CN109110832A - A kind of domestic waste water secondary utilizes automatic water-supply apparatus - Google Patents
A kind of domestic waste water secondary utilizes automatic water-supply apparatus Download PDFInfo
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- CN109110832A CN109110832A CN201810920277.4A CN201810920277A CN109110832A CN 109110832 A CN109110832 A CN 109110832A CN 201810920277 A CN201810920277 A CN 201810920277A CN 109110832 A CN109110832 A CN 109110832A
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- water
- supply apparatus
- draining
- automatic water
- gear
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/001—Processes for the treatment of water whereby the filtration technique is of importance
-
- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2201/00—Apparatus for treatment of water, waste water or sewage
- C02F2201/002—Construction details of the apparatus
-
- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2201/00—Apparatus for treatment of water, waste water or sewage
- C02F2201/002—Construction details of the apparatus
- C02F2201/007—Modular design
-
- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2303/00—Specific treatment goals
- C02F2303/14—Maintenance of water treatment installations
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- Life Sciences & Earth Sciences (AREA)
- Hydrology & Water Resources (AREA)
- Engineering & Computer Science (AREA)
- Environmental & Geological Engineering (AREA)
- Water Supply & Treatment (AREA)
- Chemical & Material Sciences (AREA)
- Organic Chemistry (AREA)
- Filtration Of Liquid (AREA)
Abstract
The invention discloses a kind of domestic waste water secondaries to utilize automatic water-supply apparatus, its structure includes drainage pipeline, automatic water-supply apparatus, sanitary wastewater water guide pipeline, water supply pipeline, water purifier, drainage connecting pipe road, the insertion of drainage pipeline end is installed in automatic water-supply apparatus and mutually welds, automatic water-supply apparatus upper center and the lower surface of sanitary wastewater water guide pipeline are mutually welded, the insertion of water supply pipeline end is installed in automatic water-supply apparatus and mutually welds, water purifier is installed on the inside left of automatic water-supply apparatus, drainage connecting pipe road is installed on the inside of automatic water-supply apparatus.The present invention is by carrying out water quality detection detection to determine whether needing secondary use to sanitary wastewater, mode of operation is enormously simplified to skip artificial selection link, and by being collected to the groceries in sanitary wastewater and avoiding blocking phenomenon to the cleaning of filter grid.
Description
Technical field
The present invention relates to water-saving device fields, more precisely, being that a kind of domestic waste water secondary utilizes automatic water-supply apparatus.
Background technique
Water be people life and production activity in necessary to, with the development of China's urbanization, the use of city tap-water
Amount is increasing.Water not be it is inexhaustible, nexhaustible, all there is serious water shortage situation in most of the northern region of China,
Water conservation will be done from drop.It is water-saving one of method that water, which be recycled, is washed one's hands, is washed by water saving fixtures handle
Water after face, bathing and laundry carries out recycling for toilet flushing and mops floor.But this domestic waste water secondary utilizes certainly at present
Dynamic water-supply apparatus has the following disadvantages:
1, existing water saving fixtures need to be recycled by artificial selection reclaimer operation, or after need to being filtered, operation compared with
It is cumbersome.
2, water saving fixtures are easy to lead to blockage phenomenon due to the impurity and mud in sanitary wastewater.
Summary of the invention
It is filled in view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of domestic waste water secondaries using automatic loading water
It sets, benefit need to be recycled by artificial selection reclaimer operation, or after need to being filtered to solve the existing water saving fixtures of the prior art
With operation is relatively complicated, and water saving fixtures are easy to lead to blockage phenomenon due to the impurity and mud in sanitary wastewater.
To achieve the goals above, the present invention is to realize by the following technical solutions:
A kind of domestic waste water secondary utilizes automatic water-supply apparatus, and structure includes drainage pipeline, automatic water-supply apparatus, life
Waste water water guide pipeline, water supply pipeline, water purifier, drainage connecting pipe road, the drainage pipeline end insertion are installed on automatic loading water
It in device and mutually welds, the automatic water-supply apparatus upper center and the lower surface of sanitary wastewater water guide pipeline are mutually welded, institute
It states the insertion of water supply pipeline end to be installed in automatic water-supply apparatus and mutually weld, the water purifier is installed on automatic water-supply apparatus
Inside left, the drainage connecting pipe road is installed on the inside of automatic water-supply apparatus, and the automatic water-supply apparatus includes draining
Upper water controller, drainage mechanism, upper water dispenser structure, waste water claim laying mechanism, filter grid wiper mechanism, impurity collecting mechanism, on
Water installations, the left side upper surface of water controller is equipped with drainage mechanism in the draining, and the upper water dispenser structure is installed in draining
The right lateral surface of the right side upper surface of water controller, the drainage mechanism is equipped with upper water dispenser structure, and the waste water claims laying mechanism to pacify
It is connected loaded on automatic water-supply apparatus inner upper middle part and with filter grid wiper mechanism, the filter grid wiper mechanism
It is installed on the top of impurity collecting mechanism, the water-supply apparatus is installed on automatic water-supply apparatus lower inside.
As further scheme of the invention, water controller includes Water quality detector, conducting wire, energization in the draining
Device, right side electromagnet, left side electromagnet, the Water quality detector are electrically connected with conducting wire, and the power on unit is electrically connected with conducting wire, institute
It states right side electromagnet to be installed on upper surface on the right side of power on unit and be electrically connected, the left side electromagnet is installed on power on unit left side
It surface and is electrically connected, the left side upper surface of water controller is equipped with drainage mechanism in the draining.
As the present invention further scheme, the drainage mechanism include draining armature movable block, draining connection rope,
Draining rotation gear, draining mobile rack, draining pushing frame, the side surface of the armature movable block far from left side electromagnet one end
It is mutually welded with draining connection rope, the draining connection rope is connect with rotation gears slip, the outer surface of the rotation gear
It is meshed with the lower surface of mobile rack, upper surface middle part and the draining pushing frame of the mobile rack are mutually welded.
As the present invention further scheme, the upper water dispenser structure include upper water armature movable block, upper water connection rope,
Upper water rotates gear, upper water mobile rack, upper water pushing frame, and the armature movable block left-hand face connect rope with upper water and mutually welds
It connects, the upper water connection rope is connect with rotation gears slip, the outer surface of the rotation gear and the lower surface of mobile rack
It is meshed, the upper surface middle part of the mobile rack is mutually welded with upper water pushing frame.
As the present invention, further scheme, the waste water claim laying mechanism to include support base, support plate, claim sink, institute
It states support base to connect with support plate hinge, the upper surface of the support plate is connected with the lower surface of sink is claimed.
As the present invention further scheme, the filter grid wiper mechanism include filter grid, water flow buffer device,
Driving belt, rotary flange disk, movable frame, mobile rack, rotation gear, dragging cords, filter grid washer, the filtering
Grid is installed on water flow buffer device left-hand face, outer surface and filter grid of the filter grid far from water flow buffer device one end
Washer is connected, and the water flow buffer device is slidably connected with driving belt, and the rotary flange disk and driving belt sliding connect
Connect, the front surface of the rotary flange disk is equipped with movable frame, the movable frame close to rotation gear one end outer surface with shifting
The end of carry-over bar mutually welds and fixes to form integral structure, the lower surface of the mobile rack and the appearance of rotation gear
Face is meshed, and the rotation gear and dragging cords are mechanically connected far from one end of filter grid washer, the filter grid
The upper end of washer and dragging cords are mechanically connected far from one end of rotation gear, and the lower section of the water flow buffer device is equipped with impurity
Collecting mechanism.
As the present invention, further scheme, the impurity collecting mechanism include impurity support plate, hinge support frame, electricity
Motivation, helical gear, second level helical gear, small size driving belt, drive flange, connection rope, impurity cleaning bar, the impurity branch
The top of fagging is equipped with water flow buffer device, and the lower surface of the impurity support plate is mutually welded with the upper surface of hinge support frame, institute
It states hinge support frame and is installed on motor right side top, the motor is installed on helical gear rear and is mechanically connected, institute
It states helical gear outer surface to be meshed with the helical gear outer surface of second level, the second level helical gear and small size driving belt sliding connect
It connects, the drive flange is slidably connected with small size driving belt, and the drive flange is mechanically connected with rope is connect, described
It connects rope and impurity cleaning bar is mechanically connected, the impurity cleaning bar is installed on impurity support plate left-hand face.
As the present invention, further scheme, the water-supply apparatus include hydraulic pressure push rod, pull rope, mobile rack
Bar, rotary transmission gear push rack bar, sense contact device, second level conducting wire, suction pump, described to include hydraulic pressure push rod and pull rope
Rope mechanical connection, the mobile rack bar and pulling rope mechanical connection, the lower surface of the mobile rack bar and rotary drive
The outer surface of gear is meshed, and the outer surface of the rotary transmission gear is meshed with the upper surface of rack bar is pushed, described to push away
Movable tooth bar is equipped with sense contact device far from the side surface of hydraulic pressure push rod one end, and the sense contact device is by second level conducting wire and takes out
Water pump electrical connection.
Invention beneficial effect
A kind of domestic waste water secondary of the invention utilizes automatic water-supply apparatus, by sanitary wastewater water guide pipeline that life is useless
Water imports in automatic water-supply apparatus, works as water quality turbidity not to carry out conducting wire water quality detection to sanitary wastewater by Water quality detector
It is high or when being clear water, then it selects to recycle, electromagnet is powered control power on unit to the right, so that right side electromagnet adsorbs upper water
Armature movable block is close, so that upper water armature movable block connects rope by upper water to drive upper water to rotate gear rotation, upper water
Gear rotation is rotated to be meshed with upper water mobile rack, so that mobile rack is mobile to push upper water pushing frame to move up,
Upper water pushing frame is moved up to be in contact with support plate, to claim sink inclination to direct water into filtering since support plate to push
In grid wiper mechanism, water flow buffer device is pushed to rotate by water flow, the rotation of water flow buffer device is driven by driving belt revolves
Turned flange disc spins, rotary flange disc spins drive movable frame mobile, push mobile rack mobile so that movable frame is mobile, lead to
Cross that mobile rack is mobile to be meshed with rotation gear, so that by dragging cords to drag filter grid clear for rotation gear rotation
It washes device to move up and down to clean filter grid, prevents to block, when impurity is stacked into constant weight, impurity support
Plate pushes to drive the movement of hinge support frame, to start motor start-up operation, drive helical gear rotation comes and second level helical teeth
Wheel is meshed, and the rotation of second level helical gear drives drive flange disc spins by small size driving belt, and drive flange disc spins are logical
It is mobile to push impurity cleaning bar to cross connection rope, so that impurity cleaning bar cleans out impurity in impurity support plate, leads to simultaneously
It crosses water purifier to purify sanitary wastewater, will push the movement of hydraulic pressure push rod when purified waste water reaches certain water, from
And driving mobile rack bar mobile by pulling rope, mobile rack bar is mobile to be meshed with rotary transmission gear, so that
Rotary transmission gear rotates to be meshed with rack bar is pushed, and pushes rack bar mobile to be in contact with sense contact device, thus
Sense contact device starts suction pump by second level conducting wire and starts to work, and water is exported to punching by water supply pipeline by purified water
In washing lavatory and mopping floor.
A kind of domestic waste water secondary of the invention utilizes automatic water-supply apparatus, by carrying out water quality detection inspection to sanitary wastewater
It surveys to determine whether secondary use is needed, so that skipping artificial selection link enormously simplifies mode of operation, and by life
Groceries in waste water living are collected and avoid blocking phenomenon to the cleaning of filter grid.
Detailed description of the invention
By reading referring to attached drawing detailed description of non-limiting embodiments, other feature of the invention, purpose
It will be become more apparent upon with advantage.
In the accompanying drawings:
Fig. 1 is the structural schematic diagram that a kind of domestic waste water secondary of the present invention utilizes automatic water-supply apparatus.
Fig. 2 is a kind of structural plan figure of automatic water-supply apparatus of the present invention.
Fig. 3 is a kind of detailed construction schematic diagram of automatic water-supply apparatus of the present invention.
Fig. 4 is a kind of working state figure of automatic water-supply apparatus of the present invention.
In figure: drainage pipeline -1, automatic water-supply apparatus -2, sanitary wastewater water guide pipeline -3, water supply pipeline -4, water purifier -
5, drainage connecting pipe road -6, in draining water controller -21, drainage mechanism -22, upper water dispenser structure -23, waste water claim laying mechanism -24,
Filter grid wiper mechanism -25, water-supply apparatus -27, Water quality detector -2101, conducting wire -2102, leads to impurity collecting mechanism -26
Electric appliance -2103, right side electromagnet -2104, left side electromagnet -2105, draining armature movable block -2201, draining connection rope -
2202, draining rotation gear -2203, draining mobile rack -2204, draining pushing frame -2205, upper water armature movable block -2301,
Upper water connection rope -2302, upper water rotate gear -2303, upper water mobile rack -2304, upper water pushing frame -2305, support base -
2401, support plate -2402, title sink -2403, filter grid -2501, water flow buffer device -2502, driving belt -2503, rotation
Ring flange -2504, movable frame -2505, mobile rack -2506, rotation gear -2507, dragging cords -2508, filter grid are clear
Wash device -2509, impurity support plate -2601, hinge support frame -2602, motor -2603, helical gear -2604, second level helical gear -
2605, small size driving belt -2606, drive flange -2607, connection rope -2608, impurity cleaning bar -2609, hydraulic pressure push away
Bar -2701 pulls rope -2702, mobile rack bar -2703, rotary transmission gear -2704, pushes rack bar -2705, induction
Contact device -2706, second level conducting wire -2707, suction pump -2708.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
As Figure 1-Figure 4, the present invention provides the technical solution that a kind of domestic waste water secondary utilizes automatic water-supply apparatus:
A kind of domestic waste water secondary utilizes automatic water-supply apparatus, and structure includes drainage pipeline 1, automatic water-supply apparatus 2, raw
Waste water water guide pipeline 3, water supply pipeline 4, water purifier 5, drainage connecting pipe road 6 living, 1 end of the drainage pipeline insertion are installed on certainly
It welds in dynamic water-supply apparatus 2 and mutually, the lower surface of automatic water-supply apparatus 2 upper center and sanitary wastewater water guide pipeline 3
It mutually welds, 4 end of the water supply pipeline insertion is installed in automatic water-supply apparatus 2 and mutually welds, and the water purifier 5 is installed on
The inside left of automatic water-supply apparatus 2, the drainage connecting pipe road 6 are installed on the inside of automatic water-supply apparatus 2, it is described it is automatic on
Water installations 2 include draining upper water controller 21, drainage mechanism 22, upper water dispenser structure 23, waste water to claim laying mechanism 24, filter grid clear
Washing machine structure 25, impurity collecting mechanism 26, water-supply apparatus 27, the left side upper surface of water controller 21 is equipped with draining in the draining
Mechanism 22, the upper water dispenser structure 23 are installed on the right side upper surface for draining upper water controller 21, the right side of the drainage mechanism 22
Side surface is equipped with upper water dispenser structure 23, the waste water claim laying mechanism 24 be installed in the middle part of automatic water-supply apparatus 2 inner upper and with
Filter grid wiper mechanism 25 is connected, and the filter grid wiper mechanism 25 is installed on the top of impurity collecting mechanism 26, institute
It states water-supply apparatus 27 and is installed on 2 lower inside of automatic water-supply apparatus, water controller 21 includes water quality detection in the draining
Device 2101, conducting wire 2102, power on unit 2103, right side electromagnet 2104, left side electromagnet 2105, the Water quality detector 2101 with
Conducting wire 2102 is electrically connected, and the power on unit 2103 is electrically connected with conducting wire 2102, and the right side electromagnet 2104 is installed on power on unit
It 2103 right sides upper surface and is electrically connected, the left side electromagnet 2105 is installed on 2103 left side upper surface of power on unit and is electrically connected
It connects, the left side upper surface of water controller 21 is equipped with drainage mechanism 22 in the draining, and the drainage mechanism 22 includes draining
Armature movable block 2201, draining connection rope 2202, draining rotation gear 2203, draining mobile rack 2204, draining pushing frame
2205, side surface of the armature movable block 2201 far from 2105 one end of left side electromagnet and draining connection 2202 phase of rope are welded
It connects, the draining connection rope 2202 is slidably connected with rotation gear 2203, the outer surface of the rotation gear 2203 and movement
The lower surface of rack gear 2204 is meshed, upper surface middle part and draining 2205 phase of pushing frame welding, the institute of the mobile rack 2204
The upper water dispenser structure 23 stated includes upper water armature movable block 2301, upper water connection rope 2302, upper water rotation gear 2303, the shifting of upper water
Carry-over bar 2304, upper water pushing frame 2305,2301 left-hand face of armature movable block connect the welding of 2302 phase of rope with upper water,
The upper water connection rope 2302 is slidably connected with rotation gear 2303, the outer surface of the rotation gear 2303 and mobile rack
2304 lower surface is meshed, and the upper surface middle part of the mobile rack 2304 is welded with upper 2305 phase of water pushing frame, described
Waste water claims laying mechanism 24 to include support base 2401, support plate 2402, claim sink 2403, the support base 2401 and support plate 2402
Hinge connection, the upper surface of the support plate 2402 are connected with the lower surface of sink 2403 is claimed, the filter grid cleaning
Mechanism 25 include filter grid 2501, water flow buffer device 2502, driving belt 2503, rotary flange disk 2504, movable frame 2505,
Mobile rack 2506, rotation gear 2507, dragging cords 2508, filter grid washer 2509, the filter grid 2501 are pacified
Loaded on 2502 left-hand face of water flow buffer device, outer surface and mistake of the filter grid 2501 far from 2502 one end of water flow buffer device
Strainer lattice washer 2509 is connected, and the water flow buffer device 2502 is slidably connected with driving belt 2503, the rotary flange
Disk 2504 is slidably connected with driving belt 2503, and the front surface of the rotary flange disk 2504 is equipped with movable frame 2505, the shifting
Dynamic frame 2505 mutually welds and fixes with the end with mobile rack 2506 to be formed close to the outer surface of rotation 2507 one end of gear
The lower surface of integral structure, the mobile rack 2506 is meshed with the outer surface of rotation gear 2507, the rotation gear
2507 are mechanically connected with dragging cords 2508 far from one end of filter grid washer 2509, the filter grid washer 2509
Upper end and dragging cords 2508 far from rotation gear 2507 one end be mechanically connected, the lower section of the water flow buffer device 2502 is set
There is impurity collecting mechanism 26, the impurity collecting mechanism 26 includes impurity support plate 2601, hinge support frame 2602, motor
2603, helical gear 2604, second level helical gear 2605, small size driving belt 2606, drive flange 2607, connection rope 2608,
The top of impurity cleaning bar 2609, the impurity support plate 2601 is equipped with water flow buffer device 2502, the impurity support plate 2601
Lower surface and the upper surface of hinge support frame 2602 mutually weld, the hinge support frame 2602 is installed on 2603 right side of motor
Top, the motor 2603 are installed on rear and the mechanical connection of helical gear 2604, the outer surface of the helical gear 2604
It being meshed with the outer surface of second level helical gear 2605, the second level helical gear 2605 is slidably connected with small size driving belt 2606,
The drive flange 2607 is slidably connected with small size driving belt 2606, the drive flange 2607 with connect rope 2608
Mechanical connection, the connection rope 2608 are mechanically connected with impurity cleaning bar 2609, and the impurity cleaning bar 2609 is installed on miscellaneous
2601 left-hand face of matter support plate, the water-supply apparatus 27 include hydraulic pressure push rod 2701, pull rope 2702, mobile rack bar
2703, rotary transmission gear 2704, promotion rack bar 2705, sense contact device 2706, second level conducting wire 2707, suction pump 2708,
Described to include hydraulic pressure push rod 2701 and rope 2702 is pulled to be mechanically connected, the mobile rack bar 2703 and pulling rope 2702 are mechanical
Connection, the lower surface of the mobile rack bar 2703 are meshed with the outer surface of rotary transmission gear 2704, the rotary drive
The outer surface of gear 2704 is meshed with the upper surface of rack bar 2705 is pushed, and the promotion rack bar 2705 is far from hydraulic pressure push rod
The side surface of 2701 one end is equipped with sense contact device 2706, and the sense contact device 2706 passes through second level conducting wire 2707 and suction pump
2708 electrical connections.
A kind of domestic waste water secondary of the invention utilizes automatic water-supply apparatus, its working principle is that: it is led by sanitary wastewater
Waterpipe 3 imports sanitary wastewater in automatic water-supply apparatus 2, carries out conducting wire to sanitary wastewater by Water quality detector 2101
2102 water quality detections when water quality turbidity is not high or be clear water when, then select to recycle, control power on unit 2103 it is electric to the right
Magnet 2104 is powered, so that the upper water armature movable block 2301 of the absorption of right side electromagnet 2104 is close, thus upper water armature movable block
2301 by upper water connect rope 2302 to drive upper water to rotate gear 2303 and rotate, the upper water rotation rotation of gear 2303 come with it is upper
Water mobile rack 2304 is meshed, so that mobile rack 2304 is mobile to push upper water pushing frame 2305 to move up, upper water is pushed away
Moving frame 2305 is moved up to be in contact with support plate 2402, to claim the inclination of sink 2403 will since support plate 2402 to push
Water imports in filter grid wiper mechanism 25, and water flow buffer device 2502 is pushed to rotate by water flow, and water flow buffer device 2502 revolves
Turn to drive rotary flange disk 2504 to rotate by driving belt 2503, rotary flange disk 2504 rotates that movable frame 2505 is driven to move
It is dynamic, push mobile rack 2506 mobile so that movable frame 2505 is mobile, by mobile rack 2506 it is mobile come with rotation gear
2507 are meshed, so that the rotation rotation of gear 2507 is dragged by dragging cords 2508 and moved down on filter grid washer 2509
It moves to be cleaned to filter grid 2501, prevents to block, when impurity is stacked into constant weight, impurity support plate 2601
It pushes to drive the movement of hinge support frame 2602, to start the start-up operation of motor 2603, the rotation of helical gear 2604 is driven
It is meshed with second level helical gear 2605, the rotation of second level helical gear 2605 drives drive flange by small size driving belt 2606
2607 rotations, the rotation of drive flange 2607 pushes impurity cleaning bar 2609 mobile by connection rope 2608, thus impurity
Cleaning bar 2609 cleans out impurity in impurity support plate 2601, while being purified by water purifier 5 to sanitary wastewater, when net
Waste water after change will push hydraulic pressure push rod 2701 when reaching certain water mobile, to drive movement by pulling rope 2702
Rack bar 2703 is mobile, and mobile rack bar 2703 is mobile to be meshed with rotary transmission gear 2704, so that rotary transmission gear
2704 rotate to be meshed with rack bar 2705 is pushed, and push rack bar 2705 mobile to be in contact with sense contact device 2706,
It starts to work to which sense contact device 2706 starts suction pump 2708 by second level conducting wire 2707, purified water is passed through into upper water
Water is exported to toilet flushing and mopped floor by pipeline 4.
Problems solved by the invention is that the existing water saving fixtures of the prior art need to be by artificial selection reclaimer operation, or needs
It is recycled after being filtered, operation is relatively complicated, and water saving fixtures are easy to cause to send out due to the impurity and mud in sanitary wastewater
Raw clogging, the present invention are combined with each other by above-mentioned component, are judged by carrying out water quality detection detection to sanitary wastewater
Whether secondary use is needed, so that skipping artificial selection link enormously simplifies mode of operation, and by sanitary wastewater
Groceries be collected and phenomenon avoided blocking to the cleaning of filter grid.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from spirit of the invention or
In the case where essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that fall within the meaning and scope of the equivalent elements of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (8)
1. a kind of domestic waste water secondary utilize automatic water-supply apparatus, structure include drainage pipeline (1), automatic water-supply apparatus (2),
Sanitary wastewater water guide pipeline (3), water supply pipeline (4), water purifier (5), drainage connecting pipe road (6), it is characterised in that:
Drainage pipeline (1) the end insertion is installed in automatic water-supply apparatus (2) and mutually welds, the automatic water-supply apparatus
(2) upper center and the lower surface of sanitary wastewater water guide pipeline (3) are mutually welded, and water supply pipeline (4) the end insertion is installed on
It welds in automatic water-supply apparatus (2) and mutually, the water purifier (5) is installed on the inside left of automatic water-supply apparatus (2), described
Drainage connecting pipe road (6) is installed on the inside of automatic water-supply apparatus (2)；
The automatic water-supply apparatus (2) includes draining upper water controller (21), drainage mechanism (22), upper water dispenser structure (23), giving up
Water claims laying mechanism (24), filter grid wiper mechanism (25), impurity collecting mechanism (26), water-supply apparatus (27), in the draining
The left side upper surface of water controller (21) is equipped with drainage mechanism (22), and the upper water dispenser structure (23) is installed on the upper water management of draining
The right lateral surface of the right side upper surface of device (21), the drainage mechanism (22) is equipped with upper water dispenser structure (23), and the waste water claims to put
Mechanism (24) is installed in the middle part of automatic water-supply apparatus (2) inner upper and is connected with filter grid wiper mechanism (25), institute
The top that filter grid wiper mechanism (25) is installed on impurity collecting mechanism (26) is stated, the water-supply apparatus (27) is installed on automatically
Water-supply apparatus (2) lower inside.
2. a kind of domestic waste water secondary according to claim 1 utilizes automatic water-supply apparatus, it is characterised in that: the row
Water controller (21) waterborne includes Water quality detector (2101), conducting wire (2102), power on unit (2103), right side electromagnet
(2104), left side electromagnet (2105), the Water quality detector (2101) are electrically connected with conducting wire (2102), the power on unit
(2103) be electrically connected with conducting wire (2102), the right side electromagnet (2104) be installed on the right side of power on unit (2103) upper surface and
Electrical connection, the left side electromagnet (2105) is installed on upper surface on the left of power on unit (2103) and is electrically connected, in the draining
The left side upper surface of water controller (21) is equipped with drainage mechanism (22).
3. a kind of domestic waste water secondary according to claim 1 or 2 utilizes automatic water-supply apparatus, it is characterised in that: described
Drainage mechanism (22) include draining armature movable block (2201), draining connection rope (2202), draining rotation gear (2203),
Mobile rack (2204), draining pushing frame (2205) are drained, the armature movable block (2201) is far from left side electromagnet (2105)
The side surface of one end is mutually welded with draining connection rope (2202), draining connection rope (2202) and rotation gear (2203)
It is slidably connected, the outer surface of rotation gear (2203) is meshed with the lower surface of mobile rack (2204), the mobile tooth
The upper surface middle part of item (2204) is mutually welded with draining pushing frame (2205).
4. a kind of domestic waste water secondary according to claim 1 utilizes automatic water-supply apparatus, it is characterised in that: described is upper
Water dispenser structure (23) includes upper water armature movable block (2301), upper water connection rope (2302), the rotation of upper water gear (2303), upper water
Mobile rack (2304), upper water pushing frame (2305), armature movable block (2301) left-hand face connect rope with upper water
(2302) it mutually welds, upper water connection rope (2302) is slidably connected with rotation gear (2303), the rotation gear
(2303) outer surface is meshed with the lower surface of mobile rack (2304), the upper surface middle part of the mobile rack (2304) with
Upper water pushing frame (2305) is mutually welded.
5. a kind of domestic waste water secondary according to claim 1 utilizes automatic water-supply apparatus, it is characterised in that: described is useless
Water claims laying mechanism (24) to include support base (2401), support plate (2402), claim sink (2403), the support base (2401) and branch
The connection of fagging (2402) hinge, the upper surface of the support plate (2402) are connected with the lower surface of sink (2403) is claimed.
6. a kind of domestic waste water secondary according to claim 1 utilizes automatic water-supply apparatus, it is characterised in that: the mistake
Strainer lattice wiper mechanism (25) includes filter grid (2501), water flow buffer device (2502), driving belt (2503), rotary flange
Disk (2504), movable frame (2505), mobile rack (2506), rotation gear (2507), dragging cords (2508), filter grid are clear
It washes device (2509), the filter grid (2501) is installed on water flow buffer device (2502) left-hand face, the filter grid
(2501) outer surface far from water flow buffer device (2502) one end is connected with filter grid washer (2509), and the water flow is slow
It rushes device (2502) to be slidably connected with driving belt (2503), the rotary flange disk (2504) and driving belt (2503) sliding connect
It connects, the front surface of the rotary flange disk (2504) is equipped with movable frame (2505), and the movable frame (2505) is close to rotation gear
(2507) outer surface of one end mutually welds with the end with mobile rack (2506) and fixes to form integral structure, the shifting
The lower surface of carry-over bar (2506) is meshed with the outer surface of rotation gear (2507), and the rotation gear (2507) and dragging are restricted
Rope (2508) is mechanically connected far from the one end of filter grid washer (2509), the upper end of the filter grid washer (2509)
It is mechanically connected with dragging cords (2508) far from one end of rotation gear (2507), is set below the water flow buffer device (2502)
There are impurity collecting mechanism (26).
7. a kind of domestic waste water secondary according to claim 1 or 6 utilizes automatic water-supply apparatus, it is characterised in that: described
Impurity collecting mechanism (26) include impurity support plate (2601), hinge support frame (2602), motor (2603), helical gear
(2604), second level helical gear (2605), small size driving belt (2606), drive flange (2607), connection rope (2608), miscellaneous
The top of matter cleaning bar (2609), the impurity support plate (2601) is equipped with water flow buffer device (2502), the impurity support plate
(2601) lower surface and the upper surface of hinge support frame (2602) are mutually welded, and the hinge support frame (2602) is installed on electronic
Top on the right side of machine (2603), the motor (2603) is installed on rear and the mechanical connection of helical gear (2604), described oblique
The outer surface of gear (2604) is meshed with the outer surface of second level helical gear (2605), the second level helical gear (2605) with it is small-sized
Driving belt (2606) is slidably connected, and the drive flange (2607) is slidably connected with small size driving belt (2606), described
Drive flange (2607) is mechanically connected with rope (2608) are connect, the connection rope (2608) and impurity cleaning bar (2609)
Mechanical connection, the impurity cleaning bar (2609) are installed on impurity support plate (2601) left-hand face.
8. a kind of domestic waste water secondary according to claim 1 utilizes automatic water-supply apparatus, it is characterised in that: described is upper
Water installations (27) include hydraulic pressure push rod (2701), pull rope (2702), mobile rack bar (2703), rotary transmission gear
(2704), rack bar (2705), sense contact device (2706), second level conducting wire (2707), suction pump (2708) are pushed, it is described to include water
Pressure push rod (2701) and pulling rope (2702) mechanical connection, the mobile rack bar (2703) and pulling rope (2702) are mechanical
Connection, the lower surface of the mobile rack bar (2703) are meshed with the outer surface of rotary transmission gear (2704), the rotation
The outer surface of transmission gear (2704) is meshed with the upper surface of rack bar (2705) is pushed, and the promotion rack bar (2705) is remote
Side surface from hydraulic pressure push rod (2701) one end is equipped with sense contact device (2706), and the sense contact device (2706) passes through second level
Conducting wire (2707) is electrically connected with suction pump (2708).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810920277.4A CN109110832A (en) | 2018-08-14 | 2018-08-14 | A kind of domestic waste water secondary utilizes automatic water-supply apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810920277.4A CN109110832A (en) | 2018-08-14 | 2018-08-14 | A kind of domestic waste water secondary utilizes automatic water-supply apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109110832A true CN109110832A (en) | 2019-01-01 |
Family
ID=64852226
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810920277.4A Withdrawn CN109110832A (en) | 2018-08-14 | 2018-08-14 | A kind of domestic waste water secondary utilizes automatic water-supply apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109110832A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111499148A (en) * | 2020-05-13 | 2020-08-07 | 杭州绪原科技有限公司 | Equipment for separating sludge and sewage |
-
2018
- 2018-08-14 CN CN201810920277.4A patent/CN109110832A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111499148A (en) * | 2020-05-13 | 2020-08-07 | 杭州绪原科技有限公司 | Equipment for separating sludge and sewage |
| CN111499148B (en) * | 2020-05-13 | 2021-01-29 | 扬州纪扬机械设备有限公司 | Equipment for separating sludge and sewage |
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Application publication date: 20190101 |
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| WW01 | Invention patent application withdrawn after publication |