CN107601801A - Septic tank automatic material-absorbing processing unit - Google Patents
Septic tank automatic material-absorbing processing unit Download PDFInfo
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- CN107601801A CN107601801A CN201710917271.7A CN201710917271A CN107601801A CN 107601801 A CN107601801 A CN 107601801A CN 201710917271 A CN201710917271 A CN 201710917271A CN 107601801 A CN107601801 A CN 107601801A
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- septic tank
- agitator tank
- processing unit
- suction pipe
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- 239000007788 liquid Substances 0.000 claims abstract description 129
- 238000002156 mixing Methods 0.000 claims abstract description 61
- 238000004140 cleaning Methods 0.000 claims abstract description 51
- 239000003814 drug Substances 0.000 claims abstract description 27
- 238000010521 absorption reaction Methods 0.000 claims abstract description 23
- 238000004806 packaging method and process Methods 0.000 claims abstract description 19
- 230000018044 dehydration Effects 0.000 claims abstract description 10
- 238000006297 dehydration reaction Methods 0.000 claims abstract description 10
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 55
- 239000010802 sludge Substances 0.000 claims description 39
- 238000003756 stirring Methods 0.000 claims description 36
- 239000010865 sewage Substances 0.000 claims description 15
- 238000009428 plumbing Methods 0.000 claims description 14
- 238000009958 sewing Methods 0.000 claims description 14
- 239000002351 wastewater Substances 0.000 claims description 14
- 238000003825 pressing Methods 0.000 claims description 10
- 239000000463 material Substances 0.000 claims description 7
- 238000005452 bending Methods 0.000 claims description 3
- 230000005611 electricity Effects 0.000 claims description 3
- 230000000694 effects Effects 0.000 abstract description 6
- 238000006243 chemical reaction Methods 0.000 abstract description 4
- 230000016615 flocculation Effects 0.000 abstract description 4
- 238000005189 flocculation Methods 0.000 abstract description 4
- 238000002347 injection Methods 0.000 abstract description 3
- 239000007924 injection Substances 0.000 abstract description 3
- 238000001514 detection method Methods 0.000 description 4
- 238000000034 method Methods 0.000 description 4
- 230000008569 process Effects 0.000 description 4
- 210000003608 fece Anatomy 0.000 description 3
- 239000012530 fluid Substances 0.000 description 3
- 239000007787 solid Substances 0.000 description 3
- 238000001179 sorption measurement Methods 0.000 description 3
- 206010001497 Agitation Diseases 0.000 description 2
- 238000013019 agitation Methods 0.000 description 2
- 238000003475 lamination Methods 0.000 description 2
- 239000010871 livestock manure Substances 0.000 description 2
- 239000000725 suspension Substances 0.000 description 2
- 238000005273 aeration Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 239000012141 concentrate Substances 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 229940079593 drug Drugs 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000003912 environmental pollution Methods 0.000 description 1
- 230000007717 exclusion Effects 0.000 description 1
- 239000000284 extract Substances 0.000 description 1
- 239000012065 filter cake Substances 0.000 description 1
- 238000007667 floating Methods 0.000 description 1
- 230000006870 function Effects 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 230000008676 import Effects 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 230000005055 memory storage Effects 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 239000010841 municipal wastewater Substances 0.000 description 1
- 230000000737 periodic effect Effects 0.000 description 1
- 230000001568 sexual effect Effects 0.000 description 1
- 230000003068 static effect Effects 0.000 description 1
- 238000003860 storage Methods 0.000 description 1
- 230000000007 visual effect Effects 0.000 description 1
Landscapes
- Treatment Of Sludge (AREA)
Abstract
The present invention relates to septic tank automatic material-absorbing processing unit, including cleaning suction nozzle, vacuum absorption device, pipeline mixing device, liquid medicine agitating device, folded spiral shell machine and automatic packaging machine, the pipeline mixing device includes body, mixing chamber is provided with the body, the body also includes entrance one and entrance two, the outlet for being arranged at the mixing chamber other end for being arranged at mixing chamber one end, the entrance one is connected with cleaning suction nozzle, the entrance two is connected with liquid medicine agitating device, and the outlet is connected with vacuum absorption device.The device is smoked the dirt in septic tank using vacuum absorption device and cleaning suction nozzle, through carrying out flocculation reaction using the liquid medicine of liquid medicine agitating device injection during pipeline mixing device, then automatic packaging machine is transported to after folded spiral shell machine dehydration to be packed, not only cleaning effect is good, it is time saving and energy saving, and processing cost is low.
Description
Technical field
The present invention relates to septic tank processing equipment, more particularly to a kind of septic tank automatic material-absorbing processing unit.
Background technology
At present, China city, rural area all have septic tank, for handling human and animal excreta and sanitary sewage, to subtract
Few pollution to environment.But septic tank must carry out periodic cleaning, the processing function that can just make it bring into normal play.Due to manually drawing clearly
The shortcomings of high risk sexual, cost is high be present, so septic tank cannot be drawn and safeguard clearly for a long time.It is existing it is clear draw also to have utilize mud
Pump is aspirated, but needs the dirt of cleaning to be mainly suspended on the water surface or be deposited on the bottom in septic tank, and center section is water,
The water in pond and dirt must be all blotted only with slush pump to aspirate, water filling again again, not only time-consuming to take after all sucking
Power, and processing cost is high, can also cause environmental pollution.
The content of the invention
It is an object of the invention to overcome disadvantage mentioned above, there is provided a kind of septic tank automatic material-absorbing processing unit, device profit
The dirt in septic tank is smoked with vacuum absorption device and cleaning suction nozzle, through utilizing liquid medicine agitating device during pipeline mixing device
The liquid medicine of injection carries out flocculation reaction, and being then transported to automatic packaging machine after folded spiral shell machine dehydration is packed, not only cleaning effect
Fruit is good, time saving and energy saving, and processing cost is low.
What the present invention was realized in：A kind of septic tank automatic material-absorbing processing unit, it is characterised in that：Including being arranged at
Cleaning suction nozzle in manure pit, the vacuum absorption device being connected with cleaning suction nozzle, it is connected to cleaning suction nozzle and vacuum absorption device
Between pipeline mixing device, be connected with pipeline mixing device liquid medicine agitating device, be connected with vacuum absorption device
Be connected for the folded spiral shell machine being dehydrated and with folded spiral shell machine for the automatic packaging of being packed the excrement after dehydration
Machine, the pipeline mixing device include body, and mixing chamber is provided with the body, and the body also includes being arranged at hybrid chamber
The entrance one and entrance two of body one end, the outlet for being arranged at the mixing chamber other end, the entrance one are connected with cleaning suction nozzle,
The entrance two is connected with liquid medicine agitating device, and the outlet is connected with vacuum absorption device.
In order to control depth of the suction nozzle in septic tank, preferably septic tank is cleared up, the cleaning suction nozzle bag
Cleaning frame is included, is arranged in cleaning frame and inflation/deflation can be carried out as needed to adjust cleaning suction nozzle depth in septic tank
Air cavity, the aerating and exhaust device that is connected with air cavity and the suction pipe being arranged in cleaning frame, the air cavity is using high airtight
Property flexible material is made.
In order to clear up in all directions septic tank, the suction pipe include rigid suction pipe one, rigid suction pipe two and
The elastic hose being connected between rigid suction pipe one and rigid suction pipe two, one end of the rigid suction pipe one are articulated with cleaning frame
The upper and other end is in free state, and the rigid suction pipe two is fixedly connected in cleaning frame, and the suction pipe also includes connection
Between rigid suction pipe one and rigid suction pipe two be used for drive the drive device that rigid suction pipe one is swung up and down around pin joint.
In order to preferably carry out inflation/deflation to inflatable chamber to control the size of inflatable chamber volume, the aerating and exhaust device includes
Inflator pump, the gas tube being connected between inflator pump and inflatable chamber, it is arranged at being filled for can only enter gas on gas tube
Check valve and setting in air cavity are arranged at the vent valve on gas tube and between check valve and inflatable chamber.
In order to which the sludge water in septic tank is drawn onto in septic tank by pressure difference, the vacuum absorption device includes changing excrement
Case body, vacuum lead, plumbing for waste water road, blow-off line and the control device for being arranged at septic tank body interior；Describedization
The inside of excrement case body is upper cavity and lower chamber by separator lined, and the upper cavity offers one and sludge water is discharged into cavity of resorption
The sewage draining exit of body；The inside of the upper cavity is accessed in one end of the vacuum lead, the other end of the vacuum lead with
One vavuum pump is connected；The inside of the upper cavity, the other end access in the plumbing for waste water road are accessed in the one end in the plumbing for waste water road
In septic tank；The inside of the lower chamber is accessed to discharge the sludge water in lower chamber in one end of the blow-off line；The control
Device processed includes control module, the first liquid level sensor, the second liquid level sensor, the first magnetic valve；First level sensing
Device is arranged at the madial wall of the upper cavity, to detect the height into sludge water inside the upper cavity；Second liquid
Level sensor is arranged at the madial wall of the lower chamber, to detect the height of sludge water inside the lower chamber；Described first
Magnetic valve is arranged on the sewage draining exit, to control the opening and closing of the sewage draining exit；The control module and the first level sensing
Device, the second liquid level sensor and the first magnetic valve are connected, to be controlled according to the liquid level information of first liquid level sensor
The keying of first magnetic valve.
Further, the horizontal plane for the pipe head that the vacuum lead is accessed inside the upper cavity is higher than described
First liquid level sensor, and the pipe head is provided with one to control the second electromagnetism of the vacuum lead opening and closing
Valve, the control module are connected with the second solenoid valve, to according to first liquid level sensor and the second level sensing
The liquid level information of device controls the keying of the second solenoid valve.
In order to be segmented the stirring for realizing friction speed, the pipeline mixing device is also arranged at mixing including two or more
Agitating device in cavity, each agitating device include be rotationally connected with mixing chamber stirring axle sleeve, be fixedly arranged on agitating shaft
The helical mixing blade put and more than one be fixedly arranged on the puddler that agitating shaft is put, the spiral of each helical mixing blade
Angle is different.
In order to realize the stirring of different directions so that stir more uniform, the spiral of two neighboring helical mixing blade
Direction is different.
In order to be preferably stirred to liquid medicine, the liquid medicine agitating device include upper agitator tank, lower agitator tank and
Middle control module, lower agitator tank is below upper agitator tank；The upper agitator tank goes out liquid provided with feeding opening, water inlet and bottom
Mouthful, the lower agitator tank is provided with inlet and liquid outlet；The bottom liquid outlet of the upper agitator tank is connected to down through pipeline to be stirred
The inlet of case is mixed, is provided with the pipeline to the magnetic valve of control pipeline closure；The upper agitator tank and lower agitator tank
Inside it is provided with mixing component；It is provided with to detect the first liquid level gauge of liquid level in agitator tank, institute in the upper agitator tank
State the second liquid level gauge for being provided with to detect liquid level in lower agitator tank in lower agitator tank；The middle control module and first liquid
Position meter is electrical connected, to receive the signal that first liquid level gauge transmits；The middle control module and the electrical phase of the second liquid level gauge
Even, to receive the signal that second liquid level gauge transmits；The middle control module is electrical connected with the magnetic valve, to according to first
The Push And Release of liquid level gauge and the signal of second liquid level gauge control magnetic valve.
In order to be packed automatically to the dirt after dehydration, the automatic packaging machine includes frame, is arranged under frame
The conveying device for being used to convey pocket at end and it is set in turn in charger in frame, folder along the conveying direction of conveying device
Bag bag delivering device, sack sewing device, barrel that the charger includes being used to be arranged pocket, it is connected with barrel and able to turn on or off
Charging aperture, be arranged on barrel be used for by bag pressing component that the sack of pocket is pressed on barrel, be arranged on barrel and
One end stretch into sack be used for by sack one end push to folder bag bag delivering device push away bag assembly and be arranged at barrel close to folder
It is used for the mousing-hook for preventing that the pocket sack other end from coming off, the upper end rotation connection of the mousing-hook on bag bag delivering device one end
It is located on barrel and lower end below barrel, the mousing-hook lower end is defeated in the bending direction and conveying device of hook-type and hook-type
Send in the opposite direction, the automatic packaging machine also includes sewing with conveying device, charger, folder bag bag delivering device and sack respectively filling
Put the intelligent controlling device for the control that is connected.
For prior art, the present invention has advantages below：
(1) septic tank automatic material-absorbing processing unit provided by the invention, will be changed using vacuum absorption device and cleaning suction nozzle
Dirt in manure pit is smoked, through carrying out flocculation reaction using the liquid medicine of liquid medicine agitating device injection during pipeline mixing device, then
Automatic packaging machine is transported to after folded spiral shell machine dehydration to be packed, not only cleaning effect is good, time saving and energy saving, and processing cost
It is low；
(2) septic tank automatic material-absorbing processing unit provided by the invention, cleaning suction nozzle can drive rigid suction pipe as needed
One swings up and down around pin joint, can clear up septic tank in all directions, avoids and is inhaled when suction nozzle is kept afloat less than floating on water thing
Situation occur；
(3) septic tank automatic material-absorbing processing unit provided by the invention, cleaning suction nozzle are provided with inflator pump, check valve, inflation
When only import but no export, by vent valve during deflation, inflation/deflation can be controlled well；
(4) septic tank automatic material-absorbing processing unit provided by the invention, the ring-shaped gasbag of suction nozzle is cleared up around frame surrounding
Set, suction nozzle can be made to keep balance in water；
(5) septic tank automatic material-absorbing processing unit provided by the invention, the suction pipe outer wall for clearing up suction nozzle are provided with scale, energy
Intuitively find out depth of the suction nozzle in septic tank, judge it is that inflatable chamber is inflated or deflated so as to operator；
(6) septic tank automatic material-absorbing processing unit provided by the invention, clear up in the inflatable chamber of suction nozzle and be provided with pressure sensing
Device, the pressure in inflatable chamber can be constantly monitored, prevent the excessive damage inflatable chamber of pressure, increase the service life；
(7) septic tank automatic material-absorbing processing unit provided by the invention, uses vavuum pump in a manner of vacuumizing to septic tank
In sludge water extracted, after air discharge in upper cavity, the sludge water in septic tank is directly inhaled by plumbing for waste water road
Enter in upper cavity, it is convenient and swift, the problem of directly being drawn in the prior art by pump to block pipeline is avoided, is also allowed for follow-up
Transport and working process；
(8) septic tank automatic material-absorbing processing unit provided by the invention, stir provided with more than two agitating devices and each
Mix that the spiral angle of helical mixing blade in device is different, may be directly connected on pipeline to drive using the flowing of fluid each
Agitating device realizes the stirring of friction speed, and not only floor space is small, without extra power, and stirs, efficiency high,
In addition, the hand of spiral of two neighboring helical mixing blade is different, the stirring of different directions can be realized so that stirring is more equal
It is even；
(9) septic tank automatic material-absorbing processing unit provided by the invention, upper and lower stirred box body is provided with liquid medicine agitator tank,
The stirring that agitator tank continues next round can not be influenceed by the liquid storage that completion is stirred in upper agitator tank in lower agitator tank
Work, improve the service efficiency of agitator tank；
(10) septic tank automatic material-absorbing processing unit provided by the invention, automatic packaging machine can profits after pocket installs material
Sack is guided to the position of sack sewing device with folder bag bag delivering device and conveying device, and barrel is provided with mousing-hook, energy
Ensure that the other end of sack can also be hooked and enter folder bag bag delivering device, not only automaticity is high, efficiency high, and can guarantee that
Whole sack sewing is complete, beneficial to production line balance.
Brief description of the drawings
The invention will be further described in conjunction with the embodiments with reference to the accompanying drawings：
Fig. 1 is the structural representation of septic tank automatic material-absorbing processing unit of the present invention；
Fig. 2 is the structural representation that suction nozzle is cleared up in Fig. 1；
Fig. 3 is the structural representation at another visual angle in Fig. 2；
Fig. 4 is the structural representation of vacuum absorption device in Fig. 1；
Fig. 5 is the theory diagram of control device in vacuum absorption device；
Fig. 6 is the structural representation of pipeline mixing device in Fig. 1；
Fig. 7 is the A-A sectional views in Fig. 6；
Fig. 8 is the structural representation of agitating device in Fig. 7；
Fig. 9 is the structural representation of liquid medicine agitating device in Fig. 1；
Figure 10 is the structural representation of automatic packaging machine in Fig. 1；
Figure 11 is the structural representation of mousing-hook in Figure 10.
Symbol description in figure：1st, septic tank, 2, cleaning suction nozzle, 21, cleaning frame, 22, air cavity, 23, aerating and exhaust device,
231st, inflator pump, 232, gas tube, 233, check valve, 234, vent valve, 24, suction pipe, 241, rigid suction pipe one, 242, rigidity inhales
Pipe two, 243, elastic hose, 244, drive device, 3, vacuum absorption device, 31, upper cavity, 314, sewage draining exit 36,32, cavity of resorption
Body, 33, vacuum lead, 34, plumbing for waste water road, 35, blow-off line, 36, vavuum pump, the 39, first liquid level sensor, 310, first
Magnetic valve, 311, second solenoid valve, 312, control module, 313, valve, 314, sewage draining exit, the 315, second liquid level sensor, 4,
Pipeline mixing device, 41, body, 411, mixing chamber, 412, entrance one, 413, entrance two, 414, outlet, 415, fixing axle,
42nd, agitating device, 421, stirring axle sleeve, 422, helical mixing blade, 423, puddler, 5, liquid medicine agitating device, 51, upper stirring
Case, 52, lower agitator tank, 53, feeding opening, 54, water inlet, 55, the bottom liquid outlet of upper agitator tank, 56, inlet, 57 go out liquid
Mouthful, 58, pipeline, 59, magnetic valve, 510, mixing component, 511, first liquid level gauge, 512, second liquid level gauge, 513, motor, 6, folded
Spiral shell machine, 7, automatic packaging machine, 71, frame, 72, pocket, 73, conveying device, 74, charger, 741, barrel, 742, charging aperture,
743rd, bag pressing component, 7431, bag pressing bar, 7432, driving cylinder, 744, push away bag assembly, 7441, push away a bag cylinder, 7442, push rod, 745,
Mousing-hook, 75, folder bag bag delivering device, 751, mounting bracket, 752, motor, 76, sack sewing device, 77, intelligent control dress
Put.
Embodiment
Present invention is described in detail with reference to Figure of description and specific embodiment：
As shown in figure 1, it is a kind of septic tank automatic material-absorbing processing unit provided by the invention, it is characterised in that：Including setting
The cleaning suction nozzle 2 that is placed in septic tank 1, the vacuum absorption device 3 being connected with cleaning suction nozzle 2, it is connected to cleaning suction nozzle 2 and true
Pipeline mixing device 4 between suction adsorption device 3, the liquid medicine agitating device 5 being connected with pipeline mixing device 4, inhale with vacuum
What what adsorption device 3 was connected be connected for the folded spiral shell machine 6 that is dehydrated and with folded spiral shell machine 6 is used to enter in the excrement after dehydration
The automatic packaging machine 7 of row packaging, the pipeline mixing device 4 include body 41, mixing chamber 411 are provided with the body 41,
The body 41 also includes the entrance 1 for being arranged at the one end of mixing chamber 411 and entrance 2 413, is arranged at mixing chamber 411
The outlet 414 of the other end, the entrance 1 are connected with cleaning suction nozzle 2, the entrance 2 413 and the phase of liquid medicine agitating device 5
Connection, the outlet 414 are connected with vacuum absorption device 3.
In the present invention, fold spiral shell machine 6 and use existing folded spiral shell machine, fold abbreviation of the spiral shell machine for i.e. Stacked sludge dewatering machine,
It is widely used in municipal wastewater processing engineering.The aufbauprinciple of folded spiral shell machine is：The folded spiral shell main body of dewaterer is by retainer ring and moved about
Ring is layered on top of each other, the filter that helical axis is formed therethrough, and leading portion is concentrating part, and back segment is de-watering section；Retainer ring and trip
The filter seam and the pitch of helical axis formed between rotating ring tapers into from concentrating part to de-watering section；Helical axis is rotated in promotion
Sludge from concentrating part be transported to de-watering section while, also constantly drive travelling ring to clean filter seam, prevent from blocking.The work of folded spiral shell machine
Principle includes following three aspects：1st, concentrate：When auger axle rotates, the multiple lamination phase admittedly living of impeller-hub periphery is located at
To movement, under gravity, water filters out from the lamination gap of relative movement, realizes rapid concentration.2nd, it is dehydrated：By concentration
Sludge be constantly moved along with the rotation of helical axis；Along cake outlet direction, the pitch of helical axis tapers into, ring and ring
Between gap also taper into, the volume of helical cavity is constantly shunk；In the presence of the back pressure plate of exit, internal pressure gradually increases
By force, in the case where auger axle continuously runs promotion successively, the moisture in sludge is squeezed discharge, and filter cake solid content constantly raises,
The final continuous dehydration for realizing sludge.3rd, self-cleaning：The rotation of helical axis, travelling ring is promoted constantly to rotate, equipment is by fixation
The continuous self-cleaning process of mobile realization between ring and travelling ring, so as to dexterously avoid conventional dehydration machine generally existing
Blockage problem.It can be seen that when the sludge water of the blow-off line is after the folded spiral shell machine processing, solid sludges are formed, are easy to transport
Defeated and processing.
As shown in Figure 2 and Figure 3, in order to controlling depth of the suction nozzle in septic tank, preferably septic tank is cleared up,
The cleaning suction nozzle 2 includes cleaning frame 21, is arranged in cleaning frame 21 and can carry out inflation/deflation as needed to adjust clearly
The air cavity 22 for managing suction nozzle depth in septic tank, the aerating and exhaust device 23 that is connected with air cavity 22 and it is arranged at and clears up frame 21
On suction pipe 24, the air cavity 22 is made of high-air-tightness flexible material.
As shown in Figure 2 and Figure 3, in order to clear up in all directions septic tank, the suction pipe 24 includes rigid suction pipe one
241st, rigid suction pipe 2 242 and the elastic hose 243 being connected between rigid suction pipe 1 and rigid suction pipe 2 242, it is described
One end of rigid suction pipe 1 is articulated with cleaning frame 21 and the other end is in free state, and the rigid suction pipe 2 242 is solid
Surely it is connected in cleaning frame 21, the suction pipe 24 also includes being connected between rigid suction pipe 1 and rigid suction pipe 2 242
For the drive device 244 for driving rigid suction pipe 1 to be swung up and down around pin joint.
Preferably, the drive device 244 is cylinder or oil cylinder.
As shown in Figure 2 and Figure 3, it is described in order to preferably carry out inflation/deflation to inflatable chamber to control the size of inflatable chamber volume
Aerating and exhaust device 23 includes inflator pump 231, the gas tube 232 being connected between inflator pump 231 and inflatable chamber 22, is arranged at inflation
It is used to make check valve 233 that gas can only enter in inflatable chamber 22 on pipe 232 and is arranged on gas tube 232 and position
Vent valve 234 between check valve 233 and inflatable chamber 22.
In order to make suction nozzle keep balance, the air cavity 22 is the ring-shaped gasbag set around cleaning frame 21 surrounding.
In order to intuitively find out depth of the suction nozzle in septic tank, the outer wall of suction pipe 24, which is provided with, to be used to show absorption
The scale of device depth in septic tank.
In order to monitor the pressure in inflatable chamber, the cleaning suction nozzle also includes the pressure sensing being arranged in inflatable chamber 22
Device and the display device being connected with pressure sensor, the display device pass through wired or wireless way and pressure sensor
It is connected.
Provided by the present invention for the cleaning suction nozzle of septic tank, when in use, first by suction pipe upper end and vacuum absorption device 3
It is connected, suction nozzle is then put into septic tank 1, when air cavity 22 is non-aerating, suction nozzle will sinks to most bottom, start vavuum pump or slush pump
The dirt of bottom can be cleared up, drive device 244 as needed can adjust the angle that rigid suction pipe 1 is swung up and down
Degree.When startup inflator pump 231 is inflated to air cavity 22, the volume of air cavity 22 becomes big, and the buoyancy suffered by suction nozzle also becomes big, can root
The aeration quantity to air cavity 22 is selected according to required depth, can be deflated when gas fills more by vent valve 234, pass through suction pipe 24
The scale of outer wall can determine whether depth of the suction nozzle in septic tank.When air cavity 22 is completely filled with gas, suction nozzle then climb up on top of the water top,
Adjust the angle of rigid suction pipe 1, you can the suspension on the water surface is cleared up.Pressure sensor in inflatable chamber 22 can
Constantly to monitor the pressure in inflatable chamber 22, the excessive damage inflatable chamber of pressure is prevented, is increased the service life.The suction nozzle passes through to gas
Chamber carries out inflation/deflation to change the size of suction nozzle suffered buoyancy in septic tank, so as to control depth of the suction nozzle in septic tank,
So that the suspension on the dirt and the water surface of bottom of pond can be cleaned, retain the water of centre, not only cleaning effect is good, time saving
It is laborsaving, and processing cost is low.
As shown in Figure 4, Figure 5, in order to which the sludge water in septic tank is drawn onto in septic tank by pressure difference, the vacuum is inhaled
Adsorption device 3 includes septic tank body, vacuum lead 33, plumbing for waste water road 34, blow-off line 35 and is arranged at septic tank body
Internal control device；The inside of the septic tank body is upper cavity 31 and lower chamber 32 by separator lined, the epicoele
Body 31 offers a sewage draining exit 314 that sludge water is discharged into lower chamber 32；One end of the vacuum lead 33 is accessed on described
The inside of cavity 31, the other end of the vacuum lead 33 are connected with a vavuum pump 36；One termination in the plumbing for waste water road 34
Enter the inside of the upper cavity 31, the other end in the plumbing for waste water road 34 is accessed in septic tank；One end of the blow-off line 35
The inside of the lower chamber 32 is accessed to discharge the sludge water in lower chamber 32；The control device includes control module 312, the
One liquid level sensor 39, the second liquid level sensor 315, the first magnetic valve 310；First liquid level sensor 39 is arranged at described
The madial wall of upper cavity 31, to detect the height into the inside sludge water of upper cavity 31；Second liquid level sensor
315 are arranged at the madial wall of the lower chamber 32, to detect the height of the inside sludge water of lower chamber 32；First electricity
Magnet valve 310 is arranged on the sewage draining exit 314, to control the opening and closing of the sewage draining exit 314；The control module 312 and
One liquid level sensor 39, the second liquid level sensor 315 and the first magnetic valve 310 are connected, to be passed according to first liquid level
The liquid level information of sensor 39 controls the keying of first magnetic valve 310.The other end of blow-off line 35 is connected with folded spiral shell machine 6.
Further, the vacuum lead 33 is accessed in the upper cavity by the upper surface of the septic tank body
Portion, the plumbing for waste water road 34 are accessed the inside of the upper cavity 31 by the side surface of the septic tank body.
Further, the horizontal plane for the pipe head that the vacuum lead 33 is accessed inside the upper cavity 31 is higher than
First liquid level sensor 39, and the pipe head is provided with the to control that the vacuum lead 33 is opened and closed
Two magnetic valves 311, the control module 312 are connected with the second solenoid valve 311, to according to first liquid level sensor
39 and second the liquid level information of liquid level sensor 315 control the keying of the second solenoid valve 311.
Further, the blow-off line 35 is accessed in the lower chamber 32 by the lower surface of the septic tank body
Portion.
Further, a valve 313 is provided with the blow-off line 35.
Further, the control module 312 is single-chip microcomputer, and the single-chip microcomputer can be 351 single-chip microcomputers.
Further, first liquid level sensor 39 is contactless liquid level sensor, contactless first liquid
Model HM21R liquid level sensors can be selected in level sensor, can be used in sewage treatment area.
The operation principle of vacuum absorption device 3 is as follows：During using the device, the valve 313 of blow-off line is first turned on, with
Just sludge water discharge septic tank；Vavuum pump 36 extracts the air in upper cavity 31 by vacuum lead 33, now sewage draining exit
The control of sewage disposal mouth of first magnetic valve 310 closes, because the sludge water in draught head septic tank is directly sucked in by plumbing for waste water road
In cavity 31；When sludge water passes through plumbing for waste water road 34, pipeline mixing device 4, the liquid medicine being stirred in liquid medicine agitator tank 5 can be passed through
Enter from entrance 2 413 and be mixed together with sludge water, pipeline mixing device 4 can realize the stirring of friction speed, different directions, dirty
Muddy water enters in upper cavity 31 after carrying out flocculation reaction；The height of sludge water in first liquid level sensor 39 detection upper cavity 31
And transmit the elevation information collected into control module 312, when control module 312 judges that the height of current sludge water exceedes
After the threshold value set, then control the first magnetic valve 310 to open sewage draining exit, sludge water is discharged in lower chamber 32, is discharged into down
Sludge water in cavity 32 is entered in folded spiral shell machine 6 by blow-off line 35 carries out dewater treatment, and the dirt in sludge water is by de-
It is easy to subsequent transportation and working process after water process；After device power cut-off, the valve 313 on closing blow-off line；
Meanwhile the pipe end of vacuum lead 33 is provided with second solenoid valve 311, when device appearance exception, such as
When first magnetic valve 310 can not open exclusion sludge water in time, the sludge water in the first liquid level sensor 39 detection upper cavity 31
Height and the elevation information collected is transmitted into control module 312, control module 312 judges the height of current sludge water
After another threshold value of setting, then control second solenoid valve 311 to close the port of vacuum lead 33, prevent sludge water from entering
Vacuum lead 33, the gas that now vavuum pump 36 can not be in extracting cavity body, when the second liquid level sensor 315 can detect in real time
Sludge water height in lower chamber, when sludge water is highly less than the threshold value set, i.e. the sludge water of septic tank body interior is
When will drain, control module 312 can control second solenoid valve 311 to open, and vavuum pump 36 continues the gas in extracting cavity body, enters
Dirty pipeline 34 can continue to suck sludge water, realize non-stop run, improve the operating efficiency of device.
As shown in figs 6-8, the stirring of friction speed is realized in order to be segmented, the pipeline mixing device 4 also includes two
In the agitating device 42 in mixing chamber 411, each agitating device 42 includes being rotationally connected with mixing chamber 411 arrangement above
Stirring axle sleeve 421, be fixedly arranged on stirring axle sleeve 421 on helical mixing blade 422 and more than one be fixedly arranged on stirring axle sleeve
Puddler 423 on 421, the spiral angle of each helical mixing blade 422 are different.
In order to realize the stirring of different directions so that stir more uniform, the spiral shell of two neighboring helical mixing blade 422
It is different to revolve direction.
Preferably, the axis of the puddler 423 is perpendicular with stirring axle sleeve 421 and around the axis of stirring axle sleeve 421
It is uniformly arranged.
Preferably, the body 41 also includes the fixing axle 415 being coaxially fixedly arranged in mixing chamber 411, each stirring dress
42 coaxial sleeve of stirring axle sleeve 421 is put in fixing axle 415.
Pipeline mixing device 4 is connected on fluid line when in use, then will be stirred in liquid medicine agitating device 5
Liquid medicine accesses from entrance 2 413, because the spiral angle of the helical mixing blade 422 on each agitating device 42 is different,
The hand of spiral of two neighboring helical mixing blade 422 is different, and the flowing of fluid can drive each agitating device 42 to realize not
The rotation of equidirectional friction speed, not only floor space is small, without extra power, and stirs, efficiency high.
As shown in figure 9, in order to be preferably stirred to liquid medicine, the liquid medicine agitating device 5 include upper agitator tank 51,
Lower agitator tank 52 and middle control module, lower agitator tank 52 is located at the upper lower section of agitator tank 51；The upper agitator tank 51 is provided with feeding opening
53rd, water inlet 54 and bottom liquid outlet 55, the lower agitator tank 52 are provided with inlet 56 and liquid outlet 57；The upper stirring
The bottom liquid outlet 55 of case 51 is connected to the inlet 56 of lower agitator tank 52 through pipeline 58, is provided with to control on the pipeline 58
The magnetic valve 59 that tubing giving sufficient strength 58 closes；The upper agitator tank 51 in lower agitator tank 52 with being provided with mixing component 510；On described
It is provided with to detect the first liquid level gauge 511 of liquid level in agitator tank 51 in agitator tank 51, is set in the lower agitator tank 52
There is the second liquid level gauge 512 for detecting liquid level in lower agitator tank 52；The middle control module and the first liquid level gauge 511 are electrical
It is connected, to receive the signal that first liquid level gauge 511 transmits；The middle control module is electrical connected with the second liquid level gauge 512,
To receive the signal that second liquid level gauge 512 transmits；The middle control module is electrical connected with the magnetic valve 59, to according to the
The Push And Release of one liquid level gauge 511 and the signal control magnetic valve 59 of second liquid level gauge 512.
Medicine is up added by feeding opening in agitator tank, by water inlet up water filling in agitator tank, opens mixing component
Liquid in upper agitator tank is stirred, the liquid level in the upper agitator tank of first liquid level gauge detection in real time, when in upper agitator tank
When liquid level reaches setting value, the magnetic valve in middle control module control pipeline is opened, and closes water inlet, now the liquid in upper agitator tank
Body is flowed into lower agitator tank (liquid is in lower agitator tank by carry out secondary agitation) by pipeline, and second liquid level gauge is in real time under detection
Liquid level in agitator tank, when the liquid level in the minimum or lower agitator tank that the liquid level in upper agitator tank drops to setting reaches setting
During value, middle control module control closed electromagnetic valve, after closed electromagnetic valve, upper agitator tank can reopen water inlet and feeding opening enters
The stirring of a row new round, the liquid without being completed when last round of stirring are used up and could started working.Stirred when needing to use
During liquid after mixing, liquid directly can be taken from lower agitator tank, not influence the stirring work of agitator tank.
In the present embodiment, the mixing component includes stirring vane, in upper agitator tank the stirring vane of agitating device with
The stirring vane of agitating device is fixed in same rotating shaft in lower agitator tank, and the rotating shaft is by the motor that is installed on agitator tank
513 drivings.Electric power and resource can be saved only with a motor, has been completed due to the liquid in lower agitator tank for stirring
Liquid, paddle when motor drives the stirring vane of upper agitator tank to be stirred work while in the lower agitator tank of driving
Piece is stirred work, a secondary agitation can be carried out to the liquid of lower agitator tank memory storage, when preventing that liquid is static one section
Between after mixed effect reduce situation occur.
In the present embodiment, the middle control module includes single-chip microcomputer or MCU.
As shown in figs. 10-11, in order to be packed automatically to the dirt after dehydration, the automatic packaging machine 7 includes machine
Frame 71, be arranged at the lower end of frame 71 be used for convey pocket 72 conveying device 73 and along conveying device 73 conveying direction according to
The secondary charger 74 being arranged in frame 71, folder bag bag delivering device 75, sack sewing device 76, the charger 74 include being used for
The barrel 741 of pocket 72 is arranged, is connected with barrel 741 and charging aperture 742 able to turn on or off, is arranged on barrel 741 and is used for
By bag pressing component 743 that the sack of pocket 72 is pressed on barrel 741, it is arranged on barrel 741 and one end is stretched into sack
For by sack one end push to folder bag bag delivering device 75 push away bag assembly 744 and be arranged at barrel 741 send close to folder bag it is packed
Put on 75 one end for the mousing-hook 745 that prevents the sack other end of pocket 72 from coming off, the upper end of the mousing-hook 745, which rotates, to be connected
Be connected on barrel 741 and lower end be located at the lower section of barrel 741, the lower end of mousing-hook 745 in hook-type and the bending direction of hook-type with
The conveying direction of conveying device 73 is on the contrary, the automatic packaging machine also includes sending with conveying device 73, charger 74, folder bag respectively
Bagging apparatus 75 is connected the intelligent controlling device 77 of control with sack sewing device 76.
In order to which sack is pressed on barrel and unclamped when filling material, the bag pressing component 743 is cut with scissors including upper end
It is connected to the upper end of barrel 741 and lower end is in the bag pressing bar 7431 of free state and both ends are hingedly connected to barrel 741 and bag pressing
The driving cylinder 7432 for being used to drive bag pressing bar 7431 to compress or unclamp the sack of pocket 72 between the free end of bar 7431.
Include being fixedly arranged in order to guide sack to folder bag bag delivering device, the bag assembly 744 that pushes away when material is filled
On barrel 741 push away bag cylinder 7441 and one end is fixedly connected on the push rod 7442 for pushing away the tailpiece of the piston rod of bag cylinder 7441, the push rod
7442 other end is stretched into the sack of pocket 72.
Sewed in order to preferably guide sack to sewing device, the folder bag bag delivering device 75 includes mounting bracket
751st, the double roller that is rotationally connected with mounting bracket 751, motor 752 and motor 752 and double roller are connected to
The transmission component for being used to drive double roller to rotate between post.
Preferably, the conveying device 73 is belt conveyor.
The sack of pocket 72 when in use, is first covered feeding cylinder 741 by automatic packaging machine 7, then the driving of driving cylinder 7432 pressure
Bag bar 7431 pushes down sack, and after material is filled, driving cylinder 7432 drives bag pressing bar 7431 to unclamp sack, while pushes away bag cylinder 7441 and drive
Sack one end is pushed into folder bag bag delivering device 75 by dynamic push rod 7442, while starts conveying device 73, in folder bag bag delivering device 75
Double roller draws sack and moved on, and under the cooperation of conveying device 73, pocket 72 is overall to sack sewing device 76
Direction is moved, and when the sack other end is moved to the position of mousing-hook 745, mousing-hook 745 hooks sack, in the effect of tractive force
Under, mousing-hook 745 is rotated up up carrying sack, rotates the Automatic-falling of mousing-hook 745 when to a certain extent, ensure that sack
The other end is also stitched sack feeding sack sewing device completely into folder bag bag delivering device 75, folder bag bag delivering device 75
Thread, sack sewing device 76 uses common sewing machine, is no longer described in detail herein.
Simply technical scheme is explained in detail for above-mentioned embodiment, the present invention not only only office
It is limited to above-described embodiment, every any improvement or replacement according to the principle of the invention all should be within protection scope of the present invention.
Claims (10)
- A kind of 1. septic tank automatic material-absorbing processing unit, it is characterised in that：Including the cleaning suction nozzle being arranged in septic tank (1) (2), with cleaning suction nozzle (2) be connected vacuum absorption device (3), be connected to cleaning suction nozzle (2) and vacuum absorption device (3) it Between pipeline mixing device (4), the liquid medicine agitating device (5) and vacuum absorption device that are connected with pipeline mixing device (4) (3) be connected be connected for the folded spiral shell machine (6) that is dehydrated and with folded spiral shell machine (6) be used to enter in the excrement after dehydration The automatic packaging machine (7) of row packaging, the pipeline mixing device (4) include body (41), mixing are provided with the body (41) Cavity (411), the body (41) also include the entrance one (412) and entrance two for being arranged at mixing chamber (411) one end (413) outlet (414) of mixing chamber (411) other end, is arranged at, the entrance one (412) is connected with cleaning suction nozzle (2) Connect, the entrance two (413) is connected with liquid medicine agitating device (5), and the outlet (414) is connected with vacuum absorption device (3) Connect.
- 2. septic tank automatic material-absorbing processing unit according to claim 1, it is characterised in that：Cleaning suction nozzle (2) bag Cleaning frame (21) is included, is arranged in cleaning frame (21) and inflation/deflation can be carried out as needed and is changing excrement to adjust cleaning suction nozzle The air cavity (22) of depth, the aerating and exhaust device (23) being connected with air cavity (22) and it is arranged in pond in cleaning frame (21) Suction pipe (24), the air cavity (22) are made of high-air-tightness flexible material.
- 3. septic tank automatic material-absorbing processing unit according to claim 2, it is characterised in that：The suction pipe (24) includes firm Property suction pipe one (241), rigid suction pipe two (242) and it is connected between rigid suction pipe one (241) and rigid suction pipe two (242) Elastic hose (243), one end of the rigid suction pipe one (241) is articulated with cleaning frame (21) and the other end is in free shape State, the rigid suction pipe two (242) are fixedly connected in cleaning frame (21), and the suction pipe (24) also includes being connected to rigid suction Between pipe one (241) and rigid suction pipe two (242) be used for drive the driving that rigid suction pipe one (241) swings up and down around pin joint Device (244).
- 4. septic tank automatic material-absorbing processing unit according to claim 2, it is characterised in that：The aerating and exhaust device (23) Including inflator pump (231), the gas tube (232) being connected between inflator pump (231) and inflatable chamber (22), it is arranged at gas tube (232) it is used to make the check valve (233) and be arranged at gas tube (232) that gas can only enter in inflatable chamber (22) on The upper and vent valve (234) between check valve (233) and inflatable chamber (22).
- 5. septic tank automatic material-absorbing processing unit according to claim 1, it is characterised in that：The vacuum absorption device (3) include septic tank body, vacuum lead (33), plumbing for waste water road (34), blow-off line (35) and be arranged at septic tank sheet The control device in internal portion；The inside of the septic tank body is upper cavity (31) and lower chamber (32) by separator lined, institute State upper cavity (31) and offer a sewage draining exit (314) that sludge water is discharged into lower chamber (32)；The vacuum lead (33) The inside of the upper cavity (31) is accessed in one end, and the other end of the vacuum lead (33) is connected with a vavuum pump (36)；Institute The inside of the upper cavity (31), the other end accessization excrement of the plumbing for waste water road (34) are accessed in the one end for stating plumbing for waste water road (34) Chi Zhong；The inside of the lower chamber (32) is accessed to discharge the sludge in lower chamber (32) in one end of the blow-off line (35) Water；The control device includes control module (312), the first liquid level sensor (39), the second liquid level sensor (315), first Magnetic valve (310)；First liquid level sensor (39) is arranged at the madial wall of the upper cavity (31), enters institute to detect State the height of the internal sludge water of upper cavity (31)；Second liquid level sensor (315) is arranged at the interior of the lower chamber (32) Side wall, to detect the height of the internal sludge water of the lower chamber (32)；First magnetic valve (310) is arranged at the blowdown On mouth (314), to control the opening and closing of the sewage draining exit (314)；The control module (312) and the first liquid level sensor (39), the second liquid level sensor (315) and the first magnetic valve (310) are connected, to according to first liquid level sensor (39) liquid level information controls the keying of first magnetic valve (310).
- 6. septic tank automatic material-absorbing processing unit according to claim 5, it is characterised in that：The vacuum lead (33) The horizontal plane for accessing the internal pipe head of the upper cavity (31) is higher than first liquid level sensor (39), and the pipe Road arrival end is provided with one to control the second solenoid valve (311) that the vacuum lead (33) is opened and closed, the control module (312) it is connected with the second solenoid valve (311), to according to first liquid level sensor (39) and the second liquid level sensor (315) liquid level information controls the keying of the second solenoid valve (311).
- 7. septic tank automatic material-absorbing processing unit according to claim 1, it is characterised in that：The pipeline mixing device (4) agitating device (42) that two or more is arranged in mixing chamber (411) is also included, each agitating device (42) includes rotating The stirring axle sleeve (421) being connected in mixing chamber (411), the helical mixing blade (422) being fixedly arranged on stirring axle sleeve (421) And more than one is fixedly arranged on the puddler (423) on stirring axle sleeve (421), the helical angle of each helical mixing blade (422) Degree is different.
- 8. septic tank automatic material-absorbing processing unit according to claim 7, it is characterised in that：Two neighboring auger leaf The hand of spiral of piece (22) is different.
- 9. septic tank automatic material-absorbing processing unit according to claim 1, it is characterised in that：The liquid medicine agitating device (5) upper agitator tank (51), lower agitator tank (52) and middle control module are included, lower agitator tank (52) is located under upper agitator tank (51) Side；The upper agitator tank (51) is provided with feeding opening (53), water inlet (54) and bottom liquid outlet (55), the lower agitator tank (52) inlet (56) and liquid outlet (57) are provided with；The bottom liquid outlet (55) of the upper agitator tank (51) connects through pipeline (58) The inlet (56) of lower agitator tank (52) is connected to, is provided with the pipeline (58) to the magnetic valve of control pipeline (58) closure (59)；The upper agitator tank (51) in lower agitator tank (52) with being provided with mixing component (510)；In the upper agitator tank (51) It is provided with to detect the first liquid level gauge (511) of agitator tank (51) interior liquid level, use is provided with the lower agitator tank (52) To detect the second liquid level gauge (512) of lower agitator tank (52) interior liquid level；The middle control module and the first liquid level gauge (511) electricity Property is connected, to receive the signal that first liquid level gauge (511) transmits；The middle control module and the second liquid level gauge (512) electricity Property is connected, to receive the signal that second liquid level gauge (512) transmits；The middle control module and the magnetic valve (59) electrical phase Even, to the Push And Release according to the signal of first liquid level gauge (511) and second liquid level gauge (512) control magnetic valve (59).
- 10. septic tank automatic material-absorbing processing unit according to claim 1, it is characterised in that：The automatic packaging machine (7) Including frame (71), be arranged at frame (71) lower end be used to convey the conveying device (73) of pocket (72) and along conveying device (73) conveying direction is set in turn in charger (74) in frame (71), folder bag bag delivering device (75), sack sewing device (76) barrel (741) that, the charger (74) includes being used to be arranged pocket (72), it is connected with barrel (741) and able to turn on or off Charging aperture (742), be arranged on barrel (741) be used for the sack of pocket (72) is pressed on to bag pressing on barrel (741) Component (743), be arranged on barrel (741) and one end stretch into sack be used for push sack one end to folder bag bag delivering device (75) push away bag assembly (744) and be arranged at barrel (741) being used on folder bag bag delivering device (75) one end prevents from expecting The mousing-hook (745) that bag (72) sack other end comes off, the upper end of the mousing-hook (745) is rotationally connected with barrel (741) And lower end is located at below barrel (741), mousing-hook (745) lower end is in hook-type and the bending direction and conveying device of hook-type (73) conveying direction is on the contrary, the automatic packaging machine also includes sending bag with conveying device (73), charger (74), folder bag respectively Device (75) is connected the intelligent controlling device (77) of control with sack sewing device (76).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710917271.7A CN107601801A (en) | 2017-09-30 | 2017-09-30 | Septic tank automatic material-absorbing processing unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710917271.7A CN107601801A (en) | 2017-09-30 | 2017-09-30 | Septic tank automatic material-absorbing processing unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107601801A true CN107601801A (en) | 2018-01-19 |
Family
ID=61067717
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710917271.7A Pending CN107601801A (en) | 2017-09-30 | 2017-09-30 | Septic tank automatic material-absorbing processing unit |
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| Country | Link |
|---|---|
| CN (1) | CN107601801A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112939392A (en) * | 2021-01-25 | 2021-06-11 | 襄阳市俭鼎玻璃钢有限责任公司 | Integral automatic cleaning device for glass fiber reinforced plastic septic |
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