CN207456104U - A kind of vertical drying furnace system - Google Patents
A kind of vertical drying furnace system Download PDFInfo
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- CN207456104U CN207456104U CN201721541309.7U CN201721541309U CN207456104U CN 207456104 U CN207456104 U CN 207456104U CN 201721541309 U CN201721541309 U CN 201721541309U CN 207456104 U CN207456104 U CN 207456104U
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Abstract
The utility model is related to a kind of vertical drying furnace system, including furnace body, heating system, air path system, exhaust system, elevating mechanism, transport mechanism, adjustable guard bar device and electric control system；It is characterized in that：Heating system is located at furnace interior top, transport mechanism is located at furnace interior bottom, adjustable guard bar device is arranged between heating system and transport mechanism, exhaust system is arranged at the top position on the outside of furnace body, electric control system is arranged at furnace interior and outside simultaneously, and air path system between transport mechanism and adjustable guard bar device by circulating the drying effect realized to material；Consume energy low, production capacity is fast, it is efficient, handled using hot wind, inner-walls of duct cleaning is kept to improve the cleanliness factor of welding quality and pipe-line system without greasy dirt.
Description
Technical field
The utility model is related to a kind of drying system more particularly to a kind of vertical drying furnace systems.
Background technology
Drying equipment widely uses in national economy, is a kind of commercial Application of convection current heat transfer and heat transfer, to meet
The device of defined technological requirement is the common apparatus of chemical industry, oil, power, food and other many industrial departments, is producing
In occupy an important position；And easily adhere to volatilized lubricant residue in fin surface and inner-walls of duct in drying course,
Both it is unfavorable for cleaning, permanent formed is also easy to that drying efficiency reduction, transmission equipment interim card, working space is caused to generate peculiar smell
Deng；In addition, common drying equipment be horizontal type structure, take up a large area, consume energy height, production capacity it is low, it is impossible to meet drying equipment row
The high speed development of industry.
Utility model content
The technical problems to be solved in the utility model is：In order to overcome the deficiencies in the prior art and defect, this reality
Provide a kind of vertical drying furnace system with new, energy consumption is low, production capacity is fast, it is efficient, handled using hot wind, keep pipeline
Inner wall cleaning improves the cleanliness factor of welding quality and pipe-line system without greasy dirt.
Technical solution is used by the utility model solves its technical problem：A kind of vertical drying furnace system, including stove
Body, heating system, air path system, exhaust system, elevating mechanism, transport mechanism, adjustable guard bar device and electric control system；Its
It is characterized in that：Heating system is located at furnace interior top, and transport mechanism is located at furnace interior bottom, and adjustable guard bar device is arranged at
Between heating system and transport mechanism, exhaust system is arranged at the top position on the outside of furnace body, and electric control system is set simultaneously
In furnace interior and outside, air path system between transport mechanism and adjustable guard bar device by circulating realization to material
Drying effect.
Further, the furnace body is provided with observation window, in convex shape integrally in convex shape in convex shape top upper surface
Bottom position is provided with humanoid hole, and the furnace body includes skeleton, inner panel, outside plate, insulating layer and shell, and skeleton is arranged at inner panel
On, on inner panel and skeleton after filling heat insulating wall, realized and sealed with outside plate, shell is additionally provided on the outside of outside plate；Wherein, bone
Frame selects steel skeleton, and inner panel selects stainless steel, and outside plate selects galvanized steel plain sheet, thermal insulation material, each face of shell are filled in insulating layer
Between by being welded to connect.
Further, the heating system includes central motor, central circulation wind turbine, combustion chamber and combustor, wherein, in
Centre circulating fan is arranged at one side position of furnace body peripheral shoulder, and central motor is arranged at by central circulation wind turbine to drive center
Circulating fan, combustor are arranged at another side position of furnace body peripheral shoulder, and combustion chamber is located at furnace body inside convex shape headroom
In, heat exchanger is provided with below combustion chamber, heat exchanger includes heat exchange entrance, heat exchange outlet and heat exchanger tube, and wherein heat exchanger tube is bent
Combustion chamber is arranged in into multiple U-shaped portion, heat exchange entrance, heat exchange outlet are respectively arranged at the both sides of heat exchanger tube close to middle position
It puts.
Further, the air path system includes left motor, right motor, left side circulating fan and right side circulated air
Machine, arranged on left and right sides circulating fan are arranged at furnace body peripheral shoulder end positions, and left and right side motor is respectively arranged at left side Xun Huan
The inside of wind turbine and right side circulating fan is for driving left side circulating fan and right side circulating fan, arranged on left and right sides circulated air
Machine is connected respectively by the first air passage of arranged on left and right sides with furnace body, wherein the first air passage and the tapered outer expanding shape of furnace body connecting portion
State, arranged on left and right sides circulating fan are realized by asbestos cord and washer with the first air passage of the left and right sides and are tightly connected.
Further, the exhaust system includes left side smoke exhaust fan and right side smoke exhaust fan, arranged on left and right sides smoke exhaust fan
It is arranged at furnace body peripheral shoulder end positions, arranged on left and right sides smoke exhaust fan passes through the second air passage of arranged on left and right sides and chimney respectively
Bottom connects, and wherein chimney includes top, middle expansion portion and bottom, middle expansion portion for connecting top and bottom, top in coniform,
Middle expansion portion and bottom are cylindrical, and middle expansion portion body diameter is more than bottom body diameter, arranged on left and right sides smoke exhaust fan and left and right
It is realized and is tightly connected by asbestos cord and washer in the second air passage of both sides.
Further, the left side circulating fan and the left side smoke exhaust fan share same Fans, and the right side is followed
Ring wind turbine and the right side smoke exhaust fan share same Fans, and the first air passage of left side sets with the second air passage of left side and is integrated,
The first air passage of right side sets with the second air passage of right side and is integrated.
Further, the elevating mechanism selects leading screw and nut mechanism.
Further, the transport mechanism selects tape transport, and wherein conveyer belt is connected by several transmission fin head and the tail
It connects, wherein each transmission flap upper is provided with 2 upper lobes and 3 upper grooves, it is convex that lower part is provided with 3 lower parts
It rises and 2 lower recess, wherein 2 upper lobes are arranged at intervals between 3 upper grooves, 3 lower lobes are arranged at intervals
Between 2 lower recess, each fin that transmits passes through 3 by top shaft through 2 upper lobes, lower rotary shaft respectively
Lower lobes transmission fin connection adjacent thereto.
Further, the adjustable guard bar device includes being mutually parallel and be protected for 2 hollow top guardrails and 2 lower parts
Column, wherein, lower, transverse fixed column is fixedly installed on the guardrail of lower part, lower, transverse fixed column is through lower, transverse through hole with adjusting
Monoblock connects, and adjustment block is connected by lower part longitudinal hole with the longitudinally fixed column in lower part, and passes through the first and second of both ends and adjust
Section nut is locked, and the lower end of the longitudinally fixed column in lower part is fixed on by fixed block and fixing piece on transport mechanism outer housing；
Upper lateral fixed column is fixedly installed on the guardrail of top, upper lateral fixed column passes through upper lateral through hole and upper attachment
Lower end connects, and passes through the 3rd adjusting nut and is locked, and upper attachment is in vertical zigzag, and upper attachment upper end with
Elevating mechanism connects.
Further, the electric control system is arranged at including power control cabinet, interior attachment and outer attachment, power control cabinet outside furnace body
Side is away from humanoid hole site for controlling inside and outside attachment, and interior attachment is arranged at below furnace interior combustion chamber, including ball valve, electricity
Magnet valve and pneumatic oil filter, wherein ball valve one end connect collecting pipe, and the ball valve other end is connected with solenoid valve, solenoid valve and pneumatic filter
Oily device connection.
The beneficial effects of the utility model are：
（1）Consume energy low, production capacity is fast, it is efficient, handled using hot wind, inner-walls of duct cleaning is kept to improve without greasy dirt
The cleanliness factor of welding quality and pipe-line system；
（2）By electric control system using whole auto monitoring and measurement, temperature control, speed governing, high degree of automation, drying effect
It is good；
（3）Heat source is provided using clean combustion of natural gas, passes through hot air circulation and tunnel type continuous type drying mode, heat
Amount loss is small, and energy consumption is low, efficient；
（4）The material drying on conveyer belt is dried using adjustable guard bar device, it can be according to different height and width
Guardrail position and width is adjusted in the material to be dried of degree, and applied widely, drying efficiency is good.
Description of the drawings
Fig. 1 is a kind of structure diagram of vertical drying furnace system of the utility model；
Fig. 2 is a kind of structure diagram of the furnace body shell of vertical drying furnace system of the utility model；
Fig. 3 is a kind of structure diagram of the heat exchanger of vertical drying furnace system of the utility model；
Fig. 4 is a kind of structure diagram of the transmission fin of vertical drying furnace system of the utility model；
Fig. 5 is a kind of structure diagram of the adjustable lower part guardrail of vertical drying furnace system of the utility model；
Fig. 6 is a kind of structure diagram of the adjustable top guardrail of vertical drying furnace system of the utility model；
Fig. 7 is a kind of structure diagram of the interior attachment of vertical drying furnace system of the utility model；
In figure, 1--- furnace bodies, 11--- observation windows, the humanoid holes of 12---, 13--- inner panels, 14--- skeletons, 15--- heat preservations
Layer, 16--- outside plates, 17--- shells；
2--- heating systems, 21--- central motors, 22--- central circulation wind turbines, 23--- combustors, 24--- combustion chambers,
25--- heat exchangers, 251--- heat exchange entrances, 252--- heat exchanger tubes, 253--- heat exchange outlet；
3--- air path systems, 31--- left motors, right motor, 32--- left sides circulating fan, right side circulating fan,
The first air passages of 33---,
4--- exhaust systems, 41--- left sides smoke exhaust fan, right side smoke exhaust fan, the second air passages of 42---, 43--- bottoms,
Expansion portion in 44---, 45--- tops；
5--- elevating mechanisms；
6--- transport mechanisms, 61--- transmission fins, 611--- upper lobes, 612--- upper grooves, 613--- tops turn
Axis, 614--- lower lobes, 615--- lower recess, 616--- lower rotary shafts；
7--- is adjustable guard bar device, 71--- lower parts guardrail, 712--- lower, transverse fixed columns, 713--- lower, transverses are led to
Hole, 714--- adjustment blocks, 715--- lower parts longitudinal hole, the longitudinally fixed column in 716--- lower parts, the first adjusting nuts of 717---,
The second adjusting nuts of 718---, 719--- fixed blocks, 7191--- fixing pieces, 710--- transport mechanism outer housings；72--- tops
Guardrail, 721--- upper lateral fixed columns, 722--- upper lateral through holes, 723--- upper attachments, 724--- the 3rd are adjusted
Nut,
8--- electric control systems, 81--- power control cabinets, attachment in 82---, 83--- outer attachments, 821--- ball valves,
822--- solenoid valves, the pneumatic oil filters of 823---, 824--- collecting pipes.
Specific embodiment
The utility model is described in further detail presently in connection with attached drawing.These attached drawings are simplified schematic diagram,
Only illustrate the basic structure of the utility model in a schematic way, therefore it only shows the composition related with the utility model.
As shown in figs. 1-7, a kind of vertical drying furnace system, including furnace body 1, heating system 2, air path system 3, exhaust system
4th, elevating mechanism 5, transport mechanism 6, adjustable guard bar device 7 and electric control system 8；Heating system 2 is located at 1 inside top of furnace body
End, transport mechanism 6 is located at 1 inner bottom of furnace body, and is pierced by from 1 bottom of furnace body, and the two-end part of transport mechanism 6 is in outside furnace body 1
In order to receive material to be dried, adjustable guard bar device 7 is arranged between heating system 2 and transport mechanism 6, and exhaust system 4 is set
It is placed in the top position in the outside of furnace body 1, electric control system 8 is arranged at that furnace body 1 is inside and outside, and air path system 3 passes through simultaneously
The drying effect realized to material is circulated between transport mechanism 6 and adjustable guard bar device 7.
Specifically, furnace body 1 is whole in convex shape, convex shape top upper surface is provided with observation window 11, convenient for external work
Make personnel and observe internal operation situation, convex shape bottom position is provided with humanoid hole 12, in order to which staff enters furnace body
Interior progress Maintenance and Repair work, furnace body 1 include skeleton 14, inner panel 13, outside plate 16, insulating layer 15 and shell 17, and skeleton 14 is set
It on inner panel 13, on inner panel 13 and skeleton 14 after filling heat insulating wall 15, is realized and sealed with outside plate 16, in 16 outside of outside plate also
It is provided with shell 17；Wherein, skeleton 14 selects steel skeleton, and inner panel 13 selects stainless steel, and outside plate 16 selects galvanized steel plain sheet, insulating layer
Filled with thermal insulation material in 15, by being welded to connect between 17 each face of shell.
Specifically, heating system 2 includes central motor 21, central circulation wind turbine 22, combustion chamber 24 and combustor 23,
In, central circulation wind turbine 22 is arranged at 1 peripheral shoulder of furnace body, one side position, and central motor 21 is arranged at by central circulation wind turbine 22
For driving central circulation wind turbine 22, combustor 23 is arranged at another side position of furnace body peripheral shoulder, and combustion chamber 24 is located at furnace body
In interior side Tu-shaped headroom, 24 lower section of combustion chamber is provided with heat exchanger 25, and heat exchanger includes heat exchange entrance 251, exchanges heat out
Mouth 253 and heat exchanger tube 252, wherein heat exchanger tube 252 are bent into multiple U-shaped portion and are arranged in combustion chamber, and heat exchange entrance 251 changes
Heat outlet 253 is respectively arranged at the both sides of heat exchanger tube 252 close to medium position；Combustor 23 is by introducing gas in combustion chamber 24
It is interior burning generate hot gas, a portion hot gas through exchange heat entrance 251 enter heat exchanger tube 252, by heat for a long time preserve with
Extend drying time and improve drying effect, after hot air temperature declines, central motor 21 drives central circulation wind turbine 22 by low temperature
Hot gas hovers below 1 internal combustion chamber of furnace body to realize drying effect through 253 discharge of heat exchange outlet, another part hot gas.
Specifically, air path system 3 includes left motor, right motor 31, left side circulating fan and right side circulating fan 32,
Arranged on left and right sides circulating fan 32 is arranged at 1 peripheral shoulder end positions of furnace body, and left and right side motor 31 is respectively arranged at left side and follows
The inside of ring wind turbine and right side circulating fan 32 is for driving left side circulating fan and right side circulating fan 32, arranged on left and right sides
Circulating fan 32 is connected respectively by the first air passage of arranged on left and right sides 33 with furnace body 1, wherein the first air passage 33 and furnace body connecting portion
Tapered to extend out state, arranged on left and right sides circulating fan 32 is realized close with the first air passage of the left and right sides 33 by asbestos cord and washer
Envelope connection.
Specifically, exhaust system 4 includes left side smoke exhaust fan and right side smoke exhaust fan 41, arranged on left and right sides smoke exhaust fan 41
Be arranged at 1 peripheral shoulder end positions of furnace body, arranged on left and right sides smoke exhaust fan 41 respectively by the second air passage of arranged on left and right sides 42 with
The bottom 43 of chimney connects, and wherein chimney includes top 45, middle expansion portion 44 and bottom 43, and middle expansion portion 44 is for 45 Hes of connection top
Bottom 43, top 45 are in coniform, and middle expansion portion 44 and bottom 43 are cylindrical, and middle 44 body diameter of expansion portion is justified more than bottom 43
Column diameter, arranged on left and right sides smoke exhaust fan 41 are realized by asbestos cord and washer with the second air passage of the left and right sides 42 and are tightly connected.
Specifically, left side circulating fan and the left side smoke exhaust fan share same Fans, right side circulating fan and the right side
Side smoke exhaust fan shares same Fans, and the first air passage of left side sets with the second air passage of left side and is integrated, the first air passage of right side with
The second air passage of right side sets and is integrated.
Left side circulating fan and left side smoke exhaust fan are under the driving of left motor, right side circulating fan and right side Smoke
Another part under the driving of right motor is hovered and is used for the hot gas cooled down after drying below 1 internal combustion chamber of furnace body by machine
Furnace body is discharged through the first air passage, the second air passage and chimney, meanwhile, left side circulating fan and left side smoke exhaust fan are in left motor
The exhaust gas that the auxiliary discharge burning of combustor 23 generates is additionally operable under driving, and by the second air passage and chimney discharge furnace body.
Specifically, elevating mechanism 5 selects leading screw and nut mechanism.
Specifically, transport mechanism 6 select tape transport, wherein conveyer belt by several transmission fins 61 connect from beginning to end and
Into wherein each 61 top of transmission fin is provided with 2 upper lobes 611 and 3 upper grooves 612, lower part is provided under 3
Portion's 614 and 2 lower recess 615 of protrusion, wherein 2 upper lobes 611 are arranged at intervals between 3 upper grooves 612,3
Lower lobes 614 are arranged at intervals between 2 lower recess 615, and each fin 61 that transmits is passed through respectively by top shaft 613
2 upper lobes 611, lower rotary shaft 616 are connected through 3 lower lobes 614 transmission fin 61 adjacent thereto.
Specifically, adjustable guard bar device 7 includes being mutually parallel and is hollow 2 top guardrails 72 and 2 lower part guardrails
71, wherein, lower, transverse fixed column 712 is fixedly installed on lower part guardrail 71, lower, transverse fixed column 712 passes through lower, transverse
Through hole 713 is connected with adjustment block 714, and adjustment block 714 is connected by the column 716 longitudinally fixed with lower part of lower part longitudinal hole 715, and
It is locked by first adjusting nut 717 and the second adjusting nut 718 at both ends, it can be real by the first adjusting nut 717
The mutual horizontal spacing of existing 2 lower part guardrails 71 is adjusted, and lower part guardrail 71 can be realized by the second adjusting nut 718
Longitudinal direction height is adjusted, and the lower end of the longitudinally fixed column 716 in lower part is fixed on by fixed block 719 and fixing piece 7191 outside transport mechanism
On housing 710；Upper lateral fixed column 721 is fixedly installed on top guardrail 72, upper lateral fixed column 721 passes through upper lateral
It is connected to through hole 722 with 723 lower end of upper attachment, and passes through the 3rd adjusting nut 724 and locked, upper attachment 723
In vertical zigzag, and 723 upper end of upper attachment is connected with elevating mechanism 5, and 2 can be realized by the 3rd adjusting nut 724
Horizontal spacing between top guardrail 72 is mutual is adjusted, and can realize that the longitudinal direction of top guardrail 72 is high by elevating mechanism 5
Degree is adjusted.
Specifically, electric control system 8 includes power control cabinet 81, interior attachment 82 and outer attachment 83, and power control cabinet 81 is arranged at stove
Away from humanoid hole site for controlling inside and outside attachment, interior attachment 82 is arranged at below 1 internal combustion chamber of furnace body in body 1 outside, including
Ball valve 821, solenoid valve 822 and pneumatic oil filter 823, wherein 821 one end of ball valve connection collecting pipe 824,821 other end of ball valve with
Solenoid valve 822 connects, and solenoid valve 822 is connected with pneumatic oil filter 823；It is attached in fin surface and inner-walls of duct in drying course
The volatilized lubricant residue ascends into collecting pipe 824 after drying, passes through 8 regulation ball valve 821 of electric control system
To adjust 824 caliber of collecting pipe, by 8 electromagnetic valve for adjusting 822 of electric control system to adjust the ingate of pneumatic oil filter 823
Footpath is to be filtered volatilized lubricant residue.
Preferably, outer attachment 83 include solenoid valve, regulating valve, pressure reducing valve, ball valve and metal hose, wherein solenoid valve,
Regulating valve, pressure reducing valve, ball valve are connected between any two by pipeline, solenoid valve other end connection combustion chamber, the connection of the ball valve other end
Metal hose, connection by metal hose combustion air inlet, electric control system 8 further include detection furnace interior gas flow rate, pressure
The sensor of power and temperature, by controlling power control cabinet 81 can be with electromagnetic valve for adjusting, regulating valve, pressure reducing valve, ball valve to increase or subtract
The air inflow of small burning gases, so as to fulfill the change of Drying Rates.
Using the above-mentioned desirable embodiment according to the utility model as enlightenment, pass through above-mentioned description, related work people
Member can carry out various changes and amendments in the range of without departing from this item utility model technological thought completely.This item is real
The content being not limited to new technical scope on specification, it is necessary to which its technology is determined according to right
Property scope.
Claims (10)
1. a kind of vertical drying furnace system, including furnace body, heating system, air path system, exhaust system, elevating mechanism, conveyer
Structure, adjustable guard bar device and electric control system；It is characterized in that：Heating system is located at furnace interior top, transport mechanism position
In furnace interior bottom, adjustable guard bar device is arranged between heating system and transport mechanism, and exhaust system is arranged at outside furnace body
The top position of side, electric control system are arranged at furnace interior and outside simultaneously, air path system by transport mechanism with can
The drying effect realized to material is circulated between tune guard bar device.
2. system according to claim 1, it is characterised in that：The furnace body is integrally in convex shape, on convex shape top
Surface is provided with observation window, convex shape bottom position is provided with humanoid hole, the furnace body includes skeleton, inner panel, outside plate, heat preservation
Layer and shell, skeleton are arranged on inner panel, on inner panel and skeleton after filling heat insulating wall, are realized and sealed with outside plate, in outside plate
Outside is additionally provided with shell；Wherein, skeleton selects steel skeleton, and inner panel selects stainless steel, and outside plate selects galvanized steel plain sheet, in insulating layer
Filled with thermal insulation material, by being welded to connect between each face of shell.
3. system according to claim 2, it is characterised in that：The heating system includes central motor, central circulation wind
Machine, combustion chamber and combustor, wherein, central circulation wind turbine is arranged at one side position of furnace body peripheral shoulder, and central motor is arranged at
For driving central circulation wind turbine by central circulation wind turbine, combustor is arranged at another side position of furnace body peripheral shoulder, combustion chamber
In furnace body inside convex shape headroom, heat exchanger is provided with below combustion chamber, heat exchanger includes heat exchange entrance, exchanges heat out
Mouth and heat exchanger tube, wherein heat exchanger tube are bent into multiple U-shaped portion and are arranged in combustion chamber, and heat exchange entrance, heat exchange outlet are set respectively
The both sides of heat exchanger tube are placed in close to medium position.
4. system according to claim 1, it is characterised in that：The air path system includes left motor, right motor, a left side
Side circulating fan and right side circulating fan, arranged on left and right sides circulating fan are arranged at furnace body peripheral shoulder end positions, left and right side
Motor is respectively arranged at the inside of left side circulating fan and right side circulating fan and is followed for driving left side circulating fan and right side
Ring wind turbine, arranged on left and right sides circulating fan is connected respectively by the first air passage of arranged on left and right sides with furnace body, wherein the first air passage and stove
Body connecting portion is tapered to extend out state, and arranged on left and right sides circulating fan passes through asbestos cord and washer with the first air passage of the left and right sides
It realizes and is tightly connected.
5. system according to claim 4, it is characterised in that：The exhaust system includes left side smoke exhaust fan and right side is arranged
Cigarette wind turbine, arranged on left and right sides smoke exhaust fan are arranged at furnace body peripheral shoulder end positions, and arranged on left and right sides smoke exhaust fan passes through respectively
The second air passage of arranged on left and right sides and the bottom of chimney connect, and wherein chimney includes top, middle expansion portion and bottom, and middle expansion portion is used to connect
Top and bottom are connect, top is in coniform, and middle expansion portion and bottom are cylindrical, and middle expansion portion body diameter is straight more than bottom cylinder
Footpath, arranged on left and right sides smoke exhaust fan are realized by asbestos cord and washer with the second air passage of the left and right sides and are tightly connected.
6. system according to claim 5, it is characterised in that：The left side circulating fan and the left side smoke exhaust fan are total to
With same Fans, the right side circulating fan and the right side smoke exhaust fan share same Fans, the first air passage of left side with
The second air passage of left side sets and is integrated, and the first air passage of right side sets with the second air passage of right side and is integrated.
7. system according to claim 1, it is characterised in that：The elevating mechanism selects leading screw and nut mechanism.
8. system according to claim 1, it is characterised in that：The transport mechanism selects tape transport, wherein transmitting
Band is formed by connecting by several transmission fin head and the tail, wherein each transmission flap upper is provided with 2 upper lobes and 3 tops
Groove, lower part are provided with 3 lower lobes and 2 lower recess, wherein 2 upper lobes are arranged at intervals at 3 upper grooves
Between, 3 lower lobes are arranged at intervals between 2 lower recess, and each fin that transmits passes through 2 by top shaft respectively
Upper lobes, lower rotary shaft are connected through 3 lower lobes transmission fin adjacent thereto.
9. system according to claim 8, it is characterised in that：The adjustable guard bar device includes being mutually parallel and is hollow
2 top guardrails and 2 lower part guardrails, wherein, lower, transverse fixed column is fixedly installed on the guardrail of lower part, lower, transverse is solid
Fixed column is connected through lower, transverse through hole with adjustment block, and adjustment block is connected by lower part longitudinal hole with the longitudinally fixed column in lower part,
And the first and second adjusting nuts for passing through both ends are locked, the lower end of the longitudinally fixed column in lower part passes through fixed block and fixing piece
It is fixed on transport mechanism outer housing；Upper lateral fixed column is fixedly installed on the guardrail of top, upper lateral fixed column passes through
Upper lateral through hole is connected with upper attachment lower end, and is passed through the 3rd adjusting nut and locked, and upper attachment is in vertical Z
Font, and upper attachment upper end is connected with elevating mechanism.
10. system according to claim 5, it is characterised in that：The electric control system include power control cabinet, interior attachment and
Outer attachment, power control cabinet are arranged on the outside of furnace body away from humanoid hole site for controlling inside and outside attachment, and interior attachment is arranged in furnace body
Below portion combustion chamber, including ball valve, solenoid valve and pneumatic oil filter, wherein ball valve one end connection collecting pipe, the ball valve other end with
Solenoid valve connects, and solenoid valve is connected with pneumatic oil filter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721541309.7U CN207456104U (en) | 2017-11-17 | 2017-11-17 | A kind of vertical drying furnace system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721541309.7U CN207456104U (en) | 2017-11-17 | 2017-11-17 | A kind of vertical drying furnace system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207456104U true CN207456104U (en) | 2018-06-05 |
Family
ID=62280397
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721541309.7U Active CN207456104U (en) | 2017-11-17 | 2017-11-17 | A kind of vertical drying furnace system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207456104U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109870011A (en) * | 2019-02-23 | 2019-06-11 | 滁州市洪武报废汽车回收拆解利用有限公司 | Oil-containing steel scrap and remanufacturing old parts part green high-efficient dry-cleaning complete set of equipments and technique |
-
2017
- 2017-11-17 CN CN201721541309.7U patent/CN207456104U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109870011A (en) * | 2019-02-23 | 2019-06-11 | 滁州市洪武报废汽车回收拆解利用有限公司 | Oil-containing steel scrap and remanufacturing old parts part green high-efficient dry-cleaning complete set of equipments and technique |
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