CN108185498A - A kind of heating device between automatic tobacco roasting - Google Patents
A kind of heating device between automatic tobacco roasting Download PDFInfo
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- CN108185498A CN108185498A CN201810067012.4A CN201810067012A CN108185498A CN 108185498 A CN108185498 A CN 108185498A CN 201810067012 A CN201810067012 A CN 201810067012A CN 108185498 A CN108185498 A CN 108185498A
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- Prior art keywords
- gear
- fixed frame
- air
- equipment body
- drive
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- A—HUMAN NECESSITIES
- A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
- A24B—MANUFACTURE OR PREPARATION OF TOBACCO FOR SMOKING OR CHEWING; TOBACCO; SNUFF
- A24B3/00—Preparing tobacco in the factory
- A24B3/10—Roasting or cooling tobacco
Abstract
The invention discloses the heating devices between a kind of automatic tobacco roasting,Its structure includes equipment body,Steam inlet,Exhaust outlet,Bearing block,Evaporator,Heat exchanger,Real-time induced draught system,Steam inlet is vertically connected at the upper end face left part of equipment body,Bearing block is vertically connected at the right end face lower part of equipment body,The internal cavities that evaporator is extended transversely through in equipment body most descend place and itself and exhaust outlet,Bearing block is connected,Real-time induced draught system is movably connected on the internal cavities right part of equipment body,The present invention between tobacco roasting during automatic heating operation is carried out,Certain inductive operation can be carried out to the dust concentration for the evaporator part for flowing through equipment and make air inducing processing in time in its excessive concentration,Avoid carbon dioxide in the volatilization gas of equipment,Vulcanized particles object isoconcentration is excessively high,It is also prevented from influencing when having an impact the air in baking room the quality of tobacco product,Effectively increase the unfailing performance of equipment.
Description
Technical field
The present invention is the heating device between a kind of automatic tobacco roasting, belongs to heating device manufacturing technology field.
Background technology
Tobacco flue-curing house is indispensable basic equipment in cured tobacco production.Tobacco flue-curing house is just shown after interior baking modulation
The distinctive color of flue-cured tobacco, type, become the quality raw materials for meeting cigarette industry needs.Its basic principle is after tobacco leaf is heated,
Moisture discharge in tobacco leaf, is discharged outside tobacco flue-curing house after moisture vaporization, so as to make tobacco leaf scalding, drying.Existing tobacco flue-curing house one
As by the use of fuel such as coal, carbon as heat source, a large amount of thermal energy is caused to waste, heat utilization rate is relatively low, increases the baking of tobacco flue-curing house
Cost, and the hot-air emitted influences whether the surrounding enviroment of tobacco flue-curing house needs a kind of high automatic of heat utilization rate
Heating device between tobacco roasting.
But the prior art between tobacco roasting carry out automatic heating operation during, although heat utilization rate has
It is improved, but certain inductive operation can not be carried out and in its concentration mistake to the dust concentration for the evaporator part for flowing through equipment
Air inducing processing is made when high in time, carbon dioxide in the volatilization gas of equipment, vulcanized particles object isoconcentration may be caused excessively high, no
Only it is unfavorable for science environmental protection, and the quality of tobacco product may be influenced when being had an impact on the air in baking room, reliably
Performance is insufficient.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide the heating device between a kind of automatic tobacco roasting,
To solve the prior art during automatic heating operation is carried out between tobacco roasting, although heat utilization rate increases,
But certain inductive operation can not be carried out to the dust concentration for the evaporator part for flowing through equipment and in its excessive concentration and
When make air inducing processing, carbon dioxide in the volatilization gas of equipment, vulcanized particles object isoconcentration may be caused excessively high, it is not only unfavorable
In science environmental protection, and the quality of tobacco product may be influenced when being had an impact on the air in baking room, unfailing performance is not
The problem of sufficient.
To achieve these goals, the present invention is to realize by the following technical solutions：Between a kind of automatic tobacco roasting
Heating device, structure include equipment body, steam inlet, exhaust outlet, bearing block, evaporator, heat exchanger, draw in real time
Wind system, the steam inlet are vertically connected at the upper end face left part of equipment body, and the exhaust outlet, which is fixedly connected on, to be set
It interpenetrates for the left end surface lower portions and its inside with equipment body of main body, the bearing block is vertically connected at equipment body
Right end face lower part, the internal cavities that the evaporator is extended transversely through in equipment body most descend place and itself and exhaust outlet, bearing
Seat is connected, and the heat exchanger is fixedly connected on upper end of evaporator surface and it is electrically connected between evaporator, the reality
When induced draught system be movably connected on the internal cavities right part of equipment body, the real-time induced draught system senses control dress by flue dust
It puts, rotary connecting device, gear transmission structure, rotate wheel apparatus, air-introduced machine structure composition, the flue dust induction controller
Right half part is fixedly connected on the most right place in upper end of evaporator surface, and left-half is fixedly connected on upper end of evaporator surface
Middle, the rotary connecting device are movably connected on the right end face of heat exchanger, and the gear transmission structure is fixedly connected
In the inner top surface of equipment body, the rotation wheel apparatus is vertically connected in the right surface in inside of equipment body upper place, described to draw
Blower fan structure is fixedly connected on the right surface middle in inside of equipment body, and the flue dust induction controller is passed by air quality
Sensor, chromacoder, control shaft, rotation connection frame, interior pulley composition, the air quality sensor are fixedly connected on
The most right place in upper end of evaporator surface, the chromacoder is fixedly connected on upper end of evaporator surface middle, described
By being electrically connected between air quality sensor, chromacoder by connecting line, the control shaft is fixedly connected on signal
The front-end surface middle of conversion equipment and its be electrically connected between chromacoder, it is described rotation connection frame activity be nested in
It controls the upper end face of shaft and its upper end to control shaft extends, the interior moveable roller is connected to the interior of rotation connection frame
The most upper place of portion's cavity.
Further, the rotary connecting device is rotated by the first lateral fixed frame, vertical fixed frame, rotation axis, L-type
Frame, rotation connection disk, engaging tooth composition, the described first lateral fixed frame are vertically connected at the right end face top of heat exchanger,
The vertical fixed frame is vertically connected at the upper end face right part of the first lateral fixed frame, and the rotation axis is fixedly connected on vertically
Fixed frame front-end surface middle, the L-type rotating turret activity are nested in the outer surface of rotation axis, and the rotation connection disk is consolidated
Surely the upper end face of L-type rotating turret is welded in, the engaging tooth is uniformly equally spaced in the upper end face of rotation connection disk.
Further, the gear transmission structure is by first gear fixed frame, first gear, first gear output shaft,
One drive fixed frame, the first drive, gear frame, the second drive fixed frame, the second driving wheel group are into the first gear
Fixed frame is vertically connected at the inner top surface most left part of equipment body, and the first gear is movably connected on first gear fixed frame
Rear surface, the first gear output shaft is mechanically connected to the front-end surface middle of first gear and it is in first gear
Concentric circles state, the first drive fixed frame are vertically connected at the inner top surface middle of equipment body, first transmission
Wheel activity is nested in the outer surface middle of the first drive fixed frame, and the gear frame is mechanically connected to the first drive
Right end face, the second drive fixed frame are vertically connected at the most right place of inner top surface of equipment body, second drive
Activity is nested in the outer surface middle of the second drive fixed frame and it is connected with another most end of its gear frame.
Further, the rotation wheel apparatus is by the second lateral fixed frame, second gear fixed frame, second gear, second
Gear output shaft, gear teeth structure, rotating bar, external screw thread, the first rotating wheel, lateral gear frame composition, described second is laterally fixed
Frame is vertically connected at the right surface top in inside of equipment body, and the second gear fixed frame is vertically connected at by precompressed bolt
Upper in the right surface in inside of equipment body to locate, the second gear is movably connected on the left end surface of second gear fixed frame, institute
State second gear output shaft be mechanically connected to second gear front-end surface middle and its between second gear be in concentric circles
State, the gear teeth structure are uniformly equally spaced in the outer surface edge of first gear, second gear, and the rotating bar is hung down
The direct-connected rear surface left part for being connected to the second lateral fixed frame, the external screw thread are uniformly equally spaced in the outer surface of rotating bar
Top, the outer surface that the first rotating wheel activity is nested in rotating bar most descend place, and the transverse direction gear frame is mechanically connected to
The right end face of first rotating wheel.
Further, the air-introduced machine structure by air-introduced machine fixed frame, air-introduced machine main body, air-introduced machine input shaft, second turn
Driving wheel forms, it is lower in the right surface in inside that the air-introduced machine fixed frame is vertically connected at equipment body at, the air-introduced machine main body
It is fixedly connected on the upper end face of air-introduced machine fixed frame and its right half part runs through the outside of equipment body, the air-introduced machine is defeated
Enter shaft mechanical be connected to air-introduced machine main body front-end surface middle and its be electrically connected between air-introduced machine main body, described second turn
Driving wheel is movably connected on the most right place of outer surface of lateral gear frame.
Further, the rotation connection disk, first gear are lived by the engagement between engaging tooth and gear teeth structure
Dynamic connection, the first gear output shaft, the second drive, second gear output shaft, the second rotating wheel, draw the first drive
The all activities of the outer surface of blower fan input shaft have been nested in driving belt, the first gear, the first drive, the second transmission
Wheel is flexibly connected by driving belt between second gear, the second gear, rotating bar by external screw thread, gear teeth structure it
Between engagement flexible connection, be flexibly connected between second rotating wheel, air-introduced machine main body by driving belt, it is described in
The outer surface activity of pulley has been nested in connection rope, and the right end surface activity of the L-type rotating turret is connected with connecting rope
Rope is flexibly connected between the interior pulley, L-type rotating turret by connecting rope.
Further, the air quality sensor senses the dust concentration for flowing through evaporator and is transmitted signal
To chromacoder, the chromacoder controls rotation connection frame to turn left around control shaft when dust concentration is excessive
It is dynamic, the right half part of the L-type rotating turret connected therewith by connecting rope by pulling downward on, the L-type rotating turret around
Rotation axis rotates and so that rotation connection disk rotates to the right therewith, the first gear is between engaging tooth and gear teeth structure
Engagement under rotated, first drive, the second drive, second gear pass sequentially through driving belt and are passed
It is dynamic, the rotating bar rotated under the engagement between external screw thread, gear teeth structure and drive the first rotating wheel therewith into
Row rotation, second rotating wheel are rotated therewith under the transmission of lateral gear frame, and then the air-introduced machine input shaft leads to
Driving belt is crossed to be driven and air-introduced machine main body is run.
Advantageous effect
The present invention provides a kind of scheme of the heating device between automatic tobacco roasting, by being equipped with real-time induced draught system,
During carrying out automatic heating operation between tobacco roasting, the dust concentration for the evaporator part for flowing through equipment can be carried out
Certain inductive operation simultaneously makes air inducing processing in its excessive concentration in time, avoid carbon dioxide in the volatilization gas of equipment,
Vulcanized particles object isoconcentration is excessively high, and specially air quality sensor senses the dust concentration for flowing through evaporator and will letter
Number be transferred to chromacoder, chromacoder controlled when dust concentration is excessive rotation connection frame around control shaft to the left
Rotation, the right half part of the L-type rotating turret connected therewith by connecting rope is by pulling downward on, and L-type rotating turret is around rotation axis
It rotates and is rotated to the right therewith so that being rotatablely connected disk, engagement of the first gear between engaging tooth and gear teeth structure
Under rotated, the first drive, the second drive, second gear pass sequentially through driving belt and are driven, and rotating bar is outside
It is rotated under engagement between screw thread, gear teeth structure and the first rotating wheel is driven to be rotated therewith, the second rotating wheel
It is rotated therewith under the transmission of lateral gear frame, then air-introduced machine input shaft is driven and is drawn by driving belt
Fan main body is run, and is prevented from influencing when having an impact the air in baking room the quality of tobacco product, is effectively increased and set
Standby unfailing performance.
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 the dimensional structure diagram of the heating device between a kind of automatic tobacco roasting of the present invention.
Fig. 2 is the inner plane structure diagram of present device main body.
Fig. 3 is the planar structure schematic diagram of the real-time induced draught system of the present invention.
Fig. 4 is another working condition planar structure schematic diagram of the real-time induced draught system of the present invention.
Fig. 5 is the A structure diagrams of Fig. 3 of the present invention.
In figure：Equipment body -1, steam inlet -2, exhaust outlet -3, bearing block -4, evaporator -5, heat exchanger -6, reality
When induced draught system -7, flue dust induction controller -71, rotary connecting device -72, gear transmission structure -73, rotation wheel apparatus -
74th, air-introduced machine structure -75, air quality sensor -711, chromacoder -712, control shaft -713, rotation connection frame -
714th, interior pulley -715, the first lateral fixed frame -721, vertical fixed frame -722, rotation axis -723, L-type rotating turret -724, turn
Dynamic terminal pad -725, engaging tooth -726, first gear fixed frame -731, first gear -732, first gear output shaft -733, the
One drive fixed frame -734, the first drive -735, gear frame -736, the second drive fixed frame -737, the second drive -
738th, the second lateral fixed frame -741, second gear fixed frame -742, second gear -743, second gear output shaft -744, wheel
Toothing -745, rotating bar -746, external screw thread -747, the first rotating wheel -748, lateral gear frame -749, air-introduced machine fixed frame -
751st, air-introduced machine main body -752, air-introduced machine input shaft -753, the second rotating wheel -754.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, with reference to
Specific embodiment, the present invention is further explained.
- Fig. 5 is please referred to Fig.1, the present invention provides the heating device between a kind of automatic tobacco roasting, and structure includes equipment master
Body 1, steam inlet 2, exhaust outlet 3, bearing block 4, evaporator 5, heat exchanger 6, real-time induced draught system 7, the steam inlet
Mouth 2 is vertically connected at the upper end face left part of equipment body 1, and the exhaust outlet 3 is fixedly connected on the left end surface of equipment body 1
Lower part and its inside with equipment body 1 is interpenetrated, the bearing block 4 is vertically connected under the right end face of equipment body 1
Portion, the internal cavities that the evaporator 5 is extended transversely through in equipment body 1 most descend place and its be connected with exhaust outlet 3, bearing block 4,
The heat exchanger 6 is fixedly connected on the upper end face of evaporator 5 and it is electrically connected between evaporator 5, the real-time air inducing
System 7 is movably connected on the internal cavities right part of equipment body 1, the real-time induced draught system 7 by flue dust induction controller 71,
Rotary connecting device 72, gear transmission structure 73, rotation wheel apparatus 74, air-introduced machine structure 75 form, the flue dust sensing control
The right half part of device 71 is fixedly connected on the most right place of upper end face of evaporator 5, and left-half is fixedly connected on evaporator 5
Upper end face middle, the rotary connecting device 72 is movably connected on the right end face of heat exchanger 6, the gear drive
Structure 73 is fixedly connected on the inner top surface of equipment body 1, and the inside that the rotation wheel apparatus 74 is vertically connected at equipment body 1 is right
It is upper in surface to locate, the right surface middle in inside that the air-introduced machine structure 75 is fixedly connected on equipment body 1, the flue dust sensing
Control device 71 is by air quality sensor 711, chromacoder 712, control shaft 713, rotation connection frame 714, interior cunning
715 composition of wheel, the air quality sensor 711 are fixedly connected on the most right place of upper end face of evaporator 5, the signal conversion
Device 712 is fixedly connected on the upper end face middle of evaporator 5, described by air quality sensor 711, chromacoder
It is electrically connected between 712 by connecting line, the control shaft 713 is fixedly connected in the front-end surface of chromacoder 712
Between and its be electrically connected between chromacoder 712, rotation connection frame 714 activity is nested in control shaft 713
Upper end face and its upper end extension to control shaft 713, the interior pulley 715, which is movably connected on, is rotatablely connected the interior of frame 714
The most upper place of portion's cavity, the rotary connecting device 72 is by the first lateral fixed frame 721, vertical fixed frame 722, rotation axis 723, L
Type rotating turret 724, rotation connection disk 725, engaging tooth 726 form, and the described first lateral fixed frame 721 is vertically connected at heat exchange
The right end face top of device 6, the vertical fixed frame 722 are vertically connected at the upper end face right part of the first lateral fixed frame 721,
The rotation axis 723 is fixedly connected on vertical 722 front-end surface middle of fixed frame, and 724 activity of L-type rotating turret is nested in
The outer surface of rotation axis 723, the rotation connection disk 725 fixes the upper end face for being welded in L-type rotating turret 724, described to nibble
It closes tooth 726 to be uniformly equally spaced in the upper end face of rotation connection disk 725, the gear transmission structure 73 is fixed by first gear
Frame 731, first gear 732, first gear output shaft 733, the first drive fixed frame 734, the first drive 735, gear frame
736th, the second drive fixed frame 737, the second drive 738 form, and the first gear fixed frame 731 is vertically connected at equipment
The inner top surface of main body 1 most left part, the first gear 732 is movably connected on the rear surface of first gear fixed frame 731, described
First gear output shaft 733 be mechanically connected to the front-end surface middle of first gear 732 and its with first gear 732 in concentric
Round shape state, the first drive fixed frame 734 are vertically connected at the inner top surface middle of equipment body 1, first transmission
The outer surface middle that 735 activities are nested in the first drive fixed frame 734 is taken turns, the gear frame 736 is mechanically connected to
The right end face of one drive 735, the inner top surface that the second drive fixed frame 737 is vertically connected at equipment body 1 are most right
Place, 738 activity of the second drive is nested in the outer surface middle of the second drive fixed frame 737 and it is driven with it
Another most end of frame 736 is connected, the rotation wheel apparatus 74 by the second lateral fixed frame 741, second gear fixed frame 742,
Second gear 743, second gear output shaft 744, gear teeth structure 745, rotating bar 746, external screw thread 747, the first rotating wheel 748,
Lateral gear frame 749 forms, and the described second lateral fixed frame 741 is vertically connected at the right surface top in inside of equipment body 1, institute
State second gear fixed frame 742 be vertically connected at by precompressed bolt in the right surface in inside of equipment body 1 it is upper locate, described second
Gear 743 is movably connected on the left end surface of second gear fixed frame 742, and the second gear output shaft 744 is mechanically connected to
The front-end surface middle of second gear 743 and its between second gear 743 in concentric circles state, the gear teeth structure 745
It is uniformly equally spaced in the outer surface edge of first gear 732, second gear 743, the rotating bar 746 is vertically connected at
The rear surface left part of second lateral fixed frame 741, the external screw thread 747 are uniformly equally spaced in the outside table of rotating bar 746
Face top, the outer surface that 748 activity of the first rotating wheel is nested in rotating bar 746 most descend place, the transverse direction gear frame 749
The right end face of the first rotating wheel 748 is mechanically connected to, the air-introduced machine structure 75 is by air-introduced machine fixed frame 751, air inducing owner
Body 752, air-introduced machine input shaft 753, the second rotating wheel 754 form, and the air-introduced machine fixed frame 751 is vertically connected at equipment body
In the 1 right surface in inside it is lower at, the air-introduced machine main body 752 be fixedly connected on the upper end face of air-introduced machine fixed frame 751 and its
Right half part runs through the outside of equipment body 1, before the air-introduced machine input shaft 753 is mechanically connected to air-introduced machine main body 752
End surfaces middle and its be electrically connected between air-introduced machine main body 752, second rotating wheel 754 is movably connected on lateral transmission
The most right place of the outer surface of frame 749, the rotation connection disk 725, first gear 732 pass through engaging tooth 726 and gear teeth structure 745
Between engagement flexible connection, the first gear output shaft 733, the first drive 735, the second drive 738, second
Outer surface all activities of gear output shaft 744, the second rotating wheel 754, air-introduced machine input shaft 753 have been nested in driving belt,
Connected between the first gear 732, the first drive 735, the second drive 738, second gear 743 by driving belt activity
It connecing, the second gear 743, rotating bar 746 are flexibly connected by the engagement between external screw thread 747, gear teeth structure 745,
It is flexibly connected between second rotating wheel 754, air-introduced machine main body 752 by driving belt, the outside table of the interior pulley 715
Face activity has been nested in connection rope, and the right end surface activity of the L-type rotating turret 724 is connected with connection rope, described interior
It is flexibly connected between pulley 715, L-type rotating turret 724 by connecting rope, the air quality sensor 711 is to flowing through evaporation
The dust concentration of device 5 is sensed and transmits signals to chromacoder 712, and the chromacoder 712 is in flue dust
Control rotation connection frame 714 turns left around control shaft 713 when concentration is excessive, the L connected therewith by connecting rope
By to pulling downward on, the L-type rotating turret 724 around rotation axis 723 rotates and rotation is connected the right half part of type rotating turret 724
It connects disk 725 to rotate to the right therewith, engagement of the first gear 732 between engaging tooth 726 and gear teeth structure 745
Under rotated, first drive 735, the second drive 738, second gear 743 pass sequentially through driving belt and are passed
Dynamic, the rotating bar 746 is rotated under the engagement between external screw thread 747, gear teeth structure 745 and drives the first rotation
Wheel 748 is rotated therewith, and second rotating wheel 754 is rotated therewith under the transmission of lateral gear frame 749, then institute
State that air-introduced machine input shaft 753 is driven by driving belt and air-introduced machine main body 752 is run.
Air-introduced machine main body machine described in this patent is widely used in factory, mine, tunnel, cooling tower, vehicle, ship and building
Ventilation, dust discharge and the cooling of object；The ventilation of boiler and industrial furnace and air inducing；In the apparatus of air conditioning and domestic electric appliance
Cooling and ventilation；It the drying of cereal and selects and recommends；Inflation and propulsion of wind-tunnel wind regime and aircushion vehicle etc..
In use, first check for whether equipment appearance is intact, and whether each section is bonded, after confirming Plant in good condition,
Equipment is placed in place, the power cord of equipment is accessed into power supply, the steam inlet 2 of adjustment equipment, exhaust outlet 3 to
Unobstructed working condition, air quality sensor 711 are sensed and are transmitted signals to the dust concentration for flowing through evaporator 5
Chromacoder 712, chromacoder 712 control rotation connection frame 714 when dust concentration is excessive around control shaft 713
It turns left, the right half part of the L-type rotating turret 724 connected therewith by connecting rope is by pulling downward on, L-type rotating turret
724 rotate around rotation axis 723 and are rotated to the right therewith so that being rotatablely connected disk 725, and first gear 732 is in engaging tooth 726
It is rotated under engagement between gear teeth structure 745, the first drive 735, the second drive 738, second gear 743
It passes sequentially through driving belt to be driven, rotating bar 746 carries out under the engagement between external screw thread 747, gear teeth structure 745
Rotate and the first rotating wheel 748 driven to be rotated therewith, the second rotating wheel 754 under the transmission of lateral gear frame 749 therewith
It is rotated, then air-introduced machine input shaft 753 is driven by driving belt and air-introduced machine main body 752 is run, later
The equipment can start to work normally.
It is the prior art during the progress automatic heating operation between tobacco roasting that the present invention, which solves the problems, such as, although
Heat utilization rate increases, but can not carry out certain inductive operation to the dust concentration for the evaporator part for flowing through equipment
And make air inducing processing in time in its excessive concentration, carbon dioxide in the volatilization gas of equipment, vulcanized particles object may be caused
Isoconcentration is excessively high, not only bad for science environmental protection, and tobacco production may be influenced when being had an impact on the air in baking room
The quality of product, unfailing performance is insufficient, being combined with each other by above-mentioned component of the invention, by being equipped with real-time induced draught system, right
During carrying out automatic heating operation between tobacco roasting, one can be carried out to the dust concentration for the evaporator part for flowing through equipment
Fixed inductive operation simultaneously makes air inducing processing in its excessive concentration in time, avoids carbon dioxide, sulphur in the volatilization gas of equipment
It is excessively high to change particulate matter isoconcentration, specially air quality sensor senses the dust concentration for flowing through evaporator and by signal
Chromacoder is transferred to, chromacoder controls rotation connection frame to turn left around control shaft when dust concentration is excessive
Dynamic, by pulling downward on, L-type rotating turret turns the right half part of the L-type rotating turret connected therewith by connecting rope around rotation axis
It moves and so that rotation connection disk rotates to the right therewith, under engagement of the first gear between engaging tooth and gear teeth structure
It is rotated, the first drive, the second drive, second gear pass sequentially through driving belt and be driven, and rotating bar is in outer spiral shell
It is rotated under engagement between line, gear teeth structure and the first rotating wheel is driven to be rotated therewith, the second rotating wheel exists
It is rotated therewith under the transmission of lateral gear frame, then air-introduced machine input shaft is driven and air inducing by driving belt
Owner's running body prevents from influencing when having an impact the air in baking room the quality of tobacco product, effectively increases equipment
Unfailing performance.
The basic principles, main features and the advantages of the invention have been shown and described above, for this field skill
For art personnel, it is clear that the present invention is not limited to the details of above-mentioned exemplary embodiment, 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 falling within the meaning and scope of the equivalent requirements of the claims in the present invention
It is interior.Any reference numeral in claim should not be considered as to the involved claim of limitation.
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 each embodiment can also be properly combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (7)
1. the heating device between a kind of automatic tobacco roasting, structure includes equipment body (1), steam inlet (2), exhaust outlet
(3), bearing block (4), evaporator (5), heat exchanger (6), real-time induced draught system (7), it is characterised in that：
The steam inlet (2) is vertically connected at the upper end face left part of equipment body (1), and the exhaust outlet (3) is fixed to be connected
It is connected to the left end surface lower portions of equipment body (1) and its inside with equipment body (1) is interpenetrated, the bearing block (4) is hung down
The direct-connected right end face lower part for being connected to equipment body (1), the evaporator (5) are extended transversely through in the inside of equipment body (1) sky
Chamber most descend place and its be connected with exhaust outlet (3), bearing block (4), the heat exchanger (6) is fixedly connected on evaporator (5)
Upper end face and its be electrically connected between evaporator (5), the real-time induced draught system (7) is movably connected on equipment body (1)
Internal cavities right part；
The real-time induced draught system (7) is by flue dust induction controller (71), rotary connecting device (72), gear transmission structure
(73), rotation wheel apparatus (74), air-introduced machine structure (75) composition, the right half part of the flue dust induction controller (71) are fixed
The most right place of upper end face of evaporator (5) is connected to, left-half is fixedly connected among the upper end face of evaporator (5)
Place, the rotary connecting device (72) are movably connected on the right end face of heat exchanger (6), and the gear transmission structure (73) is solid
Surely the inner top surface of equipment body (1) is connected to, the rotation wheel apparatus (74) is vertically connected at the right table in inside of equipment body (1)
It is upper in face to locate, the right surface middle in inside that the air-introduced machine structure (75) is fixedly connected on equipment body (1)；
The flue dust induction controller (71) is by air quality sensor (711), chromacoder (712), control shaft
(713), rotation connection frame (714), interior pulley (715) composition, the air quality sensor (711) are fixedly connected on evaporator
(5) the most right place of upper end face, the chromacoder (712) are fixedly connected on the upper end face middle of evaporator (5),
It is described by being electrically connected between air quality sensor (711), chromacoder (712) by connecting line, the control shaft
(713) it is fixedly connected on the front-end surface middle of chromacoder (712) and it is electric between chromacoder (712)
Connection, it is described rotation connection frame (714) activity be nested in control shaft (713) upper end face and its to control shaft (713)
Upper end extension, the interior pulley (715) be movably connected on rotation connection frame (714) the most upper place of internal cavities.
2. the heating device between a kind of automatic tobacco roasting according to claim 1, it is characterised in that：The rotation connection
Device (72) is by the first lateral fixed frame (721), vertical fixed frame (722), rotation axis (723), L-type rotating turret (724), rotation
Terminal pad (725), engaging tooth (726) composition, the described first lateral fixed frame (721) are vertically connected at the right side of heat exchanger (6)
End surfaces top, the vertical fixed frame (722) are vertically connected at the upper end face right part of the first lateral fixed frame (721), institute
It states rotation axis (723) and is fixedly connected on vertical fixed frame (722) front-end surface middle, L-type rotating turret (724) activity is embedding
It is placed on the outer surface of rotation axis (723), the fixed upper end table for being welded in L-type rotating turret (724) of rotation connection disk (725)
Face, the engaging tooth (726) are uniformly equally spaced in the upper end face of rotation connection disk (725).
3. the heating device between a kind of automatic tobacco roasting according to claim 1, it is characterised in that：The gear drive
Structure (73) is consolidated by first gear fixed frame (731), first gear (732), first gear output shaft (733), the first drive
Determine frame (734), the first drive (735), gear frame (736), the second drive fixed frame (737), the second drive (738) group
Into the first gear fixed frame (731) is vertically connected at the inner top surface most left part of equipment body (1), the first gear
(732) rear surface of first gear fixed frame (731), first gear output shaft (733) mechanical connection are movably connected on
In the front-end surface middle of first gear (732) and its with first gear (732) in concentric circles state, first drive
Fixed frame (734) is vertically connected at the inner top surface middle of equipment body (1), and the first drive (735) activity is nested in
The outer surface middle of first drive fixed frame (734), the gear frame (736) are mechanically connected to the first drive
(735) right end face, the most right place of inner top surface that the second drive fixed frame (737) is vertically connected at equipment body (1),
Second drive (738) activity is nested in the outer surface middle of the second drive fixed frame (737) and it is passed with it
Another most end of moving frame (736) is connected.
4. the heating device between a kind of automatic tobacco roasting according to claim 1, it is characterised in that：The rotating wheel dress
(74) are put by the second lateral fixed frame (741), second gear fixed frame (742), second gear (743), second gear output shaft
(744), gear teeth structure (745), rotating bar (746), external screw thread (747), the first rotating wheel (748), lateral gear frame (749) group
Into the described second lateral fixed frame (741) is vertically connected at the right surface top in inside of equipment body (1), the second gear
Fixed frame (742) is vertically connected in the right surface in inside of equipment body (1) upper place, the second gear by precompressed bolt
(743) the left end surface of second gear fixed frame (742), second gear output shaft (744) mechanical connection are movably connected on
In the front-end surface middle of second gear (743) and its between second gear (743) in concentric circles state, the gear teeth knot
Structure (745) is uniformly equally spaced in the outer surface edge of first gear (732), second gear (743), the rotating bar
(746) it is vertically connected at the rear surface left part of the second lateral fixed frame (741), the external screw thread (747) is uniformly equally spaced
In the outer surface top of rotating bar (746), the first rotating wheel (748) activity is nested in the outside table of rotating bar (746)
Place is most descended in face, and the transverse direction gear frame (749) is mechanically connected to the right end face of the first rotating wheel (748).
5. the heating device between a kind of automatic tobacco roasting according to claim 1, it is characterised in that：The air-introduced machine knot
Structure (75) is by air-introduced machine fixed frame (751), air-introduced machine main body (752), air-introduced machine input shaft (753), the second rotating wheel (754) group
Into the air-introduced machine fixed frame (751) is vertically connected in the right surface in inside of equipment body (1) at lower, the air inducing owner
Body (752) is fixedly connected on the upper end face of air-introduced machine fixed frame (751) and its right half part runs through the outer of equipment body (1)
Portion, the air-introduced machine input shaft (753) are mechanically connected to the front-end surface middle of air-introduced machine main body (752) and itself and air-introduced machine
Main body is electrically connected between (752), and second rotating wheel (754) is movably connected on the outer surface of lateral gear frame (749) most
Right place.
6. the heating device between a kind of automatic tobacco roasting according to claim 2, it is characterised in that：The rotation connection
Disk (725), first gear (732) are flexibly connected by the engagement between engaging tooth (726) and gear teeth structure (745), institute
State first gear output shaft (733), the first drive (735), the second drive (738), second gear output shaft (744),
Outer surface all activities of two rotating wheels (754), air-introduced machine input shaft (753) have been nested in driving belt, the first gear
(732), the first drive (735), the second drive (738), second gear are flexibly connected between (743) by driving belt,
The second gear (743), rotating bar (746) pass through the engagement activity between external screw thread (747), gear teeth structure (745)
Connection, second rotating wheel (754), air-introduced machine main body are flexibly connected between (752) by driving belt, the interior pulley
(715) outer surface activity has been nested in connection rope, and the right end surface activity of the L-type rotating turret (724) is connected with
Rope is connected, is flexibly connected between the interior pulley (715), L-type rotating turret (724) by connecting rope.
7. the heating device between a kind of automatic tobacco roasting according to claim 1, it is characterised in that：The air quality
Sensor (711) senses the dust concentration for flowing through evaporator (5) and transmits signals to chromacoder (712),
The chromacoder (712) controls rotation connection frame (714) to turn left around control shaft (713) when dust concentration is excessive
Dynamic, by pulling downward on, the L-type rotates the right half part of the L-type rotating turret (724) connected therewith by connecting rope
Frame (724) rotates around rotation axis (723) and rotation connection disk (725) is rotated to the right therewith, the first gear
(732) it is rotated under the engagement between engaging tooth (726) and gear teeth structure (745), first drive
(735), the second drive (738), second gear (743) pass sequentially through driving belt and are driven, and the rotating bar (746) exists
Rotated under engagement between external screw thread (747), gear teeth structure (745) and drive the first rotating wheel (748) therewith into
Row rotation, second rotating wheel (754) are rotated therewith under the transmission of lateral gear frame (749), then the air inducing
Machine input shaft (753) is driven by driving belt and air-introduced machine main body (752) is run.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810067012.4A CN108185498A (en) | 2018-01-24 | 2018-01-24 | A kind of heating device between automatic tobacco roasting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810067012.4A CN108185498A (en) | 2018-01-24 | 2018-01-24 | A kind of heating device between automatic tobacco roasting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108185498A true CN108185498A (en) | 2018-06-22 |
Family
ID=62590527
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810067012.4A Withdrawn CN108185498A (en) | 2018-01-24 | 2018-01-24 | A kind of heating device between automatic tobacco roasting |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108185498A (en) |
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Application publication date: 20180622 |