CN108067316A - A kind of new activated carbon pressure device - Google Patents
A kind of new activated carbon pressure device Download PDFInfo
- Publication number
- CN108067316A CN108067316A CN201711076113.XA CN201711076113A CN108067316A CN 108067316 A CN108067316 A CN 108067316A CN 201711076113 A CN201711076113 A CN 201711076113A CN 108067316 A CN108067316 A CN 108067316A
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- CN
- China
- Prior art keywords
- chamber
- pedestal
- caudal
- oblique angle
- pivoted arm
- Prior art date
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C1/00—Crushing or disintegrating by reciprocating members
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C23/00—Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
Abstract
The invention discloses a kind of new activated carbon pressure devices, including main part and the pedestal being fixedly mounted in main part, pedestal bottom end face periphery is installed with support column, support column bottom is movably installed with height adjusting rod, height adjusting rod bottom is installed with bottom plate, it is equipped in pedestal and turns chamber, it turns and graininess processing unit (plant) is equipped in the pedestal on the left of chamber, graininess processing unit (plant) includes the be arranged in pedestal first cunning fortune chamber and neat fit connection is arranged on the sliding of the first cunning fortune intracavitary and transports block, first slides the first passage being equipped in inner bottom wall on the left of fortune chamber through pedestal bottom end face, in first passage transition be connected with upwards expand set smash arm；The configuration of the present invention is simple, it is easy to operate, labor strength is alleviated, improves construction efficiency, greatly reduces the construction speed of activated carbon processing.
Description
Technical field
The present invention relates to activated carbon processing technique fields, are specifically a kind of new activated carbon pressure device.
Background technology
Activated carbon has stronger adsorptivity, has been widely used for chemical industry, environmental protection, food processing, metallurgy, drug essence
System, military chemistry protection etc. every field, in order to increase its absorption property, it usually needs by activated carbon suppress into it is powdered or
Graininess, traditional equipment of suppressing are typically only capable to enough single be processed into powdered or graininess, it is necessary to purchase more to its
Equipment, therefore add equipment acquisition cost.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of new activated carbon pressure device, can solve above-mentioned
Now in the art the problem of.
The present invention is achieved through the following technical solutions：A kind of new activated carbon pressure device of the present invention, bag
Main part and the pedestal being fixedly mounted in the main part are included, the pedestal bottom end face periphery is installed with support
Column, the support column bottom are movably installed with height adjusting rod, and the height adjusting rod bottom is installed with bottom plate, the base
It is equipped in frame and turns chamber, graininess processing unit (plant), the graininess processing dress are equipped in the pedestal turned on the left of chamber
It puts and is arranged on the described first cunning for sliding fortune intracavitary including the first cunning fortune chamber being arranged in the pedestal and neat fit connection
Block is transported, described first slides the first passage being equipped in inner bottom wall on the left of fortune chamber through the pedestal bottom end face, and described first is logical
Transition is connected with the upward arm of smashing expanded and set in road, and the arm top expansion caudal of smashing penetrates the first cunning fortune
Intracavitary and be connected with the bottom end face secure fit on the left of the sliding fortune block, described first slide it is fixed in the inner bottom wall transported on the right side of chamber
There is the guide bar for expanding setting upwards, section is expanded at the top of the guide bar and is connected through the sliding fortune block inner wall and neat fit
It connects, caudal is expanded at the top of the guide bar and is connected with the described first cunning fortune intracavitary roof secure fit, the sliding fortune block bottom
The guiding rod outer surface is wound with the first spring, and described first slides for being equipped in the inner wall on the right side of fortune chamber and expanding set upwards
One empty slot, neat fit is connected with the horizontal block that left-hand end and the sliding fortune block its right end face are fixedly connected in first empty slot,
It is rotatably assorted in first empty slot and the pedestal inner wall turned between chamber and is connected with left and right and expands the set
One pivoted arm, expand on the left of first pivoted arm caudal penetrate in first empty slot and caudal be installed with to the horizontal block top
First deviation wheel of end surface top pressure neat fit connection, expand on the right side of first pivoted arm caudal penetrate it is described turn intracavitary and
Caudal is installed with the first oblique angle wheel, described on the downside of first oblique angle wheel turn intracavitary be equipped with to first oblique angle wheel
The drive rotating device of mating connection, described on the downside of the drive rotating device, which turns intracavitary and be rotatably assorted, is connected with the second pivoted arm, described
The outer surface of second pivoted arm is circumferentially installed with the second oblique angle wheel being connected with the drive rotating device, second oblique angle
It takes turns and is circumferentially installed with the first ratcheting wheel on the second pivoted arm outer surface on right side, set in the pedestal turned on the right side of chamber
There is the powdered processing unit (plant) to be connected with the described first ratcheting wheel, carrying dress is additionally provided in the drive rotating device
It puts.
Preferably technical solution, the drive rotating device are fixedly connected including left-hand end with the chamber inner left wall that turns
Installing block, the guide channel and neat fit connection being arranged in the installing block be arranged on guiding in the guide channel
Block, is correspondingly provided with that the sliding fortune bar set is expanded in left and right and neat fit connects in the guiding block up and down, described sliding fortune bar or so
Both sides are expanded caudal and are connected respectively with secure fit at left and right sides of the guide channel, fixed useful in the guide channel inner left wall
With the first thrustor being connected with the guiding block, motor is installed in the guiding block on front side of the sliding fortune bar,
Be connected with the 3rd pivoted arm expanded set up and down in the motor, the 3rd pivoted arm up and down both sides expand section extend through it is described
Guiding block both sides of the face and the connection that is rotatably assorted up and down, the 3rd pivoted arm top expand caudal and stretch out the installing block top end
Outside face and caudal is installed with the 3rd oblique angle wheel to be connected with first oblique angle wheel, and the 3rd pivoted arm bottom is expanded
Caudal is stretched out outside the installing block bottom end face and caudal is installed with the be connected with second oblique angle wheel the 4th tiltedly
Horn ring, the 3rd oblique angle wheel be located on the right side of first oblique angle wheel it is described turn intracavitary, the 4th oblique angle wheel is located at institute
That states on the left of the second oblique angle wheel described turns intracavitary.
Preferably technical solution, the powdered processing unit (plant) include be arranged in the pedestal second and slide fortune chamber
And neat fit connection be arranged on it is described second slide fortune intracavitary balladeur train, it is described second slide fortune intracavitary roof in be installed with to
The second thrustor being connected with the balladeur train, second cunning, which is transported, is equipped with depression in bottom in the pedestal in bottom of chamber portion
Slot, the chamber and described second that turns are slided in the pedestal inner wall between fortune chamber and are equipped with second channel, set in the balladeur train
There is the second empty slot, be rotatably assorted in second empty slot and be connected with the 4th pivoted arm that setting is expanded in left and right, the 4th pivoted arm is left
Side is expanded section through the balladeur train left end face and is penetrated in the second channel, and caudal is expanded on the left of the 4th pivoted arm and is penetrated
It is described to turn intracavitary and caudal is installed with the second ratcheting wheel to be connected with the described first ratcheting wheel top end, described the
Two ratcheting wheels be located at directly over the described first ratcheting wheel it is described turn intracavitary, outside the 4th pivoted arm in second empty slot
Surface is circumferentially installed with the second deviation wheel, and neat fit is connected with pressure in second empty slot of the second deviation wheel bottom
Plate, the pressure plate bottom end face are installed with the vertical bar expanded set downwards, and section is expanded through described in the vertical bar bottom
Second slides the pedestal inner wall between fortune chamber and the sinker and neat fit connection, the vertical bar bottom expansion tail
Side is penetrated in the sinker and caudal is installed with crushing plate, and the vertical rod outer surface in second empty slot is wound with the
Two springs.
Preferably technical solution, the bogey is included except slab and the hot aluminium flake of drop of shaking, described except the slab that shakes is set
It puts the left end of the motor in the drive rotating device and right end and is fixedly connected with the motor, the hot aluminium flake of drop is arranged on institute
It states the front-end and back-end of motor and is fixedly connected with the motor.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, include setting by graininess processing unit (plant)
The first cunning fortune chamber and neat fit connection in pedestal are arranged on the sliding of the first cunning fortune intracavitary and transport block, and first slides on the left of fortune chamber
Set the first passage through pedestal bottom end face in inner bottom wall, in first passage transition be connected and expand smashing of setting upwards
Arm smashes expansion caudal at the top of arm and penetrates the first cunning fortune intracavitary and be connected with the bottom end face secure fit on the left of sliding fortune block, the
The fixed upward guide bar for expanding setting in inner bottom wall on the right side of one cunning fortune chamber, guide bar top expansion section transport block inner wall through sliding
Body and neat fit connection, guide bar top are expanded caudal and are connected with the first cunning fortune intracavitary roof secure fit, slide and transport block bottom
Guiding rod outer surface be wound with the first spring, first slides in the inner wall on the right side of fortune chamber and sets the first empty slot expanded set upwards,
The horizontal block that neat fit connection left-hand end is fixedly connected with sliding fortune block its right end face in first empty slot, the first empty slot with turn chamber it
Between pedestal inner wall in the connection left and right that is rotatably assorted expand the first pivoted arm set, caudal is expanded on the left of the first pivoted arm and penetrates the
In one empty slot and fixed the first deviation wheel be connected with horizontal block top end surface top pressure neat fit of caudal, the first pivoted arm right side
It expands caudal to penetrate and turns intracavitary and the fixed first oblique angle wheel of caudal, the intracavitary that turns on the downside of the first oblique angle wheel is set to first
The drive rotating device that oblique angle wheel is connected, the intracavitary that turns on the downside of drive rotating device are rotatably assorted the second pivoted arm of connection, the second pivoted arm
Circumferentially fixed the second oblique angle wheel to be connected with drive rotating device in outer surface, outside the second pivoted arm on the right side of the second oblique angle wheel
Circumferential fixed first ratcheting wheel on surface is turned and set in the pedestal on the right side of chamber to powdered with the first ratcheting wheel mating connection
Processing unit (plant) can realize the switching drive control work for automatically controlling graininess processing unit (plant) and powdered processing unit (plant), improve
Automation control rate reduces equipment purchase and cost of labor, alleviates labor strength, improve construction efficiency, significantly
Reduce the construction speed of activated carbon processing.
Description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and attached drawing.
Fig. 1 is overall structure diagram outside a kind of new activated carbon pressure device of the present invention；
Fig. 2 is the inside overall structure diagram of pedestal in a kind of new activated carbon pressure device of the invention；
Fig. 3 is structure diagram when guiding block of the invention is smooth to the right-most position in guide channel；
Fig. 4 is the structure diagram of the bogey of the present invention.
Specific embodiment
As Figure 1-Figure 4, a kind of new activated carbon pressure device of the invention, including main part 6 and fixed peace
Pedestal 5 in the main part 6, the 5 bottom end face periphery of pedestal are installed with support column 70, the support column 70
Bottom is movably installed with height adjusting rod 71, and 71 bottom of height adjusting rod is installed with bottom plate 72, is set in the pedestal 5
Chamber 51 is turned, graininess processing unit (plant), the graininess processing unit (plant) are equipped in the pedestal 5 for turning 51 left side of chamber
Described first is arranged on including the first cunning fortune chamber 53 being arranged in the pedestal 5 and neat fit connection to slide in fortune chamber 53
Sliding fortune block 532, described first slides the first passage 531 being equipped in fortune 53 left side inner bottom wall of chamber through 5 bottom end face of pedestal,
In the first passage 531 transition be connected with expand upwards set smash arm 533,533 top of arm of smashing is expanded
Caudal penetrates described first and slides in fortune chamber 53 and be connected with the bottom end face secure fit in sliding 532 left side of fortune block, and described the
The guide bar 534 for expanding setting upwards is installed in the inner bottom wall on one cunning fortune chamber, 53 right side, section is expanded at 534 top of guide bar
It is connected through sliding fortune 532 inner wall of block and neat fit, the 534 top expansion caudal of guide bar is slided with described first transports
53 inner roof wall secure fit of chamber connects, and 534 outer surface of the guide bar of 532 bottom of the sliding fortune block is wound with the first spring
535, first cunning transports and the first empty slot 54 that upward expansion is set is equipped in the inner wall on 53 right side of chamber, in first empty slot 54
Neat fit is connected with the horizontal block 536 that left-hand end and sliding fortune 532 its right end face of block are fixedly connected, first empty slot 54 with
It is rotatably assorted in 5 inner wall of the pedestal turned between chamber 51 and is connected with the first pivoted arm 55 that setting is expanded in left and right, institute
State the left side of the first pivoted arm 55 expand caudal penetrate in first empty slot 54 and caudal be installed with to 536 top of horizontal block
First deviation wheel 551 of end face top pressure neat fit connection, 55 right side of the first pivoted arm, which is expanded caudal and penetrated, described turns chamber
In 51 and caudal is installed with the first oblique angle wheel 552, first oblique angle wheel, 552 downside it is described turn be equipped in chamber 51 to
The drive rotating device that first oblique angle wheel 552 is connected, described turn on the downside of the drive rotating device are rotatably assorted in chamber 51
The second pivoted arm 511 is connected with, the outer surface of second pivoted arm 511 is circumferentially installed with to be connected with the drive rotating device
The second oblique angle wheel 5110, the is circumferentially installed on 511 outer surface of the second pivoted arm on the right side of second oblique angle wheel 5110
One ratcheting wheel 5111 is equipped with to connect with the described first ratcheting 5111 cooperation of wheel in the pedestal 5 for turning the right side of chamber 51
The powdered processing unit (plant) connect is additionally provided with bogey in the drive rotating device.
Valuably, the drive rotating device includes left-hand end and the installing block for turning 51 inner left wall of chamber and being fixedly connected
512, the guide channel 5120 and neat fit connection being arranged in the installing block 512 are arranged in the guide channel 5120
Guiding block 5121, is correspondingly provided with that the sliding fortune bar 5125 set is expanded in left and right and neat fit connects in the guiding block 5121 up and down
It connects, sliding 5125 left and right sides of fortune bar is expanded caudal and is connected respectively with 5120 left and right sides secure fit of guide channel, institute
State the first thrustor 5122 being installed in 5120 inner left wall of guide channel to be connected with the guiding block 5121, institute
It states in the guiding block 5121 of sliding 5125 front side of fortune bar and is installed with motor 5127, expansion up and down is connected in the motor 5127
Set the 3rd pivoted arm 5126, the 3rd pivoted arm about 5126 both sides expansion section extend through the guiding block two about 5121
Side end face and the connection that is rotatably assorted, 5126 top of the 3rd pivoted arm are expanded caudal and are stretched out outside installing 512 top end surface of block
And caudal is installed with the 3rd oblique angle wheel 5123 to be connected with first oblique angle wheel 552, the 3rd pivoted arm 5126
Bottom is expanded outside caudal stretching installing 512 bottom end face of block and caudal is installed with to match somebody with somebody with second oblique angle wheel 5110
The 4th oblique angle wheel 5124 of connection is closed, the 3rd oblique angle wheel 5123 is located at described the turning on first oblique angle wheel, 552 right side
In chamber 51, the 4th oblique angle wheel 5124 is located at described the turning in chamber 51 in second oblique angle wheel, 5110 left side, so as to fulfill
The switching drive control work of graininess processing unit (plant) and powdered processing unit (plant) is automatically controlled, improves automation control rate, behaviour
Make simple, reduction equipment purchase and cost of labor.
Valuably, the powdered processing unit (plant) includes be arranged in the pedestal 5 second and slides fortune chamber 52 and smooth
Be connected be arranged on it is described second slide fortune chamber 52 in balladeur train 521, it is described second slide fortune 52 inner roof wall of chamber in be installed with to
The second thrustor 522 being connected with the balladeur train 521, described second slides bottom in the pedestal 5 of 52 bottom of fortune chamber
Interior to be equipped with sinker 57, the chamber 51 and described second that turns is slided in 5 inner wall of the pedestal transported between chamber 52 equipped with second
Passage 56, the balladeur train 521 is interior to be equipped with the second empty slot 523, and being rotatably assorted to be connected with to control to expand in second empty slot 523 sets
The 4th pivoted arm 524 put, 524 left side of the 4th pivoted arm expand section through 521 left end face of balladeur train and penetrate described the
In two passages 56,524 left side of the 4th pivoted arm expand caudal penetrate it is described turn in chamber 51 and caudal be installed with to institute
The second ratcheting wheel 526 that the first 5111 top ends of ratcheting wheel are connected is stated, the second ratcheting wheel 526 is located at first tooth
Described the turning in chamber 51 of 5111 surface of wheel is closed, 524 outer surface of the 4th pivoted arm in second empty slot 523 is circumferentially solid
Equipped with the second deviation wheel 525, neat fit is connected with pressure in second empty slot 523 of 525 bottom of the second deviation wheel
Plate 527,527 bottom end face of pressure plate are installed with the vertical bar 528 expanded set downwards, and 528 bottom of vertical bar is opened up
It opens up section and 5 inner wall of the pedestal and the neat fit connection transported between chamber 52 and the sinker 57, institute is slided through described second
It states 528 bottom of vertical bar and expands that caudal is penetrated in the sinker 57 and caudal is installed with and crushes plate 571, second empty slot
528 outer surface of the vertical bar in 523 is wound with the second spring 529, so as to fulfill the powder of activated carbon processing is automatically controlled
Processing work improves the work efficiency of powder processing work.
Valuably, the bogey is included except slab 5129 and the hot aluminium flake 5128 of drop of shaking, described except the slab 5129 that shakes is set
It puts the left end of the motor 5127 in the drive rotating device and right end and is fixedly connected with the motor 5127, the hot aluminium flake of drop
5128 are arranged on the front-end and back-end of the motor 5127 and are fixedly connected with the motor 5127, and the hot aluminium flake 5128 of drop is used
To absorb and distribute the heat that the motor 5127 operationally generates, described remove shakes slab 5129 to reduce the motor
5127 shaking forces operationally generated are so as to preventing that shaking force that the motor 5127 operationally generates is excessive and causes institute
State drive rotating device shake.
During original state, sliding fortune block 532 is subject to 535 pressure on top surface of the first spring, and sliding fortune block 532 is made utmostly to be located at first
Top position in sliding fortune chamber 53, meanwhile, arm 533 is smashed by sliding fortune block 532 drive and is fully located in first passage 531, this
When, the top position that balladeur train 521 is driven to be located in the second cunning fortune chamber 52 is controlled by the second thrustor 522, and then by balladeur train
The crushing plate 571 of 528 bottom of vertical bar 528 and vertical bar of 521 drive bottoms is fully located in sinker 57, meanwhile, by
Balladeur train 521 drives the 4th pivoted arm 524 outside left end face to be utmostly smooth to top position and transition in second channel 56
It is connected, at this point, driving the second ratcheting wheel 526 of left side caudal utmostly away from the first ratcheting wheel by the 4th pivoted arm 524
5111。
When needing graininess processing work, driven by the first thrustor 5122 drive guiding block 5121 smooth first
Left-most position to guide channel 5120, at this point, driving the 3rd oblique angle wheel 5123 and first of top end by guiding block 5121
The engagement connection of oblique angle wheel 552, meanwhile, the 4th oblique angle wheel 5124 of bottom end is driven utmostly away from second by guiding block 5121
Oblique angle wheel 5110, at this point, by controlling motor 5127 that the 3rd pivoted arm 5126 is driven to rotate, and then driven by the 3rd pivoted arm 5126
The 3rd oblique angle wheel 5123 and the 4th oblique angle wheel 5124 of lower both sides caudal rotate simultaneously, at this point, being driven by the 3rd oblique angle wheel 5123
The first pivoted arm 55 on first oblique angle wheel 552 and the first oblique angle wheel 552 rotates, and drives the first deviation wheel by the first pivoted arm 55
551 rotate, and then by the protrusion on the first deviation wheel 551 and 536 top pressure neat fit of horizontal block, at this point, being driven by horizontal block 536
The bottom direction that sliding fortune block 532 overcomes 535 pressure on top surface of the first spring gradually to be slided along first in fortune chamber 53 is smooth, and then transports block by sliding
The arm 533 of smashing at 532 drive left bottom ends is gradually stretched out outside the bottom end face of pedestal 5, and realization, which automatically controls, smashes work, directly
Protrusion on to the first deviation wheel 551 gradually slip away horizontal block 536 when, at this point, sliding fortune block 532 is subject to 535 top pressure of the first spring
It is smooth that power gradually slides the top-direction transported in chamber 53 along first, meanwhile, arm 533 is smashed by sliding fortune block 532 drive and gradually penetrates the
In one passage 531, by the way that motor 5127 is controlled continuously the 3rd pivoted arm 5126 to be driven to rotate, arm is smashed so as to fulfill continuous drive
533 carry out continuously back and forth smashing work；
When needing powdered processing work, driven by the first thrustor 5122 and guiding block 5121 is driven to be smooth to guide channel
Right-most position in 5120, at this point, driving the 3rd oblique angle wheel 5123 of top end utmostly away from by guiding block 5121
One oblique angle wheel 552, meanwhile, the 4th oblique angle wheel 5124 of bottom end and 5110 company of engagement of the second oblique angle wheel are driven by guiding block 5121
It connects, is then controlled by the second thrustor 522 and balladeur train 521 is driven gradually to slide the bottom wall directional smoothing transported in chamber 52 along second,
Meanwhile the crushing plate 571 of 528 bottom of vertical bar 528 and vertical bar of bottom is driven gradually to stretch out sinker 57 by balladeur train 521
Outside, until when balladeur train 521 is smooth to the lowest position in the second cunning fortune chamber 52, at this point, driving the vertical of bottom by balladeur train 521
The crushing plate 571 of 528 bottom of bar 528 and vertical bar is utmostly stretched out outside sinker 57, meanwhile, a left side is driven by balladeur train 521
The 4th pivoted arm 524 outside side end face is utmostly smooth to the bottom position in second channel 56 and transition is connected, meanwhile,
The second ratcheting 526 and first 5111 at a fully engaged connections of ratcheting wheel of wheel of left side caudal are driven by the 4th pivoted arm 524, then, are led to
Cross control motor 5127 drive the 3rd pivoted arm 5126 rotate, and then by the 3rd pivoted arm 5126 drive upper and lower both sides caudal the 3rd tiltedly
5123 and the 4th oblique angle wheel 5124 of horn ring rotates simultaneously, at this point, by the 4th oblique angle wheel 5124 drive the second oblique angle wheel 5110 and
The second pivoted arm 511 being fixedly connected with the second oblique angle wheel 5110 rotates, and then drives the first ratcheting wheel 5111 by the second pivoted arm 511
It rotates, meanwhile, 524 turns of the 4th pivoted arm on the second ratcheting 526 and second ratcheting wheel 526 of wheel is driven by the first ratcheting wheel 5111
It is dynamic, and by the 4th pivoted arm 524 the second deviation wheel 525 is driven to rotate, finally by the rotation of the second deviation wheel 525, band dynamic pressure plate
527 and second the continuous reciprocal top pressure neat fit realization of spring 529 automatically control powder processing work.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, include setting by graininess processing unit (plant)
The first cunning fortune chamber and neat fit connection in pedestal are arranged on the sliding of the first cunning fortune intracavitary and transport block, and first slides on the left of fortune chamber
Set the first passage through pedestal bottom end face in inner bottom wall, in first passage transition be connected and expand smashing of setting upwards
Arm smashes expansion caudal at the top of arm and penetrates the first cunning fortune intracavitary and be connected with the bottom end face secure fit on the left of sliding fortune block, the
The fixed upward guide bar for expanding setting in inner bottom wall on the right side of one cunning fortune chamber, guide bar top expansion section transport block inner wall through sliding
Body and neat fit connection, guide bar top are expanded caudal and are connected with the first cunning fortune intracavitary roof secure fit, slide and transport block bottom
Guiding rod outer surface be wound with the first spring, first slides in the inner wall on the right side of fortune chamber and sets the first empty slot expanded set upwards,
The horizontal block that neat fit connection left-hand end is fixedly connected with sliding fortune block its right end face in first empty slot, the first empty slot with turn chamber it
Between pedestal inner wall in the connection left and right that is rotatably assorted expand the first pivoted arm set, caudal is expanded on the left of the first pivoted arm and penetrates the
In one empty slot and fixed the first deviation wheel be connected with horizontal block top end surface top pressure neat fit of caudal, the first pivoted arm right side
It expands caudal to penetrate and turns intracavitary and the fixed first oblique angle wheel of caudal, the intracavitary that turns on the downside of the first oblique angle wheel is set to first
The drive rotating device that oblique angle wheel is connected, the intracavitary that turns on the downside of drive rotating device are rotatably assorted the second pivoted arm of connection, the second pivoted arm
Circumferentially fixed the second oblique angle wheel to be connected with drive rotating device in outer surface, outside the second pivoted arm on the right side of the second oblique angle wheel
Circumferential fixed first ratcheting wheel on surface is turned and set in the pedestal on the right side of chamber to powdered with the first ratcheting wheel mating connection
Processing unit (plant) can realize the switching drive control work for automatically controlling graininess processing unit (plant) and powdered processing unit (plant), improve
Automation control rate reduces equipment purchase and cost of labor, alleviates labor strength, improve construction efficiency, significantly
Reduce the construction speed of activated carbon processing.
The above description is merely a specific embodiment, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (4)
1. a kind of new activated carbon pressure device, including main part and the pedestal pedestal being fixedly mounted in main part, base
Frame bottom end face periphery is installed with support column, and support column bottom is movably installed with height adjusting rod, height adjusting rod bottom
It is installed with bottom plate, it is characterised in that：It is equipped in pedestal and turns chamber, turned and graininess processing dress is equipped in the pedestal on the left of chamber
It puts, graininess processing unit (plant) includes the be arranged in pedestal first cunning fortune chamber and neat fit connection is arranged on the first cunning fortune chamber
Interior sliding fortune block, the first cunning transport and the first passage for running through pedestal bottom end face are equipped in the inner bottom wall of chamber left side, mistake in first passage
Cross be connected with expand upwards set smash arm, smash and caudal is expanded at the top of arm penetrate the first cunning fortune intracavitary and transport block with sliding
The bottom end face secure fit connection in left side, first slides the guiding for transporting and being installed in the inner bottom wall on the right side of chamber and expanding set upwards
Bar, guide bar top expand section and transport block inner wall and neat fit connection through sliding, and caudal and the first cunning are expanded at the top of guide bar
The connection of intracavitary roof secure fit is transported, the guiding rod outer surface of sliding fortune block bottom is wound with the first spring, and first slides on the right side of fortune chamber
Inner wall in be equipped with the first empty slot expanded set upwards, in the first empty slot neat fit be connected with left-hand end on the right side of sliding fortune block
The horizontal block that end face is fixedly connected, the first empty slot and turning are rotatably assorted to be connected with left and right and expand in pedestal inner wall between chamber and set
The first pivoted arm put, expand on the left of the first pivoted arm caudal penetrate in the first empty slot and caudal be installed with to horizontal block top end surface
First deviation wheel of top pressure neat fit connection, caudal is expanded on the right side of the first pivoted arm penetrates and turn intracavitary and caudal is installed with first
Oblique angle wheel, the intracavitary that turns on the downside of the first oblique angle wheel are equipped with drive rotating device to be connected with the first oblique angle wheel, turn dress
The intracavitary that turns for putting downside is rotatably assorted and is connected with the second pivoted arm, and the outer surface of the second pivoted arm is circumferentially installed with to turning dress
It puts the second oblique angle wheel of mating connection, the first ratcheting wheel is circumferentially installed on the second pivoted arm outer surface on the right side of the second oblique angle wheel,
The powdered processing unit (plant) being equipped in pedestal on the right side of chamber to be connected with the first ratcheting wheel is turned, in the drive rotating device
It is additionally provided with bogey.
2. a kind of new activated carbon pressure device according to claim 1, it is characterised in that：The drive rotating device includes
Left-hand end and the installing block for turning chamber inner left wall and being fixedly connected, the guide channel being arranged in the installing block and smooth
Be connected the guiding block being arranged in the guide channel, is correspondingly provided with left and right in the guiding block up and down and expands the sliding fortune set
Bar and neat fit connection, the sliding fortune bar left and right sides are expanded caudal and are connected respectively with guide channel left and right sides secure fit
It connects, the first thrustor to be connected with the guiding block, the sliding fortune is installed in the guide channel inner left wall
Motor is installed in the guiding block on front side of bar, is connected with the 3rd pivoted arm expanded set up and down in the motor, described the
Expansion section in both sides extends through the guiding block both sides of the face and the connection that is rotatably assorted up and down, the 3rd pivoted arm to three pivoted arms up and down
Top is expanded outside the caudal stretching installing block top end surface and caudal is installed with to be connected with first oblique angle wheel
The 3rd oblique angle wheel, the 3rd pivoted arm bottom expand caudal stretch out that the installing block bottom end face is outer and caudal be installed with to
The 4th oblique angle wheel being connected with second oblique angle wheel, the 3rd oblique angle wheel are located at the institute on the right side of first oblique angle wheel
It states and turns intracavitary, what the 4th oblique angle wheel was located on the left of second oblique angle wheel described turns intracavitary.
3. a kind of new activated carbon pressure device according to claim 1, it is characterised in that：The powdered processing dress
It puts and is arranged on the described second cunning for sliding fortune intracavitary including the second cunning fortune chamber being arranged in the pedestal and neat fit connection
Frame, described second slides the second thrustor to be connected with the balladeur train is installed in fortune intracavitary roof, and described second
Sinker is equipped in the pedestal in sliding fortune bottom of chamber portion in bottom, the chamber and described second that turns slides the base transported between chamber
Second channel is equipped in frame inner wall, the second empty slot is equipped in the balladeur train, is rotatably assorted in second empty slot and is connected with a left side
It is right to expand the 4th pivoted arm set, section is expanded on the left of the 4th pivoted arm through the balladeur train left end face and penetrates described second
Expanded in passage, on the left of the 4th pivoted arm caudal penetrate it is described turn intracavitary and caudal be installed with to it is described first ratcheting
Take turns the second ratcheting wheel that top end is connected, what the second ratcheting wheel was located at directly over the described first ratcheting wheel described turns
Intracavitary, the 4th pivoted arm outer surface in second empty slot are circumferentially installed with the second deviation wheel, the second deviation wheel bottom
Neat fit is connected with pressure plate in second empty slot in portion, and the pressure plate bottom end face, which is installed with, expands downwards what is set
The pedestal inner wall of the section between the described second cunning fortune chamber and the sinker is expanded in vertical bar, the vertical bar bottom
And neat fit connects, the vertical bar bottom expansion caudal penetrates in the sinker and caudal is installed with crushing plate, described
The vertical rod outer surface in second empty slot is wound with the second spring.
4. a kind of new activated carbon pressure device according to claim 1, it is characterised in that：The bogey includes
Except shaking slab and hot aluminium flake drops, the left end and right end of the motor being arranged on except the slab that shakes in the drive rotating device and with it is described
Motor is fixedly connected, and the hot aluminium flake of drop is arranged on the front-end and back-end of the motor and is fixedly connected with the motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711076113.XA CN108067316A (en) | 2017-11-06 | 2017-11-06 | A kind of new activated carbon pressure device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711076113.XA CN108067316A (en) | 2017-11-06 | 2017-11-06 | A kind of new activated carbon pressure device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108067316A true CN108067316A (en) | 2018-05-25 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711076113.XA Pending CN108067316A (en) | 2017-11-06 | 2017-11-06 | A kind of new activated carbon pressure device |
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| CN (1) | CN108067316A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109591351A (en) * | 2018-12-10 | 2019-04-09 | 安徽金叶碳素科技有限公司 | A kind of active carbon pressure device |
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Application publication date: 20180525 |