CN206861573U - A kind of biomass-burning steam boiler feed arrangement - Google Patents
A kind of biomass-burning steam boiler feed arrangement Download PDFInfo
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- CN206861573U CN206861573U CN201720589678.7U CN201720589678U CN206861573U CN 206861573 U CN206861573 U CN 206861573U CN 201720589678 U CN201720589678 U CN 201720589678U CN 206861573 U CN206861573 U CN 206861573U
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Abstract
A kind of boiler feed device is the utility model is related to, more particularly to a kind of biomass-burning steam boiler feed arrangement.A kind of biomass-burning steam boiler feed arrangement, including material storing box, material-falling hopper, material conveying box, first driving means, the second drive device, blanking wheel apparatus, material toggling wheel apparatus, feeding device, rolling device, feed nozzle, support frame, the material storing box bottom is welded to connect on material-falling hopper top；The material-falling hopper bottom is welded to connect sets blanking wheel apparatus in material conveying box top left hand, material-falling hopper inside lower end with material conveying box junction；The material conveying box bottom is supported by support frame, and lower end is welded to connect feed nozzle on the right side of material conveying box, and material conveying box inner upper end installs material toggling wheel apparatus, rolling device, material conveying box interior lower end installation feeding device from left to right.The utility model can efficiently, quickly for boiler be fed, feeding, a variety of advantages such as have structure novel, practical, easy to use.
Description
Technical field
A kind of boiler feed device is the utility model is related to, more particularly to a kind of DZL series biomass-burning steam boiler
Use feed arrangement.
Background technology
Biomass molding fuel is to be used as raw material using agriculture and forestry organic waste material such as stalk, sawdust, bagasse, rice chaff etc., is passed through
Crush, drying, the technique such as extruding, be made various shapings as graininess can directly be burnt in biomass gasifying furnace it is new clear
Clean fuel.Current conventional mineral energy resource supply growing tension, fuel price also rise steadily；Using abandoned biomass such as rice husk,
Peanut shell, stalk, cotton stalk, waste wood or its shaped granule have been that current heat energy field is much single as the substitute of fossil fuel
It is keen to the measure taken in position.Due to the composition of biomass fuel and traditional fossil fuel coal, physical property, calorific value etc. have it is larger
Difference, the proportion of biomass fuel is more uniform, loose compared with particle after light, processing, so needing special feed device to fire
Material conveying is more uniform, smooth and meets dosage requirement.
At present biomass steam boiler in use, the side burnt using direct addition biomass molding fuel
Formula is more, and the raw material such as the stalk for directly gathering, cornstalk, in addition, efficiently feeding can not feed, because straw
The raw material volumes such as stalk, cornstalk are larger, lighter weight, burning time are shorter, if being directly thrown to boiler internal without processing,
Then burning time is shorter, it is necessary to which continuous manual filler, labor intensive is larger, it is longer to expend the time.
Utility model content
The purpose of this utility model is to provide a kind of DZL series biomass-burning steam boiler feed arrangement, can utilize
The fuel of the raw material as biomass boiler such as the stalk that directly gathers, cornstalk, without by the stalk directly gathered, cornstalk etc.
Raw material processing saves cost, can efficiently, be quickly fed, feeding, entered for boiler into the biomass fuel of finished product
During material, blanking feed is carried out by blanking wheel apparatus, material is conveyed by feeding device, passes through dialling for feeding device upper end
Material wheel device carries out material toggling to material, prevents from blocking, and carries out roll-in to material by rolling device, the volume of compressed material, carries
High burning efficiency；After roll-in, material enters to boiler internal by feed nozzle；The utility model has structure novelty, practicality
By force, a variety of advantages such as easy to use.
The purpose of this utility model is achieved through the following technical solutions：
A kind of DZL series biomass-burning steam boiler feed arrangement, including material storing box, material-falling hopper, material conveying box, the first drive
Dynamic device, the second drive device, blanking wheel apparatus, material toggling wheel apparatus, feeding device, rolling device, feed nozzle, support frame, institute
Material storing box bottom is stated to be welded to connect on material-falling hopper top；The material-falling hopper bottom is welded to connect in material conveying box top left hand, blanking
The inside lower end that struggles against sets blanking wheel apparatus with material conveying box junction；The material conveying box bottom is supported by support frame, on the right side of material conveying box
Lower end is welded to connect feed nozzle, and material conveying box inner upper end installs material toggling wheel apparatus, rolling device from left to right, subordinate in material conveying box
End installation feeding device, feeding device are arranged on material-falling hopper, material toggling wheel apparatus, rolling device lower end, and material toggling wheel apparatus is arranged on
On the right side of material-falling hopper；The first driving means are arranged on middle-end on the left of material conveying box by bolt, and first driving means pass through first
Band connection blanking wheel apparatus is driven, first driving means pass through the second transmission band connection feeding device；Second drive device
It is arranged on by bolt on the right side of material conveying box top, by the 3rd transmission band connection setting wheel device, second drives the second drive device
Dynamic device connects rolling device by the 4th transmission belt；The first driving means, the second drive device are all connected by wire
Power supply, controlling switch, controlling switch connection control first driving means, the second drive device, power supply is first driving means, the
Two drive devices are powered.
The first driving means are made up of the first motor, the first drive shaft, the first drive, the second drive, and first
Motor is bolted connects the first drive shaft installed in middle-end on the left of material conveying box, the first motor output end by shaft coupling,
Pass through the drive of key connection first, the second drive in first drive shaft from inside to outside；First drive passes by first
Dynamic band connection blanking wheel apparatus, the second drive pass through the second transmission band connection feeding device.
Second drive device is made up of the second motor, the second drive shaft, the 3rd drive, the 4th drive, and second
Motor is bolted on the right side of material conveying box top, and the second motor output end connects the second drive shaft by shaft coupling,
Pass through the drive of key connection the 3rd, the 4th drive in second drive shaft from inside to outside；3rd drive passes by the 3rd
Dynamic band connection material toggling wheel apparatus, the 4th drive connect rolling device by the 4th transmission belt.
The blanking wheel apparatus is made up of the first rotary shaft, the first follower, four pieces of rectangle switch-plates, the first rotary shaft two
End is arranged on material-falling hopper side by bearing respectively, and the first rotary shaft front end is passed on the axis body of material-falling hopper by key connection the
One follower, the first rotary shaft are arranged on the axis body inside material-falling hopper uniform welding and connect four pieces of rectangle switch-plates, and described the
One follower passes through the first transmission drive of band connection first.
The feeding device is by the second follower, left conveying belt wheel, right conveying belt wheel, conveyor belt, left-handed rotating shaft, dextrorotation
Rotating shaft is formed, and the both ends of left-handed rotating shaft are all arranged on material conveying box left end case face by bearing, and left-handed rotating shaft is arranged on material conveying box
By the left conveying belt wheel of key connection on internal axis body, left-handed rotating shaft front end passes through passes through key connection second on the axis body of material conveying box
Follower；The both ends of the dextral shaft are all arranged on material conveying box right-hand member case face by bearing, and dextral shaft is arranged on conveying
Left conveying belt wheel is connected by conveyor belt by the right conveying belt wheel of key connection, right conveying belt wheel on axis body inside case；It is described
Second follower passes through the second transmission drive of band connection second.
The material toggling wheel apparatus is made up of the 3rd follower, the second rotary shaft, cylindrical casing, six material toggling head devices, the
Two rotating shaft terminals are all arranged among material conveying box top by bearing, and the second rotary shaft front end passes through to be led on the axis body of material conveying box
The follower of key connection the 3rd is crossed, the axis body outer end that the second rotary shaft is arranged on inside material conveying box is welded to connect cylindrical casing, cylinder
Outside of sleeve uniform welding connects six material toggling head devices；3rd follower is driven by the 3rd transmission band connection the 3rd
Wheel.
The rolling device is made up of the 4th follower, the 3rd rotary shaft, pressure roller, and the 3rd rotating shaft terminal all passes through
Bearing is arranged on material conveying box, the 3rd rotary shaft front end through on the axis body of material conveying box by the follower of key connection the 4th, the 3rd
Rotary shaft is arranged on the axis body of material conveying box by key connection pressure roller；4th follower passes through the 4th transmission band connection the 4th
Drive.
The material toggling head device is made up of fix bar, installing plate, more rod for stiring materials, and fix bar one end is welded to connect in cylinder
Outside of sleeve, the cylindrical bar other end are welded to connect on the inside of installing plate, and more rod for stiring materials are welded to connect on the outside of installing plate.
The beneficial effects of the utility model：A kind of DZL series biomass-burning steam boiler of the present utility model is filled with charging
Put, can by the use of directly gather stalk, the raw material such as cornstalk as biomass boiler fuel, without the straw that will directly gather
The Raw material processings such as stalk, cornstalk save cost, efficiently, quickly can supplied for boiler into the biomass fuel of finished product
Material, feeding, in fill process, blanking feed is carried out by blanking wheel apparatus, material is conveyed by feeding device, passes through conveying
The material toggling wheel apparatus of device upper end carries out material toggling to material, prevents from blocking, and roll-in, compressor are carried out to material by rolling device
The volume of material, improve efficiency of combustion；After roll-in, material enters to boiler internal by feed nozzle；The utility model has structure
A variety of advantages such as novel, practical, easy to use.
Brief description of the drawings
Fig. 1 is overall structure diagram of the present utility model；
Fig. 2 is the structural representation of material storing box inside the utility model；
Fig. 3 is the structural representation of material-falling hopper inside the utility model；
Fig. 4 is the structural representation of first driving means inside the utility model；
Fig. 5 is the structural representation of the second drive device inside the utility model；
Fig. 6 is the structural representation of blanking wheel apparatus inside the utility model；
Fig. 7 is the structural representation of material toggling wheel apparatus inside the utility model；
Fig. 8 is the structural representation of feeding device inside the utility model；
Fig. 9 is the structural representation of rolling device inside the utility model；
Figure 10 is first driving means circuit diagram inside the utility model；
Figure 11 is the second drive device circuit diagram inside the utility model.
In figure：Material storing box 1；
Material-falling hopper 2；
Material conveying box 3；
First driving means 4；First motor 4-1；First drive shaft 4-2；First drive 4-3；Second drive 4-4；
Second drive device 5；Second motor 5-1；Second drive shaft 5-2；3rd drive 5-3；4th drive 5-4；
Blanking wheel apparatus 6；First rotary shaft 6-1；First follower 6-2；Rectangle switch-plate 6-3；
Material toggling wheel apparatus 7；3rd follower 7-1；Second rotary shaft 7-2；Cylindrical casing 7-3；Material toggling head device 7-4；Gu
Fixed pole 7-4-1；Installing plate 7-4-2；Rod for stiring materials 7-4-3；
Feeding device 8；Second follower 8-1；Left conveying belt wheel 8-2；Right conveying belt wheel 8-3；Conveyor belt 8-4；It is left-handed
Rotating shaft 8-5；Dextral shaft 8-6；
Rolling device 9；4th follower 9-1；3rd rotary shaft 9-2；Pressure roller 9-3；
Feed nozzle 10；
Support frame 11.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
Embodiment one：
As shown in Fig. 1,2,3,4,5,6,7,8,9,10,11, a kind of DZL series biomass-burning steam boiler is filled with charging
Put, including material storing box 1, material-falling hopper 2, material conveying box 3, first driving means 4, the second drive device 5, blanking wheel apparatus 6, setting wheel
Device 7, feeding device 8, rolling device 9, feed nozzle 10, support frame 11, the bottom of material storing box 1 are welded to connect in material-falling hopper 2
Top；The bottom of material-falling hopper 2 is welded to connect in the top left hand of material conveying box 3, the inside lower end of material-falling hopper 2 and the junction of material conveying box 3
Blanking wheel apparatus 6 is set；The bottom of material conveying box 3 is supported by support frame 11, and the right side lower end of material conveying box 3 is welded to connect feed nozzle
10, the inner upper end of material conveying box 3 installs material toggling wheel apparatus 7, rolling device 9, the interior lower end of material conveying box 3 installation conveying dress from left to right
8 are put, feeding device 8 is arranged on material-falling hopper 2, material toggling wheel apparatus 7, the lower end of rolling device 9, and material toggling wheel apparatus 7 is arranged on material-falling hopper 2
Right side；The first driving means 4 are arranged on the left side middle-end of material conveying box 3 by bolt, and first driving means 4 pass through the first transmission
Band connection blanking wheel apparatus 6, first driving means 4 pass through the second transmission band connection feeding device 8；Second drive device 5
It is arranged on by bolt on the right side of the top of material conveying box 3, the second drive device 5 is by the 3rd transmission band connection setting wheel device 7, and second
Drive device 5 connects rolling device 9 by the 4th transmission belt；The first driving means 4, the second drive device 5 are all by leading
Line connection power supply, controlling switch, controlling switch connection control first driving means 4, the second drive device 5, power supply is the first drive
Dynamic device 4, the second drive device 5 are powered.
The first driving means 4 are by the first motor 4-1, the first drive shaft 4-2, the first drive 4-3, the second drive
4-4 is formed, and the first motor 4-1 is bolted passes through connection installed in the left side middle-end of material conveying box 3, the first motor 4-1 output ends
Axle device is connected on the first drive shaft 4-2, the first drive shaft 4-2 from inside to outside by the first drive of key connection 4-3, the second transmission
Take turns 4-4；By the first transmission band connection blanking wheel apparatus 6, the second drive 4-4 is passed the first drive 4-3 by second
Dynamic band connection feeding device 8.
Second drive device 5 is by the second motor 5-1, the second drive shaft 5-2, the 3rd drive 5-3, the 4th drive
5-4 is formed, and the second motor 5-1 is bolted on the right side of the top of material conveying box 3, and the second motor 5-1 output ends pass through connection
Axle device is connected on the second drive shaft 5-2, the second drive shaft 5-2 from inside to outside by the drive 5-3 of key connection the 3rd, the 4th transmission
Take turns 5-4；By the 3rd transmission band connection setting wheel device 7, the 4th drive 5-4 is passed the 3rd drive 5-3 by the 4th
Dynamic band connection rolling device 9.
The blanking wheel apparatus 6 is made up of the first rotary shaft 6-1, the first follower 6-2, four pieces of rectangle switch-plate 6-3,
First rotary shaft 6-1 both ends are arranged on the side of material-falling hopper 2 by bearing respectively, and the first rotary shaft 6-1 front ends pass material-falling hopper
It is arranged on the axis body inside material-falling hopper 2 and uniformly welds by the first follower of key connection 6-2, the first rotary shaft 6-1 on 2 axis body
Four pieces of rectangle switch-plates 6-3, the first follower 6-2 are met in succession passes through first transmission the first drive of band connection 4-3.
The feeding device 8 by the second follower 8-1, left conveying belt wheel 8-2, right conveying belt wheel 8-3, conveyor belt 8-4,
Left-handed rotating shaft 8-5, dextral shaft 8-6 are formed, and left-handed rotating shaft 8-5 both ends are all arranged on the left end case face of material conveying box 3 by bearing
On, left-handed rotating shaft 8-5 is arranged on the axis body inside material conveying box 3 by the left conveying belt wheel 8-2 of key connection, before left-handed rotating shaft 8-5
End is through passing through the second follower of key connection 8-1 on the axis body of material conveying box 3；The both ends of the dextral shaft 8-6 all pass through bearing
On the right-hand member case face of material conveying box 3, dextral shaft 8-6 is arranged on the axis body inside material conveying box 3 by the right conveying of key connection
Belt wheel 8-3, right conveying belt wheel 8-3 pass through the left conveying belt wheel 8-2 of conveyor belt 8-4 connections；The second follower 8-1 passes through
Two transmission the second drive of band connection 4-4.
The material toggling wheel apparatus 7 is by the 3rd follower 7-1, the second rotary shaft 7-2, cylindrical casing 7-3, six material toggling head dresses
7-4 compositions are put, the second rotary shaft 7-2 both ends are all arranged among the top of material conveying box 3 by bearing, the second rotary shaft 7-2 front ends
The axle inside material conveying box 3 is arranged on by the follower 7-1 of key connection the 3rd, the second rotary shaft 7-2 on through the axis body of material conveying box 3
External end is welded to connect cylindrical casing 7-3, and uniform welding connects six material toggling head device 7-4 on the outside of cylindrical casing 7-3；Described
Three follower 7-1 pass through the 3rd transmission band connection the 3rd drive 5-3.
The rolling device 9 is made up of the 4th follower 9-1, the 3rd rotary shaft 9-2, pressure roller 9-3, the 3rd rotary shaft
9-2 both ends are all arranged on material conveying box 3 by bearing, and the 3rd rotary shaft 9-2 front ends pass through to be connected on the axis body of material conveying box 3 by key
The 4th follower 9-1 is met, the 3rd rotary shaft 9-2 is arranged on the axis body of material conveying box 3 by key connection pressure roller 9-3；Described 4th
Follower 9-1 passes through the 4th transmission band connection the 4th drive 5-4.
The material toggling head device 7-4 is made up of fix bar 7-4-1, installing plate 7-4-2, more rod for stiring materials 7-4-3, fix bar
7-4-1 one end is welded to connect on the outside of cylindrical casing 7-3, and the cylindrical bar other end is welded to connect on the inside of installing plate 7-4-2, installing plate
More rod for stiring materials 7-4-3 are welded to connect on the outside of 7-4-2.
In Figure 10, M1 is that the first motor 4-1, K1 is first driving means controlling switch inside first driving means, and K1 leads to
Cross wire connection control M1, M1 and pass through wire connecting power；M2 is the second motor 5-1, K2 second inside the second drive device
Drive device controlling switch, K2 connect control M2, M2 by wire and pass through wire connecting power.
Operation principle of the present utility model：A kind of DZL series biomass-burning steam boiler of the present utility model is filled with charging
Put, filled by material storing box 1, material-falling hopper 2, material conveying box 3, first driving means 4, the second drive device 5, blanking wheel apparatus 6, setting wheel
Put 7, feeding device 8, rolling device 9, feed nozzle 10, support frame 11 to form, when in use, first by the stalk of collection, corn
Inside the biomass fuel such as bar raw material storing to material storing box 1, material toggling is then rotated by the blanking wheel apparatus 6 inside material-falling hopper
Blanking so that raw material is fallen into the feeding device 8 inside material conveying box 3, and by feeding device 8 by raw material to the side of feed nozzle 10
To conveying, in course of conveying, material toggling wheel apparatus 7 of the raw material first through the upper end of feeding device 8 carries out material toggling sub-material process, prevents
Raw material blocks, and then the rolling device 9 again through the rear end of material toggling wheel apparatus 7, the upper end of feeding device 8 carries out roll-in, compression to raw material
The volume of raw material, the burning time for being sent into raw material is improved, raw material is finally fed through boiler internal by feed nozzle 10 and fired
Burn；The first driving means 4 are by the first motor 4-1, the first drive shaft 4-2, the first drive 4-3, the second drive 4-4
Form, the first drive 4-3 passes through the second transmission by the first transmission band connection blanking wheel apparatus 6, the second drive 4-4
Band connection feeding device 8；It is suitable that first driving means 4 drive the first drive shaft 4-2 to carry out when in use, by the first motor 4-1
Hour hands rotate, and the first drive shaft 4-2 drives the first drive 4-3, the second drive 4-4 to rotate clockwise, the first drive 4-
3rd, the second drive 4-4 drives blanking wheel apparatus 6 to rotate clockwise respectively, drives the second follower 8-1 inside feeding device 8
Rotate clockwise so that material conveys to the direction of feed nozzle 10；The blanking wheel apparatus 6 is by the first rotary shaft 6-1, first passive
6-2, four pieces of rectangle switch-plate 6-3 compositions are taken turns, the first follower 6-2 passes through first transmission the first drive of band connection 4-
When 3, the first follower 6-2 are rotated, drive the first rotary shaft 6-1 to rotate, four pieces of rectangles are driven when the first rotary shaft 6-1 is rotated
Switch-plate 6-3 is rotated, and when four pieces of rectangle switch-plate 6-3 are rotated, is carried out material toggling blanking processing to raw material, is carried out blanking；Described
Two drive devices 5 are made up of the second motor 5-1, the second drive shaft 5-2, the 3rd drive 5-3, the 4th drive 5-4, the second electricity
Machine 5-1 output ends are connected by shaft coupling passes through key connection the 3rd from inside to outside on the second drive shaft 5-2, the second drive shaft 5-2
Drive 5-3, the 4th drive 5-4；By the 3rd transmission band connection setting wheel device 7, the 4th passes the 3rd drive 5-3
Driving wheel 5-4 connects rolling device 9 by the 4th transmission belt；When in use, the second motor 5-1 drove for the second drive shaft 5-2 inverse times
Pin rotates, and the second drive shaft 5-2 drives the 3rd drive 5-3, the 4th drive 5-4 to rotate counterclockwise, the 3rd drive 5-3,
4th drive 5-4 drives material toggling wheel apparatus 7, rolling device 9 to rotate counterclockwise respectively；The material toggling wheel apparatus 7 is by
Three follower 7-1, the second rotary shaft 7-2, cylindrical casing 7-3, six material toggling head device 7-4 are formed, when in use, by the 3rd quilt
Driving wheel 7-1 drives the second rotary shaft 7-2 to rotate, and the second rotary shaft 7-2 drives cylindrical casing 7-3 to rotate, and cylindrical casing 7-3 drives
Six material toggling head device 7-4 are rotated, and the material toggling head device 7-4 is by fix bar 7-4-1, installing plate 7-4-2, more rod for stiring materials
7-4-3 is formed, and fix bar 7-4-1 one end is welded to connect on the outside of cylindrical casing 7-3, and the cylindrical bar other end is welded to connect installation
On the inside of plate 7-4-2, more rod for stiring materials 7-4-3 are welded to connect on the outside of installing plate 7-4-2, when in use, by installing plate 7-4-2 outside
More rod for stiring materials 7-4-3 that side is welded to connect carry out material toggling, sub-material process to raw material, prevent from blocking；The rolling device 9 is by
Four follower 9-1, the 3rd rotary shaft 9-2, pressure roller 9-3 are formed, and when in use, the 4th follower 9-1 drives the 3rd rotary shaft 9-
2 are rotated, and the 3rd rotary shaft 9-2 bands dynamic pressure roller 9-3 is rotated counterclockwise, and pressure roller 9-3 raw materials carry out roll-in, compress raw material volume.
Certainly, described above is not limitation of the utility model, and the utility model is also not limited to the example above, this skill
The variations, modifications, additions or substitutions that the those of ordinary skill in art field is made in essential scope of the present utility model, also belong to
In the scope of protection of the utility model.
Claims (8)
1. a kind of biomass-burning steam boiler feed arrangement, including material storing box (1), material-falling hopper (2), material conveying box (3), the first drive
Dynamic device (4), the second drive device (5), blanking wheel apparatus (6), material toggling wheel apparatus (7), feeding device (8), rolling device
(9), feed nozzle (10), support frame (11), it is characterised in that：Material storing box (1) bottom is welded to connect pushes up in material-falling hopper (2)
End；Material-falling hopper (2) bottom is welded to connect in material conveying box (3) top left hand, material-falling hopper (2) inside lower end and material conveying box (3)
Junction sets blanking wheel apparatus (6)；Material conveying box (3) bottom is supported by support frame (11), lower end weldering on the right side of material conveying box (3)
Feed nozzle (10) is connect in succession, and material conveying box (3) inner upper end installs material toggling wheel apparatus (7), rolling device (9), conveying from left to right
Case (3) interior lower end installation feeding device (8), feeding device (8) are arranged on material-falling hopper (2), material toggling wheel apparatus (7), roll-in dress
(9) lower end is put, material toggling wheel apparatus (7) is arranged on the right side of material-falling hopper (2)；The first driving means (4) are arranged on by bolt
Middle-end on the left of material conveying box (3), first driving means (4) pass through the first transmission band connection blanking wheel apparatus (6), first driving means
(4) the second transmission band connection feeding device (8) is passed through；Second drive device (5) is pushed up by bolt installed in material conveying box (3)
End right side, the second drive device (5) pass through the 4th by the 3rd transmission band connection setting wheel device (7), the second drive device (5)
Transmission belt connection rolling device (9)；The first driving means (4), the second drive device (5) all by wire connecting power,
Controlling switch, controlling switch connection control first driving means (4), the second drive device (5), power supply is first driving means
(4), the second drive device (5) is powered.
A kind of 2. biomass-burning steam boiler feed arrangement according to claim 1, it is characterised in that：Described first drives
Dynamic device (4) is made up of the first motor (4-1), the first drive shaft (4-2), the first drive (4-3), the second drive (4-4),
First motor (4-1) is bolted passes through shaft coupling installed in middle-end on the left of material conveying box (3), the first motor (4-1) output end
Device connects the first drive shaft (4-2), passes through the drive of key connection first (4-3), second from inside to outside in the first drive shaft (4-2)
Drive (4-4)；First drive (4-3) passes through the first transmission band connection blanking wheel apparatus (6), the second drive (4-
4) the second transmission band connection feeding device (8) is passed through.
A kind of 3. biomass-burning steam boiler feed arrangement according to claim 1, it is characterised in that：Described second drives
Dynamic device (5) is made up of the second motor (5-1), the second drive shaft (5-2), the 3rd drive (5-3), the 4th drive (5-4),
Second motor (5-1) is bolted on the right side of material conveying box (3) top, and the second motor (5-1) output end passes through shaft coupling
Device connects the second drive shaft (5-2), passes through the drive (5-3) of key connection the 3rd, the 4th from inside to outside in the second drive shaft (5-2)
Drive (5-4)；3rd drive (5-3) passes through the 3rd transmission band connection setting wheel device (7), the 4th drive (5-
4) rolling device (9) is connected by the 4th transmission belt.
A kind of 4. biomass-burning steam boiler feed arrangement according to claim 1, it is characterised in that：The blanking wheel
Device (6) is made up of the first rotary shaft (6-1), the first follower (6-2), four pieces of rectangle switch-plates (6-3), the first rotary shaft
(6-1) both ends are arranged on material-falling hopper (2) side by bearing respectively, and the first rotary shaft (6-1) front end passes material-falling hopper (2)
By the follower of key connection first (6-2) on axis body, the first rotary shaft (6-1) is arranged on the internal axis body of material-falling hopper (2)
Even to be welded to connect four pieces of rectangle switch-plates (6-3), first follower (6-2) passes through the first transmission drive of band connection first
(4-3)。
A kind of 5. biomass-burning steam boiler feed arrangement according to claim 1, it is characterised in that：The conveying dress
(8) are put by the second follower (8-1), left conveying belt wheel (8-2), right conveying belt wheel (8-3), conveyor belt (8-4), left-handed rotating shaft
(8-5), dextral shaft (8-6) are formed, and the both ends of left-handed rotating shaft (8-5) are all arranged on material conveying box (3) left end case face by bearing
On, left-handed rotating shaft (8-5) is arranged on the internal axis body of material conveying box (3) by the left conveying belt wheel (8-2) of key connection, left-handed rotating shaft
(8-5) front end passes through passes through the follower of key connection second (8-1) on the axis body of material conveying box (3)；The two of the dextral shaft (8-6)
End is all arranged on material conveying box (3) right-hand member case face by bearing, and dextral shaft (8-6) is arranged on the internal axis body of material conveying box (3)
Upper to pass through the right conveying belt wheel (8-3) of key connection, right conveying belt wheel (8-3) connects left conveying belt wheel (8- by conveyor belt (8-4)
2)；Second follower (8-1) passes through the second transmission drive of band connection second (4-4).
A kind of 6. biomass-burning steam boiler feed arrangement according to claim 1, it is characterised in that：The setting wheel
Device (7) is by the 3rd follower (7-1), the second rotary shaft (7-2), cylindrical casing (7-3), six material toggling head device (7-4) structures
Into the second rotary shaft (7-2) both ends are all arranged among material conveying box (3) top by bearing, and the second rotary shaft (7-2) front end is worn
Cross by the follower (7-1) of key connection the 3rd on the axis body of material conveying box (3), the second rotary shaft (7-2) is arranged in material conveying box (3)
The axis body outer end in portion is welded to connect cylindrical casing (7-3), and uniform welding connects six material toggling head devices on the outside of cylindrical casing (7-3)
(7-4)；3rd follower (7-1) passes through the 3rd transmission drive (5-3) of band connection the 3rd.
A kind of 7. biomass-burning steam boiler feed arrangement according to claim 1, it is characterised in that：The roll-in dress
Put (9) to be made up of the 4th follower (9-1), the 3rd rotary shaft (9-2), pressure roller (9-3), the 3rd rotary shaft (9-2) both ends
All it is arranged on by bearing on material conveying box (3), the 3rd rotary shaft (9-2) front end passes through to be connected on the axis body of material conveying box (3) by key
The 4th follower (9-1) is connect, the 3rd rotary shaft (9-2) is arranged on the axis body of material conveying box (3) by key connection pressure roller (9-3)；
4th follower (9-1) passes through the 4th transmission drive (5-4) of band connection the 4th.
A kind of 8. biomass-burning steam boiler feed arrangement according to claim 6, it is characterised in that：The material toggling head
Device (7-4) is made up of fix bar (7-4-1), installing plate (7-4-2), more rod for stiring materials (7-4-3), fix bar (7-4-1) one
End is welded to connect on the outside of cylindrical casing (7-3), and the cylindrical bar other end is welded to connect on the inside of installing plate (7-4-2), installing plate (7-
4-2) outside is welded to connect more rod for stiring materials (7-4-3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720589678.7U CN206861573U (en) | 2017-05-25 | 2017-05-25 | A kind of biomass-burning steam boiler feed arrangement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720589678.7U CN206861573U (en) | 2017-05-25 | 2017-05-25 | A kind of biomass-burning steam boiler feed arrangement |
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| Publication Number | Publication Date |
|---|---|
| CN206861573U true CN206861573U (en) | 2018-01-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720589678.7U Expired - Fee Related CN206861573U (en) | 2017-05-25 | 2017-05-25 | A kind of biomass-burning steam boiler feed arrangement |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109253465A (en) * | 2018-09-27 | 2019-01-22 | 吕红霞 | A kind of biomass power generation boiler feed device |
| CN110332556A (en) * | 2019-05-22 | 2019-10-15 | 陈祥 | A kind of novel biomass generating equipment |
| CN112251245A (en) * | 2020-09-29 | 2021-01-22 | 无锡金球机械有限公司 | Slag sealing method for cracking furnace |
-
2017
- 2017-05-25 CN CN201720589678.7U patent/CN206861573U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109253465A (en) * | 2018-09-27 | 2019-01-22 | 吕红霞 | A kind of biomass power generation boiler feed device |
| CN110332556A (en) * | 2019-05-22 | 2019-10-15 | 陈祥 | A kind of novel biomass generating equipment |
| CN112251245A (en) * | 2020-09-29 | 2021-01-22 | 无锡金球机械有限公司 | Slag sealing method for cracking furnace |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180109 Termination date: 20190525 |