CN109775812A - Float type water Environmental Chemistry clarifier-tank - Google Patents
Float type water Environmental Chemistry clarifier-tank Download PDFInfo
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- CN109775812A CN109775812A CN201910112626.4A CN201910112626A CN109775812A CN 109775812 A CN109775812 A CN 109775812A CN 201910112626 A CN201910112626 A CN 201910112626A CN 109775812 A CN109775812 A CN 109775812A
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Abstract
The invention discloses float type water Environmental Chemistry clarifier-tanks, its structure includes rocker piece, reaction tank, driving machine, control cabinet, pumping box, the present invention passes through the part-structure to improve equipment, make its carry out using when, it can be matched by level detection mechanism with infiltration mechanism, the concentration of sewage detected with permeable pressure head, to control the voltage of electrolysis, it is higher to avoid the occurrence of concentration of wastewater, and voltage is inadequate, equipment slowly is discharged just in the case where not being fully cleaned up in electrolytic sewage speed, concentration of wastewater is too low, overtension, and the phenomenon that causing power wastage, simultaneously in level detection mechanism when detection concentration of wastewater is lower, filling mechanism can be automatically controlled and be added strong acid solution, to enhance the electric conductivity of sewage, concentration is higher, does not have to, it avoids higher to concentration, itself freely from The relatively high sewage of sub- concentration is added strong acid solution and causes ineffective, causes to waste to strong acid solution.
Description
Technical field
The present invention relates to floatation type chemical cleaning method pond fields, purify particularly with regard to a kind of float type water Environmental Chemistry
Pond.
Background technique
Float type water Environmental Chemistry clarifier-tank is a kind of floatation type sewage purification device for handling, purifying water source, can
Purification filtering is carried out to a variety of chemical substances in water, effectively water resource can be improved.
1, but existing equipment carry out using when, mostly use electrolysis method to carry out processing sewage, the electricity of electrolysis method
Pressure is often fixation, so that it is higher concentration of wastewater easily occur, and voltage is inadequate, causes electrolytic sewage speed slowly incomplete
It being just discharged in the case where purification, concentration of wastewater is too low, overtension, and the phenomenon that cause power wastage.
2, simultaneously when electrolysis, in order to enhance electrolysis effectiveness, when sewage per treatment, often adds sewage strong
Acid solution, the concentration of free ion, makes sewage electric conductivity more preferably in Lai Zengqiang sewage, but this method is higher to concentration,
The relatively high sewage effect of itself free ion concentration is poor, easily causes to waste to strong acid solution.
Summary of the invention
In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions: float type water Environmental Chemistry
Clarifier-tank, structure include rocker piece, reaction tank, driving machine, control cabinet, pumping box, the top vertical welding of the rocker piece
There is reaction tank, the bottom end of the driving machine is mutually welded with the top of rocker piece, and the driving machine is located at the right of reaction tank, described
The bottom end of pumping box and the top of rocker piece are integrated, and the control cabinet is vertically embedded on the top of pumping box, described
Pumping box is located at the right of driving machine, and the reaction tank includes electrolysis unit, concentration detecting mechanism, shell, filling mechanism, described
The center bottom of electrolysis unit is vertically welded with concentration detecting mechanism, the left end of the concentration detecting mechanism and the right side of filling mechanism
End electrical connection, top and the top in shell of the electrolysis unit are mutually welded, in the left end and shell of the filling mechanism
It mutually welds left end.
As advanced optimizing for the technical program, the electrolysis unit includes energization link block, control module, electrode stem
Link block, electrode stem, the top of the energization link block are mutually welded with the bottom end of control module, and the electrode stem link block is set to
The bottom end of energization link block, the electrode stem are vertically welded in the bottom end of electrode stem link block, the bottom end of the energization link block
It is welded with concentration detecting mechanism, the electrode stem link block is integrated with energization link block.
As advanced optimizing for the technical program, the concentration detecting mechanism includes drawing liquid control assembly, level sensing
Mechanism, infiltration mechanism, sewage drawing liquid mechanism, drawing liquid control mechanism, shell, the top of the drawing liquid control assembly and the top of shell
End is mutually welded, and the left end of the right end of the level detection mechanism and infiltration mechanism is mutually welded, sewage drawing liquid mechanism top and
The bottom end of drawing liquid control mechanism is electrically connected, and the left end of the drawing liquid control mechanism and the right end of infiltration mechanism mutually weld, the pumping
The bottom end of liquid control assembly is flexibly connected with level detection mechanism left half top, top and the energization link block of the shell
It mutually welds bottom end.
As advanced optimizing for the technical program, the drawing liquid control assembly include motor control module, connecting wire,
Touch panel, the lower horizontal of the motor control module are welded with touch panel, and the right end of the connecting wire is set to motor control module
Left end, the left half top activity of the bottom end of the touch panel and level detection mechanism touches, the connecting wire and motor control
Molding block is mutually glued.
As advanced optimizing for the technical program, the level detection mechanism includes slide rheostat, joining rod, sliding
Push plate, clean water tank, the bottom end of the slide rheostat are flexibly connected with the right end of joining rod, the left end of the joining rod and sliding
The top hinge of push plate connects, and the sliding push plate is vertically embedded into the top middle portion in clean water tank, the top of the sliding push plate
Bottom end activity with touch panel is touched, and the sliding push plate and clean water tank activity are touched.
As advanced optimizing for the technical program, the infiltration mechanism includes semipermeable membrane, leakage fluid dram, sump, institute
The left end of the right end for stating semipermeable membrane and sump is mutually welded, and the leakage fluid dram is set to the bottom end of sump, the sump
Right end and the left end of water drawing liquid mechanism are mutually welded, and the leakage fluid dram is integrated with sump.
As advanced optimizing for the technical program, water drawing liquid mechanism includes that connection takes out pipe, takes out pump, control valve block,
The right end that the left end of pipe is taken out in the connection and pumping pumps is mutually glued, and the control valve block is set on the top of pumping pump, the left side for taking out pump
It holds and is mutually welded with the right end of sump, the control valve block is integrated with pump is taken out.
As advanced optimizing for the technical program, the drawing liquid control mechanism includes floating block, sliding connection block, connection touching
Block, mobile contact block, the top right part of the floating block are equipped with connection contact block, and the sliding connection block and floating block are close to intermediate part
It is integrated, the mobile contact block is located at the underface of connection contact block, and the mobile contact block is touched with contact block activity is connect.
As advanced optimizing for the technical program, the filling mechanism includes strong acid solution storage groove, sector gear, electricity
Machine, reciprocal pumping rod, drawing liquid valve block, delivery pipe, the right end of the strong acid solution storage groove are welded with drawing liquid valve block, the sector
Wheel is set to the middle part of motor, and the top of the reciprocal pumping rod is vertically embedded into the top middle portion in drawing liquid valve block, the delivery pipe
Top and the bottom end of drawing liquid valve block are mutually welded, and the motor is located at the surface of drawing liquid valve block, the sector gear insertion installation
On motor.
As advanced optimizing for the technical program, the lower section of the sliding push plate is round push plate, and intermediate upper end is equipped with
A piece cylinder is vertically embedded into the top middle portion in clean water tank, and the top of cylinder is connected with a rotation axis block.
Beneficial effect
Float type water Environmental Chemistry clarifier-tank of the present invention makes equipment by rocker piece when carrying out using equipment
It floats on the water surface, via drawing water to sewage is twitched, comes in reaction tank, the chemical pollutant in sewage be electrolysed net
Change, after sewage enters foul water tank, the pumping pump in sewage drawing liquid mechanism is controlled by controller and twitches sewage via connection pumping pipe
Come in sump, with being continuously increased for sewage, will push floating block and move up, make mobile place's contact block thereon with connect contact block phase
Contact so that it is out of service to control pumping pump, while being equipped with the pure water completely measured, can come dirt by semipermeable membrane in clean water tank
In sink, and the sewage in sump cannot be come in clean water tank through semipermeable membrane, pass through the infiltration between two kinds of liquid
Pressure difference, the water in clean water tank constantly penetrates semipermeable membrane and comes in sump, so that the liquid level of clean water tank be made constantly to decline, slides
The buoyancy for the water that push plate loses constantly declines, so that joining rod be pulled to be moved to the left, the Slip Hook on drive slide rheostat is not
Disconnected according to the concentration of sewage, the water that sump is flowed in the higher clean water tank of concentration is more to the left, to slide push plate decline
Distance it is longer, keep the Slip Hook on slide rheostat remoter, electric current is bigger, and the electric current that electrode stem is discharged is bigger, effectively
It is higher to avoid concentration of wastewater, and voltage is inadequate, and electrolytic sewage speed is caused slowly just to be discharged in the case where not being fully cleaned up,
Concentration of wastewater is too low, overtension, and the phenomenon that cause power wastage, while when concentration of wastewater is lower, slide push plate
Position do not declining, then trigger above it touch panel control filling mechanism on motor rotation a period of time, drive sector
Wheel is matched with the frame in reciprocal pumping rod makes reciprocal pumping rod carry out twitching up and down in drawing liquid valve block, makes strong acid solution storage groove
Middle solution reinforces its electric conductivity via improving, the free ion concentration in sewage in discharged all sewage, avoids pair
Concentration is higher, the relatively high sewage of itself free ion concentration be added strong acid solution and cause it is ineffective, to strong
Acid solution causes to waste.
For the prior art, the present invention passes through the part-structure to improve equipment；
1, make its carry out using when, can by level detection mechanism with infiltration mechanism match, with osmotic pressure
Difference detects the concentration of sewage, so that the voltage to electrolysis controls, it is higher to avoid the occurrence of concentration of wastewater, and voltage
Not enough, equipment slowly is discharged just in the case where not being fully cleaned up in electrolytic sewage speed, and concentration of wastewater is too low, overtension,
And the phenomenon that causing power wastage.
2, simultaneously in level detection mechanism when detection concentration of wastewater is lower, filling mechanism can be automatically controlled and added
Reinforce acid solution, the electric conductivity of Lai Zengqiang sewage, concentration is higher, does not have to, and avoids, itself free ion higher to concentration
The relatively high sewage of concentration is added strong acid solution and causes ineffective, causes to waste to strong acid solution.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon:
Fig. 1 is the structural schematic diagram of float type water Environmental Chemistry clarifier-tank of the present invention.
Fig. 2 is the cross section detailed construction schematic diagram before reaction tank of the present invention operation.
Fig. 3 is cross section detailed construction schematic diagram when reaction tank of the present invention is run.
Fig. 4 is the cross section detailed construction schematic diagram before concentration detecting mechanism of the present invention operation.
Fig. 5 is the detailed structural schematic diagram in the postrun cross section of concentration detecting mechanism of the present invention.
Fig. 6 is plane of structure face detailed construction schematic diagram when drawing liquid control mechanism of the present invention is run.
Fig. 7 is cross section detailed construction schematic diagram when filling mechanism of the present invention is run.
In figure: rocker piece -1, reaction tank -2, driving machine -3, control cabinet -4, pumping box -5, electrolysis unit -21, concentration inspection
Survey mechanism -22, shell -23, filling mechanism -24, energization link block -211, control module -212, electrode stem link block -213, electricity
Pole bar -214, drawing liquid control assembly -221, level detection mechanism -222, infiltration mechanism -223, sewage drawing liquid mechanism -224, drawing liquid
Control mechanism -225, shell -226, motor control module -2211, connecting wire -2212, touch panel -2213, slide rheostat -
2221, joining rod -2222, sliding push plate -2223, clean water tank -2224, semipermeable membrane -2231, leakage fluid dram -2232, sump -
2233, connection takes out pipe -2241, takes out pump -2242, control valve block -2243, floating block -2251, sliding connection block -2251, connection touching
Block -2253, mobile contact block -2254, strong acid solution storage groove -241, sector gear -242, motor -243, reciprocal pumping rod -244,
Drawing liquid valve block -245, delivery pipe -246.
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 and Detailed description of the invention, the preferred embodiment that the present invention is further explained.
Embodiment
Fig. 1-Fig. 7 is please referred to, the present invention provides float type water Environmental Chemistry clarifier-tank, and structure includes rocker piece 1, reaction
Pond 2, driving machine 3, control cabinet 4, pumping box 5, the top of the rocker piece 1 are vertically welded with reaction tank 2, the driving machine 3
Bottom end and the top of rocker piece 1 are mutually welded, and the driving machine 3 is located at the right of reaction tank 2, the bottom end of the pumping box 5 and floating
The top of motion block 1 is integrated, and the control cabinet 4 is vertically embedded on the top of pumping box 5, and the pumping box 5, which is located at, to be driven
The right of motivation 3, the reaction tank 2 include electrolysis unit 21, concentration detecting mechanism 22, shell 23, filling mechanism 24, the electricity
The center bottom of solution component 21 is vertically welded with concentration detecting mechanism 22, the left end of the concentration detecting mechanism 22 and filling mechanism
24 right end electrical connection, top and the top in shell 23 of the electrolysis unit 21 are mutually welded, a left side for the filling mechanism 24
End is mutually welded with the left end in shell 23, and the electrolysis unit 21 includes energization link block 211, control module 212, electrode stem company
Block 213, electrode stem 214 are connect, the top of the energization link block 211 is mutually welded with the bottom end of control module 212, the electrode stem
Link block 213 is set to the bottom end of energization link block 211, and the electrode stem 214 is vertically welded in the bottom of electrode stem link block 213
End, the bottom end of the energization link block 211 are welded with concentration detecting mechanism 22, the electrode stem link block 213 and the connection that is powered
Block 211 is integrated, and the concentration detecting mechanism 22 includes drawing liquid control assembly 221, level detection mechanism 222, infiltration
Mechanism 223, sewage drawing liquid mechanism 224, drawing liquid control mechanism 225, shell 226, the top of the drawing liquid control assembly 221 and outer
The top of shell 226 is mutually welded, and the right end of the level detection mechanism 222 and the left end of infiltration mechanism 223 are mutually welded, the sewage
224 top of drawing liquid mechanism is electrically connected with the bottom end of drawing liquid control mechanism 225, the left end of the drawing liquid control mechanism 225 and infiltration
The right end of mechanism 223 mutually welds, the bottom end of the drawing liquid control assembly 221 and the activity of 222 left half top of level detection mechanism
Connection, the top of the shell 226 are mutually welded with the bottom end of energization link block 211, and the drawing liquid control assembly 221 includes motor
The lower horizontal of control module 2211, connecting wire 2212, touch panel 2213, the motor control module 2211 is welded with touch panel
2213, the right end of the connecting wire 2212 is set to the left end of motor control module 2211, the bottom end of the touch panel 2213 and liquid
The left half top activity of position detecting mechanism 222 is touched, and the connecting wire 2212 is glued with 2211 phase of motor control module, institute
Stating level detection mechanism 222 includes slide rheostat 2221, joining rod 2222, sliding push plate 2223, clean water tank 2224, the cunning
The bottom end of dynamic rheostat 2221 is flexibly connected with the right end of joining rod 2222, the left end of the joining rod 2222 and sliding push plate
2223 top hinge connection, the sliding push plate 2223 are vertically embedded into the top middle portion in clean water tank 2224, and the sliding pushes away
The top of plate 2223 and the bottom end activity of touch panel 2213 are touched, and the sliding push plate 2223 is touched with 2224 activity of clean water tank, institute
State infiltration mechanism 223 include semipermeable membrane 2231, leakage fluid dram 2232, sump 2233, the right end of the semipermeable membrane 2231 with
The left end of sump 2233 is mutually welded, and the leakage fluid dram 2232 is set to the bottom end of sump 2233, the right side of the sump 2233
It holds and is mutually welded with the left end of water drawing liquid mechanism 224, the leakage fluid dram 2232 is integrated with sump 2233, and the water is taken out
Liquid mechanism 224 includes that connection takes out pipe 2241, takes out pump 2242, control valve block 2243, and the connection is taken out the left end of pipe 2241 and taken out and pumps
2242 right end is mutually glued, and the control valve block 2243 is set to the top for taking out pump 2242, the left end for taking out pump 2242 and sewage
The right end of slot 2233 mutually welds, and the control valve block 2243 is integrated with pump 2242 is taken out, the drawing liquid control mechanism 225
Including floating block 2251, sliding connection block 2251, connection contact block 2253, mobile contact block 2254, the top right part of the floating block 2251
Equipped with connection contact block 2253, the sliding connection block 2251 is integrated with floating block 2251 close to intermediate part, described
Mobile contact block 2254 is located at the underface of connection contact block 2253, and the mobile contact block 2254 is touched with 2253 activity of contact block is connect,
The filling mechanism 24 includes strong acid solution storage groove 241, sector gear 242, motor 243, reciprocal pumping rod 244, drawing liquid valve block
245, delivery pipe 246, the right end of the strong acid solution storage groove 241 are welded with drawing liquid valve block 245, and the sector gear 242 is set
In the middle part of motor 243, the top of the reciprocal pumping rod 244 is vertically embedded into the top middle portion in drawing liquid valve block 245, the discharge
The top of pipe 246 and the bottom end of drawing liquid valve block 245 are mutually welded, and the motor 243 is located at the surface of drawing liquid valve block 245, described
The insertion of sector gear 242 is mounted on motor 243.
The lower section of the sliding push plate 2223 is round push plate, and intermediate upper end is equipped with a cylinder and is vertically embedded into clean water tank
2224 top middle portion, the top of cylinder are connected with a rotation axis block, enable to slide the clean water tank more fortunately of push plate 2223
It is slided up and down on 2224, the water level in clean water tank 2224 is used for quickly detecting.
The principle of the present invention: when carrying out using equipment, equipment is made to float on the water surface by rocker piece 1, warp
Sewage is twitched to 5 from drawing water, is come in reaction tank 2, electrolytic cleaning is carried out to the chemical pollutant in sewage, enters dirt in sewage
After water tank, the pumping pump 2242 in sewage drawing liquid mechanism 224 is controlled by controller and is come via the connection pumping twitch sewage of pipe 2241
In sump 2233, with being continuously increased for sewage, it will push floating block 2251 and move up, make mobile place's contact block 2254 and company thereon
Contact block 2253 is in contact, so that it is out of service to control pumping pump 2242, while the pure water completely measured, energy is equipped in clean water tank 2224
Enough come in sump 2233 by semipermeable membrane 2231, and the sewage in sump 2233 cannot penetrate semipermeable membrane 2231
It comes in clean water tank 2224, by the permeable pressure head between two kinds of liquid, the water in clean water tank 2224 constantly penetrates semipermeable membrane
2231 come in sump 2233, so that the liquid level of clean water tank 2224 be made constantly to decline, the water that sliding push plate 2223 loses is floated
Power constantly declines, so that joining rod 2222 be pulled to be moved to the left, drives Slip Hook on slide rheostat 2221 constantly to the left,
According to the concentration of sewage, the water that sump 2233 is flowed in the higher clean water tank 2224 of concentration is more, to slide push plate 2223
The distance of decline is longer, keeps the Slip Hook on slide rheostat 2221 remoter, and electric current is bigger, and the electric current that electrode stem 214 is discharged is just
It is bigger, it is higher effectively to avoid concentration of wastewater, and voltage is inadequate, causes electrolytic sewage speed slowly in the feelings not being fully cleaned up
It being just discharged under condition, concentration of wastewater is too low, overtension, and the phenomenon that cause power wastage, while when concentration of wastewater is lower
It waits, the position of sliding push plate 2223 is not declining, then triggers the motor 243 in the control filling mechanism 24 of touch panel 2213 above it
Rotation a period of time, driving sector gear 242 to match with the frame in reciprocal pumping rod 244 makes reciprocal pumping rod 244 in liquid pumping valve
It carries out twitching up and down on block 245, solution in strong acid solution storage groove 241 is made to make sewage via in the discharge of delivery pipe 246 all sewage
In free ion concentration improve, reinforce its electric conductivity, avoid higher to concentration, itself free ion concentration is relatively high
Sewage be added strong acid solution and cause ineffective, strong acid solution is caused to waste.
Problems solved by the invention be existing equipment carry out using when, mostly use electrolysis method to carry out processing sewage,
The voltage of its electrolysis method is often fixation, so that it is higher concentration of wastewater easily occur, and voltage is inadequate, leads to electrolytic sewage speed
Slowly just it is discharged in the case where not being fully cleaned up, concentration of wastewater is too low, overtension, and the phenomenon that cause power wastage, together
When electrolysis, in order to enhance electrolysis effectiveness, when sewage per treatment, often adds strong acid solution, Lai Zengqiang to sewage
The concentration of free ion in sewage, makes sewage electric conductivity more preferably, but this method is in, itself free ion higher to concentration
The relatively high sewage effect of concentration is poor, easily causes to waste to strong acid solution, and the present invention is combined with each other by above-mentioned component,
The present invention passes through the part-structure that improves equipment, make its carry out using when, level detection mechanism 222 can be passed through and seeped
Saturating mechanism 223 matches, and is detected with permeable pressure head to the concentration of sewage, so that the voltage to electrolysis controls, is kept away
Exempt from concentration of wastewater occur higher, and voltage is inadequate, and electrolytic sewage speed slowly arranges equipment just in the case where not being fully cleaned up
Out, concentration of wastewater is too low, overtension, and the phenomenon that cause power wastage, while in level detection mechanism 222 in detection sewage
When concentration is lower, filling mechanism 24 can be automatically controlled and be added strong acid solution, the electric conductivity of Lai Zengqiang sewage, concentration compared with
It is high then do not have to, avoid it is higher to concentration, the relatively high sewage of itself free ion concentration be added strong acid solution and
Cause ineffective, strong acid solution is caused to waste.
The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this
The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic
The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair
Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.
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 (9)
1. float type water Environmental Chemistry clarifier-tank, structure includes rocker piece (1), reaction tank (2), driving machine (3), control cabinet
(4), the top of pumping box (5), the rocker piece (1) is vertically welded with reaction tank (2), the bottom end of the driving machine (3) and floating
The top of motion block (1) is mutually welded, and the driving machine (3) is located at the right of reaction tank (2), the bottom end of the pumping box (5) and floating
The top of motion block (1) is integrated, and the control cabinet (4) is vertically embedded into the top of pumping box (5), the pumping box
(5) it is located at the right of driving machine (3), it is characterised in that:
The reaction tank (2) includes electrolysis unit (21), concentration detecting mechanism (22), shell (23), filling mechanism (24), described
The center bottom of electrolysis unit (21) is vertically welded with concentration detecting mechanism (22), the left end of the concentration detecting mechanism (22) with
The right end of filling mechanism (24) is electrically connected, and top and the top in shell (23) of the electrolysis unit (21) are mutually welded, described
It is mutually welded with the left end in shell (23) left end of filling mechanism (24).
2. float type water Environmental Chemistry clarifier-tank according to claim 1, it is characterised in that: electrolysis unit (21) packet
Include energization link block (211), control module (212), electrode stem link block (213), electrode stem (214), the energization link block
(211) top and the bottom end of control module (212) are mutually welded, and the electrode stem link block (213) is set to energization link block
(211) bottom end, the electrode stem (214) are vertically welded in the bottom end of electrode stem link block (213), the energization link block
(211) bottom end is welded with concentration detecting mechanism (22).
3. float type water Environmental Chemistry clarifier-tank according to claim 1 or 2, it is characterised in that: the Concentration Testing machine
Structure (22) includes drawing liquid control assembly (221), level detection mechanism (222), infiltration mechanism (223), sewage drawing liquid mechanism
(224), drawing liquid control mechanism (225), shell (226), the top of the drawing liquid control assembly (221) and the top of shell (226)
End is mutually welded, and the right end of the level detection mechanism (222) and the left end of infiltration mechanism (223) are mutually welded, the sewage drawing liquid
Mechanism (224) top is electrically connected with the bottom end of drawing liquid control mechanism (225), the left end of the drawing liquid control mechanism (225) and infiltration
The right end of saturating mechanism (223) mutually welds, the bottom end of the drawing liquid control assembly (221) and level detection mechanism (222) left half
Top is flexibly connected, and the top of the shell (226) and the bottom end of energization link block (211) are mutually welded.
4. float type water Environmental Chemistry clarifier-tank according to claim 3, it is characterised in that: the drawing liquid control assembly
It (221) include motor control module (2211), connecting wire (2212), touch panel (2213), the motor control module (2211)
Lower horizontal be welded with touch panel (2213), the right end of the connecting wire (2212) is set to the left side of motor control module (2211)
The left half top activity at end, the bottom end and level detection mechanism (222) of the touch panel (2213) is touched.
5. float type water Environmental Chemistry clarifier-tank according to claim 3 or 4, it is characterised in that: the level sensing machine
Structure (222) includes slide rheostat (2221), joining rod (2222), sliding push plate (2223), clean water tank (2224), the sliding
The bottom end of rheostat (2221) is flexibly connected with the right end of joining rod (2222), and the left end of the joining rod (2222) is pushed away with sliding
The top hinge of plate (2223) connects, and sliding push plate (2223) is vertically embedded into the top middle portion in clean water tank (2224), institute
The bottom end activity for stating the top and touch panel (2213) of sliding push plate (2223) is touched.
6. float type water Environmental Chemistry clarifier-tank according to claim 3, it is characterised in that: the infiltration mechanism (223)
Including semipermeable membrane (2231), leakage fluid dram (2232), sump (2233), the right end and sump of the semipermeable membrane (2231)
(2233) left end is mutually welded, and the leakage fluid dram (2232) is set to the bottom end of sump (2233), the sump (2233)
Right end and the left end of water drawing liquid mechanism (224) are mutually welded.
7. the float type water Environmental Chemistry clarifier-tank according to claim 3 or 6, it is characterised in that: water drawing liquid mechanism
(224) include connection take out pipe (2241), take out pump (2242), control valve block (2243), it is described connection take out pipe (2241) left end with
The right end for taking out pump (2242) is mutually glued, and control valve block (2243) is set to the top for taking out pump (2242), and the pumping pumps (2242)
Left end and the right end of sump (2233) mutually weld.
8. float type water Environmental Chemistry clarifier-tank according to claim 3, it is characterised in that: the drawing liquid control mechanism
It (225) include floating block (2251), sliding connection block (2251), connection contact block (2253), mobile contact block (2254), the floating block
(2251) top right part is equipped with connection contact block (2253), and the sliding connection block (2251) and floating block (2251) are close to centre
Part is integrated, and the mobile contact block (2254) is located at the underface of connection contact block (2253).
9. float type water Environmental Chemistry clarifier-tank according to claim 1, it is characterised in that: filling mechanism (24) packet
Include strong acid solution storage groove (241), sector gear (242), motor (243), reciprocal pumping rod (244), drawing liquid valve block (245), row
It puts pipe (246), the right end of the strong acid solution storage groove (241) is welded with drawing liquid valve block (245), the sector gear (242)
Set on the middle part of motor (243), the top of the reciprocal pumping rod (244) is vertically embedded into the top middle portion in drawing liquid valve block (245),
The top of the delivery pipe (246) and the bottom end of drawing liquid valve block (245) are mutually welded, and the motor (243) is located at drawing liquid valve block
(245) surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910112626.4A CN109775812B (en) | 2019-02-13 | 2019-02-13 | Floating type water environment chemical purification tank |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910112626.4A CN109775812B (en) | 2019-02-13 | 2019-02-13 | Floating type water environment chemical purification tank |
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| Publication Number | Publication Date |
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| CN109775812A true CN109775812A (en) | 2019-05-21 |
| CN109775812B CN109775812B (en) | 2021-11-30 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910112626.4A Active CN109775812B (en) | 2019-02-13 | 2019-02-13 | Floating type water environment chemical purification tank |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114369915A (en) * | 2022-01-18 | 2022-04-19 | 唐从忠 | Dyeing device and system with automatic waste liquid cleaning function |
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| CN202038900U (en) * | 2011-03-24 | 2011-11-16 | 刘新志 | Device for preparing slightly acidic disinfectant fluid in non-diaphragm electrolysis method |
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2019
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| CN202038900U (en) * | 2011-03-24 | 2011-11-16 | 刘新志 | Device for preparing slightly acidic disinfectant fluid in non-diaphragm electrolysis method |
| CN204999986U (en) * | 2015-09-14 | 2016-01-27 | 攀枝花学院 | Device for direct current electrolysis with solar energy power generation |
| CN107055698A (en) * | 2017-04-16 | 2017-08-18 | 重庆七口泉环保科技有限公司 | A kind of strong basicity electrolytic water generating device of control concentration of electrolyte |
| CN109056950A (en) * | 2018-08-22 | 2018-12-21 | 黄斯斯 | The closestool of interchangeable closestool snare |
| CN109052759A (en) * | 2018-10-09 | 2018-12-21 | 徐州腾睿智能装备有限公司 | A kind of coal mine sewage treatment process and reclamation set |
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| CN114369915A (en) * | 2022-01-18 | 2022-04-19 | 唐从忠 | Dyeing device and system with automatic waste liquid cleaning function |
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| CN109775812B (en) | 2021-11-30 |
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