CN206905404U - A kind of Chemical Manufacture blank drying system - Google Patents
A kind of Chemical Manufacture blank drying system Download PDFInfo
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- CN206905404U CN206905404U CN201720838907.4U CN201720838907U CN206905404U CN 206905404 U CN206905404 U CN 206905404U CN 201720838907 U CN201720838907 U CN 201720838907U CN 206905404 U CN206905404 U CN 206905404U
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Abstract
The utility model discloses a kind of Chemical Manufacture blank drying system, belong to chemical machinery field.The utility model includes cutoff device and drying unit, cutoff device includes workbench, pusher cylinder, slicing mechanism and feeding unit, conveying roller is set side by side with conveying platform in feeding unit, the conveying direction of the conveying roller is vertical with the pusher direction of pusher cylinder；Drying unit includes casing and dries car, dries and at least 3 layers of drying unit are vertically set side by side with the vehicle frame of car, cutoff device institute processing materials are loaded in drying unit, and drying processing is carried out to the material in drying unit using the drying system in casing.In workbench side, increase has conveying platform to the utility model, simple and convenient using the conveying roller on conveying platform to workbench feeding, greatly reduces the labor intensity of worker.
Description
Technical field
Chemical machinery technical field is the utility model is related to, is dried more specifically to a kind of Chemical Manufacture with blank
System.
Background technology
Lacquer finish powder is that the resin obtained with melamine and formaldehyde phase reaction must be made after being processed further, in pairing
, it is necessary to which first reactant is aged in magazine when resin is processed, solid matter is obtained, then material after solidification is carried out
Crush, drying, required Lacquer finish powder is finally formed by ball milling.
The processing of Lacquer finish powder mainly includes four-stage：
React workshop section：Melamine, formaldehyde are proportionally added into reactor, condensation polymerization reaction is carried out at 70~75 DEG C,
Generate carbamide synthetic resin.
It is aged workshop section：Synthetic material is put into plastic casing and is aged a period of time, is put into stock-cutter and crushes.
Drying section：Resin after will be broken is put into pallet, is pushed into drying baker and is dried.
Break section：Additive and stabilizer are added in material after the drying, is ground after mixing through release grinding machine again, is passed through
Cross screening and form final product.
At present, it is to carry out slice processing, including section portion using slicer mostly when carrying out cutting into slices broken to synthetic resin
Point and pusher part, solid material tangential section part is pushed by cylinder, and applies certain pressure, enters material and cut
Piece part is broken.But existing slicer must rely on and manually material to be processed is placed in the relative cell body of cylinder one by one,
Then pusher could be carried out using cylinder, during blowing, the time consumed is more, relatively inefficient.Furthermore, it is necessary to
Worker constantly places material to be processed into hopper, larger to the degree of dependence of worker.
Chinese patent (U of CN 202964727) discloses a kind of special slicer of Lacquer finish powder, and it includes spindle carrier and master
Frame, the both ends of main shaft are connected by bearing block with spindle carrier, mainframe respectively, and the right-hand member of main shaft is connected by belt transmission
Motor is connect, motor is arranged on the lower end of mainframe, it is characterised in that the left end socket section disk of main shaft, the overcoat discharging of section disk
Cover, discharge cover lower openings.The top difference binder disk and cylinder of mainframe, the left end connection scraping wings of the cylinder, pusher
Board is connected between the side shield of charging tray two, the left end connection discharge cover of charging tray.
In addition, material is dried after being sliced by vertical air intake or horizontal air intake, vertical air intake drying mode contraposition
In drying the material above car by preferable drying effect, its drying rate is very fast, but air intake passes through after the charging tray of top, its humidity
Increase, flow velocity decline, thus relatively slow for the drying materials of lower section, it is necessary to longer time just can guarantee that material is oven-dried, and drop
The low processing efficiency of whole production process.Horizontal air intake to material thickness require it is larger, if in charging tray material laying compared with
Thickness, the material at middle part are difficult to dry, and therefore, the inventory dried every time is less, and processing efficiency is not high.For how to change air intake
It is also to need to solve the problems, such as in current industry that structure either improves drying efficiency by other means.
Utility model content
1. utility model technical problems to be solved
The purpose of this utility model is to overcome the shortcomings of that slicer is not easy to blowing in the prior art, there is provided Yi Zhonghua
Work production blank drying system, in workbench side, increase has conveying platform to the utility model, utilizes the conveying roller on conveying platform
It is simple and convenient to workbench feeding, greatly reduce the labor intensity of worker.
2. technical scheme
To reach above-mentioned purpose, technical scheme provided by the utility model is：
A kind of Chemical Manufacture blank drying system of the present utility model, including：
Cutoff device, it includes workbench, pusher cylinder, slicing mechanism and feeding unit, the conveying platform in feeding unit
On be set side by side with conveying roller, the conveying direction of the conveying roller is vertical with the pusher direction of pusher cylinder；
Drying unit, it includes casing and dries car, dries and at least 3 layers drying are vertically set side by side with the vehicle frame of car
Unit, cutoff device institute processing materials are loaded in drying unit, using the drying system in casing to the thing in drying unit
Material carries out drying processing.
Further improved as the utility model, the feeding mouth of the slicing mechanism is provided with striker plate, the backgauge
The housing hinge of plate and slicing mechanism connects.
Further improved as the utility model, banking pin is provided with below striker plate, for limiting under striker plate
The height fallen.
Further improved as the utility model, resistance is provided with the bearing pin that the striker plate is connected with slicing mechanism
Buddhist nun's spring, striker plate is applied and rotates down power.
Further improved as the utility model, the drying unit includes charging tray support, dividing plate and wind deflector, material
Disc carrier is symmetrical arranged on dividing plate, and the wind deflector is arranged on below charging tray support, and formation makes dividing plate two side areas be connected
Air channel；Charging tray is placed on charging tray support, and transverse air-intake enters lower section air channel from the charging tray of dividing plate side, and another from dividing plate
Pass to form circulated air passage in the charging tray of side.
Further improved as the utility model, described wind deflector is arc, and symmetrical on dividing plate.
Further improved as the utility model, the inwall of the side wall of charging tray one is obliquely installed, its incline direction
It is partial to the middle part of charging tray；When as charging tray in use, sloped sidewall is close to dividing plate；When as charging tray in use, sloped sidewall
Away from dividing plate.
Further improved as the utility model, described to dry the closed at both ends of car, charging tray puts push-in from car both sides are dried
Onto charging tray support；The bottom for drying car both sides is provided with draught shield.
Further improved as the utility model, the baking car bottom is provided with roller, and rail is set in casing
Road, roller coordinate with track.
Further improved as the utility model, be provided with rotating disk outside the casing, rail is set on rotating disk
Road, after rotating disk is positioned, rotating disk upper rail can be connected with casing inner orbit.
3. beneficial effect
Using technical scheme provided by the utility model, compared with prior art, have the advantages that：
(1) a kind of Chemical Manufacture blank drying system of the present utility model, conveying platform is additionally arranged in workbench side, and
Conveying roller is installed on conveying platform, material to be processed is placed on conveying roller, then material can be formed between conveying roller
Rolling friction, after the materiel machining on workbench is complete, pushes directly on next material and enter workbench, it is easy to use, turn
It is short to change the time, and need not carry at a distance, can reduce labor strength；
(2) a kind of Chemical Manufacture blank drying system of the present utility model, the feeding mouth of slicing mechanism are provided with backgauge
The housing hinge connection of plate, the striker plate and slicing mechanism, in section, the broken material of portion extrusion can accumulate in material block
The upper surface of the non-crimping section of shape material, set striker plate can prevent material from outwards trickling down；Set below striker plate
Limited location is followed closely, and for limiting the height of striker plate whereabouts, is ensured not contact with material during striker plate extreme lower position, is helped to feed
Processing；
(3) a kind of Chemical Manufacture blank drying system of the present utility model, the drying of two row is symmetrically arranged with vehicle frame
Unit, and isolate the charging tray of its both sides in middle part dividing plate, it can only be turned on, then entered by the air channel that lower section wind deflector is formed
The hot blast of interlayer by dividing plate due to being blocked, air pressure increase, and wind deflector institute below can be entered through the material in the charging tray of left side
Air channel is enclosed, pressure increases in air channel, and then can pass through the material discharge in the charging tray of right side, then forms circulation；Due to every layer of thing
Material can contact with the fresh air of entrance simultaneously, substantially increase drying efficiency, avoid circulation wind moisture to drying effect
Influence；
(4) a kind of Chemical Manufacture blank drying system of the present utility model, air-flow close to dividing plate position pressure compared with
Greatly, its wind deflector is arranged to arc, can make the lower section airflow smooth circulation close to partition position；And due to edge effect,
Charging tray edge gap is relatively large, and throughput is bigger, has certain influence to the being heated evenly property of entirety, and in the utility model
The inwall of a side wall on charging tray parallel to dividing plate is obliquely installed, its incline direction deviation and the middle part of charging tray；When as charging tray
In use, sloped sidewall is close to dividing plate；When as charging tray in use, sloped sidewall is away from dividing plate, and then edge effect can be reduced
The influence brought, further improves drying efficiency.
Brief description of the drawings
Fig. 1 is the chip drying schematic flow sheet of the present invention；
Fig. 2 is the structural representation of the slicer of the present invention；
Fig. 3 is the structural representation of striker plate；
Fig. 4 is the structural representation of the cabinet type baking oven of the present invention；
Fig. 5 is air inlet structure schematic diagram in the present invention；
Fig. 6 is charging tray side wall construction and its placement schematic diagram；
Fig. 7 is the structural representation for the charging tray that sidewall slope is set；
Fig. 8 is the structural representation that wind deflector is provided separately.
Label declaration in schematic diagram：1st, casing；101st, air inlet duct；102nd, air inlet；103rd, exhausting duct；2nd, car is dried；
201st, vehicle frame；202nd, draught shield；203rd, wind deflector；204th, charging tray support；205th, dividing plate；3rd, charging tray；401st, workbench；402、
Pusher cylinder；403rd, slicing mechanism；404th, striker plate；405th, banking pin；5th, feeding unit；501st, conveying platform；502nd, conveying roller；
503rd, conveying baffle plate.
Embodiment
To further appreciate that present disclosure, the present invention is described in detail in conjunction with the accompanying drawings and embodiments.
Embodiment 1
The Chemical Manufacture of the present embodiment blank drying system, in terms of being mainly used in synthetic resin processing, for anti-
The solid material that should be aged afterwards is cut into slices, dries processing, and the present embodiment is mainly to the cutoff device and drying unit in system
It is improved.Such as Fig. 1, cutoff device is mainly used in the material of bulk cut into slices to crush, then the material after blank is filled
It is loaded on the baking car 2 of drying unit, is pushed into baking car 2 in casing 1, carrying out drying using the drying system in casing adds
Work.
Specifically, cutoff device includes workbench 401, pusher cylinder 402 and slicing mechanism 403, and workbench 401 is by support
Support, is provided with pusher cylinder 402, the opposite side relative with pusher cylinder 402 is provided with slicing mechanism on workbench 401
403, pusher cylinder 402 carries out slice processing for the material on workbench 401 to be pushed to slicing mechanism 403.The present embodiment exists
The side of workbench 401 is provided with feeding unit 5, and as shown in Figure 2, feeding unit 5 includes conveying platform 501 and conveying roller 502,
Conveying platform 501 and workbench 401 therein are perpendicular, both upper surface flush.
Conveying roller 502 is set side by side with conveying platform 501, the width of the conveying roller 502 along conveying platform 501 is set
Put, material conveying is carried out by the rotation of conveying roller 502, then the conveying direction of conveying roller 502 and the pusher side of pusher cylinder 402
To vertical, by conveying roller 502 block resin transfer to workbench 401, then with pusher cylinder 402 material is delivered to slicer
Structure 403 is processed.
During work, the material of bulk is placed on conveying platform 501, along conveying roller 502 rotation direction material from defeated
Material platform 501 promotes to workbench 401, and due to the setting of conveying roller 502, material forms rolling friction with disk roller, it is not necessary to artificial
Carry.After material reaches workbench 401, start pusher cylinder 402 and work, flat board and the material of its piston rod end connect
Touching, and apply thrust, material is pushed to the charging aperture of slicing mechanism 403, material has cross-feed motion to be changed into longitudinal motion,
Direction changes.During materiel machining residue fewer parts, piston rod is withdrawn, and second block of material is processed into workbench, and can
The remainder for propping up first block of material by second block of material continues to process, easy to use, reduces middle blowing and is taken
Between, operating efficiency is improved, and greatly reduce labor strength.
After material is crushed by blank, institute's processing materials, which are loaded in, to be dried on car 2, is dried on the vehicle frame 201 of car 2 vertically
At least 3 layers of drying unit are set side by side with, material is located in drying unit, using the drying system in casing 1 to drying unit
In material carry out drying processing.
Embodiment 2
The improvement of the present embodiment is：Conveying platform 501 is not frame structure, but overall planar structure, defeated
Material platform 501 offers rectangular opening on surface, and the roll surface of conveying roller 502 projects upwards from rectangular opening.
What deserves to be explained is it is 3~8mm that conveying roller 502 can be controlled, which to protrude from the height of the upper surface of conveying platform 501, such as
Spacing between the conveying roller that fruit is set is larger, then conveying table top can play guide support effect；In addition, conveying table top and work
Table top is flushed, within the range, it helps material is transitted directly on workbench.The preferred projecting height of the present embodiment is 5mm.
Embodiment 3
The improvement of the present embodiment is：The both sides of conveying platform 501 are provided with two pieces of parallel conveying baffle plates 503；This is defeated
Material baffle plate 503 is mutually connected with the baffle plate on workbench 401.The set one side of conveying baffle plate 503 can prevent material from sliding, and rise
To protective effect；On the other hand guide effect can be played, conveying baffle plate 503 is connected with the baffle plate of workbench, ensures that material is suitable
Profit is entered on workbench.
With reference to Fig. 3, the feeding mouth of slicing mechanism 403 is provided with striker plate 404, the striker plate 404 and slicing mechanism 403
Housing hinge connects.In section, the broken material of portion extrusion can accumulate in the upper table of the non-crimping section of material lump material
Face, if its accumulation can not be limited, material can be more in outside accumulation after part is shredded, and may trickle down, or even can influence
Processing progress.And set striker plate can prevent that material from outwards trickling down, caused particle is set to be fed into intraoral.
Embodiment 4
The improvement of the present embodiment is：The lower section of striker plate 404 is provided with banking pin 405, for limiting under striker plate 404
The height fallen.If striker plate directly rides over material upper surface, because striker plate is than relatively thin, and material moves to striker plate,
Then easily cause upper materials to be scraped, banking pin is provided with below striker plate, for limiting the height of striker plate whereabouts,
Ensure not contact with material during striker plate extreme lower position, contribute to charging processing.
Damping spring is provided with the bearing pin that the striker plate 404 is connected with slicing mechanism 403, striker plate 404 is applied
Power is rotated down, prevents its particle from outwards jacking up striker plate 404 and overflowing.The housing bottom of the slicing mechanism 403 of the present embodiment
It is not less than 70cm apart from ground level, within the range, by increasing body height, conveying can be placed below slicing mechanism
Dolly.The surface of conveying roller 502 is provided with anti-slip veins, avoids material from skidding.
Embodiment 5
The improvement of the present embodiment is：The air inlet and moisture exhausting port of casing 1 in the present embodiment can use conventional set
Meter, if can transverse air-intake, be not specifically limited.The left side of casing 1 is provided with air inlet duct 101, is connected in the air inlet duct 101
There is air inlet 102, the air inlet 102 is laterally set, for entering laterally dry wind；The right side of casing 1 is provided with exhausting duct
103, dried wind enters exhausting duct 103, is recycled after hydrofuge, and the material dried on car 2 is carried out by circulating air
Dry.
The key point of the present embodiment is to be improved drying car 2, edge on the vehicle frame 201 of the baking car 2 in the present embodiment
Vertical direction is set side by side with least 3 layers of drying unit, for holding material.Specifically, referring to Fig. 4, Fig. 5, drying unit bag
Include charging tray support 204, dividing plate 205 and wind deflector 203.Charging tray support 204 is used to place charging tray 3, and it can be by two pieces or polylith
Support plate forms, drawer-like bottom bracket, charging tray 3 under conditions of proof strength, is not influenceed as far as possible in pull above
Air intake.
In addition, charging tray support 204 is symmetrical arranged on dividing plate 205, i.e., there are two row drying units of left and right on a baking car 2,
There are two row charging tray supports 204 in other words, two charging trays 3 can be placed side by side on same layer, and be by dividing plate between charging tray 3
205 separate.Air vent is arranged at the bottom of charging tray 3, can make airflow.
Wind deflector 203 is arranged on the lower section of charging tray support 204, and its bottom surface contacts with next layer of dividing plate 205, then for one
For drying unit, wind deflector 203, dividing plate 205 and the wind deflector 203 of lower section of top form the area of a relative closure
Domain, it is merely able to form the air channel being connected by the wind deflector 203 of lower section from both sides air intake or air draft, the two side areas of dividing plate 205.
Charging tray 3 is placed on charging tray support 204, left side charging tray is labeled as into charging tray 3a, right side charging tray is labeled as charging tray 3b, transverse air-intake
Enter between wind deflector 203 from the charging tray 3a of the side of dividing plate 205 and above it, pressure increase, then through material bed, from material
Disk 3a air vent enters lower section wind deflector 203 and enclosed in air channel, and because pressure is smaller above charging tray 3b, air-flow passes through charging tray
3b, pass to form circulated air passage from the charging tray 3b of the opposite side of dividing plate 205.
The present embodiment is because using said structure, the drying unit being arranged above and below can contact with circulating air, right simultaneously
Only pass through two charging trays, influence very little of the airflow humidity to drying effect in same air intake；And circulated air passes through from material,
Hot blast passes through the whole bed of material, is not limited solely to surface of material, is uniformly heated；That is, the present embodiment combines water
The technology that flat air intake and vertical air intake are dried, substantially increases drying efficiency.
Embodiment 6
The improvement of the present embodiment is：Wind deflector 203 in the present embodiment is arc, and symmetrical on dividing plate 205, is led
The minimum point of aerofoil 203 contacts connection with dividing plate 205.
Because wind deflector 203 is arranged to arc, closer to the position of dividing plate 205, the space of the top of charging tray 3 is smaller, and by
It is larger in pressure in the presence of dividing plate 205, the regional location；And for the lower section of charging tray 3, closer to the position of dividing plate 205, lead
Aerofoil 203 and the distance on charging tray ground are bigger, and duct space is bigger, thus the more conducively circulation of circulating air.For top layer
Drying unit, it is necessary to set cover plate, to coordinate the drying unit of the top to make its air intake above it.Further, can also set
Put dividing plate 205 with cabinet wall to coordinate, for controlling air intake.
Embodiment 7
The improvement of the present embodiment is：The inwall of a side wall on charging tray 3 parallel to dividing plate 205 is obliquely installed, and it inclines
Tilted direction is partial to the middle part of charging tray 3；With reference to Fig. 6, when as charging tray 3a in use, sloped sidewall is close to dividing plate 205；Work as conduct
Charging tray 3b in use, sloped sidewall away from dividing plate 205.
It inclination for the inwall of charging tray 3, can be that side wall is directly arranged to skewed, be set such as Fig. 7, or side wall
For vertical shape, then carry out oblique surface machining in its inwall and form inclined inwall, such as Fig. 6, can reach the inclined mesh of inwall
's.
It is well known that material is mostly graininess, there is certain gap between the material in charging tray, but because material has
Certain thickness, it can be stacked between material, and for the material positioned at edge, due to the presence of charging tray side wall, stack
Effect can have a relatively large gap relative to other regions, and throughput is larger during ventilation, that is, so-called edge effect
Should.For the synthetic resin that the present embodiment is to be processed, if local air flow is larger, air flow method on the one hand can be made uneven, no
Beneficial to the raising of processing efficiency；On the other hand, high temperature gas flow may make material coking, and product quality declines.
In view of the above-mentioned problems, in the present embodiment charging tray as charging tray 3a in use, sloped sidewall subtracts close to dividing plate 205
The throughput of few charging tray 3a inward flanges；In use, sloped sidewall is away from dividing plate 205, reduced when as charging tray 3b on the outside of charging tray 3b
The exhaust air rate at edge, drying effect is influenceed so as to reduce edge effect.
Embodiment 8
The improvement of the present embodiment is：The main function of charging tray 3 is to hold material, and can be divulged information, therefore, can be
Its bottom plate sets air vent or is directly made of silk screen, and the present embodiment selection sets air vent.
It should be noted that explanation of the foregoing description primarily directed to simple layer drying unit, the baking car 2 in the present embodiment
Comprising 5 layers of drying unit, every layer or so has two row, and from drying in terms of the side of car 2, each column includes 2~5 row's drying units, to set 3 rows
Exemplified by drying unit, every layer has 6 drying units, can place 6 charging trays.
The closed at both ends of car 2 is dried, charging tray 3 is put from baking car 2 both sides and is pushed on charging tray support 204；Dry the bottom of the both sides of car 2
Draught shield 202 is provided with, avoids circulating air from being discharged from bottom.For the drying unit of interlayer same row, adjacent two row dries
It can be communicated between dry unit, again dividing plate can also be set to be separated, be not particularly limited.
The present embodiment may be selected will be separately positioned between different drying units, as shown in figure 8, in each drying unit
There is sloped sidewall the both sides of wind deflector 203, different drying units is independent of each other.If the length of drying unit is larger, i.e. charging tray
It is longer, it is likely that hot blast laterally disturbs to be present, i.e. air-flow play between multiple rows of drying unit, rather than directly wear
Cross charging tray to be circulated, be unfavorable for air intake.After drying unit is provided separately, it is ensured that circulating air flow direction.
Further, its sidewall slope is set, and outward-dipping, and edge airflow amount is less, reduces the shadow of edge effect
Ring.
Embodiment 9
The improvement of the present embodiment is：The dividing plate 205 of top layer drying unit is not more than 10mm apart from the inwall of casing 1, prevents
Only the hot blast in left side is discharged by being passed to right side between top.It is possible to further set rubber slab on dividing plate 205, the rubber
Offset plate is soft thin plate, does not influence the disengaging of screw oil expeller, and can coordinate with cabinet wall and the left and right sides is separated, and reduces hot blast
Loss.
The present embodiment dries the bottom of car 2 and is provided with roller, and track is set in casing 1, and roller coordinates with track.This is also
The conventional arrangement of this area, also roller directly can be arranged to universal wheel, it is convenient to dry car disengaging.
Car disengaging is conveniently dried using rail mounted structure, direction controlling is simple, and the baking car for Universal wheel structure, in convenient
Transport it is defeated, it is different according to application target, different structure can be used, the present embodiment uses rail mounted structure.
Embodiment 10
The improvement of the present embodiment is：The present embodiment is provided with rotating disk outside casing 1, and rail is set on rotating disk
Road, after rotating disk is positioned, rotating disk upper rail can be connected with the inner orbit of casing 1, make baking car along rail running to rotating disk, lead to
Rotation rotating disk is crossed, baking car reverses direction can be made, and then conveniently fed in the same side.Localization machine can be set on rotating disk
Structure, the anglec of rotation for controlling rotating disk are 180 °.
If need not turn direction directly can complete to feed in side, its efficiency is higher.And the present embodiment dries car knot
Dividing plate 205 is provided with structure, causes to complete to feed from side, therefore can only adjust and dry the direction of car 2.In order to reach the mesh
, if it is engaged using universal wheel, or universal wheel with track, but no matter which kind of scheme, after direction is turned, goes back
Baking car is pushed into casing, now needs positioning to be aligned.And turntable structure is used in the present embodiment, after directly rotating
Location vehicle is completed, baking car is pushed into casing, it is simple in construction, it is easy to use.The present invention passes through to drying car upper air inlet mode
Improvement, enable material thermally equivalent in charging tray, and every layer of material is directly to be contacted with circulation fresh air, required time
It is short, substantially increase drying efficiency.
Schematically the present invention and embodiments thereof are described above, this describes no restricted, institute in accompanying drawing
What is shown is also one of embodiments of the present invention, and actual structure is not limited thereto.So if common skill of this area
Art personnel are enlightened by it, without departing from the spirit of the invention, without designing and the technical scheme for creativeness
Similar frame mode and embodiment, protection scope of the present invention all should be belonged to.
Claims (10)
- A kind of 1. Chemical Manufacture blank drying system, it is characterised in that：Including：Cutoff device, it includes workbench (401), pusher cylinder (402), slicing mechanism (403) and feeding unit (5), conveying Conveying roller (502) is set side by side with conveying platform (501) in mechanism (5), conveying direction and the pusher gas of the conveying roller (502) The pusher direction of cylinder (402) is vertical；Drying unit, it includes casing (1) and dries car (2), dries and be vertically set side by side with the vehicle frame (201) of car (2) At least 3 layers of drying unit, cutoff device institute processing materials are loaded in drying unit, utilize the drying system pair in casing (1) Material in drying unit carries out drying processing.
- A kind of 2. Chemical Manufacture blank drying system according to claim 1, it is characterised in that：The slicing mechanism (403) feeding mouth is provided with striker plate (404), and the striker plate (404) is connected with the housing hinge of slicing mechanism (403).
- A kind of 3. Chemical Manufacture blank drying system according to claim 2, it is characterised in that：Under striker plate (404) Side is provided with banking pin (405), for limiting the height of striker plate (404) whereabouts.
- A kind of 4. Chemical Manufacture blank drying system according to claim 2, it is characterised in that：The striker plate (404) damping spring is provided with the bearing pin being connected with slicing mechanism (403), striker plate (404) is applied and rotates down power.
- A kind of 5. Chemical Manufacture blank drying system according to claim 1, it is characterised in that：The drying unit bag Charging tray support (204), dividing plate (205) and wind deflector (203) are included, charging tray support (204) is symmetrical arranged on dividing plate (205), institute State wind deflector (203) to be arranged on below charging tray support (204), formation makes the air channel that dividing plate (205) two side areas is connected；Charging tray (3) be placed on charging tray support (204), transverse air-intake enters lower section air channel from the charging tray (3a) of dividing plate (205) side, and from every Pass to form circulated air passage in the charging tray (3b) of plate (205) opposite side.
- A kind of 6. Chemical Manufacture blank drying system according to claim 5, it is characterised in that：Described wind deflector (203) it is arc, and it is symmetrical on dividing plate (205).
- A kind of 7. Chemical Manufacture blank drying system according to claim 6, it is characterised in that：The charging tray (3) one The inwall of side wall is obliquely installed, and its incline direction is partial to the middle part of charging tray (3)；When as charging tray (3a) in use, inclined side Wall is close to dividing plate (205)；When as charging tray (3b) in use, sloped sidewall is away from dividing plate (205).
- A kind of 8. Chemical Manufacture blank drying system according to claim 7, it is characterised in that：The baking car (2) Closed at both ends, charging tray (3) is put from baking car (2) both sides and is pushed on charging tray support (204)；The bottom for drying car (2) both sides is provided with Draught shield (202).
- A kind of 9. Chemical Manufacture blank drying system according to any one of claim 5~8, it is characterised in that：Institute State baking car (2) bottom and be provided with roller, and track is set in casing (1), roller coordinates with track.
- A kind of 10. Chemical Manufacture blank drying system according to claim 9, it is characterised in that：The casing (1) is outside Portion is provided with rotating disk, and track is provided with rotating disk, and after rotating disk is positioned, rotating disk upper rail can be with casing (1) inner orbit Linking.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720838907.4U CN206905404U (en) | 2017-07-12 | 2017-07-12 | A kind of Chemical Manufacture blank drying system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720838907.4U CN206905404U (en) | 2017-07-12 | 2017-07-12 | A kind of Chemical Manufacture blank drying system |
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| CN206905404U true CN206905404U (en) | 2018-01-19 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107289734A (en) * | 2017-07-12 | 2017-10-24 | 安徽弘源化工科技有限公司 | A kind of Chemical Manufacture blank drying system |
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2017
- 2017-07-12 CN CN201720838907.4U patent/CN206905404U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107289734A (en) * | 2017-07-12 | 2017-10-24 | 安徽弘源化工科技有限公司 | A kind of Chemical Manufacture blank drying system |
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