CN109853663A - A kind of building full automatic water supply and sewerage system - Google Patents
A kind of building full automatic water supply and sewerage system Download PDFInfo
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- CN109853663A CN109853663A CN201910059314.1A CN201910059314A CN109853663A CN 109853663 A CN109853663 A CN 109853663A CN 201910059314 A CN201910059314 A CN 201910059314A CN 109853663 A CN109853663 A CN 109853663A
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Abstract
The invention discloses a kind of building full automatic water supply and sewerage systems, it is related to plumbing technical field, its key points of the technical solution are that: including being set to the water tank of roof, the water inlet pipe being connected to earth surface water source, water pump is communicated on water inlet pipe, the bottom of water tank is communicated with outlet pipe, it is provided with drainpipe in building, further includes prestoring case, water inlet pipe, which is connected to, prestores case；Drainpipe is communicated with intermediate tube, and rotation is provided with driving portion in intermediate tube, and in the horizontal direction, driving portion includes circumferentially distributed multiple drip trays to the shaft of driving portion, and water pushes drip tray rotation when flowing through the intermediate tube；It further include forcing pipe, by the aspiration pump of driving portion driving operation, forcing pipe is connected to aspiration pump and prestores case；Forcing pipe deviates from the end for prestoring case equipped with check valve one.This supply and drain water system selects the water pump of smaller power and lift to be also able to satisfy the demand of drawing water, this supply and drain water system has energy-efficient advantage；It is operated when the system works without personnel, high degree of automation.
Description
Technical field
The present invention relates to plumbing technical field, in particular to a kind of building full automatic water supply and sewerage system.
Background technique
Supply and drain water system is the important component of building, and supply and drain water system is by water service into each floor for people
It uses, building are discharged through drainpipe after sink, floor drain are collected in the sewage of generation.
Existing application publication number is that the Chinese invention patent application of CN108385777A discloses a kind of building automation equipment
With discharge water-bound, including water tank, water tank interior lower end is equipped with filter, and water tank inner sidewall is equipped with water level sensor, water tank one
Side is equipped with water inlet pipe, and water inlet pipe side is equipped with tapping pipe, and check-valves and No.1 water pump, and No.1 water pump position are equipped with inside water inlet pipe
Below check-valves, water tank lower end is equipped with flow-limiting valve, and flow-limiting valve lower end is equipped with the pipeline that catchments, and the channel interior that catchments is equipped with No. two water
Pump.Water tank is generally positioned at building top, and the water of ground is pumped to water tank and stored by water pump.
Prior art among the above has the following deficiencies: that, when building are higher, the terrain clearance of water tank is also higher, if
Water is pumped from ground to water tank, is needed using powerful water pump；The energy consumption of water pump is more big, with current energy conservation
Life idea it is opposite.
Summary of the invention
In view of the deficiencies of the prior art, the present invention intends to provide a kind of building full automatic water supply and sewerage system,
Water pump can select lesser power and lift, have energy-efficient effect.
Above-mentioned technical purpose of the invention has the technical scheme that a kind of building full automatic water supply and sewerage
System, including being set to the water tank of roof, the water inlet pipe being connected to earth surface water source, the water inlet pipe is connected to water tank, the water inlet
Water pump is communicated on pipe, the bottom of the water tank is communicated with the outlet pipe for extending to each floor, sets along the vertical direction in building
It is equipped with the drainpipe being connected to each floor,
It further include the case that prestores for water storage, the water inlet pipe is connected to the interior bottom for prestoring case, earth's surface away from the end of water tank
Water source prestores case described in being connected to；The drainpipe is communicated with intermediate tube, and rotation is provided with driving portion in the intermediate tube, described
In the horizontal direction, the driving portion includes circumferentially distributed multiple drip trays to the shaft of driving portion, and water flows through the intermediate tube
When push drip tray rotation；
It further include forcing pipe, by the aspiration pump of driving portion driving operation, the forcing pipe is connected to aspiration pump and prestores case；It is described
Forcing pipe deviates from the end for prestoring case equipped with the check valve one for one-way air inlet.
Through the above technical solutions, personnel enter water in water tank through prestoring case by way of controlling pump operation, water
Water in case is by outlet pipe for using in building.After people's water, waste water under drainpipe through arranging, and water is in the process for flowing through intermediate tube
In, water drives driving portion to rotate by way of impacting drip tray, and driving portion drives aspiration pump to operate, then outside air is through unidirectional
Valve one, forcing pipe, which enter, to be prestored in case.When water pump pumps the water prestored in case, since the air pressure prestored in case have passed through pressurization
Pipe pressurization then can play facilitation for drawing water for water pump, and the model of smaller power, lift can be selected in when pump selection, play
Energy-efficient effect.
Preferably, described to prestore the height that case is located at building middle layer and water source hydraulic pressure reach just, water source with it is described
It prestores and is communicated with supervisor between case, the supervisor is equipped with check valve two, and the one-way conduction direction of the check valve two is water source court
To prestoring case.
Through the above technical solutions, earth surface water source is water supply, water supply has certain pressure of supply water, prestores case
The height that can be reached just positioned at water source hydraulic pressure, when the water valve standard-sized sheet on supervisor, water, which slowly enters through supervisor, to be prestored in case.
It is located at building middle layer due to prestoring case, then the lift of water pump can be preset smaller, power needed for further decreasing water pump and raise
Journey plays energy-efficient effect.Water inlet pipe to prestore intake in case when, must release the pressure prestored in case in advance.
Preferably, the intermediate tube is provided with multiple along the short transverse of building, is equipped with drive in each intermediate tube
Dynamic portion；The quantity of the aspiration pump is multiple and corresponds with driving portion that the forcing pipe is by the inlet and outlet of all aspiration pumps
End joins end to end.
Aspiration pump is driven to operate through the above technical solutions, waste water flows through every intermediate tube Shi Junhui, the gravitational potential of waste water
It can reliably be utilized, and being closer between every grade of driving portion, the generation of water slug drip tray can be reduced to a certain extent
Noise.
Preferably, the intermediate tube includes the mounting portion for being placed in for drip tray, and the shaft of the driving portion deviates from
The axis of intermediate tube；Downward, the lowest part of the mounting portion inner wall is connected to the inner wall of intermediate tube for the inner wall inclination of the mounting portion.
Through the above technical solutions, being got rid of when drip tray rotates to the water energy mounting portion wall tilted of mounting portion inner wall
Face reliably falls.
Preferably, the stress slot for water slug is offered in the disk of the drip tray.
Through the above technical solutions, water is not easy spluttering four and dissipates, and the cell wall of stress slot can fully absorb when water slug stress slot
The kinetic energy of water is to drive drip tray to rotate.
Preferably, be located above drip tray in the intermediate tube and be equipped with weather board, the weather board extend obliquely downward to
The surface of driving portion shaft, the weather board are fixed on intermediate inside pipe wall close to the side in mounting portion direction.
Through the above technical solutions, weather board is used to for water to be directed to the ipsilateral drip tray of driving portion shaft, guarantee stream
Water drive through intermediate tube rotates drip tray to same direction.
Preferably, the aspiration pump and intermediate tube are fixed by fixed frame set between the two.
Through the above technical solutions, aspiration pump and intermediate tube are linked as entirety by fixed frame, the installation for facilitating aspiration pump is solid
It is fixed.
Preferably, described to prestore in case sliding along the vertical direction and be provided with slide bar one, the lower end of the slide bar one is located at pre-
Floating ball one is deposited in case and is fixed with, it is described to prestore the sliding sleeve for being equipped with inside case and sliding for slide bar one, the row of offering on the sliding sleeve
Stomata；When the top of slide bar one is lower than gas vent, the air prestored in case can be discharged pre- through the inner hole of gas vent, sliding sleeve
Deposit case.
Through the above technical solutions, the height of floating ball one moves simultaneously with height of water level in case is prestored, when prestoring in case
When water is reduced to certain water level, the top of slide bar one is reduced to below gas vent, and the air prestored in case can be through gas vent, sliding sleeve
Inner hole discharge prestore case, prestore the air pressure in case and be down to reduced levels, at this time the hydraulic pressure of water inlet pipe can make water enter prestore
In case, filled the water with facilitating to prestoring in case.When prestoring the water in case and being increased to certain water level, the top of slide bar one is increased to arrange
Above stomata, slide bar one closes gas vent, and at this time as the gas of forcing pipe inputs, prestoring the air pressure in case can gradually be risen
It is high.
Preferably, sliding is provided with slide bar two along the vertical direction in the water tank, and the bottom end of the slide bar two is located at water tank
Interior and be fixed with floating ball two, the top of the slide bar two is located at outside water tank；It is provided on the water tank for detecting top end of sliding rod
By close to switch, it is described close to switch include for controlling stopping close to switch one, for controlling water pump for water pump starting
Close to switch two, it is described to be located adjacent to below switch two close to switch one.
Through the above technical solutions, the height of floating ball two moves simultaneously with height of water level in water tank, when underwater in water tank
When dropping to certain water level, the top of slide bar two drops to close to one lower section of switch, and slide bar two is not detected close to switch one, approaches
The signal intensity that switch one exports simultaneously controls water pump starting, fills the water from case is prestored into water tank；When the water in water tank is increased to one
When determining water level, the top of slide bar two is increased to approach two top of switch, detects slide bar two close to switch two, defeated close to switch two
Signal intensity out simultaneously controls water pump and stops filling the water into water tank.Close to the combination of switch and floating ball two, slide bar two, realize
The automatic control of water level in water tank.
In conclusion the present invention having the beneficial effect that in contrast to the prior art
1, the water pump of smaller power and lift is selected also to be able to satisfy the demand of drawing water, this supply and drain water system has energy-efficient advantage；
2, it is operated when the system works without personnel, the advantage with high degree of automation；
3, existing supply and drain water system can easily reequip COST system.
Detailed description of the invention
Fig. 1 is a kind of system diagram of building full automatic water supply and sewerage system of embodiment；
Fig. 2 is the structural schematic diagram of the water tank of this supply and drain water system；
Fig. 3 is the perspective view of the intermediate tube of this supply and drain water system；
Fig. 4 is the three-dimensional cutaway view of the intermediate tube of this supply and drain water system, the structure of main prominent drip tray；
Fig. 5 is the structural schematic diagram for prestoring case of this supply and drain water system.
In figure, 1, water tank；2, case is prestored；20, it is responsible for；3, water inlet pipe；31, water pump；4, outlet pipe；5, drainpipe；201,
Check valve two；11, Ventilated cap；12, slide bar two；121, floating ball two；13, close to switch one；14, close to switch two；6, intermediate tube；
61, mounting portion；62, weather board；63, fixed frame；7, driving portion；71, drip tray；711, stress slot；72, aspiration pump；8, it pressurizes
Pipe；81, check valve one；21, slide bar one；211, floating ball one；22, sliding sleeve；221, gas vent.
Specific embodiment
Below in conjunction with attached drawing, invention is further described in detail.
It referring to Fig.1, is a kind of building full automatic water supply and sewerage system disclosed by the invention, including being set to the water tank 1 of roof, setting
Case 2 is prestored in building middle layer, earth surface water source and prestores and is communicated with supervisor 20 between case 2, and water tank 1 and prestoring is communicated with into water between case 2
Pipe 3 is communicated with water pump 31 on water inlet pipe 3.The bottom of water tank 1 is communicated with the outlet pipe 4 for extending to each floor, and building are interior along perpendicular
Histogram is to being provided with the drainpipe 5 being connected to each floor.
Earth surface water source is water supply, and water supply has certain pressure of supply water, and prestoring case 2, to be located at water source hydraulic pressure lucky
The height that can be reached, when the water valve standard-sized sheet being responsible on 20, water, which slowly enters through supervisor 20, to be prestored in case 2.20 connection of supervisor
In the inner top for prestoring case 2, supervisor 20 is equipped with check valve 2 201, and the one-way conduction direction of check valve 2 201 is water source direction
Prestore case 2.
Water inlet pipe 3 is located at the interior bottom for prestoring case 2, the connection position of water inlet pipe 3 and water tank 1 with the communicating position for prestoring case 2
Setting in the inner top of water tank 1, the direction of drawing water of water pump 31 is to prestore case 2 towards water tank 1, also is provided with supplying water on water inlet pipe 3 single
To the check valve of circulation.
Referring to Figures 1 and 2, the top of water tank 1 is equipped with Ventilated cap 11, and Ventilated cap 11 is used for the inner and outer air pressure of balanced reservoir 1.
Sliding is provided with slide bar 2 12 along the vertical direction in water tank 1, and the bottom end of slide bar 2 12 is located in water tank 1 and is fixed with floating ball two
121, the top of slide bar 2 12 is located at outside water tank 1.The outer top of water tank 1 is provided with to be connect for detect that 2 12 top of slide bar passes through
Nearly switch, close to switch include for control the starting of water pump 31 close to switch 1, for controlling the close of the stopping of water pump 31
Switch 2 14 is located adjacent to 2 14 lower section of switch close to switch 1.The height of floating ball 2 121 is with height of water level one in water tank 1
It is neat mobile, when dropping to certain water level under water, the top of slide bar 2 12 drops to close to connect below switch 1 in water tank 1
Slide bar 2 12 is not detected in nearly switch 1, and the signal intensity close to the output of switch 1 simultaneously controls water pump 31 and starts, from prestoring
Case 2 is filled the water into water tank 1；When the water in water tank 1 is increased to certain water level, the top of slide bar 2 12 is increased to close to switch two
14 tops detect slide bar 2 12 close to switch 2 14, and the signal intensity exported close to switch 2 14 simultaneously controls the stopping of water pump 31
It is filled the water into water tank 1.Close to the combination of switch and floating ball 2 121, slide bar 2 12, the automatic control of water level in water tank 1 is realized.
Referring to Fig.1, outlet pipe 4 runs through each floor along the vertical direction, and outlet pipe 4 is by way of adding branch pipe, branch valve
It is for a person to use that water is guided into each floor.Along the vertical direction, drainpipe 5 is by adding the side of branch pipe for the length direction of drainpipe 5
Formula is connected to the sink of each floor, floor drain, and the bottom end of drainpipe 5 is connected to sewer.
Referring to Figure 1 and Figure 3, drainpipe 5 corresponds to each floor and is connected with intermediate tube 6, the length direction of intermediate tube 6 also edge
Vertical direction, intermediate tube 6 form single pipeline by ring flange and the assembling of drainpipe 5.
Referring to Fig. 3 and Fig. 4, each intermediate tube 6 includes mounting portion 61, and mounting portion 61 deviates from the axis of intermediate tube 6, is pacified
The outer wall in dress portion 61 and the outer wall of intermediate tube 6 are sealed and are fixed, and the inner cavity of mounting portion 61 is connected to the inner cavity of intermediate tube 6；Mounting portion
Downward, the inner wall lowest part of mounting portion 61 is connected to the inner wall of intermediate tube 6 for 61 inner wall inclination.Rotation is provided with drive in mounting portion 61
Dynamic portion 7, the shaft of driving portion 7 in the horizontal direction and deviate from the axis of intermediate tube 6, and driving portion 7 includes circumferentially distributed along shaft
Multiple drip trays 71, the size of drip tray 71 can turn over space in the pipe of intermediate tube 6 just.It is opened up in the disk of drip tray 71
There is the stress slot 711 for water slug, drip tray 71 can be driven to rotate when water flows through intermediate tube 6.It is located at drip tray 71 in intermediate tube 6
Top is equipped with weather board 62, and weather board 62 is extended obliquely downward to the surface of 7 shaft of driving portion, and weather board 62 is fixed on centre
Close to the side in 61 direction of mounting portion, weather board 62 is used to water being directed to the ipsilateral drip tray 71 of 7 shaft of driving portion 6 inner wall of pipe
On, guarantee that the water drive for flowing through intermediate tube 6 rotates drip tray 71 to same direction.
The shaft of driving portion 7 is pierced by outside mounting portion 61 and is connected with aspiration pump 72, and the pump case and intermediate tube 6 of aspiration pump 72 pass through
Fixed frame 63 set between the two is fixed, and the shaft of driving portion 7 is coaxially fixed with the impeller of aspiration pump 72.Driving portion 7 rotates
When, driving portion 7 drives aspiration pump 72 to operate by shaft.Adjacent aspiration pump 72 is connected by forcing pipe 8 set between the two
Connect, one end of forcing pipe 8 is connected to the outlet side of previous aspiration pump 72, the other end of forcing pipe 8 and latter aspiration pump 72 into
The connection of gas end；Forcing pipe 8 joins end to end aspiration pump 72 to form single pipeline.The pressurization that the outlet side of end aspiration pump 72 connects
Pipe 8 is connected to the inner top for prestoring case 2, and the forcing pipe 8 of the inlet end connection of head end aspiration pump 72, which is equipped with, is used for one-way air inlet
Check valve 1, the discharge directions that all aspiration pumps 72 operate are towards prestoring case 2.
It referring to Fig. 5, prestores case 2 and does not set ventilation mouth, prestore in case 2 that sliding is provided with slide bar 1, slide bar along the vertical direction
One 21 lower end, which is located at, to be prestored in case 2 and is fixed with floating ball 1, and the upper end of slide bar 1, which is pierced by, to be prestored outside case 2, slide bar 1
It is slidingly sealed with prestoring to establish by setting sealing ring between case 2.The sliding sleeve 22 for being equipped with inside case 2 and sliding for slide bar 1 is prestored,
The inner hole of sliding sleeve 22 is through case 2 is prestored, and the upper end side wall of sliding sleeve 22 offers gas vent 221, and gas vent 221 will prestore case 2
Inner cavity is connected to the inner hole of sliding sleeve 22.
The height of floating ball 1 moves simultaneously with height of water level in case 2 is prestored, and is reduced to centainly when prestoring the water in case 2
When water level, the top of slide bar 1 is reduced to 221 lower section of gas vent, and the air prestored in case 2 can be through gas vent 221, sliding sleeve 22
Inner hole discharge prestore case 2, prestore the air pressure in case 2 and be down to reduced levels, the hydraulic pressure of water inlet pipe 3 can be such that water enters pre- at this time
It deposits in case 2, to fill the water to prestoring in case 2.When prestoring the water in case 2 and being increased to certain water level, the top of slide bar 1 is increased
To 221 top of gas vent, slide bar 1 closes gas vent 221, at this time as the gas of forcing pipe 8 inputs, prestores in case 2
Air pressure can gradually rise.Prestore the floating ball 1 in case 2, slide bar 1 can not form good piston structure, then prestore case
Air pressure in 2 is not easy that slide bar 1 is pushed to be displaced；Slide bar 1 is preset with biggish self weight, and the air pressure prestored in case 2 is not enough to
Slide bar 1 is driven to be displaced.
The operating condition of this building full automatic water supply and sewerage system is as follows: after people's water, waste water is arranged through drainpipe 5 is lower, and water is flowing through
It will push the rotation of driving portion 7 during intermediate tube 6, driving portion 7 drives aspiration pump 72 to operate, then outside air is through check valve one
81, forcing pipe 8 enters and prestores in case 2, and waste water, which flows through 6 Shi Junhui of every intermediate tube, drives aspiration pump 72 to operate, the gravity of waste water
Potential energy can be utilized reliably, and can reduce the noise of the generation of water slug drip tray 71 to a certain extent.When prestoring the gas in case 2
When pressure enters the hydraulic pressure for prestoring case 2 higher than water inlet pipe 3, water inlet pipe 3 stops water outlet；It is further increased when prestoring the air pressure in case 2
When to certain value, the driving force that driving portion 7 rotates is not enough to that aspiration pump 72 is driven to remain in operation, and waste water can not drive driving at this time
Portion 7 rotates, but waste water is remained to through arranging under drip tray 71 and the gap of intermediate tube 6.To sum up, prestoring case 2 can be realized automatic feeding water,
And prestore the not too high generation explosion of the air pressure in case 2.
When water pump 31, which is pumped, prestores the water in case 2, due to prestoring the air pressure in case 2 higher than external atmosphere pressure, then can be
Facilitation is played in drawing water for water pump 31, and the model of smaller power, lift can be selected when 31 type selecting of water pump；Due to prestoring 2, case
In building middle layer, then the lift of water pump 31 can be preset smaller, and power needed for further decreasing water pump 31 and lift play section
The effect of energy.
Since the water discharge in drainpipe 5 is discontinuity, then add in water inlet pipe 3 to prestoring in the period filled the water in case 2
To the lack of air inputted in case 2 is prestored to form biggish air pressure, prestore the water in case 2 can be improved to ideal pressure pipe 8
Water level just stops water inlet.This supply and drain water system can be automatically performed the water inlet of water tank 1, will not influence the draining of drainpipe 5, then originally
System operates when working without personnel, the advantage with high degree of automation.
The embodiment of present embodiment is presently preferred embodiments of the present invention, not limits protection of the invention according to this
Range, therefore: the equivalence changes that all structures under this invention, shape, principle are done, should all be covered by protection scope of the present invention it
It is interior.
Claims (9)
- Including be set to roof water tank (1), the water inlet pipe that is connected to earth surface water source 1. a kind of building full automatic water supply and sewerage system (3), the water inlet pipe (3) is connected to water tank (1), is communicated with water pump (31) on the water inlet pipe (3), the bottom of the water tank (1) Portion is communicated with the outlet pipe (4) for extending to each floor, is provided with the draining being connected to each floor along the vertical direction in building It manages (5), it is characterized in that:It further include prestoring case (2) for water storage, the water inlet pipe (3) is connected to away from the end of water tank (1) and prestores case (2) Interior bottom, earth surface water source, which is connected to, described prestores case (2)；The drainpipe (5) is communicated with intermediate tube (6), the intermediate tube (6) Interior rotation is provided with driving portion (7), and in the horizontal direction, the driving portion (7) includes circumferentially dividing to the shaft of the driving portion (7) Multiple drip trays (71) of cloth, water push drip tray (71) rotation when flowing through the intermediate tube (6)；It further include forcing pipe (8), by the aspiration pump (72) of driving portion (7) driving operation, the forcing pipe (8) is connected to aspiration pump (72) it and prestores case (2)；The forcing pipe (8) deviates from the end for prestoring case (2) equipped with the check valve one for one-way air inlet (81)。
- 2. a kind of building full automatic water supply and sewerage system according to claim 1, it is characterized in that: the case (2) that prestores is located at The height that building middle layer and water source hydraulic pressure can reach just, water source and described prestore are communicated with supervisor (20), institute between case (2) Supervisor (20) are stated equipped with check valve two (201), the one-way conduction direction of the check valve two (201) is that water source direction prestores case (2)。
- 3. a kind of building full automatic water supply and sewerage system according to claim 1, it is characterized in that: the intermediate tube (6) is along building The short transverse of space is provided with multiple, is equipped with driving portion (7) in each intermediate tube (6)；The number of the aspiration pump (72) Amount is multiple and corresponds with driving portion (7) that the forcing pipe (8) is by the entrance end head and the tail phase of all aspiration pumps (72) Even.
- 4. a kind of building full automatic water supply and sewerage system according to claim 1, it is characterized in that: the intermediate tube (6) includes The shaft of mounting portion (61) for being placed in for drip tray (71), the driving portion (7) deviates from the axis of intermediate tube (6)；Institute The inner wall for stating mounting portion (61) tilts downward, and the lowest part of mounting portion (61) inner wall is connected to the inner wall of intermediate tube (6).
- 5. a kind of building full automatic water supply and sewerage system according to claim 4, it is characterized in that: the disk of the drip tray (71) The stress slot (711) for water slug is offered on face.
- 6. a kind of building full automatic water supply and sewerage system according to claim 4, it is characterized in that: the intermediate tube (6) interior position Weather board (62) are equipped with above drip tray (71), the weather board (62) extends obliquely downward to driving portion (7) shaft just Top, the weather board (62) are fixed on intermediate tube (6) inner wall close to the side in mounting portion (61) direction.
- 7. a kind of building full automatic water supply and sewerage system according to claim 4, it is characterized in that: the aspiration pump (72) and in Between pipe (6) by fixed frame set between the two (63) fixation.
- 8. a kind of building full automatic water supply and sewerage system according to claim 1, it is characterized in that: described prestore case (2) interior edge Vertical direction sliding is provided with slide bar one (21), and the lower end of the slide bar one (21), which is located at, to be prestored in case (2) and be fixed with floating ball One (211), it is described to prestore the sliding sleeve (22) for being equipped with inside case (2) and sliding for slide bar one (21), it is offered on the sliding sleeve (22) Gas vent (221)；When the top of slide bar one (21) is lower than gas vent (221), the air prestored in case (2) can be through being vented The inner hole discharge in hole (221), sliding sleeve (22) prestores case (2).
- 9. a kind of building full automatic water supply and sewerage system according to claim 1, it is characterized in that: along perpendicular in the water tank (1) Histogram is provided with slide bar two (12) to sliding, and the bottom end of the slide bar two (12) is located in water tank (1) and is fixed with floating ball two (121), the top of the slide bar two (12) is located at water tank (1) outside；It is provided on the water tank (1) for detecting slide bar two (12) Top pass through close to switch, it is described close to switch include for control water pump (31) starting close to switch one (13), be used for Control that water pump (31) stop close to switch two (14), it is described to be located adjacent to switch two (14) lower section close to switch one (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910059314.1A CN109853663B (en) | 2019-01-22 | 2019-01-22 | Full-automatic water supply and drainage system for buildings |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910059314.1A CN109853663B (en) | 2019-01-22 | 2019-01-22 | Full-automatic water supply and drainage system for buildings |
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| CN109853663A true CN109853663A (en) | 2019-06-07 |
| CN109853663B CN109853663B (en) | 2020-07-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910059314.1A Active CN109853663B (en) | 2019-01-22 | 2019-01-22 | Full-automatic water supply and drainage system for buildings |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113737894A (en) * | 2021-08-30 | 2021-12-03 | 山东水利建设集团有限公司 | Water supply and drainage system for comprehensive building and construction process thereof |
| CN114753436A (en) * | 2022-05-13 | 2022-07-15 | 深圳市库博建筑设计事务所有限公司 | Full-automatic water supply and drainage system for buildings |
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| CN206986968U (en) * | 2017-06-16 | 2018-02-09 | 郭敬祝 | Circulation automatic replacing formula high position moisturizing water supply installation |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113737894A (en) * | 2021-08-30 | 2021-12-03 | 山东水利建设集团有限公司 | Water supply and drainage system for comprehensive building and construction process thereof |
| CN114753436A (en) * | 2022-05-13 | 2022-07-15 | 深圳市库博建筑设计事务所有限公司 | Full-automatic water supply and drainage system for buildings |
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