CN108609377A - A kind of device for the recycling carbon dust that can classify automatically - Google Patents
A kind of device for the recycling carbon dust that can classify automatically Download PDFInfo
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- CN108609377A CN108609377A CN201810338285.8A CN201810338285A CN108609377A CN 108609377 A CN108609377 A CN 108609377A CN 201810338285 A CN201810338285 A CN 201810338285A CN 108609377 A CN108609377 A CN 108609377A
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- Prior art keywords
- carbon dust
- recycling
- spring
- pull rod
- storing
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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
- B65G47/00—Article or material-handling devices associated with conveyors; Methods employing such devices
- B65G47/74—Feeding, transfer, or discharging devices of particular kinds or types
- B65G47/82—Rotary or reciprocating members for direct action on articles or materials, e.g. pushers, rakes, shovels
-
- 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
- B65G65/00—Loading or unloading
- B65G65/30—Methods or devices for filling or emptying bunkers, hoppers, tanks, or like containers, of interest apart from their use in particular chemical or physical processes or their application in particular machines, e.g. not covered by a single other subclass
- B65G65/32—Filling devices
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Combined Means For Separation Of Solids (AREA)
Abstract
The invention discloses a kind of devices for the recycling carbon dust that can classify automatically, its structure includes charging watch window, controller, emergency power supply switchs, carbon powder recycling device, feeding hatchcover, universal caster wheel forms, storing mobile mechanism and electromagnetic adsorption mechanism match, transmission mechanism is equipped on the right side of storing mobile mechanism, transmission mechanism and storing mobile mechanism are sequentially connected, it is equipped with above transmission mechanism and feeds anti-airborne dust mechanism, it feeds anti-airborne dust mechanism and transmission mechanism matches, efficiently carbon dust and iron powder can be detached and be classified by carbon powder recycling device, to improve the quality of carbon dust post-production, and reduce the cost of recycling, prevent the untreated direct discarding of user, pollute environment.
Description
Technical field
The present invention is a kind of device for the recycling carbon dust that can classify automatically, belongs to the device neck for the recycling carbon dust that can classify automatically
Domain.
Background technology
The main component of ink powder (also known as carbon dust) is not carbon, and most of is by the groups such as resin and carbon black, charge agent, magnetic powder
At.Ink powder is ionized through machine charging process to be caused ' ozone '.This gas only has a kind of benefit, exactly preserves our planet, and reduces too
The harm of sun radiation.Do not have benefit to human body itself, human body mucous membrane can be caused to stimulate, be easy improve asthma incidence or
Nose allergy, or even phenomena such as dizziness, vomiting.
Containing a certain amount of iron powder in the carbon dust of prior art recycling, unified recycling use can influence the quality of carbon dust, this
Kind does not count carbon dust accurately the mode of classification recycling, and the carbon dust of recycling is caused to also need to spend at higher cost and technique
Reason leads to the untreated direct discarding of the user having, and pollutes environment.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of device for the recycling carbon dust that can classify automatically,
Contain a certain amount of iron powder in carbon dust to solve recycling, unified recycling is this not to carbon dust using the quality that can influence carbon dust
The mode for counting classification recycling accurately causes the carbon dust of recycling to also need to that higher cost and technique is spent to be handled, and causes to have
The problem of untreated direct discarding of user, pollution environment.
To achieve the goals above, the present invention is to realize by the following technical solutions：One kind can classify recycling automatically
The device of carbon dust, structure include charging watch window, controller, emergency power supply switch, carbon powder recycling device, feeding hatchcover,
Universal caster wheel form, the carbon powder recycling device bottom uniformly equidistantly be equipped with eight universal caster wheels, the universal caster wheel and
Carbon powder recycling device is threadedly coupled, and emergency power supply is equipped at the carbon powder recycling device top groove and is switched, and described is emergent
Power switch and carbon powder recycling device electrical connection, the carbon powder recycling device front end are equipped with controller, and the controller is tight
Patch is fixed on carbon powder recycling device surface, and the controller side is equipped with feeding hatchcover, the feeding hatchcover and carbon dust
Retracting device hinge connection, the controller other side are equipped with charging watch window, and the charging watch window fastens solid
It is scheduled on carbon powder recycling device surface groove, the carbon powder recycling device is by feeding anti-airborne dust mechanism, feed inlet, electromagnetic adsorption
Mechanism, outer cover, storing mobile mechanism, transmission mechanism composition, the electromagnetic adsorption mechanism is set to inside outer cover and the two is adopted
With clearance fit, electromagnetic adsorption mechanism lower section is equipped with storing mobile mechanism, and the storing mobile mechanism and electromagnetism are inhaled
Random structure matches, and transmission mechanism, the transmission mechanism and storing mobile mechanism are equipped on the right side of the storing mobile mechanism
It is sequentially connected, is equipped with above the transmission mechanism and feeds anti-airborne dust mechanism, the anti-airborne dust mechanism of the charging and transmission mechanism
It matches.
Further, the charging dust-proof mechanism is by removable cover, spring hinge, the first drive line, pulley blocks, T-type branch
Frame, iron ball, movable plate, the first spring, sliding block, sliding rail composition, the sliding rail upper end are fixed on outer cover inner wall, the cunning
Rail side is equipped with movable plate, and the sliding block that the movable plate is equipped with by one end is used with sliding rail and is slidably connected, the activity
The plate other end is equipped with iron ball, the iron ball and movable plate using interference fit, and the sliding rail other side is equipped with T-type holder,
The T-type support fastening is fixed on outer cover inner wall, and the T-type holder is equipped with pulley blocks and the two is matched using interference
It closes, removable cover is equipped with above the sliding rail, the removable cover is hinged by spring hinge and outer cover, and described first passes
Moving-wire head and the tail both ends are separately fixed on sliding block and spring hinge, and first drive line is connected by pulley blocks and spring hinge
It connects.
Further, the electromagnetic adsorption mechanism by activity box, upright bar, the first sliding groove, second spring, armature, spool,
Second drive line, pulley, wind turbine, special-shaped hinge, isolation board, fixed frame, electromagnet, movable traveller form, in the upright bar
End is fastened on outer cover inboard wall groove, and the upright bar both sides are equipped with the first sliding groove and the two is using interference fit, institute
The activity box stated is used with the first sliding groove by movable traveller and is slidably matched, and second spring, institute are equipped at the top of the activity box
The second spring upper and lower ends stated are separately fixed on outer cover inner wall and activity box top surface, and the activity box is internally provided with two
Electromagnet and upright bar both sides are evenly distributed on, described two electromagnet are axially symmetric structure, and the electromagnet passes through solid
Determine frame to be fixed on upright bar outer wall, the electromagnet side is equipped with wind turbine, and work is separately fixed at left and right sides of the wind turbine
On dynamic frame inner wall and fixed frame, the wind turbine and electromagnet electrical connection, the activity box both sides are equipped with special-shaped hinge, described
Movable frame bottom be equipped with and uniformly equidistantly set there are two isolation board, the isolation board is mutually cut with scissors by special-shaped hinge with activity box
It connects, spool is equipped with above the special-shaped hinge, be equipped with the second drive line between the spool and special-shaped hinge, described the
Two drive lines are connect by pulley with special-shaped hinge.
Further, the electromagnetic adsorption mechanism is matched by electromagnet with storing mobile mechanism.
Further, the storing mobile mechanism is by third spring, storing frame, idler wheel, second sliding slot, moving contact, quiet
Contact forms, and is equidistantly set side by side below the storing frame there are two second sliding slot, the storing frame is equipped with rolling by bottom
Wheel is with second sliding slot using being slidably matched, and the storing frame side is equipped with moving contact, and the moving contact and storing frame use
Interference fit, the moving contact and static contact match, and the static contact is close to be fixed on outer cover inner wall, the storage
The material frame other side is equipped with third spring, and the third spring one end is fixed on storing outer frame wall, the moving contact and quiet
Contact is connect by conducting wire with electromagnet, the storing frame and activity box flexible connection.
Further, the transmission mechanism is limited by pull rod, gear drive, stock guide, iron ball magnetic cutting ferrule, pull rod
Position sliding sleeve composition, pull rod limit sliding sleeve is equipped with pull rod and the two is using being slidably matched, and described pull rod one end is set
There are iron ball magnetic cutting ferrule, the iron ball magnetic cutting ferrule and pull rod using interference fit, the gear drive side is set
There are stock guide, the stock guide to be vertically fixed on outer cover inner wall, the third spring other end is fixed on stock guide.
Further, gear drive, the gear drive and transmission are equipped with below the transmission mechanism
Mechanism driving connects.
Further, the gear drive is made of gear, upper rack, push rod, lower rack, support sliding slot, institute
The gear upper and lower ends stated are respectively equipped with upper rack and lower rack, and the upper rack and lower rack and pinion are meshed, described
Lower rack bottom be equipped with support sliding slot and the two be gap-matched, described lower rack one end be equipped with push rod, it is described
Push rod and lower tooth strip adoption interference fit, the push rod are sequentially connected through stock guide and storing frame, the upper rack top
Surface buckle conjunction is fixed in pull rod bottom recesses, and the pull rod is connect by upper rack with gear.
Further, with sliding rail using being interference fitted, described pull rod one end is equipped with for pull rod limit sliding sleeve upper end
Iron ball magnetic cutting ferrule matched with iron ball.
Further, spring is equipped between the sliding block and movable plate, when the iron ball and iron ball that movable plate one end is equipped with
Magnetic cutting ferrule can realize movable plate self-return and keep horizontality when detaching.
Advantageous effect
The present invention it is a kind of can classify automatically recycling carbon dust device, when user want using the present invention when will need into
The carbon dust of row recycling pours into carbon powder recycling device, feeds anti-airborne dust mechanism at this time and starts to work, the carbon dust poured into can fall into activity
On plate, movable plate is influenced by carbon dust weight can be along sliding rail slide downward, and the first spring is extruded at this time, because under movable plate
It drops the first drive line and is pulled and removable cover is driven by spring hinge and seal feed inlet, anti-airborne dust mechanism can be the
One time will automatically seal feed inlet, and the airborne dust generated when effectively preventing carbon dust from pouring into carbon powder recycling device floats to outer
Portion；When movable plate drops to certain position along sliding rail, because the factor iron ball in magnetic field can be adsorbed by iron ball magnetic cutting ferrule, make work
Movable plate run-off the straight, as shown in Figure 3, the carbon dust of the recycling on movable plate is imported into storing frame at this time, at this time that pull rod is outside
It pulls out, when pull rod is drawn out, iron ball and the separation of iron ball magnetic cutting ferrule, movable plate return, removable cover are opened；Because upper rack is solid
It is scheduled on pull rod bottom groove, so when pull rod is drawn out, gear rotates clockwise and is driven lower rack and moved along support sliding slot
It is dynamic, so that the push rod that lower rack is equipped with using one end is released storing frame along second sliding slot, when storing frame can not move ahead, moving contact
It is mutually closed with static contact, electromagnet energizing magnetic and armature is adsorbed at this time, activity box is made to pass through movable traveller along first
Sliding slot slide downward is connect with storing frame, forms a closed rectangular frame, as shown in Figure IV, second spring is drawn at this time
Stretch because activity box decline the second drive line stress pull special-shaped hinge, so that isolation board is detached with activity box, when activity box with
Wind turbine brings into operation when storing frame connects, because of the lighter in weight of carbon dust and iron powder, when fan operation, and carbon dust and iron powder
It can wave in the sealed angular frame that activity box and storing frame are formed simultaneously, iron powder can be inhaled during waving by electromagnet
It is attached, to realize the separation of carbon dust and iron powder, when needing to recycle carbon dust and iron powder, by pull rod push-in carbon dust recycling dress
Inside is set, at this time isolation board and storing frame return, iron powder can be fallen in isolation plate surface, and carbon dust can be fallen into inside storing frame, this
When open feeding hatchcover carbon dust and iron powder can be recycled, the present invention it is a kind of can classify automatically recycling carbon dust device, lead to
Crossing carbon powder recycling device efficiently can be detached carbon dust and iron powder and be classified, to improve the product of carbon dust post-production
Matter, and the cost of recycling is reduced, the untreated direct discarding of user is prevented, environment is polluted.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of the device for the recycling carbon dust that can classify automatically of the present invention.
Fig. 2 is a kind of carbon powder recycling device structural schematic diagram of the device for the recycling carbon dust that can classify automatically of the present invention.
Fig. 3 is a kind of carbon powder recycling device detailed construction schematic diagram of the device for the recycling carbon dust that can classify automatically of the present invention.
Fig. 4 is a kind of Dynamic Graph of the carbon powder recycling device of the device for the recycling carbon dust that can classify automatically of the present invention.
Fig. 5 is the enlarged drawing of A in a kind of Fig. 3 of the device for the recycling carbon dust that can classify automatically of the present invention.
In figure：Feed watch window -1, controller -2, emergency power supply switch -3, carbon powder recycling device -4, the anti-airborne dust of charging
Mechanism -41, removable cover -411, spring hinge -412, the first drive line -413, pulley blocks -414, T-type holder -415, iron ball -
416, movable plate -417, the first spring -418, sliding block -419, sliding rail -4110, feed inlet -42, electromagnetic adsorption mechanism -43, activity
Frame -431, the first sliding groove -433, second spring -434, armature -435, spool -436, the second drive line -437, is slided upright bar -432
Wheel -438, wind turbine -439, special-shaped hinge -4310, isolation board -4311, fixed frame -4312, electromagnet -4313, movable traveller -
4314, outer cover -44, storing mobile mechanism -45, third spring -451, storing frame -452, idler wheel -453, second sliding slot -454, dynamic
Contact -455, static contact -456, transmission mechanism -46, pull rod -461, gear drive -462, gear -46201, upper rack -
46202, push rod -46203, lower rack -46204, support sliding slot -46205, stock guide -463, iron ball magnetic cutting ferrule -464, pull rod
Limit sliding sleeve -465, feeding hatchcover -5, universal caster wheel -6.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 5 is please referred to Fig.1, the present invention provides a kind of device for the recycling carbon dust that can classify automatically, and structure includes that charging is seen
It examines window 1, controller 2, emergency power supply switch 3, carbon powder recycling device 4, feeding hatchcover 5, universal caster wheel 6 to form, the carbon
4 bottom of powder reclaiming device is uniformly equidistantly equipped with eight universal caster wheels 6, and the universal caster wheel 6 and 4 screw thread of carbon powder recycling device connect
It connects, emergency power supply switch 3 is equipped at 4 top groove of carbon powder recycling device, the emergency power supply switch 3 and carbon dust return
Receiving apparatus 4 is electrically connected, and 4 front end of carbon powder recycling device is equipped with controller 2, and the controller 2 is close to be fixed on carbon dust
On 4 surface of retracting device, 2 side of controller is equipped with feeding hatchcover 5, the feeding hatchcover 5 and carbon powder recycling device 4
Hinge connection, 2 other side of controller are equipped with charging watch window 1, and the charging watch window 1 is fastened in carbon
On 4 surface groove of powder reclaiming device, the carbon powder recycling device 4 is by feeding anti-airborne dust mechanism 41, feed inlet 42, electromagnetic adsorption
Mechanism 43, outer cover 44, storing mobile mechanism 45, transmission mechanism 46 form, and the electromagnetic adsorption mechanism 43 is set in outer cover 44
Portion and the two is gap-matched, 43 lower section of electromagnetic adsorption mechanism are equipped with storing mobile mechanism 45, the storing
Mobile mechanism 45 and electromagnetic adsorption mechanism 43 match, and 45 right side of storing mobile mechanism is equipped with transmission mechanism 46, described
Transmission mechanism 46 and storing mobile mechanism 45 be sequentially connected, 46 top of the transmission mechanism, which is equipped with, feeds anti-airborne dust mechanism
41, the anti-airborne dust mechanism 41 of the charging and transmission mechanism 46 match, the charging dust-proof mechanism 41 by removable cover 411,
Spring hinge 412, the first drive line 413, pulley blocks 414, T-type holder 415, iron ball 416, movable plate 417, the first spring 418,
Sliding block 419, sliding rail 4110 form, and 4110 upper end of sliding rail is fixed on 44 inner wall of outer cover, 4110 side of sliding rail
Equipped with movable plate 417, sliding block 419 and the use of sliding rail 4110 that the movable plate 417 is equipped with by one end are slidably connected, described
417 other end of movable plate be equipped with iron ball 416, the iron ball 416 and movable plate 417 are using interference fit, the sliding rail
4110 other sides are equipped with T-type holder 415, and the T-type holder 415 is fastened on 44 inner wall of outer cover, the T-type holder
415 equipped with pulley blocks 414 and the two is using interference fit, and 4110 top of sliding rail is equipped with removable cover 411, described
Removable cover 411 is hinged by spring hinge 412 and outer cover 44, and the 413 head and the tail both ends of the first drive line are separately fixed at
On sliding block 419 and spring hinge 412, first drive line 413 is connect by pulley blocks 414 with spring hinge 412, described
Electromagnetic adsorption mechanism 43 by activity box 431, upright bar 432, the first sliding groove 433, second spring 434, armature 435, spool 436,
Second drive line 437, pulley 438, wind turbine 439, special-shaped hinge 4310, isolation board 4311, fixed frame 4312, electromagnet 4313,
Movable traveller 4314 forms, and 432 upper end of upright bar is fastened on 44 inboard wall groove of outer cover, 432 liang of the upright bar
Side is equipped with the first sliding groove 433 and the two is using interference fit, and the activity box 431 is slided by movable traveller 4314 and first
For slot 433 using being slidably matched, 431 top of activity box is equipped with second spring 434, the second spring about 434 two
End is separately fixed on 431 top surface of 44 inner wall of outer cover and activity box, and the activity box 431 is internally provided with two electromagnet 4313
And 432 both sides of upright bar are evenly distributed on, described two electromagnet 4313 are axially symmetric structure, and the electromagnet 4313 is logical
It crosses fixed frame 4312 to be fixed on 432 outer wall of upright bar, 4313 side of electromagnet is equipped with wind turbine 439, the wind turbine 439
The left and right sides is separately fixed on 431 inner wall of activity box and fixed frame 4312, and the wind turbine 439 and electromagnet 4313 are electrically connected
It connects, 431 both sides of activity box are equipped with special-shaped hinge 4310, and 431 bottom of activity box is equipped with uniformly equidistant equipped with two
A isolation board 4311, the isolation board 4311 are hinged by special-shaped hinge 4310 and activity box 431, the special-shaped hinge
4310 tops are equipped with spool 436, are equipped with the second drive line 437 between the spool 436 and special-shaped hinge 4310, and described the
Two drive lines 437 are connect by pulley 438 with special-shaped hinge 4310, the electromagnetic adsorption mechanism 43 by electromagnet 4313 with
Storing mobile mechanism 45 matches, and the storing mobile mechanism 45 is by third spring 451, storing frame 452, idler wheel 453, second
Sliding slot 454, moving contact 455, static contact 456 form, and 452 lower section of the storing frame equidistantly sets that there are two second sliding slots side by side
454, the storing frame 452 is used with second sliding slot 454 equipped with idler wheel 453 by bottom and is slidably matched, the storing frame
452 sides are equipped with moving contact 455, the moving contact 455 and storing frame 452 using interference fit, 455 He of moving contact
Static contact 456 matches, and the static contact 456 is close to be fixed on 44 inner wall of outer cover, and 452 other side of storing frame is set
There are third spring 451, described 451 one end of third spring to be fixed on 452 outer wall of storing frame, the moving contact 455 and quiet
Contact 456 is connect by conducting wire with electromagnet 4313, and the storing frame 452 and activity box 431 are flexibly connected, the transmission
Mechanism 46 limits 465 groups of sliding sleeve by pull rod 461, gear drive 462, stock guide 463, iron ball magnetic cutting ferrule 464, pull rod
At pull rod limit sliding sleeve 465 is equipped with pull rod 461 and the two is using being slidably matched, and described 461 one end of pull rod is set
There are iron ball magnetic cutting ferrule 464, the iron ball magnetic cutting ferrule 464 and pull rod 461 using interference fit, the gear drive machine
462 side of structure is equipped with stock guide 463, and the stock guide 463 is vertically fixed on 44 inner wall of outer cover, the third spring
451 other ends are fixed on stock guide 463, and 46 lower section of transmission mechanism is equipped with gear drive 462, the gear
Transmission mechanism 462 and transmission mechanism 46 are sequentially connected, the gear drive 462 by gear 46201, upper rack 46202,
Push rod 46203, lower rack 46204, support sliding slot 46205 form, and 46201 upper and lower ends of gear are respectively equipped with upper rack
46202 and lower rack 46204, the upper rack 46202 and lower rack 46204 be meshed with gear 46201, the lower tooth
46204 bottom of item is equipped with support sliding slot 46205 and the two is gap-matched, and described 46204 one end of lower rack is equipped with and pushes away
Bar 46203, the push rod 46203 and lower rack 46204 run through stock guide 463 using interference fit, the push rod 46203
It is sequentially connected with storing frame 452,46202 top surface of upper rack is fastened in 461 bottom recesses of pull rod, the drawing
Bar 461 is connect by upper rack 46202 with gear 46201, and pull rod limit 465 upper end of sliding sleeve was used with sliding rail 4110
It is full of cooperation, the iron ball magnetic cutting ferrule 464 that described 461 one end of pull rod is equipped with is matched with iron ball 416,419 He of sliding block
Spring is equipped between movable plate 417, it can when the iron ball 416 that 417 one end of movable plate is equipped with is detached with iron ball magnetic cutting ferrule 464
It realizes 417 self-return of movable plate and keeps horizontality.
The operation principle of the present invention：
The carbon dust recycled is poured into carbon powder recycling device 4 when user wants using the present invention, at this time
It feeds anti-airborne dust mechanism 41 to start to work, the carbon dust poured into can be fallen on movable plate 417, shadow of the movable plate 417 by carbon dust weight
Sound can be along 4110 slide downward of sliding rail, and the first spring 418 is extruded at this time, because of the first drive line of decline 413 of movable plate 417
It is pulled and removable cover 411 is driven by spring hinge 412 and seal feed inlet 42, anti-airborne dust mechanism 41 can be first
Time will automatically seal feed inlet 42, the airborne dust generated when effectively preventing carbon dust from pouring into carbon powder recycling device 4 float to
It is external；When movable plate 417 drops to certain position along sliding rail 4110, because the factor iron ball 416 in magnetic field can be by iron ball magnetic
Cutting ferrule 464 adsorbs, and makes 417 run-off the straight of movable plate, as shown in Figure 3, the carbon dust of the recycling on movable plate 417 is imported at this time
In storing frame 452, pull rod 461 is pulled out at this time, when pull rod 461 is drawn out, iron ball 416 and iron ball magnetic cutting ferrule 464 divide
From 417 return of movable plate, removable cover 411 is opened；Because upper rack 46202 is fixed on 461 bottom groove of pull rod, work as
When pull rod 461 is drawn out, gear 46201 rotates clockwise and is driven lower rack 46204 and moved along support sliding slot 46205, under making
The push rod 46203 that rack 46204 is equipped with using one end releases storing frame 452 along second sliding slot 454, when storing frame 452 can not
When moving ahead, moving contact 455 is mutually closed with static contact 456,4313 energizing magnetic of electromagnet and is adsorbed armature 435 at this time,
Activity box 431 is set to be connect with storing frame 452 along 433 slide downward of the first sliding groove by movable traveller 4314, formation one is closed
Rectangular frame, as shown in Figure IV, second spring 434 is stretched at this time, because of the second drive line of decline 437 of activity box 431
Stress pulls special-shaped hinge 4310, and isolation board 4311 is made to be detached with activity box 431, when activity box 431 and the connection of storing frame 452
Wind turbine 439 brings into operation, because of the lighter in weight of carbon dust and iron powder, when wind turbine 439 is run, carbon dust and iron powder can be simultaneously
It waves in the sealed angular frame that activity box 431 and storing frame 452 are formed, iron powder can be by electromagnet 4313 during waving
Pull rod 461, when needing to recycle carbon dust and iron powder, is pushed into carbon dust by absorption to realize the separation of carbon dust and iron powder
Inside retracting device 4,452 return of isolation board 4311 and storing frame, iron powder can be fallen on 4311 surface of isolation board at this time, carbon dust meeting
It falls into inside storing frame 452, carbon dust and iron powder can be recycled by opening feeding hatchcover 5 at this time.
The control mode of the present invention is automatically controlled by controller, the skill that the control circuit of controller passes through this field
Art personnel's simple programming can be realized, and belong to the common knowledge of this field, and the present invention is mainly used to protect mechanical device, institute
Control mode is not explained with the present invention to connect with circuit.
Electromagnet 4313 of the present invention is switched on a kind of device for generating electromagnetism.In being externally wrapped with and its work(for iron core
The conductive winding that rate matches, this coil to alive have magnetism as magnet, are magnetic when being powered, after power-off
Magnetic just disappears therewith.
Problems solved by the invention is to contain a certain amount of iron powder in the carbon dust that the prior art recycles, and unified recycling uses meeting
Influence carbon dust quality, it is this not to carbon dust count accurately classification recycling mode, cause recycling carbon dust also need to spend it is higher
Cost and technique are handled, and the untreated direct discarding of the user having is caused, and pollute environment, and the present invention passes through above-mentioned component
It is combined with each other, a kind of device for the recycling carbon dust that can classify automatically of the present invention can be efficiently by carbon dust by carbon powder recycling device 4
It is detached and is classified with iron powder, to improve the quality of carbon dust post-production, and reduced the cost of recycling, prevent user not
Processing directly abandons, and pollutes environment.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (9)
1. a kind of device for the recycling carbon dust that can classify automatically, structure include charging watch window (1), controller (2), answer urgent telegram
Source switch (3), carbon powder recycling device (4), feeding hatchcover (5), universal caster wheel (6) composition, the carbon powder recycling device (4) bottom
Portion is uniformly equidistantly equipped with eight universal caster wheels (6), it is characterised in that：
The universal caster wheel (6) and carbon powder recycling device (4) are threadedly coupled, the carbon powder recycling device (4) top groove
Place is equipped with emergency power supply and switchs (3), and the emergency power supply switchs (3) and carbon powder recycling device (4) electrical connection, the carbon dust
Retracting device (4) front end is equipped with controller (2), and the controller (2) is close to be fixed on carbon powder recycling device (4) surface,
Described controller (2) side is equipped with feeding hatchcover (5), and the feeding hatchcover (5) and carbon powder recycling device (4) hinge connect
It connects, the controller (2) other side is equipped with charging watch window (1), and the charging watch window (1) is fastened in carbon
On powder reclaiming device (4) surface groove, the carbon powder recycling device (4) by feed anti-airborne dust mechanism (41), feed inlet (42),
Electromagnetic adsorption mechanism (43), outer cover (44), storing mobile mechanism (45), transmission mechanism (46) composition, the electromagnetic adsorption machine
Structure (43) is set to outer cover (44) inside and the two is gap-matched, and storing is equipped with below the electromagnetic adsorption mechanism (43)
Mobile mechanism (45), the storing mobile mechanism (45) and electromagnetic adsorption mechanism (43) match, the storing moving machine
Transmission mechanism (46) is equipped on the right side of structure (45), the transmission mechanism (46) and storing mobile mechanism (45) are sequentially connected, described
Transmission mechanism (46) above be equipped with and feed anti-airborne dust mechanism (41), the anti-airborne dust mechanism (41) of the charging and transmission mechanism
(46) it matches.
2. a kind of device of recycling carbon dust that can classify automatically according to claim 1, it is characterised in that：The charging is anti-
Dirt mechanism (41) is by removable cover (411), spring hinge (412), the first drive line (413), pulley blocks (414), T-type holder
(415), iron ball (416), movable plate (417), the first spring (418), sliding block (419), sliding rail (4110) composition, the sliding rail
(4110) upper end is fixed on outer cover (44) inner wall, and the sliding rail (4110) side is equipped with movable plate (417), the activity
For the sliding block (419) that plate (417) is equipped with by one end with sliding rail (4110) using being slidably connected, the movable plate (417) is another
End is equipped with iron ball (416), the iron ball (416) and movable plate (417) using interference fit, and the sliding rail (4110) is another
Side is equipped with T-type holder (415), and the T-type holder (415) is fastened on outer cover (44) inner wall, the T-type holder
(415) pulley blocks (414) are equipped with and the two is using interference fit, the sliding rail (4110) top is equipped with removable cover
(411), the removable cover (411) is hinged by spring hinge (412) and outer cover (44), first drive line
(413) head and the tail both ends are separately fixed on sliding block (419) and spring hinge (412), and first drive line (413) passes through cunning
Wheel group (414) is connect with spring hinge (412).
3. a kind of device of recycling carbon dust that can classify automatically according to claim 1, it is characterised in that：The electromagnetism is inhaled
Random structure (43) is by activity box (431), upright bar (432), the first sliding groove (433), second spring (434), armature (435), spool
(436), the second drive line (437), pulley (438), wind turbine (439), special-shaped hinge (4310), isolation board (4311), fixed frame
(4312), electromagnet (4313), movable traveller (4314) form, and the upright bar (432) upper end is fastened in outer cover (44)
On inboard wall groove, the upright bar (432) both sides are equipped with the first sliding groove (433) and the two is using interference fit, the work
Dynamic frame (431), which is used by movable traveller (4314) with the first sliding groove (433), to be slidably matched, at the top of the activity box (431)
Equipped with second spring (434), the second spring (434) upper and lower ends are separately fixed at outer cover (44) inner wall and activity box
(431) on top surface, the activity box (431) is internally provided with two electromagnet (4313) and is evenly distributed on upright bar (432)
Both sides, described two electromagnet (4313) are axially symmetric structure, and the electromagnet (4313) is solid by fixed frame (4312)
It is scheduled on upright bar (432) outer wall, the electromagnet (4313) side is equipped with wind turbine (439), the wind turbine (439) left and right two
Side is separately fixed on activity box (431) inner wall and fixed frame (4312), and the wind turbine (439) and electromagnet (4313) are electrically connected
It connects, the activity box (431) both sides are equipped with special-shaped hinge (4310), and the activity box (431) bottom is equipped with uniformly equidistant
If there are two isolation board (4311), the isolation board (4311) is hinged by special-shaped hinge (4310) and activity box (431),
It is equipped with spool (436) above the special-shaped hinge (4310), is equipped between the spool (436) and special-shaped hinge (4310)
Second drive line (437), second drive line (437) are connect by pulley (438) with special-shaped hinge (4310).
4. a kind of device of recycling carbon dust that can classify automatically according to claim 3, it is characterised in that：The electromagnetism is inhaled
Random structure (43) is matched by electromagnet (4313) with storing mobile mechanism (45).
5. a kind of device of recycling carbon dust that can classify automatically according to claim 3 or 4, it is characterised in that：The storage
Expect mobile mechanism (45) by third spring (451), storing frame (452), idler wheel (453), second sliding slot (454), moving contact
(455), static contact (456) forms, and equidistantly sets that there are two second sliding slots (454) below the storing frame (452) side by side, described
Storing frame (452) use of idler wheel (453) and second sliding slot (454) be equipped with by bottom be slidably matched, the storing frame
(452) side is equipped with moving contact (455), the moving contact (455) and storing frame (452) using interference fit, and described is dynamic
Contact (455) and static contact (456) match, and the static contact (456) is close to be fixed on outer cover (44) inner wall, described
Storing frame (452) other side is equipped with third spring (451), and described third spring (451) one end is fixed on storing frame (452) outside
On wall, the moving contact (455) and static contact (456) are connect by conducting wire with electromagnet (4313), the storing frame
(452) it is flexibly connected with activity box (431).
6. a kind of device of recycling carbon dust that can classify automatically according to claim 1, it is characterised in that：The driver
Structure (46) is slided by pull rod (461), gear drive (462), stock guide (463), iron ball magnetic cutting ferrule (464), pull rod limit
(465) composition is covered, pull rod limit sliding sleeve (465) is equipped with pull rod (461) and the two is used and is slidably matched, described
Pull rod (461) one end is equipped with iron ball magnetic cutting ferrule (464), and the iron ball magnetic cutting ferrule (464) and pull rod (461) use interference
Cooperation, the gear drive (462) side are equipped with stock guide (463), and the stock guide (463) is vertically fixed on outer
It covers on (44) inner wall, described third spring (451) other end is fixed on stock guide (463).
7. a kind of device of recycling carbon dust that can classify automatically according to claim 6, it is characterised in that：The driver
Gear drive (462) is equipped with below structure (46), the gear drive (462) and transmission mechanism (46) transmission connect
It connects.
8. a kind of device of recycling carbon dust that can classify automatically described according to claim 6 or 7, it is characterised in that：The tooth
Wheel drive mechanism (462) is by gear (46201), upper rack (46202), push rod (46203), lower rack (46204), support sliding slot
(46205) it forms, the gear (46201) upper and lower ends are respectively equipped with upper rack (46202) and lower rack (46204), institute
The upper rack (46202) and lower rack (46204) stated are meshed with gear (46201), and described lower rack (46204) bottom is set
There is support sliding slot (46205) and the two is gap-matched, described lower rack (46204) one end is equipped with push rod (46203),
Using interference fit, the push rod (46203) runs through stock guide (463) for the push rod (46203) and lower rack (46204)
It is sequentially connected with storing frame (452), the upper rack (46202) top surface is fastened in pull rod (461) bottom recesses, institute
The pull rod (461) stated is connect by upper rack (46202) with gear (46201).
9. a kind of device of recycling carbon dust that can classify automatically according to claim 6, it is characterised in that：The pull rod limit
Position sliding sleeve (465) upper end uses with sliding rail (4110) and is interference fitted, the iron ball magnetic cutting ferrule that the pull rod (461) one end is equipped with
(464) it is matched with iron ball (416).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810338285.8A CN108609377A (en) | 2018-04-16 | 2018-04-16 | A kind of device for the recycling carbon dust that can classify automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810338285.8A CN108609377A (en) | 2018-04-16 | 2018-04-16 | A kind of device for the recycling carbon dust that can classify automatically |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108609377A true CN108609377A (en) | 2018-10-02 |
Family
ID=63660346
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810338285.8A Withdrawn CN108609377A (en) | 2018-04-16 | 2018-04-16 | A kind of device for the recycling carbon dust that can classify automatically |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108609377A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112173450A (en) * | 2020-09-04 | 2021-01-05 | 广东长信精密设备有限公司 | Recycling equipment for industrial selenium-depleted material |
| CN112623716A (en) * | 2020-12-23 | 2021-04-09 | 苏州富拉尔新能源装备科技有限公司 | Full-automatic powder turnover recovery device |
-
2018
- 2018-04-16 CN CN201810338285.8A patent/CN108609377A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112173450A (en) * | 2020-09-04 | 2021-01-05 | 广东长信精密设备有限公司 | Recycling equipment for industrial selenium-depleted material |
| CN112623716A (en) * | 2020-12-23 | 2021-04-09 | 苏州富拉尔新能源装备科技有限公司 | Full-automatic powder turnover recovery device |
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Application publication date: 20181002 |