CN208586192U - A kind of intelligentized multi-functional Stacked sludge dewatering machine - Google Patents

Abstract

The utility model provides a kind of intelligentized multi-functional Stacked sludge dewatering machine, including damping base, and stirring crushes axle construction, dosing bucket structure, adjustable spray pipe structure, discharge bucket structure, controls cabinet, tap water connects tee tube, and case, telescoping tube is concentrated, feed pipe, flocculation tanks, into bath pipe, support frame, filtrate accumulator tank, drain pipe, folded spiral shell main shaft, dehydration electric motor and support plate, the stirring crushing shaft structural bolts are connected to the upper middle position of flocculation tanks；The dosing bucket structure runs through the upper surface leftward position of flocculation tanks.The setting of the utility model stirring motor, agitating shaft and stirring rod is conducive to mix sludge and medical fluid, improves the efficiency of dehydrating operations；The setting of broken leaf is conducive to crush to tightening the block-like clod of support in sludge, the progress of operation convenient for dehydration；The setting of control cabinet and PLC is conducive to each equipment of centralized control dewaterer, improves the intelligence degree of dewaterer.

Description

A kind of intelligentized multi-functional Stacked sludge dewatering machine

Technical field

The utility model belongs to filter plant technical field, more particularly to a kind of intelligentized multi-functional folded spiral shell formula sludge takes off Water dispenser.

Background technique

Spiral filter is also known as Stacked sludge dewatering machine, and nineteen sixties come across Germany first, before subsequent The country such as the Soviet Union, Sweden, U.S. also manufactures this kind of filter in succession, and is applied earliest in the meat mincing pressure after grinding with the flesh of fish of extracting oil It is in recent years even more to have been obtained extensively in the fields such as sludge dewatering and the dehydration of other industrial flows during squeezing dehydration, fish, shrimp waste material filter General application.In recent years, Stacked sludge dewatering machine is developed, innovates and promotes in China, but China is existing on the market Some Stacked sludge dewatering machines at it functionally or there is certain drawbacks, existing Stacked sludge dewatering machine Travelling ring and fixed ring be designed as frictionally, principle be will move about ring pass through fixed ring mounting rod constrained in often adjacent two Between fixed ring, constraint travelling ring is not deflected away from outside fixed ring on the basis of the ring that moves about can arbitrarily shake, when equipment is run, Ring moment and the fixed ring of moving about and fixed ring mounting rod collision friction, for a long time using will result in travelling ring and fixed ring Breakage when replacement, needs to dismantle whole equipment, one by one by damaged travelling ring and it is fixed it is bad reject, the above heavy workload, and Time-consuming and laborious, the replacement of vulnerable part is caused certain economic waste using unit.

China Patent Publication No. is CN205024067U, and invention and created name is a folded spiral shell machine chassis, folds spiral shell machine chassis Top two sides are equipped with fixed plate, and a travelling ring driving motor is fixed at the top of the fixed plate of right side, and travelling ring drives gearbox Inside extend drive shaft to extend in front of the fixed plate of left side across right side fixed plate, the middle position of drive shaft, vertically It is fixed with an eccentric drive piece, bottom and travelling ring connecting rod are fixed, and multi-disc travelling ring is fixed in ring connecting rod of moving about； It is fixed between the left side fixed plate and right side fixed plate by fixed ring connecting rod, it is solid from left to right in fixed ring connecting rod Surely there is multi-disc fixed ring, the fixed ring and travelling central spacer are arranged, and there are 1 millimeter of gaps between two rings.But it is existing The problem of Stacked sludge dewatering machine is inconvenient to cause to waste water there is also cleaning, and intelligence degree is low and has a single function.

Therefore, the intelligentized multi-functional Stacked sludge dewatering machine of one kind is invented to be very necessary.

Utility model content

In order to solve the above-mentioned technical problem, the utility model provides a kind of intelligentized multi-functional folded spiral shell formula sludge dewatering Machine is inconvenient to cause to waste water to solve the cleaning of existing Stacked sludge dewatering machine, and intelligence degree is low and has a single function Problem.A kind of intelligentized multi-functional Stacked sludge dewatering machine, including damping base, stirring crush axle construction, dosing bucket knot Spray pipe structure is adjusted in structure, and discharge bucket structure, controls cabinet, and tap water connects tee tube, and case, telescoping tube, charging is concentrated Pipe, flocculation tanks, into bath pipe, support frame, filtrate accumulator tank, drain pipe, folded spiral shell main shaft, dehydration electric motor and support plate, described is stirred The broken axle construction of breading is bolted to the upper middle position of flocculation tanks；The dosing bucket structure runs through the upper surface of flocculation tanks Leftward position；The adjustable spray pipe structure is bolted to the upper surface of concentration case；The discharge bucket structural bolts It is connected to the right upper portion position of filtrate accumulator tank；The control cabinet structural bolts are connected on the left of the upper surface of damping base Position；The tap water connection tee tube is threaded in the upper surface right positions of flocculation tanks；The flexible pipe screw thread It is connected to the bottom righthand side of tap water connection tee tube；The feed pipe threaded one end is connected to the right upper portion position of flocculation tanks It sets, the other end is threaded in the upper surface leftward position of concentration case；The flocculation tanks are bolted to the upper end of support frame； The left lower position that flocculation tanks are connected into bath pipe screw thread；The support frame is welded on the upper surface of damping base Leftward position；The filtrate accumulator tank is bolted to the upper surface middle position of damping base；The drain pipe screw thread It is connected to the left lower position of filtrate accumulator tank；The folded spiral shell main shaft is connected to through the inner right side shaft coupling of concentration case On the output shaft of dehydration electric motor；The dehydration electric motor is bolted to the upper surface of support plate；The support plate is welded on The right upper portion position of filtrate accumulator tank；The concentration case is welded on the upper surface of filtrate accumulator tank；The stirring crushes Axle construction includes stirring motor, agitating shaft, level-one adjustment barrel, second level adjustment barrel, broken leaf and clamping screw, the agitating shaft Shaft coupling is connected on the output shaft of stirring motor；The level-one adjustment barrel is socketed in the outer surface upper position of agitating shaft； The second level adjustment barrel is socketed in the outer surface lower position of agitating shaft；The broken leaf is respectively welded at second level adjustment barrel The left and right sides；The clamping screw is threaded in the intersection of second level adjustment barrel and agitating shaft.

Preferably, the dosing bucket structure includes dosing cylinder, head protector, connecting rope, check valve and chemical feed pipe, described Head protector is threaded in the upper end of dosing cylinder；Described connecting rope one end is glued on the left of the upper surface of head protector, the other end It is glued to the left upper portion position of dosing cylinder；The check valve is embedded in the intersection of chemical feed pipe and dosing cylinder.

Preferably, the adjustable spray pipe structure includes hydraulic stem, hydraulic cylinder, spray tube, spray head, connecting tube and Spraying row, the hydraulic stem are respectively welded at left and right sides of the lower surface of spraying row；The hydraulic cylinder is socketed in hydraulic stem Lower end；The spray tube is threaded in the lower surface of spraying row；The spray head is threaded under spray tube End；The connecting tube is threaded in the lower surface right positions of spraying row.

Preferably, the discharging bucket structure includes bellows, mounting flange, discharge bucket, fixed otic placode, telescopic rod and Cylinder is adjusted, the bellows is threaded in the right side of mounting flange；The discharge bucket is threaded in bellows Right side；The fixation otic placode is welded on the lower surface right positions of discharge bucket；The telescopic rod axis connects in fixed otic placode Rear surface lower position；The adjusting cylinder is threaded in the lower end of telescopic rod.

Preferably, the control cabinet includes control cabinet, PLC, stirring switch, dehydration switch, hydraulic selector, cylinder Switch, support column and support base, the control cabinet axis connect in the upper end of support column；The PLC is embedded in the interior of control cabinet Portion middle position；The stirring switch, dehydration switch, hydraulic selector and switching cylinder are from left to right successively embedded in control cabinet Front surface lower position；The support column is welded on the upper surface middle position of support base.

Preferably, the connecting tube includes hose, handle, spray head and hook, and the hose thread is connected to connection The lower end of pipe；The handle is socketed in the outer surface right positions of hose；The spray head is threaded in the lower end of handle； The hook is glued to the upper surface right positions of hose.

Preferably, link is welded on the right side of the spraying row.

Preferably, the spray head and connecting tube are connected to spraying row inside respectively.

Preferably, the support frame specifically uses stainless steel frame；The support frame setting is returned in support column and filtrate It receives between slot.

Preferably, the downside of support plate is arranged in the mounting flange.

Preferably, stirring rod is respectively welded at left and right sides of the level-one adjustment barrel；The positive table of the stirring rod Face lower position offers deflector hole；The front surface of the level-one adjustment barrel is threaded with fastening bolt.

Preferably, the stainless steel tube that the spraying row specifically uses one end to seal；The hose specifically uses rubber Pipe.

Preferably, the broken leaf specifically uses fan-shaped stainless steel leaf；The broken leaf is provided with multiple.

Preferably, the dosing cylinder specifically uses PVC plastic barrel；It is longitudinally disposed on the left of the front surface of the dosing cylinder There is graduation mark；The dosing cylinder inside chemical feed pipe and flocculation tanks by being connected to.

Preferably, the intersection of the agitating shaft and flocculation tanks is provided with gasket.

Preferably, the inner surface for being articulated in link.

Preferably, solenoid valve is inlaid at left and right sides of the inside of tap water connection tee tube.

Preferably, stirring switch, dehydration switch, the defeated of PLC is electrically connected in hydraulic selector and switching cylinder Enter end；The stirring motor, hydraulic cylinder, adjusts cylinder and the output end of PLC is electrically connected in dehydration electric motor.

Compared with prior art, the utility model has the following beneficial effects:

1. in the utility model, the stirring motor, the setting of agitating shaft and stirring rod is conducive to sludge and medical fluid It is mixed, improves the efficiency of dehydrating operations.

2. in the utility model, the setting of the broken leaf is conducive to carry out to tightening the block-like clod of support in sludge It crushes, the progress of operation convenient for dehydration.

3. in the utility model, the setting of the dosing cylinder is conducive to easily fill medical fluid, operation letter to flocculation tanks It is single practical.

4. in the utility model, the setting of the hydraulic stem and hydraulic cylinder is conducive to the height for adjusting spraying row, meets Cleaning to concentration case.

5. in the utility model, the setting of the handle and hose is conducive to handle and returns to concentration case and filtrate It receives slot to be cleaned, guarantees the efficiency of cleaning, saved water resource.

6. in the utility model, the telescopic rod and the setting for adjusting cylinder are conducive to the height for adjusting discharge bucket, full Foot difference splicing equipment, it is convenient that sludge is conveyed.

7. in the utility model, the setting of the control cabinet and PLC is conducive to each of centralized control dewaterer and sets It is standby, improve the intelligence degree of dewaterer.

8. in the utility model, the control cabinet axis is connect in the upper end of support column, be conducive to multi-angle rotation control cabinet, The convenient control in difference to dewaterer.

9. in the utility model, the setting of the bellows is conducive to the adjusting for meeting discharge bucket height, dehydration is improved Efficiency.

10. in the utility model, the setting of the level-one adjustment barrel and second level adjustment barrel is conducive to according to being dehydrated The quantity of how much replacement stirring rods and broken leaf of sludge while guaranteeing to be sufficiently stirred, and can economize on resources.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is that the stirring of the utility model crushes the structural schematic diagram of axle construction.

Fig. 3 is the structural schematic diagram of the dosing bucket structure of the utility model.

Fig. 4 is the structural schematic diagram of the adjustable spray pipe structure of the utility model.

Fig. 5 is the structural schematic diagram of the discharging bucket structure of the utility model.

Fig. 6 is the structural schematic diagram of the control cabinet of the utility model.

Fig. 7 is the electrical wiring schematic diagram of the utility model.

In figure:

1, damping base；2, stirring crushes axle construction；21, stirring motor；22, agitating shaft；23, level-one adjustment barrel；231, Stirring rod；232, deflector hole；233, fastening bolt；24, second level adjustment barrel；25, broken leaf；26, clamping screw；3, dosing bucket knot Structure；31, dosing cylinder；32, head protector；33, connecting rope；34, check valve；35, chemical feed pipe；4, spray pipe structure is adjusted；41, liquid Compression bar；42, hydraulic cylinder；43, spray tube；44, spray head；45, connecting tube；451, hose；452, handle；453, spray head；454, Hook；46, spraying row；461, link；5, discharge bucket structure；51, bellows；52, mounting flange；53, discharge bucket；54, solid Determine otic placode；55, telescopic rod；56, cylinder is adjusted；6, cabinet is controlled；61, control cabinet；62,PLC；63, stirring switch；64, it takes off Taps；65, hydraulic selector；66, switching cylinder；67, support column；68, support base；7, tap water connects tee tube；8, it is concentrated Case；9, telescoping tube；10, feed pipe；11, flocculation tanks；12, into bath pipe；13, support frame；14, filtrate accumulator tank；15, drain pipe； 16, spiral shell main shaft is folded；17, dehydration electric motor；18, support plate.

Specific embodiment

The utility model is described further below in conjunction with attached drawing:

Embodiment:

As shown in attached drawing 1 to attached drawing 7

The utility model provides a kind of intelligentized multi-functional Stacked sludge dewatering machine, including damping base 1, stirs powder Spray pipe structure 4 is adjusted in broken axle construction 2, dosing bucket structure 3, and discharge bucket structure 5, controls cabinet 6, tap water connection three Case 8, telescoping tube 9, feed pipe 10, flocculation tanks 11, into bath pipe 12, support frame 13, filtrate accumulator tank 14, drain pipe are concentrated in siphunculus 7 15, spiral shell main shaft 16, dehydration electric motor 17 and support plate 18 are folded, the stirring crushes axle construction 2 and is bolted to flocculation tanks 11 Upper middle position；The dosing bucket structure 3 runs through the upper surface leftward position of flocculation tanks 11；The adjustable spray tube Structure 4 is bolted to the upper surface of concentration case 8；The discharging bucket structure 5 is bolted to the right side of filtrate accumulator tank 14 Upper position；The control cabinet 6 is bolted to the upper surface leftward position of damping base 1；The tap water connects Connect the upper surface right positions that tee tube 7 is threaded in flocculation tanks 11；The telescoping tube 9 is threaded in tap water connection The bottom righthand side of tee tube 7；10 threaded one end of feed pipe is connected to the right upper portion position of flocculation tanks 11, other end screw thread It is connected to the upper surface leftward position of concentration case 8；The flocculation tanks 11 are bolted to the upper end of support frame 13；It is described into Bath pipe 12 is threaded in the left lower position of flocculation tanks 11；The support frame 13 is welded on the upper surface of damping base 1 Leftward position；The filtrate accumulator tank 14 is bolted to the upper surface middle position of damping base 1；The drain pipe 15 It is threaded in the left lower position of filtrate accumulator tank 14；Inner right side connection of the folded spiral shell main shaft 16 through concentration case 8 Axis device is connected on the output shaft of dehydration electric motor 17；The dehydration electric motor 17 is bolted to the upper surface of support plate 18；Institute The support plate 18 stated is welded on the right upper portion position of filtrate accumulator tank 14；The concentration case 8 is welded on filtrate accumulator tank 14 Upper surface；It includes stirring motor 21, agitating shaft 22, level-one adjustment barrel 23, second level adjustment barrel that the stirring, which crushes axle construction 2, 24, broken leaf 25 and clamping screw 26,22 shaft coupling of agitating shaft are connected on the output shaft of stirring motor 21；Described Level-one adjustment barrel 23 is socketed in the outer surface upper position of agitating shaft 22；The second level adjustment barrel 24 is socketed in agitating shaft 22 Outer surface lower position；The broken leaf 25 is respectively welded at the left and right sides of second level adjustment barrel 24；The clamping screw 26 are threaded in the intersection of second level adjustment barrel 24 and agitating shaft 22.

In above-described embodiment, specifically, the dosing bucket structure 3 include dosing cylinder 31, head protector 32, connecting rope 33, Check valve 34 and chemical feed pipe 35, the head protector 32 are threaded in the upper end of dosing cylinder 31；Described 33 one end of connecting rope It is glued on the left of the upper surface of head protector 32, the other end is glued to the left upper portion position of dosing cylinder 31；The check valve 34 It is embedded in the intersection of chemical feed pipe 35 and dosing cylinder 31.

In above-described embodiment, specifically, the adjustable spray pipe structure 4 includes hydraulic stem 41, hydraulic cylinder 42, spray Pipe 43, spray head 44, connecting tube 45 and spraying row 46, the hydraulic stem 41 are respectively welded at the lower surface or so of spraying row 46 Two sides；The hydraulic cylinder 42 is socketed in the lower end of hydraulic stem 41；The spray tube 43 is threaded under spraying row 46 Surface；The spray head 44 is threaded in the lower end of spray tube 43；The connecting tube 45 is threaded in spraying row 46 Lower surface right positions.

In above-described embodiment, specifically, the discharging bucket structure 5 includes bellows 51, mounting flange 52, discharge bucket 53, fixed otic placode 54, telescopic rod 55 and adjusting cylinder 56, the bellows 51 are threaded in the right side of mounting flange 52 Side；The discharge bucket 53 is threaded in the right side of bellows 51；The fixation otic placode 54 is welded under discharge bucket 53 Surface right positions；55 axis of telescopic rod connects the rear surface lower position in fixed otic placode 54；The adjusting cylinder 56 It is threaded in the lower end of telescopic rod 55.

In above-described embodiment, specifically, the control cabinet 6 includes control cabinet 61, PLC62, switch 63 is stirred, is taken off Taps 64, hydraulic selector 65, switching cylinder 66, support column 67 and support base 68,61 axis of control cabinet connect in support column 67 upper end；The PLC62 is embedded in the bosom position of control cabinet 61；The stirring switch 63 is dehydrated switch 64, Hydraulic selector 65 and switching cylinder 66 are from left to right successively embedded in the front surface lower position of control cabinet 61；The support column 67 are welded on the upper surface middle position of support base 68.

In above-described embodiment, specifically, the connecting tube 45 includes hose 451, handle 452, spray head 453 and hook 454, the hose 451 is threaded in the lower end of connecting tube 45；The handle 452 is socketed in the outer surface of hose 451 Right positions；The spray head 453 is threaded in the lower end of handle 452；The hook 454 is glued to the upper of hose 451 Surface right positions.

In above-described embodiment, specifically, the right side of the spraying row 46 is welded with link 461.

In above-described embodiment, specifically, the spray head 44 and connecting tube 45 is connected to inside spraying row 46 respectively.

In above-described embodiment, specifically, the support frame 13 specifically uses stainless steel frame；The support frame 13 is arranged Between support column 67 and filtrate accumulator tank 14.

In above-described embodiment, specifically, the downside of support plate 18 is arranged in the mounting flange 52.

In above-described embodiment, specifically, the left and right sides of the level-one adjustment barrel 23 is respectively welded stirring rod 231； The front surface lower position of the stirring rod 231 offers deflector hole 232；The front surface screw thread of the level-one adjustment barrel 23 It is connected with fastening bolt 233.

In above-described embodiment, specifically, the spraying row 46 is specifically using the stainless steel tube of one end sealing；Described is soft Pipe 451 specifically uses rubber tube.

In above-described embodiment, specifically, the broken leaf 25 is specifically using fan-shaped stainless steel leaf；The broken leaf 25 It is provided with multiple.

In above-described embodiment, specifically, the dosing cylinder 31 specifically uses PVC plastic barrel；The dosing cylinder 31 Graduation mark is vertically arranged on the left of front surface；The dosing cylinder 31 inside chemical feed pipe 35 and flocculation tanks 11 by being connected to.

In above-described embodiment, specifically, the intersection of the agitating shaft 22 and flocculation tanks 11 is provided with gasket.

In above-described embodiment, specifically, the hook 454 is articulated in the inner surface of link 461.

In above-described embodiment, specifically, being inlaid with electromagnetism at left and right sides of the inside of the tap water connection tee tube 7 Valve.

In above-described embodiment, specifically, the stirring switch 63, is dehydrated switch 64, hydraulic selector 65 and switching cylinder 66 are electrically connected the input terminal of PLC62；The stirring motor 21, hydraulic cylinder 42 adjust cylinder 56 and dehydration electric motor 17 The output end of PLC62 is electrically connected.

Working principle

When the utility model is used, external sludge input terminal will be connected into bath pipe 12, tap water connects tee tube 7 and connects External tap water input terminal；Reaction medical fluid is added into flocculation tanks 11 by dosing cylinder 31, passes through the stirring starting stirring of switch 63 Motor 21, agitating shaft 22 drives stirring rod 231 and broken leaf 25 to be rotated under the drive of stirring motor 21, plays to medical fluid With the effect of mud mixture stirring；Start dehydration electric motor 17 by dehydration switch 64 to be rotated with fold spiral shell main shaft 16, Pumping the mixture in flocculation tanks 11 under the action of pump for the inside setting of feed pipe 10, pumps in concentration case 8；It can incite somebody to action The mixture entered in concentration case 8 is carried out dehydrating, and waste water can penetrate into filtrate accumulator tank 14；The sludge being dehydrated is fallen Enter into discharge bucket 53, places splicing tool in the lower end of discharge bucket 53, meet collection to sludge, according to the difference of tool, The height of telescopic rod 55 is controlled by switching cylinder 66, and then adjusts the height of discharge bucket 53, meets the needs of real work；It is logical Spray tube 43 and spray head 44 is crossed periodically to clean concentration case 8 and filtrate accumulator tank 14.

Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model Under inspiration, similar technical solution is designed, and reaches above-mentioned technical effect, is the protection model for falling into the utility model It encloses.

Claims (9)

1. a kind of intelligentized multi-functional Stacked sludge dewatering machine, which is characterized in that the intelligentized multi-functional folded spiral shell formula is dirty Mud dewaterer includes damping base (1), and stirring crushes axle construction (2), dosing bucket structure (3), is adjusted spray pipe structure (4), It discharges bucket structure (5), controls cabinet (6), tap water connects tee tube (7), is concentrated case (8), telescoping tube (9), feed pipe (10), flocculation tanks (11), into bath pipe (12), support frame (13), filtrate accumulator tank (14), drain pipe (15) folded spiral shell main shaft (16), Dehydration electric motor (17) and support plate (18), the stirring crush axle construction (2) and are bolted in the top of flocculation tanks (11) Between position；The dosing bucket structure (3) runs through the upper surface leftward position of flocculation tanks (11)；The adjustable spray tube knot Structure (4) is bolted to the upper surface of concentration case (8)；The discharging bucket structure (5) is bolted to filtrate accumulator tank (14) Right upper portion position；The control cabinet (6) is bolted to the upper surface leftward position of damping base (1)；It is described Tap water connection tee tube (7) be threaded in the upper surface right positions of flocculation tanks (11)；Described telescoping tube (9) screw thread It is connected to the bottom righthand side of tap water connection tee tube (7)；Described feed pipe (10) threaded one end is connected to flocculation tanks (11) Right upper portion position, the other end are threaded in the upper surface leftward position of concentration case (8)；Flocculation tanks (11) bolt connects Connect the upper end in support frame (13)；The left lower position that flocculation tanks (11) are threaded in into bath pipe (12)；It is described Support frame (13) be welded on the upper surface leftward position of damping base (1)；The filtrate accumulator tank (14) is bolted to The upper surface middle position of damping base (1)；The drain pipe (15) is threaded under the left side of filtrate accumulator tank (14) Portion position；The folded spiral shell main shaft (16) is connected to the defeated of dehydration electric motor (17) through the inner right side shaft coupling of concentration case (8) On shaft；The dehydration electric motor (17) is bolted to the upper surface of support plate (18)；The support plate (18) is welded on The right upper portion position of filtrate accumulator tank (14)；The concentration case (8) is welded on the upper surface of filtrate accumulator tank (14)；It is described Stirring to crush axle construction (2) include stirring motor (21), agitating shaft (22), level-one adjustment barrel (23), second level adjustment barrel (24), Broken leaf (25) and clamping screw (26), the agitating shaft (22) shaft coupling are connected on the output shaft of stirring motor (21)； The level-one adjustment barrel (23) is socketed in the outer surface upper position of agitating shaft (22)；Second level adjustment barrel (24) socket In the outer surface lower position of agitating shaft (22)；The broken leaf (25) is respectively welded at the left and right two of second level adjustment barrel (24) Side；The clamping screw (26) is threaded in the intersection of second level adjustment barrel (24) and agitating shaft (22).

2. intelligentized multi-functional Stacked sludge dewatering machine as described in claim 1, which is characterized in that the dosing bucket Structure (3) includes dosing cylinder (31), head protector (32), connecting rope (33), check valve (34) and chemical feed pipe (35), the protection Cap (32) is threaded in the upper end of dosing cylinder (31)；Described connecting rope (33) one end is glued to the upper surface of head protector (32) Left side, the other end are glued to the left upper portion position of dosing cylinder (31)；The check valve (34) be embedded in chemical feed pipe (35) and The intersection of dosing cylinder (31).

3. intelligentized multi-functional Stacked sludge dewatering machine as described in claim 1, which is characterized in that described is adjustable Spray pipe structure (4) includes hydraulic stem (41), hydraulic cylinder (42), spray tube (43), spray head (44), connecting tube (45) and spray It arranges (46), the hydraulic stem (41) is respectively welded at left and right sides of the lower surface of spraying row (46)；The hydraulic cylinder (42) It is socketed in the lower end of hydraulic stem (41)；The spray tube (43) is threaded in the lower surface of spraying row (46)；The spray Leaching head (44) is threaded in the lower end of spray tube (43)；The connecting tube (45) is threaded in the following table of spraying row (46) Right side of face position；The spray head (44) and connecting tube (45) is connected to spraying row (46) inside respectively.

4. intelligentized multi-functional Stacked sludge dewatering machine as described in claim 1, which is characterized in that the discharge bucket Structure (5) includes bellows (51), mounting flange (52), discharge bucket (53), fixed otic placode (54), telescopic rod (55) and adjusting Cylinder (56), the bellows (51) are threaded in the right side of mounting flange (52)；Described discharge bucket (53) screw thread It is connected to the right side of bellows (51)；The fixation otic placode (54) is welded on the lower surface right positions of discharge bucket (53)；Institute Telescopic rod (55) axis stated connects the rear surface lower position in fixed otic placode (54)；The adjusting cylinder (56) is threaded in The lower end of telescopic rod (55).

5. intelligentized multi-functional Stacked sludge dewatering machine as described in claim 1, which is characterized in that the control cabinet Structure (6) includes control cabinet (61), PLC(62), stirring switch (63), dehydration switch (64), hydraulic selector (65), switching cylinder (66), support column (67) and support base (68), the control cabinet (61) axis connect in the upper end of support column (67)；The PLC (62) it is embedded in the bosom position of control cabinet (61)；The stirring switchs (63), dehydration switch (64), hydraulic selector (65) and switching cylinder (66) is from left to right successively embedded in the front surface lower position of control cabinet (61)；The support column (67) it is welded on the upper surface middle position of support base (68).

6. intelligentized multi-functional Stacked sludge dewatering machine as claimed in claim 3, which is characterized in that the connecting tube It (45) include hose (451), handle (452), spray head (453) and hook (454), the hose (451) company of being threaded in Take over the lower end of (45)；The handle (452) is socketed in the outer surface right positions of hose (451)；The spray head (453) It is threaded in the lower end of handle (452)；The hook (454) is glued to the upper surface right positions of hose (451).

7. intelligentized multi-functional Stacked sludge dewatering machine as claimed in claim 3, which is characterized in that the spraying row (46) link (461) are welded on the right side of.

8. intelligentized multi-functional Stacked sludge dewatering machine as described in claim 1, which is characterized in that the support frame (13) stainless steel frame is specifically used；The support frame (13) is arranged between support column (67) and filtrate accumulator tank (14).

9. intelligentized multi-functional Stacked sludge dewatering machine as described in claim 1, which is characterized in that the level-one tune Stirring rod (231) are respectively welded at left and right sides of section cylinder (23)；The front surface lower position of the stirring rod (231) opens up There are deflector hole (232)；The front surface of the level-one adjustment barrel (23) is threaded with fastening bolt (233).