CN108945999A - A kind of environmental protection Treatment of Sludge sludge conveyer - Google Patents
A kind of environmental protection Treatment of Sludge sludge conveyer Download PDFInfo
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- CN108945999A CN108945999A CN201810536588.0A CN201810536588A CN108945999A CN 108945999 A CN108945999 A CN 108945999A CN 201810536588 A CN201810536588 A CN 201810536588A CN 108945999 A CN108945999 A CN 108945999A
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- China
- Prior art keywords
- height regulating
- bearing height
- longitudinal screw
- antioverloading
- screw bearing
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G33/00—Screw or rotary spiral conveyors
- B65G33/08—Screw or rotary spiral conveyors for fluent solid materials
- B65G33/14—Screw or rotary spiral conveyors for fluent solid materials comprising a screw or screws enclosed in a tubular housing
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G33/00—Screw or rotary spiral conveyors
- B65G33/24—Details
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Treatment Of Sludge (AREA)
Abstract
The invention discloses a kind of environmentally friendly Treatment of Sludge sludge conveyer, including main hollow shell, the bottom centre of main hollow shell connects a bottom supporting substrate by longitudinal screw bearing height regulating mechanism.The present invention can be placed at lakebed or pond bottom, then it is acted on using the conveying of helical blade, enable to conveying of the sludge from lakebed and pond bottom with low latitudes to high latitude, to effectively reduce the labor intensity of labour personnel and the cleannes and efficiency of sludge cleaning, it is practical, and, the device has longitudinal screw bearing height regulating mechanism, it can be adjusted with the height of upper bit, it works to facilitate, furthermore, the device has gas type turbocharging conveying mechanism, the driving effect of gas pressure can be utilized, to increase the maximum particle pollution scope of sludge conveying, in addition, there is the device preliminary mud to fill antioverloading mechanism, mud can be effectively prevent tentatively when pouring into, there is the generation of the excessive phenomenon of sludge pouring volume.
Description
Technical field
The present invention relates to environmental technology field, specially a kind of environmentally friendly Treatment of Sludge sludge conveyer.
Background technique
Currently, one line city of China attaching importance to environmental protection, and there is one to be in environmental protection treatment: lakebed or pond bottom
Sludge treatment, and its treatment process is: will first need the sewage for the treatment of site to be discharged, then recycles giant to silt
Mud is rinsed, it is made to be dispersed into fine particle again, however after prolonged precipitation, it still will form sludge, so
Its is palliative, and there is also a kind of modes: being that staff is bit by bit removed sludge using spade, needs work people
Member uses load, is bit by bit transported, working efficiency is low, and labor intensity is excessive.
Summary of the invention
The purpose of the present invention is to provide a kind of environmentally friendly Treatment of Sludge sludge conveyers, to solve above-mentioned background technique
The problem of middle proposition.
To achieve the above object, the invention provides the following technical scheme: a kind of environmental protection Treatment of Sludge sludge conveyer,
Including main hollow shell, the bottom centre of the main hollow shell connects a bottom by longitudinal screw bearing height regulating mechanism
Supporting substrate, the bottom inside the main hollow shell are provided with final sludge conveying space, the inside of the main hollow shell
Hole is fallen into being provided with sludge at the top of the final sludge conveying space, the main hollow shell is being located at the sludge
It falls at the top of hole and is provided with a funnel shaped preliminary sludge conveying space, the inside of the main hollow shell is positioned at described first
Step sludge conveying space top-side is provided with the extraneous sludge investment hole of multiple connections, the side setting of the main hollow shell
There is mud discharging pipeline, the mud discharging pipeline is internally provided with the extraneous dirt with final sludge conveying space end of connection
Mud discharge tube hole, the side of the main hollow shell install one first motor by bolt and install shell, first electricity
One first motor is installed in the inside that motivation installs shell, and the inside of the main hollow shell is at the position for being located at the first motor
One gas type turbocharging conveying mechanism is installed, the inside of the main hollow shell is being located at gas type turbocharging conveying
Primary air flow in pipes is provided at the top of mechanism, the connection gas type turbine that is internally provided with of the primary air flow in pipes increases
The primary inlet port of conveying mechanism is pressed, the inside of the main hollow shell is being located at the gas type turbocharging conveying mechanism bottom
Be provided with main exhaust hole, a main drive shaft is installed in the inside of the main hollow shell, and the main drive shaft be located at it is described most
One principal screw blade is installed, the axis body of the main drive shaft passes through primary seal circle and master on the axis body inside whole sludge conveying space
Bearing is mounted on the inside of main hollow shell, and the center at the top of the main hollow shell is bolted one second motor peace
One second motor is installed in casing, the inside of the second motor installation shell, and the main hollow shell is being located at second
The bottom of motor is provided with preliminary mud filling antioverloading mechanism installation space, preliminary mud filling antioverloading mechanism peace
Antioverloading mechanism is filled by the preliminary mud of base bearing installation one in the inside for filling space, and the preliminary mud fills antioverloading mechanism
The center at top is fixedly connected with the spindle nose of the second motor, and the main hollow shell is being located at the preliminary mud filling
Antioverloading actuator base center connects a secondary driving shaft, the secondary helical blade of installation one on the axis body of the secondary driving shaft.
Further, the longitudinal screw bearing height regulating mechanism includes longitudinal screw bearing height regulating mechanism with
One connecting plate, the second connecting plate of longitudinal screw bearing height regulating mechanism, longitudinal screw bearing height regulating mechanism are with first
Bolt hole, the second bolt hole of longitudinal screw bearing height regulating mechanism, the first spiral shell of longitudinal screw bearing height regulating mechanism
Rasp bar, the second threaded rod of longitudinal screw bearing height regulating mechanism, longitudinal screw bearing height regulating mechanism screw shell,
Longitudinal screw bearing height regulating mechanism screw thread section, longitudinal screw bearing height regulating mechanism helicitic texture, longitudinal spiral shell
Line bearing height regulating mechanism limit hole and longitudinal screw bearing height regulating mechanism gag lever post；The longitudinal screw support
The first connecting plate of height adjustment mechanism and longitudinal screw bearing height regulating mechanism are respectively set with the inside of the second connecting plate
There are the first bolt hole of longitudinal screw bearing height regulating mechanism and longitudinal screw bearing height the regulating mechanism use for connection
Second bolt hole, the first connecting plate of the longitudinal screw bearing height regulating mechanism and longitudinal screw bearing height regulating mechanism
Longitudinal screw bearing height regulating mechanism the first threaded rod and longitudinal direction are separately installed at opposite end center with the second connecting plate
The second threaded rod of threaded support height adjustment mechanism, the center of the longitudinal screw bearing height regulating mechanism screw shell
It is provided with longitudinal screw bearing height regulating mechanism screw thread section, the first spiral shell of the longitudinal screw bearing height regulating mechanism
The body of rod of rasp bar and longitudinal screw bearing height regulating mechanism with the second threaded rod in opposite end passes through longitudinal screw bearing height
Regulating mechanism is connected to the both ends inside the longitudinal screw bearing height regulating mechanism screw shell with helicitic texture, described
The first threaded rod of longitudinal screw bearing height regulating mechanism and longitudinal screw bearing height regulating mechanism are existed with the second threaded rod
The inside of opposite end is provided with longitudinal screw bearing height regulating mechanism limit hole, the two longitudinal screw bearing height tune
A longitudinal screw bearing height regulating mechanism gag lever post is inserted into the inside for saving mechanism limit hole, and the longitudinal screw supports
The first connecting plate of height adjustment mechanism and longitudinal screw bearing height regulating mechanism are described by being inserted into the second connecting plate
The first bolt hole of longitudinal screw bearing height regulating mechanism and longitudinal screw bearing height regulating mechanism are in the second bolt hole
The bolt in portion is fixed on the upper surface of bottom supporting substrate and the bottom centre of main hollow shell.
Further, longitudinal screw bearing height regulating mechanism helicitic texture includes that setting is supported in longitudinal screw
Internal thread structure inside height adjustment mechanism screw shell and setting are in longitudinal screw bearing height regulating mechanism with first
The external thread structure of connecting plate and longitudinal screw bearing height regulating mechanism on the second connecting plate body of rod, and the internal screw thread knot
Structure and external thread structure are meshed, and are located at longitudinal screw bearing height regulating mechanism external screw thread on the first screw thread club shaft
The hand of spiral of structure and be located at longitudinal screw bearing height regulating mechanism external thread structure on the second screw thread club shaft
Hand of spiral it is opposite.
Further, the construction profile of longitudinal screw bearing height regulating mechanism limit hole cross section and longitudinal spiral shell
Line bearing height regulating mechanism is triangular structure with the construction profile of threaded rod cross section, and longitudinal screw support is high
Spend structure size and the longitudinal screw bearing height regulating mechanism threaded rod cross section of regulating mechanism limit hole cross section
Structure size is identical.
Further, the gas type turbocharging conveying mechanism includes that gas type turbocharging conveying mechanism is pacified with turbine
Casing, gas type turbocharging conveying mechanism turbine installation space, gas type turbocharging conveying mechanism air inlet, gas
Body formula turbocharging conveying mechanism gas vent, gas type turbocharging conveying mechanism rotary shaft, gas type turbocharging are defeated
Send mechanism bearing and gas type turbocharging conveying mechanism turbine；The gas type turbocharging conveying mechanism is pacified with turbine
Gas type turbocharging conveying mechanism turbine installation space, the gas type turbocharging are provided centrally with inside casing
Conveying mechanism installs shell in the center quilt for being located at the gas type turbocharging conveying mechanism turbine installation space with turbine
One gas type turbocharging conveying mechanism rotary shaft runs through, and the gas type turbocharging conveying mechanism rotary shaft is being passed through
It wears position and is pacified by gas type turbocharging conveying mechanism bearing being mounted on gas type turbocharging conveying mechanism turbine
The inside of casing, it is extraneous gentle that the gas type turbocharging conveying mechanism with the top that turbine installs shell is provided with connection
Gas type turbocharging conveying mechanism air inlet of the body formula turbocharging conveying mechanism at the top of turbine installation space, the gas
Body formula turbocharging conveying mechanism is provided with the connection external world and gas type turbocharging conveyer with the bottom end that turbine installs shell
The gas type turbocharging conveying mechanism gas vent of structure turbine installation space bottom, the gas type turbocharging conveyer
Structure is being located at the gas type turbocharging conveying mechanism with installing a gas on the axis body inside turbine installation space with rotary shaft
Body formula turbocharging conveying mechanism turbine.
Further, one end of the gas type turbocharging conveying mechanism rotary shaft and main shaft in the first motor
End is fixedly connected, and company is fixed in the other end of the gas type turbocharging conveying mechanism rotary shaft and the end of main drive shaft
It connects.
Further, the end of the gas type turbocharging conveying mechanism air inlet is connected to primary inlet port, described
The end of gas type turbocharging conveying mechanism gas vent is connected to main exhaust hole.
Further, the preliminary mud filling antioverloading mechanism includes that the rotation of preliminary mud filling antioverloading mechanism is outer
Shell, preliminary mud filling antioverloading mechanism are inserted into groove structure with center, preliminary mud fills antioverloading mechanism column spinner, just
Walk mud filling antioverloading mechanism semi-circular recesses structure, preliminary mud filling antioverloading mechanism hollow structure, preliminary silt
Mud fills antioverloading mechanism movable plate, preliminary mud filling antioverloading mechanism push rod and preliminary mud and fills antioverloading mechanism
Use helical spring；Preliminary mud filling one end face of antioverloading mechanism rotational shell is provided centrally with preliminary mud filling
Antioverloading mechanism is inserted into groove structure with center, and the preliminary mud filling antioverloading mechanism is filled out with rotational shell in preliminary mud
The preliminary mud filling antioverloading mechanism column spinner of inside insertion one of antioverloading mechanism center insertion groove structure is filled, it is described
Multiple preliminary mud filling antioverloading mechanisms are provided in the middle part of the side of preliminary mud filling antioverloading mechanism column spinner with half
Circular groove structure, the preliminary mud filling antioverloading mechanism rotational shell side are internally provided with multiple preliminary mud
Antioverloading mechanism hollow structure is filled, the inside of each preliminary mud filling antioverloading mechanism hollow structure is respectively mounted
One preliminary mud fills antioverloading mechanism movable plate, and each preliminary mud filling antioverloading mechanism movable plate is in direction
The preliminary mud of center installation one of inner side end fills antioverloading mechanism push rod, and the preliminary mud filling antioverloading mechanism uses
The body of rod of push rod is through the inside of the preliminary mud filling antioverloading mechanism rotational shell, and the preliminary mud filling is anti-
The corresponding inside for being inserted into preliminary mud filling antioverloading mechanism semi-circular recesses structure in the end of overload mechanism push rod, institute
The one preliminary mud in compressive state of other end installation for stating preliminary mud filling antioverloading mechanism movable plate fills anti-mistake
Mounted mechanism helical spring.
Further, multiple preliminary mud filling antioverloading mechanisms are inserted into groove structure with center and preliminary mud is filled out
It is round for filling axial line of the antioverloading mechanism with hollow structure about the preliminary mud filling antioverloading mechanism rotational shell
The setting of heart circular array.
Further, the center of described preliminary mud filling antioverloading mechanism rotational shell the other end and secondary rotary shaft
Top be fixedly connected, the side of the preliminary mud filling antioverloading mechanism rotational shell is mounted on tentatively by base bearing
Mud fills the inside of antioverloading mechanism installation space, and the preliminary mud filling antioverloading mechanism is in rotation column end
The heart is fixedly connected with the end of the second motor main shaft.
Compared with prior art, the beneficial effects of the present invention are: the present invention can be placed at lakebed or pond bottom, so
It is acted on afterwards using the conveying of helical blade, enables to conveying of the sludge from lakebed and pond bottom with low latitudes to high latitude,
It is practical to effectively reduce the labor intensity of labour personnel and the cleannes and efficiency of sludge cleaning, moreover, the device
With longitudinal screw bearing height regulating mechanism, it can be adjusted with the height of upper bit according to the porousness of sludge, thus
Facilitate and work, in addition, the device has gas type turbocharging conveying mechanism, can be made using the driving of gas pressure
With, drive main driving part, thus increase sludge conveying maximum particle pollution scope, in addition, the device have preliminary mud filling
Antioverloading mechanism can effectively prevent mud in the generation for the excessive phenomenon of sludge pouring volume tentatively when pouring into, occur.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of environmentally friendly Treatment of Sludge sludge conveyer of the present invention；
Fig. 2 is the structure of longitudinal screw bearing height regulating mechanism in a kind of environmentally friendly Treatment of Sludge sludge conveyer of the present invention
Schematic diagram；
Fig. 3 is that the structure of gas type turbocharging conveying mechanism in a kind of environmentally friendly Treatment of Sludge sludge conveyer of the present invention is shown
It is intended to；
Fig. 4 is that the structure that preliminary mud fills antioverloading mechanism in a kind of environmentally friendly Treatment of Sludge sludge conveyer of the present invention is shown
It is intended to；
In figure: 1, main hollow shell, 2, bottom supporting substrate, 3, longitudinal screw bearing height regulating mechanism, 31, longitudinal screw branch
Support height adjustment mechanism the first connecting plate, 32, longitudinal screw bearing height regulating mechanism the second connecting plate, 33, longitudinal spiral shell
Line bearing height regulating mechanism the first bolt hole, 34, longitudinal screw bearing height regulating mechanism the second bolt hole, 35 are indulged
To threaded support height adjustment mechanism the first threaded rod, 36, the second threaded rod of longitudinal screw bearing height regulating mechanism,
37, longitudinal screw bearing height regulating mechanism screw shell, 38, longitudinal screw bearing height regulating mechanism screw thread section,
39, longitudinal screw bearing height regulating mechanism helicitic texture, 310, longitudinal screw bearing height regulating mechanism limit hole,
311, longitudinal screw bearing height regulating mechanism gag lever post, 4, final sludge conveying space, 5, sludge falls into hole, 6, preliminary dirty
Mud conveying space, 7, sludge put into hole, 8, and mud discharging pipeline, 9, mud discharging pipe hole, 10, the first motor is installed outer
Shell, 11, the first motor, 12, gas type turbocharging conveying mechanism, 121, gas type turbocharging conveying mechanism are pacified with turbine
Casing, 122, gas type turbocharging conveying mechanism turbine installation space, 123, gas type turbocharging conveying mechanism are used
Air inlet, 124, gas type turbocharging conveying mechanism gas vent, 125, gas type turbocharging conveying mechanism rotary shaft,
126, gas type turbocharging conveying mechanism bearing, 127, gas type turbocharging conveying mechanism turbine, 13, primary air note
Enter pipeline, 14, primary inlet port, 15, main exhaust hole, 16, primary seal circle, 17, base bearing, 18, main drive shaft, 20, principal screw leaf
Piece, 21, the second motor install shell, 22, the second motor, 23, and preliminary mud fills antioverloading mechanism installation space, 24,
Preliminary mud fills antioverloading mechanism, 241, and preliminary mud fills antioverloading mechanism rotational shell, 242, preliminary mud filling
Antioverloading mechanism is inserted into groove structure, 243 with center, and preliminary mud fills antioverloading mechanism column spinner, 244, preliminary mud
Antioverloading mechanism semi-circular recesses structure, 245 are filled, preliminary mud fills antioverloading mechanism hollow structure, 246, tentatively
Mud fills antioverloading mechanism movable plate, 247, and preliminary mud fills antioverloading mechanism push rod, 248, preliminary mud filling
Antioverloading mechanism helical spring, 25, secondary driving shaft, 26, secondary helical blade.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Referring to Fig. 1, a kind of embodiment provided by the invention: including main hollow shell 1, the bottom of the main hollow shell 1
Portion center connects a bottom supporting substrate 2 by longitudinal screw bearing height regulating mechanism 3, inside the main hollow shell 1
Bottom is provided with final sludge conveying space 4, and the inside of the main hollow shell 1 is being located at the final sludge conveying space 4
Top be provided with sludge and fall into hole 5, the main hollow shell 1 is being provided with a leakage at the top for being located at the sludge and falling into hole 5
The inside of the preliminary sludge conveying space 6 of bucket shape, the main hollow shell 1 is being located at 6 top of preliminary sludge conveying space
Side is provided with the extraneous sludge investment hole 7 of multiple connections, and the side of the main hollow shell 1 is provided with mud discharging pipeline 8,
The mud discharging pipeline 8 is internally provided with the extraneous mud discharging pipe hole with final 4 end of sludge conveying space of connection
9, the side of the main hollow shell 1 installs one first motor by bolt and installs shell 10, the first motor installation
One first motor 11 is installed in the inside of shell 10, and the inside of the main hollow shell 1 is at the position for being located at the first motor 11
One gas type turbocharging conveying mechanism 12 is installed, the inside of the main hollow shell 1 is being located at the gas type turbocharging
The top of conveying mechanism 12 is provided with primary air flow in pipes 13, and the primary air flow in pipes 13 is internally provided with connection gas
The inside of the primary inlet port 14 of body formula turbocharging conveying mechanism 12, the main hollow shell 1 is being located at the gas type turbine
12 bottom of pressure-increasing unit mechanism is provided with main exhaust hole 15, and a main drive shaft 18, and institute are installed in the inside of the main hollow shell 1
It states main drive shaft 18 and a principal screw blade 20, the master is installed on the axis body being located inside the final sludge conveying space 4
The axis body of drive shaft 18 is mounted on the inside of main hollow shell 1, the main hollow shell 1 by primary seal circle 16 and base bearing 17
The center at top is bolted one second motor installation shell 21, the inside peace of the second motor installation shell 21
One second motor 22 is filled, the main hollow shell 1, which is provided with preliminary mud filling in the bottom for being located at the second motor 22, to be prevented
It is installed by base bearing 17 inside of overload mechanism installation space 23, the preliminary mud filling antioverloading mechanism installation space 23
One preliminary mud fills antioverloading mechanism 24, the center at 24 top of preliminary mud filling antioverloading mechanism and the second motor
22 spindle nose is fixedly connected, and the main hollow shell 1 is in being located at preliminary mud filling 24 bottom of antioverloading mechanism
The heart connects a secondary driving shaft 25, the secondary helical blade 26 of installation one on the axis body of the secondary driving shaft 25.
Referring to Fig. 2, the longitudinal screw bearing height regulating mechanism 3 is used including longitudinal screw bearing height regulating mechanism
First connecting plate 31, the second connecting plate 32 of longitudinal screw bearing height regulating mechanism, longitudinal screw bearing height regulating mechanism
Machine is adjusted with the first bolt hole 33, the second bolt hole 34 of longitudinal screw bearing height regulating mechanism, longitudinal screw bearing height
The first threaded rod 35 of structure, the second threaded rod 36 of longitudinal screw bearing height regulating mechanism, longitudinal screw bearing height are adjusted
Mechanism screw shell 37, longitudinal screw bearing height regulating mechanism screw thread section 38, longitudinal screw bearing height adjust machine
Structure helicitic texture 39, longitudinal screw bearing height regulating mechanism limit hole 310 and longitudinal screw bearing height regulating mechanism
With gag lever post 311；The first connecting plate 31 of the longitudinal screw bearing height regulating mechanism and longitudinal screw bearing height are adjusted
Mechanism is separately provided for the first spiral shell of longitudinal screw bearing height regulating mechanism of connection with the inside of the second connecting plate 32
The second bolt hole 34 of keyhole 33 and longitudinal screw bearing height regulating mechanism, the longitudinal screw bearing height regulating mechanism are used
First connecting plate 31 and longitudinal screw bearing height regulating mechanism are separately installed with the second connecting plate 32 at opposite end center vertical
To the second threaded rod 36 of the first threaded rod 35 of threaded support height adjustment mechanism and longitudinal screw bearing height regulating mechanism,
The longitudinal screw bearing height regulating mechanism screw shell 37 is provided centrally with longitudinal screw bearing height regulating mechanism
With screw thread section 38, the first threaded rod 35 of the longitudinal screw bearing height regulating mechanism and longitudinal screw bearing height are adjusted
The body of rod of the mechanism with the second threaded rod 36 in opposite end is connected by longitudinal screw bearing height regulating mechanism helicitic texture 39
At the both ends of the longitudinal screw bearing height regulating mechanism inside screw shell 37, the longitudinal screw bearing height is adjusted
The first threaded rod 35 of mechanism and longitudinal screw bearing height regulating mechanism are all provided with the second threaded rod 36 in the inside of opposite end
It is equipped with longitudinal screw bearing height regulating mechanism limit hole 310, the two longitudinal screw bearing height regulating mechanism limits
A longitudinal screw bearing height regulating mechanism gag lever post 311, and the longitudinal screw bearing height tune are inserted into the inside in hole 310
Section the first connecting plate 31 of mechanism and longitudinal screw bearing height regulating mechanism are described vertical by being inserted into the second connecting plate 32
To the second bolt hole 34 of the first bolt hole 33 of threaded support height adjustment mechanism and longitudinal screw bearing height regulating mechanism
Internal bolt is fixed on the upper surface of bottom supporting substrate 2 and the bottom centre of main hollow shell 1；The longitudinal screw support
Height adjustment mechanism helicitic texture 39 includes being arranged in inside longitudinal screw bearing height regulating mechanism screw shell 37
Internal thread structure and setting are in longitudinal screw bearing height regulating mechanism the first connecting plate 31 and longitudinal screw bearing height tune
External thread structure of the mechanism on 32 body of rod of the second connecting plate is saved, and the internal thread structure and external thread structure are meshed, position
With the hand of spiral of external thread structure on 35 body of rod of the first threaded rod and it is located in the longitudinal screw bearing height regulating mechanism
The longitudinal screw bearing height regulating mechanism is opposite with the hand of spiral of external thread structure on 36 body of rod of the second threaded rod；It is described
The construction profile and longitudinal screw bearing height regulating mechanism of longitudinal screw bearing height regulating mechanism 310 cross section of limit hole
Construction profile with 311 cross section of threaded rod is triangular structure, and the longitudinal screw bearing height regulating mechanism limits
The position structure size of 310 cross section of hole and the structure size of longitudinal screw bearing height regulating mechanism 311 cross section of threaded rod
Identical, main function is: since longitudinal screw bearing height regulating mechanism helicitic texture 39 includes being arranged in longitudinal screw
Bearing height regulating mechanism is with the internal thread structure inside screw shell 37 and is arranged in longitudinal screw bearing height regulating mechanism
With the external thread structure on the first connecting plate 31 and longitudinal screw bearing height regulating mechanism 32 body of rod of the second connecting plate, and institute
It states internal thread structure and external thread structure is meshed, be located at the first threaded rod 35 of the longitudinal screw bearing height regulating mechanism
On the body of rod hand of spiral of external thread structure and be located at the longitudinal screw bearing height regulating mechanism 36 bar of the second threaded rod
The hand of spiral of external thread structure is on the contrary, simultaneously because longitudinal screw bearing height regulating mechanism is transversal with limit hole 310 on body
The construction profile and longitudinal screw bearing height regulating mechanism in face are triangle knot with the construction profile of 311 cross section of threaded rod
Structure, and the structure size and longitudinal screw of the longitudinal screw bearing height regulating mechanism 310 cross section of limit hole support height
It spends under the identical collective effect of structure size of regulating mechanism 311 cross section of threaded rod, in rotation longitudinal screw bearing height
When the first connecting plate 31 of regulating mechanism, under the action of reverse thread and limiting component, 3 He of bottom supporting substrate can be adjusted
Height between main hollow shell 1, to stablize support and steady operation so as to play according to the porousness of sludge
Function.
Referring to Fig. 3, the gas type turbocharging conveying mechanism 12 includes gas type turbocharging conveying mechanism whirlpool
Wheel installation shell 121, gas type turbocharging conveying mechanism turbine installation space 122, gas type turbocharging conveying mechanism
With air inlet 123, gas type turbocharging conveying mechanism gas vent 124, gas type turbocharging conveying mechanism rotary shaft
125, gas type turbocharging conveying mechanism bearing 126 and gas type turbocharging conveying mechanism turbine 127；The gas
Gas type turbocharging conveying mechanism whirlpool is provided centrally with inside formula turbocharging conveying mechanism turbine installation shell 121
Installation space 122 is taken turns, the gas type turbocharging conveying mechanism installs shell 121 with turbine and is being located at the gas type turbine
The center of pressure-increasing unit mechanism turbine installation space 122 is run through by a gas type turbocharging conveying mechanism rotary shaft 125,
And the gas type turbocharging conveying mechanism is being used through position by gas type turbocharging conveying mechanism with rotary shaft 125
Bearing 126 increases in the inside for being mounted on gas type turbocharging conveying mechanism turbine installation shell 121, the gas type turbine
Pressure conveying mechanism is provided with the connection external world and gas type turbocharging conveying mechanism turbine with the top that turbine installs shell 121
The gas type turbocharging conveying mechanism air inlet 123 at 122 top of installation space, the gas type turbocharging conveying mechanism
The bottom end of turbine installation shell 121 is provided with the connection external world and gas type turbocharging conveying mechanism turbine installation space
The gas type turbocharging conveying mechanism gas vent 124 of 122 bottoms, the gas type turbocharging conveying mechanism rotary shaft
125 are being located at the gas type turbocharging conveying mechanism with installing a gas type on the axis body inside turbine installation space 122
Turbocharging conveying mechanism turbine 127；One end of gas type turbocharging conveying mechanism rotary shaft 125 and the first electricity
The end of main shaft is fixedly connected in motivation 11, the other end and master of the gas type turbocharging conveying mechanism with rotary shaft 125
The end of drive shaft 18 is fixedly connected；End and primary inlet port of the gas type turbocharging conveying mechanism with air inlet 123
14 connections, the end of gas type turbocharging conveying mechanism gas vent 124 are connected to main exhaust hole 15, main function
It is: when being pressurized, the exhaust outlet and main air inlet pipe road 13 of air compressor is connected by a pipeline, when air compresses
Under the action of machine, so that air enters the inside of gas type turbocharging conveying mechanism turbine installation space 122, in air
Under the action of flowing, so that gas type turbocharging conveying mechanism drives gas type turbocharging conveying mechanism to use with turbine 127
Rotary shaft 125 rotates, due to the other end of gas type turbocharging conveying mechanism rotary shaft 125 and the end of main drive shaft 18
It is fixedly connected, so pressurization can be played.
Referring to Fig. 4, the preliminary mud filling antioverloading mechanism 24 includes the rotation of preliminary mud filling antioverloading mechanism
Turn shell 241, preliminary mud filling antioverloading mechanism center insertion groove structure 242, preliminary mud filling antioverloading mechanism
Antioverloading mechanism is filled with column spinner 243, preliminary mud filling antioverloading mechanism semi-circular recesses structure 244, preliminary mud
Antioverloading mechanism push rod is filled with hollow structure 245, preliminary mud filling antioverloading mechanism movable plate 246, preliminary mud
247 and preliminary mud fill antioverloading mechanism helical spring 248；The preliminary mud fills antioverloading mechanism rotational shell
241 1 end faces are provided centrally with preliminary mud filling antioverloading mechanism center insertion groove structure 242, the preliminary mud
It fills antioverloading mechanism and is inserted into groove structure 242 with rotational shell 241 at preliminary mud filling antioverloading mechanism center
The preliminary mud of portion's insertion one fills antioverloading mechanism column spinner 243, and the preliminary mud fills antioverloading mechanism column spinner
Multiple preliminary mud filling antioverloading mechanism semi-circular recesses structures 244, the preliminary mud are provided in the middle part of 243 side
Filling 241 side of antioverloading mechanism rotational shell is internally provided with multiple preliminary mud filling hollow knots of antioverloading mechanism
Structure 245, each preliminary mud filling antioverloading mechanism is respectively mounted a preliminary mud and is filled with the inside of hollow structure 245 to be prevented
Overload mechanism movable plate 246, each preliminary mud filling antioverloading mechanism is with movable plate 246 towards inner side end
The preliminary mud of center installation one fills antioverloading mechanism push rod 247, and the preliminary mud fills antioverloading mechanism push rod 247
The body of rod through the inside of the preliminary mud filling antioverloading mechanism rotational shell 241, and the preliminary mud filling is anti-
The end of overload mechanism push rod 247, which corresponds to, is inserted into preliminary mud filling antioverloading mechanism semi-circular recesses structure 244
The other end installation one of inside, the preliminary mud filling antioverloading mechanism movable plate 246 is in the preliminary silt of compressive state
Mud fills antioverloading mechanism helical spring 248；Multiple preliminary mud filling antioverloading mechanisms are inserted into groove knot with center
Structure 242 and preliminary mud filling antioverloading mechanism are used about the preliminary mud filling antioverloading mechanism with hollow structure 245
The axial line of rotational shell 241 is the setting of center of circle circular array；The preliminary mud fills antioverloading mechanism rotational shell
The center of 241 the other end is fixedly connected with the top of secondary rotary shaft 25, preliminary mud filling antioverloading mechanism rotation
The side of shell 241 is mounted on the inside that preliminary mud fills antioverloading mechanism installation space 23 by base bearing 17, and described
Preliminary mud filling antioverloading mechanism is fixedly connected with the center of 243 end of column spinner with the end of 22 main shaft of the second motor,
Its main function is: center and secondary rotary shaft due to preliminary mud filling 241 the other end of antioverloading mechanism rotational shell
25 top is fixedly connected, and the side of the preliminary mud filling antioverloading mechanism rotational shell 241 is pacified by base bearing 17
Mounted in the inside of preliminary mud filling antioverloading mechanism installation space 23, and the preliminary mud filling antioverloading mechanism rotates
The center of 243 end of column is fixedly connected with the end of 22 main shaft of the second motor, so causing when sludge conveying capacity is excessive
Rotation dynamics be greater than in compressive state preliminary mud filling antioverloading mechanism helical spring 248 elasticity when, tentatively
Mud fills antioverloading mechanism semi-circular recesses structure 244 and preliminary mud filling antioverloading mechanism push rod 247 is detached from, from
And driving is made to realize relative rotation, prevent sludge quantity from further increasing.
Specifically used mode: in present invention work, bottom supporting substrate 2 is placed into the surface of sludge, then uses iron
The inside that sludge puts into sludge investment hole 7 is dropped into the inside of the preliminary conveying space 6 of sludge under gravity by spade,
Then the first motor 11 and the second motor 22 are opened simultaneously, under the action of the first motor 11 and the second motor 22,
Under the action of first helical blade 20 and the second helical blade 26, so that sludge is transported to the interior of final sludge conveying space 4
Then portion is conveyed by final sludge conveying space 4 to 8 position of mud discharging pipeline again, at this point, even will by a docking valve
Mud discharging pipeline 8 is connected with a delivery hose, and the discharge port of hose is then placed into discharge position, can be defeated by sludge
It send.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (10)
1. a kind of environmental protection Treatment of Sludge sludge conveyer, including main hollow shell (1), it is characterised in that: the master is hollow
The bottom centre of shell (1) connects a bottom supporting substrate (2), the master by longitudinal screw bearing height regulating mechanism (3)
The internal bottom of hollow shell (1) is provided with final sludge conveying space (4), and the inside of the main hollow shell (1) is being located at
It is provided with sludge at the top of the final sludge conveying space (4) to fall into hole (5), the main hollow shell (1) is positioned at described
Sludge, which is fallen at the top of hole (5), is provided with a funnel shaped preliminary sludge conveying space (6), the main hollow shell (1) it is interior
Portion is being provided with extraneous sludge investment hole (7) of multiple connections positioned at preliminary sludge conveying space (6) top-side, described
The side of main hollow shell (1) is provided with mud discharging pipeline (8), and the mud discharging pipeline (8) is internally provided with connection
The side of the mud discharging pipe hole (9) of extraneous and final sludge conveying space (4) end, the main hollow shell (1) passes through
Bolt installs one first motor installation shell (10), one first electricity of inside installation of the first motor installation shell (10)
Motivation (11), the inside of the main hollow shell (1) are installed a gas type turbine at the position for being located at the first motor (11) and are increased
It presses conveying mechanism (12), the inside of the main hollow shell (1) is being located at the gas type turbocharging conveying mechanism (12)
Top is provided with primary air flow in pipes (13), and the primary air flow in pipes (13) is internally provided with connection gas type turbine
The inside of the primary inlet port (14) of pressure-increasing unit mechanism (12), the main hollow shell (1) is being located at gas type turbine increasing
Pressure conveying mechanism (12) bottom is provided with main exhaust hole (15), and a main drive shaft is installed in the inside of the main hollow shell (1)
(18), and the main drive shaft (18) installs a principal screw on being located at the internal axis body of the final sludge conveying space (4)
The axis body of blade (20), the main drive shaft (18) is mounted on main hollow shell by primary seal circle (16) and base bearing (17)
(1) inside, the center at the top of the main hollow shell (1) are bolted one second motor installation shell (21), institute
One second motor (22) is installed in the inside for stating the second motor installation shell (21), and the main hollow shell (1) is being located at the
The bottom of two motor (22) is provided with preliminary mud filling antioverloading mechanism installation space (23), and the preliminary mud filling is anti-
The inside of overload mechanism installation space (23) is described by preliminary mud filling antioverloading mechanism (24) of base bearing (17) installation one
Center at the top of preliminary mud filling antioverloading mechanism (24) is fixedly connected with the spindle nose of the second motor (22), the master
Hollow shell (1) is being located at preliminary mud filling (24) bottom centre of the antioverloading mechanism connection one secondary driving shaft (25), institute
State the secondary helical blade (26) of installation one on the axis body of secondary driving shaft (25).
2. a kind of environmentally friendly Treatment of Sludge sludge conveyer according to claim 1, it is characterised in that: the longitudinal direction spiral shell
Line bearing height regulating mechanism (3) includes longitudinal screw bearing height regulating mechanism the first connecting plate (31), longitudinal screw branch
Support height adjustment mechanism the second connecting plate (32), longitudinal screw bearing height regulating mechanism the first bolt hole (33), longitudinal direction
Threaded support height adjustment mechanism the second bolt hole (34), the first threaded rod of longitudinal screw bearing height regulating mechanism
(35), longitudinal screw bearing height regulating mechanism the second threaded rod (36), longitudinal screw bearing height regulating mechanism screw thread
Sleeve (37), longitudinal screw bearing height regulating mechanism are with screw thread section (38), longitudinal screw bearing height regulating mechanism spiral shell
Line structure (39), longitudinal screw bearing height regulating mechanism limit hole (310) and longitudinal screw bearing height regulating mechanism are used
Gag lever post (311)；The longitudinal screw bearing height regulating mechanism the first connecting plate (31) and longitudinal screw bearing height tune
Section mechanism is separately provided for the longitudinal screw bearing height regulating mechanism connected with the with the inside of the second connecting plate (32)
One bolt hole (33) and longitudinal screw bearing height regulating mechanism the second bolt hole (34), the longitudinal screw bearing height tune
Mechanism the first connecting plate (31) and the second connecting plate of longitudinal screw bearing height regulating mechanism (32) are saved at opposite end center
It is separately installed with longitudinal screw bearing height regulating mechanism the first threaded rod (35) and longitudinal screw bearing height regulating mechanism
With the second threaded rod (36), the longitudinal screw bearing height regulating mechanism screw shell (37) is provided centrally with longitudinal spiral shell
Line bearing height regulating mechanism is with screw thread section (38), and the longitudinal screw bearing height regulating mechanism is with the first threaded rod (35)
The body of rod with longitudinal screw bearing height regulating mechanism with the second threaded rod (36) in opposite end passes through longitudinal screw bearing height
Regulating mechanism is connected to longitudinal screw bearing height regulating mechanism screw shell (37) inside with helicitic texture (39)
Both ends, the longitudinal screw bearing height regulating mechanism the first threaded rod (35) and longitudinal screw bearing height regulating mechanism are used
Second threaded rod (36) is provided with longitudinal screw bearing height regulating mechanism limit hole (310) in the inside of opposite end, and two
A longitudinal screw bearing height regulating mechanism is inserted into the inside of longitudinal screw bearing height regulating mechanism limit hole (310)
With gag lever post (311), and the longitudinal screw bearing height regulating mechanism the first connecting plate (31) and longitudinal screw support are high
Regulating mechanism is spent with the second connecting plate (32) by being inserted into the first bolt hole of the longitudinal screw bearing height regulating mechanism
(33) and the bolt of longitudinal screw bearing height regulating mechanism the second bolt hole (34) inside is fixed on bottom supporting substrate (2)
Upper surface and main hollow shell (1) bottom centre.
3. a kind of environmentally friendly Treatment of Sludge sludge conveyer according to claim 2, it is characterised in that: the longitudinal direction spiral shell
Line bearing height regulating mechanism includes being arranged in longitudinal screw bearing height regulating mechanism screw shell with helicitic texture (39)
(37) internal internal thread structure and setting are in longitudinal screw bearing height regulating mechanism the first connecting plate (31) and longitudinal spiral shell
External thread structure of the line bearing height regulating mechanism on the second connecting plate (32) body of rod, and the internal thread structure and external screw thread
Structure is meshed, and is located at longitudinal screw bearing height regulating mechanism external thread structure on the first threaded rod (35) body of rod
Hand of spiral and be located at longitudinal screw bearing height regulating mechanism external thread structure on the second threaded rod (36) body of rod
Hand of spiral is opposite.
4. a kind of environmentally friendly Treatment of Sludge sludge conveyer according to claim 3, it is characterised in that: the longitudinal direction spiral shell
Line bearing height regulating mechanism is with the construction profile of limit hole (310) cross section and longitudinal screw bearing height regulating mechanism spiral shell
The construction profile of rasp bar (311) cross section is triangular structure, and the longitudinal screw bearing height regulating mechanism limits
The structure size of hole (310) cross section and the structure ruler of longitudinal screw bearing height regulating mechanism threaded rod (311) cross section
It is very little identical.
5. a kind of environmentally friendly Treatment of Sludge sludge conveyer according to claim 1, it is characterised in that: the gas type
Turbocharging conveying mechanism (12) includes gas type turbocharging conveying mechanism turbine installation shell (121), gas type turbine
Pressure-increasing unit mechanism turbine installation space (122), gas type turbocharging conveying mechanism air inlet (123), gas type whirlpool
Pressure-increasing unit mechanism gas vent (124), gas type turbocharging conveying mechanism rotary shaft (125), gas type turbine is taken turns to increase
Press conveying mechanism bearing (126) and gas type turbocharging conveying mechanism turbine (127)；The gas type turbocharging is defeated
That send mechanism turbine installation shell (121) inside is provided centrally with gas type turbocharging conveying mechanism turbine installation space
(122), the gas type turbocharging conveying mechanism installs shell (121) defeated positioned at the gas type turbocharging with turbine
The center of mechanism turbine installation space (122) is sent to be run through by a gas type turbocharging conveying mechanism rotary shaft (125), and
The gas type turbocharging conveying mechanism is being used through position by gas type turbocharging conveying mechanism with rotary shaft (125)
Bearing (126) is in the inside for being mounted on gas type turbocharging conveying mechanism turbine installation shell (121), the gas type whirlpool
Wheel pressure-increasing unit mechanism is provided with the connection external world and gas type turbocharging conveying mechanism with the top that turbine installs shell (121)
With the air inlet of the gas type turbocharging conveying mechanism at the top of turbine installation space (122) (123), the gas type turbine increases
Pressure conveying mechanism is provided with the connection external world and gas type turbocharging conveying mechanism whirlpool with the bottom end that turbine installs shell (121)
The gas type turbocharging conveying mechanism of installation space (122) bottom is taken turns with gas vent (124), the gas type turbocharging is defeated
Mechanism rotary shaft (125) is sent to be located at gas type turbocharging conveying mechanism turbine installation space (122) inside
One gas type turbocharging conveying mechanism turbine (127) is installed on axis body.
6. a kind of environmentally friendly Treatment of Sludge sludge conveyer according to claim 5, it is characterised in that: the gas type
Turbocharging conveying mechanism is fixedly connected with one end of rotary shaft (125) with the end of main shaft in the first motor (11), described
Gas type turbocharging conveying mechanism is fixedly connected with the other end of rotary shaft (125) with the end of main drive shaft (18).
7. a kind of environmentally friendly Treatment of Sludge sludge conveyer according to claim 6, it is characterised in that: the gas type
The end of turbocharging conveying mechanism air inlet (123) is connected to primary inlet port (14), the gas type turbocharging conveying
The end of mechanism gas vent (124) is connected to main exhaust hole (15).
8. a kind of environmentally friendly Treatment of Sludge sludge conveyer according to claim 1, it is characterised in that: the preliminary silt
Mud filling antioverloading mechanism (24) includes that preliminary mud fills antioverloading mechanism rotational shell (241), the filling of preliminary mud is prevented
Overload mechanism is inserted into groove structure (242) with center, preliminary mud fills antioverloading mechanism column spinner (243), preliminary mud
Fill antioverloading mechanism semi-circular recesses structure (244), preliminary mud filling antioverloading mechanism hollow structure (245), just
Walk mud filling antioverloading mechanism movable plate (246), preliminary mud filling antioverloading mechanism push rod (247) and preliminary mud
Antioverloading mechanism is filled with helical spring (248)；The preliminary mud fills antioverloading mechanism (241) one end face of rotational shell
Be provided centrally with preliminary mud filling antioverloading mechanism center insertion groove structure (242), the preliminary mud filling is anti-
Overload mechanism is with rotational shell (241) in the inside of preliminary mud filling antioverloading mechanism center insertion groove structure (242)
It is inserted into preliminary mud filling antioverloading mechanism column spinner (243), the preliminary mud fills antioverloading mechanism column spinner
(243) multiple preliminary mud fillings antioverloading mechanism semi-circular recesses structure (244) are provided in the middle part of side, it is described preliminary
Multiple preliminary mud filling antioverloading mechanisms that are internally provided with of mud filling antioverloading mechanism rotational shell (241) side use
Hollow structure (245), each preliminary mud filling antioverloading mechanism are respectively mounted one tentatively with the inside of hollow structure (245)
Mud fills antioverloading mechanism with movable plate (246), and each preliminary mud filling antioverloading mechanism is existed with movable plate (246)
Antioverloading mechanism is filled with push rod (247) towards the preliminary mud of the center of inner side end installation one, and the preliminary mud filling is anti-
The body of rod of overload mechanism push rod (247) fills the inside of antioverloading mechanism rotational shell (241) through the preliminary mud,
And the end of preliminary mud filling antioverloading mechanism push rod (247) corresponds to and is inserted into preliminary mud filling antioverloading mechanism
With the inside of semi-circular recesses structure (244), the other end peace of the preliminary mud filling antioverloading mechanism movable plate (246)
Fill preliminary mud filling antioverloading mechanism helical spring (248) in compressive state.
9. a kind of environmentally friendly Treatment of Sludge sludge conveyer according to claim 8, it is characterised in that: multiple described first
It walks mud filling antioverloading mechanism and is inserted into groove structure (242) and preliminary mud filling antioverloading mechanism hollow structure with center
(245) axial line about preliminary mud filling antioverloading mechanism rotational shell (241) is center of circle circular array
Setting.
10. a kind of environmentally friendly Treatment of Sludge sludge conveyer according to claim 8, it is characterised in that: described preliminary
Mud is filled antioverloading mechanism and is fixedly connected with the center of rotational shell (241) the other end with the top of secondary rotary shaft (25),
The preliminary mud filling antioverloading mechanism is mounted on preliminary mud by base bearing (17) with the side of rotational shell (241) and fills out
The inside of antioverloading mechanism installation space (23) is filled, and the preliminary mud fills antioverloading mechanism column spinner (243) end
Center be fixedly connected with the end of the second motor (22) main shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810536588.0A CN108945999A (en) | 2018-05-30 | 2018-05-30 | A kind of environmental protection Treatment of Sludge sludge conveyer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810536588.0A CN108945999A (en) | 2018-05-30 | 2018-05-30 | A kind of environmental protection Treatment of Sludge sludge conveyer |
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| Publication Number | Publication Date |
|---|---|
| CN108945999A true CN108945999A (en) | 2018-12-07 |
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ID=64492919
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810536588.0A Pending CN108945999A (en) | 2018-05-30 | 2018-05-30 | A kind of environmental protection Treatment of Sludge sludge conveyer |
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| Country | Link |
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| CN (1) | CN108945999A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112082091A (en) * | 2020-09-14 | 2020-12-15 | 刘振中 | Middle section accelerating device for gas-liquid conveying pipeline |
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