CN107737580B - A kind of active carbon pressure device - Google Patents
A kind of active carbon pressure device Download PDFInfo
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- CN107737580B CN107737580B CN201711076091.7A CN201711076091A CN107737580B CN 107737580 B CN107737580 B CN 107737580B CN 201711076091 A CN201711076091 A CN 201711076091A CN 107737580 B CN107737580 B CN 107737580B
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- wheel
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01J—CHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
- B01J20/00—Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof
- B01J20/02—Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof comprising inorganic material
- B01J20/20—Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof comprising inorganic material comprising free carbon; comprising carbon obtained by carbonising processes
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01J—CHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
- B01J20/00—Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof
- B01J20/28—Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof characterised by their form or physical properties
- B01J20/28014—Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof characterised by their form or physical properties characterised by their form
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01J—CHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
- B01J20/00—Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof
- B01J20/28—Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof characterised by their form or physical properties
- B01J20/28014—Solid sorbent compositions or filter aid compositions; Sorbents for chromatography; Processes for preparing, regenerating or reactivating thereof characterised by their form or physical properties characterised by their form
- B01J20/28016—Particle form
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Abstract
The invention discloses a kind of active carbon pressure devices, including main part and the pedestal being fixedly mounted in main part, pedestal bottom end face periphery is fixedly installed with support column, support column bottom is movably installed with height adjusting rod, height adjusting rod bottom is fixedly installed with bottom plate, it is equipped in pedestal and turns chamber, it turns and is equipped with graininess processing unit (plant) in the pedestal on the left of chamber, graininess processing unit (plant) includes that the intracavitary sliding fortune block of the first sliding fortune is arranged in the first sliding fortune chamber being arranged in pedestal and neat fit connection, the first passage through pedestal bottom end face is equipped on the left of first sliding fortune chamber in inner bottom wall, in first passage transition fit be connected with upwards expand setting smash arm；The configuration of the present invention is simple, it is easy to operate, labor intensity of workers is alleviated, construction efficiency is improved, greatly reduces the construction speed of active carbon processing.
Description
Technical field
The present invention relates to active carbon processing technique field, specifically a kind of active carbon pressure device.
Background technique
Active 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 active carbon suppress into it is powdered or
Graininess, it is traditional suppress equipment be typically only capable to it is enough to its it is single be processed into powdered or graininess, need to purchase more
Equipment, therefore increase equipment acquisition cost.
Summary of the invention
Technical problem to be solved by the invention is to provide a kind of active carbon pressure devices, are able to solve above-mentioned present skill
The problems in art.
The present invention is achieved through the following technical solutions：A kind of active carbon pressure device of the invention, including main body
Portion and the pedestal being fixedly mounted in the main part, pedestal bottom end face periphery is fixedly installed with support column, described
Support column bottom is movably installed with height adjusting rod, and height adjusting rod bottom is fixedly installed with bottom plate, sets in the pedestal
Chamber is turned, is equipped with graininess processing unit (plant) in the pedestal turned on the left of chamber, the graininess processing unit (plant) includes
The intracavitary sliding fortune block of the described first sliding fortune, institute is arranged in the sliding fortune chamber of first be arranged in the pedestal and neat fit connection
State the first passage being equipped in inner bottom wall on the left of the first sliding fortune chamber through the pedestal bottom end face, transition in the first passage
Be connected with expand setting upwards smash arm, it is described smash expanded at the top of arm caudal penetrate the described first sliding fortune it is intracavitary and with
Bottom end face secure fit on the left of the sliding fortune block connects, and is installed in the inner bottom wall on the right side of the described first sliding fortune chamber and opens up upwards
The guide bar of setting is opened up, section is expanded at the top of the guide bar through the sliding fortune block inner wall and neat fit connects, it is described to lead
Draw expansion caudal at the top of bar to connect with the described first sliding intracavitary roof secure fit of fortune, the guide bar of the sliding fortune block bottom
Outer surface is wound with the first spring, is equipped with the first empty slot for expanding setting upwards, institute in the inner wall on the right side of the described first sliding fortune chamber
It states neat fit in the first empty slot and is connected with the horizontal block that left-hand end is fixedly connected with the sliding fortune block right end face, described first is empty
It is rotatably assorted in slot and the pedestal inner wall turned between chamber and is connected with the first pivoted arm that setting is expanded in left and right, it is described
Expansion caudal penetrates in first empty slot on the left of first pivoted arm and caudal is installed with to press with the horizontal block top end surface
First deviation wheel of neat fit connection, caudal is expanded on the right side of first pivoted arm penetrates and described turn intracavitary and caudal and be installed with
First oblique angle wheel, described on the downside of first oblique angle wheel turn intracavitary be equipped with to be cooperatively connected with first oblique angle wheel
Drive rotating device, described on the downside of the drive rotating device turn intracavitary be rotatably assorted and are connected with the second pivoted arm, second pivoted arm
Outer surface is circumferentially installed with the second oblique angle wheel to be cooperatively connected with the drive rotating device, the institute on the right side of second oblique angle wheel
State and be circumferentially installed with the first ratcheting wheel on the second pivoted arm outer surface, be equipped in the pedestal turned on the right side of chamber to institute
State the powdered processing unit (plant) that the first ratcheting wheel is cooperatively connected.
Preferably technical solution, the drive rotating device include that left-hand end is fixedly connected with the chamber inner left wall that turns
Installing block, the guide channel and neat fit being arranged in the installing block connect the guiding that is arranged in the guide channel
Block, is correspondingly provided with that the sliding fortune bar of setting is expanded in left and right and neat fit connects in the guiding block up and down, described sliding fortune bar or so
Two sides are expanded caudal and are connect 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 cooperatively connected with the guiding block, it is installed with motor in the guiding block on front side of the sliding fortune bar,
The third pivoted arm for expanding setting up and down is connected in the motor, two sides expansion section extends through described above and below the third pivoted arm
Guiding block both sides of the face and the connection that is rotatably assorted up and down, the third pivoted arm top expand caudal and stretch out the installing block top end
Outside face and caudal is installed with the third oblique angle wheel to be cooperatively connected with first oblique angle wheel, and third pivoted arm bottom is expanded
Caudal stretches out that the installing block bottom end face is outer and caudal be installed with it is the 4th oblique to be cooperatively connected with second oblique angle wheel
Horn ring, third 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
State on the left of the second oblique angle wheel it is described turn it is intracavitary.
Preferably technical solution, the powdered processing unit (plant) include the second sliding fortune chamber being arranged in the pedestal
And neat fit connection be arranged in described second it is sliding transport intracavitary balladeur train, described second it is sliding transport be installed in intracavitary roof to
The second thrustor being cooperatively 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 pedestal inner wall turned between chamber and the second sliding fortune chamber is interior to be equipped with second channel, sets 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 and be installed with the second ratcheting wheel to be cooperatively connected with the described first ratcheting wheel top end, described the
Two ratcheting wheels be located at right above the described first ratcheting wheel it is described turn it is 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 board bottom end surface are installed with the vertical bar for expanding setting downwards, and section is expanded through described in the vertical bar bottom
The pedestal inner wall and neat fit between second sliding fortune chamber and the sinker connect, and tail is expanded in the vertical bar bottom
Side penetrates 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.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, it include setting by graininess processing unit (plant)
The intracavitary sliding fortune block of the first sliding fortune, the first sliding fortune chamber left side is arranged in the first sliding fortune chamber and neat fit connection in pedestal
The first passage through pedestal bottom end face is set in inner bottom wall, smashing for setting is expanded in transition fit connection upwards in first passage
Arm is smashed and expands caudal at the top of arm to penetrate the first sliding fortune intracavitary and connect with the bottom end face secure fit on the left of sliding fortune block, the
Section is expanded through sliding fortune block inner wall in the fixed upward guide bar for expanding setting in inner bottom wall on the right side of one sliding fortune chamber, guide bar top
Body and neat fit connection, guide bar top are expanded caudal and are connect with the first sliding intracavitary roof secure fit of fortune, slide and transport block bottom
Guiding rod outer surface be wound with the first spring, set the first empty slot for expanding setting upwards in the inner wall on the right side of the first sliding fortune chamber,
The horizontal block that neat fit connection left-hand end is fixedly connected with sliding fortune block 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 of setting, caudal is expanded on the left of the first pivoted arm and penetrates the
In one empty slot and caudal is fixed to press the first deviation wheel that neat fit is connect, the first pivoted arm right side with horizontal block top end surface
It expands caudal to penetrate and turns the fixed first oblique angle wheel of intracavitary and caudal, turns intracavitary set to first on the downside of the first oblique angle wheel
The drive rotating device that oblique angle wheel is cooperatively connected turns intracavitary the second pivoted arm of connection that is rotatably assorted, the second pivoted arm on the downside of drive rotating device
Circumferentially fixed the second oblique angle wheel to be cooperatively 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 is set in the pedestal on the right side of chamber to powdered with the first ratcheting wheel mating connection
Processing unit (plant) is able to achieve the switching drive control work for automatically controlling graininess processing unit (plant) and powdered processing unit (plant), improves
Automation control rate reduces equipment purchase and cost of labor, alleviates labor intensity of workers, improve construction efficiency, significantly
Reduce the construction speed of active carbon processing.
Detailed description of the invention
The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.
Fig. 1 is overall structure diagram outside a kind of active carbon pressure device of the invention；
Fig. 2 is the inside overall structure diagram of pedestal in a kind of active carbon pressure device of the invention；
Fig. 3 is structural schematic diagram when guiding block of the invention is smooth to the right-most position in guide channel.
Specific embodiment
As shown in Figure 1-Figure 3, a kind of active carbon pressure device of the invention, including main part 6 and it is fixedly mounted on institute
The pedestal 5 in main part 6 is stated, the 5 bottom end face periphery of pedestal is fixedly installed with support column 70, and 70 bottom of support column is living
Dynamic to be equipped with height adjusting rod 71,71 bottom of height adjusting rod is fixedly installed with bottom plate 72, is equipped with and turns in the pedestal 5
Chamber 51, the pedestal 5 for turning 51 left side of chamber is interior to be equipped with graininess processing unit (plant), and the graininess processing unit (plant) includes setting
It sets the in the pedestal 5 first sliding fortune chamber 53 and the described first sliding sliding fortune block transported in chamber 53 is arranged in neat fit connection
532, it is equipped with the first passage 531 through 5 bottom end face of pedestal in the first sliding fortune 53 left side inner bottom wall of chamber, described the
In one channel 531 transition fit be connected with expand setting upwards smash arm 533, described smash is expanded caudal and is worn at the top of arm 533
Enter in the described first sliding fortune chamber 53 and is connect with the bottom end face secure fit in sliding 532 left side of fortune block, the described first sliding fortune
It is installed with the guide bar 534 for expanding setting upwards in the inner bottom wall on 53 right side of chamber, expands section at the top of the guide bar 534 and runs through institute
It states sliding fortune 532 inner wall of block and neat fit connects, expanded at the top of the guide bar 534 in caudal and the first sliding fortune chamber 53
534 outer surface of the guide bar of the connection of roof secure fit, sliding fortune 532 bottom of block is wound with the first spring 535, described
The first empty slot 54 for expanding setting upwards, neat fit in first empty slot 54 are equipped in the inner wall on the first sliding 53 right side of fortune chamber
It is connected with the horizontal block 536 that left-hand end is fixedly connected with sliding fortune 532 right end face of block, first empty slot 54 is turned with described
It is rotatably assorted in 5 inner wall of the pedestal between chamber 51 and is connected with the first pivoted arm 55 that setting is expanded in left and right, described first turn
Expansion caudal penetrates in first empty slot 54 on the left of arm 55 and caudal is installed with to press with 536 top end surface of horizontal block
First deviation wheel 551 of neat fit connection expands caudal on the right side of first pivoted arm 55 and penetrates described turn in chamber 51 and tail
Side is installed with the first oblique angle wheel 552, and described turn of first oblique angle wheel, 552 downside is equipped with to described first in chamber 51
The drive rotating device that oblique angle wheel 552 is cooperatively connected, described on the downside of the drive rotating device, which turns to be rotatably assorted in chamber 51, is connected with the
Two pivoted arms 511, the outer surface of second pivoted arm 511 be circumferentially installed with to the drive rotating device be cooperatively connected second tiltedly
Horn ring 5110 is circumferentially installed with the first ratcheting wheel on second pivoted arm, 511 outer surface on the right side of second oblique angle wheel 5110
5111, the interior powder being equipped with to be cooperatively connected with the described first ratcheting wheel 5111 of the pedestal 5 for turning 51 right side of chamber
Shape processing unit (plant).
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 of setting is expanded in left and right and neat fit connects in the guiding block 5121 up and down
It connects, expands caudal at left and right sides of the sliding fortune bar 5125 and connect 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 cooperatively 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
The third pivoted arm 5126 of setting, about 5126 two sides of third pivoted arm expand section and extend through the guiding block about 5,121 two
Side end face and the connection that is rotatably assorted are expanded caudal at the top of the third pivoted arm 5126 and are stretched out outside 512 top end surface of installing block
And caudal is installed with the third oblique angle wheel 5123 to be cooperatively connected with first oblique angle wheel 552, the third pivoted arm 5126
Bottom is expanded outside caudal stretching 512 bottom end face of installing block and caudal is installed with to match with second oblique angle wheel 5110
The 4th oblique angle wheel 5124 of connection is closed, third 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, to realize
The switching drive control work for automatically controlling graininess processing unit (plant) and powdered processing unit (plant), improves automation control rate, behaviour
Make simple, reduction equipment purchase and cost of labor.
Valuably, the powdered processing unit (plant) includes the second sliding fortune chamber 52 being arranged in the pedestal 5 and smooth
Be cooperatively connected the balladeur train 521 being arranged in the described second sliding fortune chamber 52, be installed in the described second sliding fortune 52 inner roof wall of chamber to
The second thrustor 522 being cooperatively connected with the balladeur train 521, described second slides bottom in the pedestal 5 of fortune 52 bottom of chamber
It is interior to be equipped with sinker 57, second is equipped in 5 inner wall of the pedestal turned between chamber 51 and the second sliding fortune chamber 52
Channel 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 set expands section on the left of the 4th pivoted arm 524 through 521 left end face of balladeur train and penetrates described the
Expanded in two channels 56, on the left of the 4th pivoted arm 524 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 cooperatively 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 for expanding setting downwards, and 528 bottom of vertical bar is opened up
It opens up the pedestal 5 inner wall and neat fit of the section between the described second sliding fortune chamber 52 and the sinker 57 to connect, institute
It states 528 bottom of vertical bar and expands that caudal penetrates 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, to realize the powder for automatically controlling active carbon processing
Processing work improves the working efficiency of powder processing work.
When original state, sliding fortune block 532 is made sliding fortune block 532 utmostly be located at first by 535 pressure on top surface of the first spring
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 for driving balladeur train 521 to be located in the second sliding 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 cooperatively connected, at this point, driving the second ratcheting wheel of left side caudal 526 utmostly far from the first ratcheting wheel by the 4th pivoted arm 524
5111。
When needing graininess processing work, drive guiding block 5121 smooth by the driving of the first thrustor 5122 first
Left-most position to guide channel 5120, at this point, driving the third oblique angle wheel 5123 and first of top end by guiding block 5121
The engagement connection of oblique angle wheel 552, meanwhile, drive the 4th oblique angle wheel 5124 of bottom end utmostly far from second by guiding block 5121
Oblique angle wheel 5110 at this point, driving third pivoted arm 5126 to rotate by control motor 5127, and then is driven by third pivoted arm 5126
The third oblique angle wheel 5123 of lower two sides caudal and the 4th oblique angle wheel 5124 rotate simultaneously, at this point, being driven by third oblique angle wheel 5123
The first pivoted arm 55 rotation on first oblique angle wheel 552 and the first oblique angle wheel 552, and the first deviation wheel is driven by the first pivoted arm 55
551 rotations, and then by the protrusion and the press neat fit of horizontal block 536 on the first deviation wheel 551, at this point, being driven by horizontal block 536
Sliding fortune block 532 overcomes bottom direction of 535 pressure on top surface of the first spring gradually in the first sliding fortune chamber 53 smooth, and then transports block by sliding
The arm 533 of smashing at 532 drive left bottom ends gradually stretches out outside the bottom end face of pedestal 5, realizes to automatically control and 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 pressed by the first spring 535
Top-direction of the power gradually in the first sliding fortune chamber 53 is smooth, meanwhile, arm 533 is smashed by sliding fortune block 532 drive and gradually penetrates the
In one channel 531, continuously third pivoted arm 5126 is driven to rotate by control motor 5127, to realize that continuous drive smashes arm
533 carry out continuously back and forth smashing work；
When needing powdered processing work, drives drive guiding block 5121 to be smooth to by the first thrustor 5122 and lead
Right-most position in approaching channel 5120, at this point, driving the third oblique angle wheel 5123 of top end utmostly remote by guiding block 5121
From the first oblique angle wheel 552, meanwhile, drive the 4th oblique angle wheel 5124 of bottom end to nibble with the second oblique angle wheel 5110 by guiding block 5121
Connection is closed, then drives bottom wall direction of the balladeur train 521 gradually in the second sliding fortune chamber 52 flat by the control of the second thrustor 522
It is sliding, meanwhile, drive the crushing plate 571 of 528 bottom of vertical bar 528 and vertical bar of bottom gradually to stretch out depression by balladeur train 521
Outside slot 57, until when balladeur train 521 is smooth to the lowest position in the second sliding fortune chamber 52, at this point, driving bottom by balladeur train 521
The crushing plate 571 of 528 bottom of vertical bar 528 and vertical bar utmostly stretches out outside sinker 57, meanwhile, by 521 band of balladeur train
The 4th pivoted arm 524 outside dynamic left end face is utmostly smooth to the bottom position in second channel 56 and transition fit connects,
Meanwhile the second ratcheting wheel 526 and the first 5111 at a fully engaged connections of ratcheting wheel of left side caudal are driven by the 4th pivoted arm 524, so
Afterwards, it drives third pivoted arm 5126 to rotate by control motor 5127, and then upper and lower two sides caudal is driven by third pivoted arm 5126
Third oblique angle wheel 5123 and the 4th oblique angle wheel 5124 rotate simultaneously, at this point, driving the second oblique angle wheel by the 4th oblique angle wheel 5124
5110 and be fixedly connected with the second oblique angle wheel 5110 the second pivoted arm 511 rotation, and then by the second pivoted arm 511 drive the first tooth
5111 rotation of wheel is closed, meanwhile, the 4th on the second ratcheting wheel 526 and the second ratcheting wheel 526 is driven by the first ratcheting wheel 5111
Pivoted arm 524 rotates, and drives the second deviation wheel 525 to rotate by the 4th pivoted arm 524, finally by the rotation of the second deviation wheel 525, band
The continuous reciprocal press neat fit of dynamic pressure plate 527 and the second spring 529, which is realized, automatically controls 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, it include setting by graininess processing unit (plant)
The intracavitary sliding fortune block of the first sliding fortune, the first sliding fortune chamber left side is arranged in the first sliding fortune chamber and neat fit connection in pedestal
The first passage through pedestal bottom end face is set in inner bottom wall, smashing for setting is expanded in transition fit connection upwards in first passage
Arm is smashed and expands caudal at the top of arm to penetrate the first sliding fortune intracavitary and connect with the bottom end face secure fit on the left of sliding fortune block, the
Section is expanded through sliding fortune block inner wall in the fixed upward guide bar for expanding setting in inner bottom wall on the right side of one sliding fortune chamber, guide bar top
Body and neat fit connection, guide bar top are expanded caudal and are connect with the first sliding intracavitary roof secure fit of fortune, slide and transport block bottom
Guiding rod outer surface be wound with the first spring, set the first empty slot for expanding setting upwards in the inner wall on the right side of the first sliding fortune chamber,
The horizontal block that neat fit connection left-hand end is fixedly connected with sliding fortune block 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 of setting, caudal is expanded on the left of the first pivoted arm and penetrates the
In one empty slot and caudal is fixed to press the first deviation wheel that neat fit is connect, the first pivoted arm right side with horizontal block top end surface
It expands caudal to penetrate and turns the fixed first oblique angle wheel of intracavitary and caudal, turns intracavitary set to first on the downside of the first oblique angle wheel
The drive rotating device that oblique angle wheel is cooperatively connected turns intracavitary the second pivoted arm of connection that is rotatably assorted, the second pivoted arm on the downside of drive rotating device
Circumferentially fixed the second oblique angle wheel to be cooperatively 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 is set in the pedestal on the right side of chamber to powdered with the first ratcheting wheel mating connection
Processing unit (plant) is able to achieve the switching drive control work for automatically controlling graininess processing unit (plant) and powdered processing unit (plant), improves
Automation control rate reduces equipment purchase and cost of labor, alleviates labor intensity of workers, improve construction efficiency, significantly
Reduce the construction speed of active carbon processing.
The above description is merely a specific embodiment, but scope of protection 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, of the invention
Protection scope should be determined by the scope of protection defined in the claims.
Claims (1)
1. a kind of active carbon pressure device, including main part and the pedestal being fixedly mounted in main part, pedestal bottom end face
Periphery is fixedly installed with support column, and support column bottom is movably installed with height adjusting rod, and height adjusting rod bottom is fixedly installed with
Bottom plate, it is characterised in that：It is equipped in pedestal and turns chamber, turned and be equipped with graininess processing unit (plant), graininess in the pedestal on the left of chamber
Processing unit (plant) includes that the intracavitary sliding fortune of the first sliding fortune is arranged in the first sliding fortune chamber being arranged in pedestal and neat fit connection
Block, first slides the first passage for transporting and being equipped in inner bottom wall on the left of chamber and running through pedestal bottom end face, transition fit company in first passage
Be connected to expand setting upwards smash arm, smash expand at the top of arm caudal penetrate the first sliding fortune it is intracavitary and with the bottom on the left of sliding fortune block
The connection of end surface secure fit, first slides the guide bar for transporting and being installed in the inner bottom wall on the right side of chamber and expanding setting upwards, guide bar
Top expands section and expands caudal and the first sliding intracavitary roof of fortune at the top of sliding fortune block inner wall and neat fit connection, guide bar
Secure fit connection, the guiding rod outer surface of sliding fortune block bottom are wound with the first spring, set in the inner wall on the right side of the first sliding fortune chamber
There is the first empty slot expanded be arranged upwards, neat fit is connected with left-hand end and the sliding fixed company of fortune block right end face in the first empty slot
The horizontal block connect, the first empty slot and turns to be rotatably assorted in pedestal inner wall between chamber and is connected with first turn that setting is expanded in left and right
Arm, expansion caudal in the first pivoted arm left side penetrates in the first empty slot and caudal is installed with smoothly to match with the press of horizontal block top end surface
The the first deviation wheel for closing connection, caudal is expanded on the right side of the first pivoted arm penetrates and turn intracavitary and caudal and be installed with the first oblique angle wheel, the
The intracavitary drive rotating device being equipped with to be cooperatively connected with the first oblique angle wheel, the drive on the downside of drive rotating device are turned on the downside of one oblique angle wheel
Turn intracavitary be rotatably assorted and be connected with the second pivoted arm, the outer surface of the second pivoted arm is circumferentially installed with to be cooperatively connected with drive rotating device
The second oblique angle wheel, be circumferentially installed with the first ratcheting wheel on the second pivoted arm outer surface on the right side of the second oblique angle wheel, turn on the right side of chamber
Pedestal in be equipped with to first it is ratcheting wheel be cooperatively connected powdered processing unit (plant)；Wherein, the drive rotating device includes a left side
Side and the installing block for turning chamber inner left wall and being fixedly connected, the guide channel being arranged in the installing block and smoothly match
The guiding block that connection is arranged in the guide channel is closed, is correspondingly provided with the sliding fortune bar that setting is expanded in left and right in the guiding block up and down
And neat fit connects, and expands caudal at left and right sides of the sliding fortune bar and connects respectively with secure fit at left and right sides of the guide channel
It connects, the first thrustor to be cooperatively connected with the guiding block, the sliding fortune is installed in the guide channel inner left wall
It is installed with motor in the guiding block on front side of bar, is connected with the third pivoted arm for expanding setting up and down in the motor, described the
Expansion section in two sides extends through the guiding block both sides of the face and the connection that is rotatably assorted up and down, the third 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 cooperatively connected with first oblique angle wheel
Third oblique angle wheel, third pivoted arm bottom expand caudal stretch out the installing block bottom end face outside and caudal be installed with to
The 4th oblique angle wheel being cooperatively connected with second oblique angle wheel, third oblique angle wheel are located at the institute on the right side of first oblique angle wheel
State turn it is intracavitary, the 4th oblique angle wheel be located on the left of second oblique angle wheel it is described turn it is intracavitary；Wherein, described powdered
Processing unit (plant) includes the second sliding fortune chamber being arranged in the pedestal and neat fit connection setting in the described second sliding fortune chamber
Interior balladeur train, described second slides the second thrustor transported and be installed in intracavitary roof to be cooperatively connected with the balladeur train, institute
It states and is equipped with sinker in the pedestal in the second sliding fortune bottom of chamber portion in bottom, it is described to turn between chamber and the second sliding fortune chamber
It is equipped with second channel in the pedestal inner wall, the second empty slot, the company of being rotatably assorted in second empty slot are equipped in the balladeur train
It is connected to the 4th pivoted arm that setting is expanded in left and right, section is expanded through the balladeur train left end face on the left of the 4th pivoted arm and penetrates institute
It states in second channel, caudal is expanded on the left of the 4th pivoted arm penetrates and described turn intracavitary and caudal and be installed with to described the
The second ratcheting wheel that one ratcheting wheel top end is cooperatively connected, the second ratcheting wheel are located at the institute right above the described first ratcheting wheel
It states and turns intracavitary, the 4th pivoted arm outer surface in second empty slot is circumferentially installed with the second deviation wheel, and described second partially
Neat fit is connected with pressure plate in second empty slot of position wheel bottom, and the pressure board bottom end surface is installed with downward expansion
The pedestal of the section between the described second sliding fortune chamber and the sinker is expanded in the vertical bar of setting, the vertical bar bottom
Inner wall and neat fit connection, the vertical bar bottom expansion caudal penetrates in the sinker and caudal is installed with crushing
Plate, the vertical rod outer surface in second empty slot are wound with the second spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711076091.7A CN107737580B (en) | 2017-11-06 | 2017-11-06 | A kind of active carbon pressure device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711076091.7A CN107737580B (en) | 2017-11-06 | 2017-11-06 | A kind of active carbon pressure device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107737580A CN107737580A (en) | 2018-02-27 |
| CN107737580B true CN107737580B (en) | 2018-11-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711076091.7A Active CN107737580B (en) | 2017-11-06 | 2017-11-06 | A kind of active carbon pressure device |
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Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE10197095D2 (en) * | 2001-10-25 | 2004-09-16 | Eurosina Technology Consulting | Process for producing granulated sorbent and plant for carrying out the process |
| RU2534078C2 (en) * | 2010-09-23 | 2014-11-27 | Рурпумпен Гмбх | Coke grinder |
| CN202346774U (en) * | 2011-10-10 | 2012-07-25 | 浙江兴达活性炭有限公司 | Equipment for active carbon production |
| CN106552693B (en) * | 2016-11-08 | 2018-07-20 | 佛山市创晟投资发展有限公司 | A kind of sewage disposal prepares grinding device with activated carbon |
| CN206464062U (en) * | 2016-12-21 | 2017-09-05 | 江西长远科技有限公司 | A kind of activated carbon raw material pulverizer |
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2017
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| CN107737580A (en) | 2018-02-27 |
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Effective date of registration: 20181010 Address after: 225400 west side of Dai Wang Road, Taixing hi tech Industrial Development Zone, Taizhou, Jiangsu Applicant after: Jiangsu yuan Qing Environmental Protection Technology Co., Ltd. Address before: 315300 West Zhanghe village, Kuang Yan Town, Cixi City, Ningbo, Zhejiang Applicant before: Yao Liping |
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