
2, a kind of water saving fixtures as claimed in claim 1 is characterized in that: described water level controller (13) by water pipe (202), be placed in the float (201) on the water pipe (202), high water level tongue tube and the low water stage tongue tube of being located on the water pipe (202) respectively formed.
3, a kind of water saving fixtures as claimed in claim 1 is characterized in that: the upper cover plate (1) of described casing (2) go up to be settled a shower tray or bathtub, or the use that is connected as a single entity of upper cover plate (1) and shower tray or bathtub.
4, a kind of water saving fixtures as claimed in claim 3 is characterized in that: described upper cover plate (1) becomes certain slope, and lowest part is provided with a floor drain (A1), and a strainer (6) is installed in described floor drain (A1) bottom.
5, a kind of water saving fixtures as claimed in claim 1, it is characterized in that: the inlet opening (A3) of described catch basin (A7) communicates with an intake chamber (A6), also be provided with a spillway hole (A2) on the described intake chamber (A6), communicate with a sluicing groove (A5) by described spillway hole (A2), described sluicing groove (A5) communicates with sewer by a spilled water hole (A4).
6, a kind of water saving fixtures as claimed in claim 1 is characterized in that: establish a flap valve (11) between described water pump (5) and the described water reservoir (3).
7, a kind of water saving fixtures as claimed in claim 1 is characterized in that: link to each other by taking over (31) between the described water reservoir (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2005201365269U CN2895535Y (en) | 2005-12-15 | 2005-12-15 | Water-saving apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2005201365269U CN2895535Y (en) | 2005-12-15 | 2005-12-15 | Water-saving apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2895535Y true CN2895535Y (en) | 2007-05-02 |
Family
ID=38065114
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2005201365269U Expired - Fee Related CN2895535Y (en) | 2005-12-15 | 2005-12-15 | Water-saving apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2895535Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101942851B (en) * | 2009-07-07 | 2012-11-07 | 田学军 | Energy-saving water economizer |
| WO2017147861A1 (en) * | 2016-03-03 | 2017-09-08 | 邱琦 | Compression device for recycling bathroom water |
-
2005
- 2005-12-15 CN CNU2005201365269U patent/CN2895535Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101942851B (en) * | 2009-07-07 | 2012-11-07 | 田学军 | Energy-saving water economizer |
| WO2017147861A1 (en) * | 2016-03-03 | 2017-09-08 | 邱琦 | Compression device for recycling bathroom water |
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