CN206709582U

CN206709582U - Curer

Info

Publication number: CN206709582U
Application number: CN201720135221.9U
Authority: CN
Inventors: 柏红梅
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-02-14
Filing date: 2017-02-14
Publication date: 2017-12-05
Anticipated expiration: 2027-02-14

Abstract

It the utility model is related to a kind of curer.It is fuel that above-mentioned curer, which is used to bakee material, and curer includes tank body, the first wind stopping device, the second wind stopping device, body of heater, roller, discharge pipe and drive component；Tank body offers feeding chamber；On tank body, the first wind stopping device stretches into feeding chamber first wind stopping device, and the first wind stopping device is used to input material；On tank body, the second wind stopping device stretches into feeding chamber second wind stopping device, and the second wind stopping device is used to export fuel；Body of heater includes furnace body and wind conveying pipe, and furnace body is connected with wind conveying pipe, and furnace body is used to produce hot blast；Roller offers the first ventilating duct, and the first ventilating duct connects with wind conveying pipe；Above-mentioned curer, because material to be bakeed can continue through the first wind stopping device input feeding chamber, roller can also continue to promote and bakee material, and the fuel for bakeing aftershaping can also continue through the output of the second wind stopping device；Therefore, the operating efficiency of above-mentioned curer is higher.

Description

Curer

Technical field

The technical field of baking device is the utility model is related to, more particularly to a kind of curer.

Background technology

The coal-fired dosage demand of electricity generation boiler is very big in current global power plant, but the fossil fuel such as coal is burning When can largely discharge cause greenhouse effects gas and the dust that can not be eliminated, then have a kind of new green energy resource " biology Shaped fuel " is substituting the fossil fuels such as traditional coal.The biological shaped fuel is by general plant or industrial crops, such as The discarded string of the residuals such as straw, stalk, weedtree, palm shell and cocoanut shell is compressed converted.

Plant or industrial crops carry out rolling over first broken to form particle during compressing and converting, are secondly sent into particle Dryer is dried to remove the moisture in particle, then further remove by curer moisture removal again and be converted into biology into Type fuel.However, the workflow of in general curer is the circulation of charging action and baking action, the charging and baking of curer Roasting action is interval, i.e. the action of charging next time needs to wait for carry out after last baking action is completed.Therefore, it is above-mentioned Curer operating efficiency it is relatively low.

Utility model content

Based on this, it is necessary to for curer operating efficiency it is relatively low the problem of, there is provided a kind of curer.

A kind of curer, it is fuel for material to be bakeed, the curer includes：

Tank body, offer feeding chamber；

First wind stopping device, stretch into the feeding chamber, first wind stopping device is used to input the material；

Second wind stopping device, stretch into the feeding chamber, second wind stopping device is used to export the fuel；

Body of heater, including furnace body and wind conveying pipe, the furnace body are connected with the wind conveying pipe, and the furnace body is used to produce Hot blast；

Roller, offers the first ventilating duct, and first ventilating duct connects with the wind conveying pipe；The roller is arranged in institute State in feeding chamber and be rotatablely connected with the tank body, and the roller is rotatablely connected with the wind conveying pipe；The roller is used to promote The material moves relative to the tank body, and it is the fuel that the material, which is bakeed,；

The end away from the wind conveying pipe is rotatablely connected on discharge pipe, with the roller, and the discharge pipe and described the One ventilating duct connects；And

Drive component, the clutch end of the drive component are connected with the roller, described in the drive component driving Roller is respectively relative to the tank body, the wind conveying pipe and the discharge pipe and rotated.

Above-mentioned curer, roller are arranged in feeding chamber and are rotatablely connected with tank body, drive component driving drum difference Rotated relative to tank body, wind conveying pipe and discharge pipe；Material to be bakeed is inputted to feeding chamber from the first wind stopping device, and roller promotes Material moves relative to tank body, and it is fuel that material, which is bakeed, and fuel finally exports from the second wind stopping device；Due to being opened up on roller There is the first ventilating duct, and the first ventilating duct connects with wind conveying pipe and discharge pipe respectively, hot blast passes through wind conveying pipe caused by furnace body Input in the first ventilating duct, roller is heated, heat the hot blast after roller and discharged again from discharge pipe, in this way, roller is pushing away Animal material bakees while being moved relative to tank body to material, material is converted to fuel；Because material to be bakeed can To continue through in the first wind stopping device input feeding chamber, roller can also continue to promote and bakee material, and bakee aftershaping Fuel can also continue through the output of the second wind stopping device, so as to realize that continual bakee operates；Therefore, above-mentioned curer Operating efficiency it is higher.

In one of the embodiments, curer also includes first seal and second seal；The roller is provided with First boss and second boss, the first boss and the second boss are along the circumferentially extending of the roller, and described first Boss and the second boss are respectively positioned in the feeding chamber；The first seal and second seal are socketed on the rolling On cylinder, and the both sides of the first seal are connected to the end face of the first boss and the tank body respectively, and described second is close The both sides of sealing are connected to the end face away from the first seal on the second boss and the tank body respectively, when hot blast leads to When crossing the first ventilating duct heating roller, first seal and second seal expanded by heating, and it is respectively sealed in roller and tank body Between both ends at, it is ensured that the sealing of feeding chamber, make curer that there is preferable Baking Effect.

In one of the embodiments, the roller includes roll body and spire；The roll body is arranged in institute State in feeding chamber and be rotatablely connected with the tank body, and the both ends of the roll body respectively with the wind conveying pipe and the discharge pipe Rotation connection；First ventilating duct is opened in the roll body；The first boss and the second boss are located at On the roll body；The spire is surrounded on the roll body, and the spire is connected with the roll body, The spire is used to promote the material to move relative to the tank body；When spire rotates with roll body relative to tank body When, spire promotes material to be moved relative to tank body；Spire is surrounded on roll body, the contact surface between material and roller Product is larger, makes the effect of roller baking material more preferable.

In one of the embodiments, extended along in the hand of spiral of the spire is offered in the spire Two ventilating ducts, second ventilating duct connect with first ventilating duct, and hot blast can be by the first ventilating duct, with to roller sheet Body is heated；Hot blast can also be by the second ventilating duct, to be heated to spire.

In one of the embodiments, the spire includes spiral body and feeding piece, and the spiral body is surrounded on On the roll body, and the spiral body is connected with the roll body；Second ventilating duct is opened in the spiral On body；The feeding piece is on the spiral body；Feeding piece is set on spiral body, spire can be enable preferable Ground promotes material, prevents material from residuing on the inwall of feeding chamber.

In one of the embodiments, curer also includes the first air exhauster and hot gas recovery channel；First exhausting Machine is connected with the discharge pipe and the hot gas recovery channel respectively；Away from first air exhauster on the hot gas recovery channel End connected with the furnace body, heat roller after hot gas flow back to by hot gas recovery channel in furnace body, can reduce The energy loss of curer.

In one of the embodiments, the tank body includes tank body and inner cylinder, and the tank body is sheathed on the inner cylinder On, and gap be present between the tank body and the inner cylinder；The feeding chamber is opened on the inner cylinder；First sealing Part and the periphery of the second seal are connected on the inner cylinder；Due to gap, and conveying between tank body and inner cylinder be present Chamber is opened on inner cylinder, separates the outer wall of the inwall and tank body of feeding chamber, it is possible to reduce roller bakees heat during material Loss.

In one of the embodiments, curer also includes the first pipeline and second pipe；The both ends of first pipeline It is respectively protruding into the wind conveying pipe and the tank body, the wind conveying pipe is connected with the gap；The two of the second pipe End is respectively protruding into the tank body and the discharge pipe, the gap is connected with the discharge pipe, hot caused by furnace body Wind is by wind conveying pipe input gap, hot blast heats by gap and to inner cylinder, is then drained into out again by second pipe In airduct, so that the temperature of inner cylinder keeps constant, ensure that roller bakees the effect of material.

In one of the embodiments, curer also includes discharge duct, the second air exhauster and dedusting component；The exhaust Pipeline is stretched into the inner cylinder and connected with the feeding chamber, second air exhauster respectively with the discharge duct and the dedusting Component is connected, and the gas in the feeding chamber is pumped into the dedusting component；The dedusting component is used to remove the gas In dust, roller bakee material during can produce the gas containing dust, the second air exhauster takes out the gas in feeding chamber Take to dedusting is carried out in dedusting component, avoid being immediately discharged to cause air pollution in air.

In one of the embodiments, the drive component includes motor, first gear and second gear, first tooth Wheel located at the motor clutch end on, the second gear is sheathed on the roll body, the first gear with The second gear engaged transmission, the drive component is set to drive the roll body to be respectively relative to the tank body, described defeated Airduct and the discharge pipe rotate.

Brief description of the drawings

Fig. 1 is the stereogram of the curer of an embodiment；

Fig. 2 is the partial sectional view of curer shown in Fig. 1；

Fig. 2 a are partial enlarged drawing at the A of curer shown in Fig. 2；

Fig. 2 b are partial enlarged drawing at the B of curer shown in Fig. 2；

Fig. 3 is the stereogram of the roller of curer shown in Fig. 2；

Fig. 4 is the front view of the first seal of curer shown in Fig. 2；

Fig. 4 a are the line C-C sectional view of first seal shown in Fig. 4；

Fig. 5 is the sectional view of the roller of curer shown in Fig. 2；

Fig. 6 is the sectional view of the roller of the curer of another embodiment；

Fig. 7 is the partial enlarged drawing of roller shown in Fig. 6；

Fig. 8 is partial enlarged drawing at the D of curer shown in Fig. 2；And

Fig. 9 is the top view of curer shown in Fig. 1.

Embodiment

For the ease of understanding the utility model, curer is described more fully below with reference to relevant drawings.It is attached The preferred embodiment of curer is given in figure.But curer can be realized in many different forms, however it is not limited to this Embodiment described by text.On the contrary, the purpose for providing these embodiments is to make the disclosure to curer more thorough complete Face.

It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element Or there may also be element placed in the middle.When an element is considered as " connection " another element, it can be directly connected to To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " left side ", For illustrative purposes only, it is unique embodiment to be not offered as " right side " and similar statement.

Unless otherwise defined, all of technologies and scientific terms used here by the article is led with belonging to technology of the present utility model The implication that the technical staff in domain is generally understood that is identical.It is intended merely to retouch in the term used in the description of curer herein State the purpose of specific embodiment, it is not intended that in limitation the utility model.Term as used herein " and/or " include one Or the arbitrary and all combination of multiple related Listed Items.

As shown in Figure 1 and Figure 2, it is fuel that the curer 10 of an embodiment, which is used to bakee material,.Curer 10 includes tank body 100th, the first wind stopping device 200, the second wind stopping device 300, body of heater 400, roller 500, discharge pipe 600 and drive component 700.Tank body 100 offer feeding chamber 110.First wind stopping device 200 is stretched into feeding chamber 110.First wind stopping device 200 inputs material.Second closes Wind device 300 is stretched into feeding chamber 110.Second wind stopping device 300 exports fuel.Body of heater 400 includes furnace body 410 and wind conveying pipe 420. Furnace body 410 is connected with wind conveying pipe 420.Furnace body 410 produces hot blast.

Roller 500 offers the first ventilating duct 510.First ventilating duct 510 connects with wind conveying pipe 420.Hot blast passes through defeated wind Pipe 420 enters the first ventilating duct 510.Roller 500 is arranged in feeding chamber 110 and is rotatablely connected with tank body 100, and roller 500 and Wind conveying pipe 420 is rotatablely connected.Roller 500 promotes material to be moved relative to tank body 100, and it is fuel that material, which is bakeed,.Join simultaneously See Fig. 2 a, discharge pipe 600 is rotatablely connected with the end away from wind conveying pipe 420 on roller 500, and discharge pipe 600 and first is divulged information Road 510 connects.The clutch end of drive component 700 is connected with roller 500.The driving drum 500 of drive component 700 is relative respectively Rotated in tank body 100, wind conveying pipe 420 and discharge pipe 600.

In the present embodiment, tank body 100 is cylindrical.Axial direction of the feeding chamber 110 along tank body 100 opens up.Roller 500 is located at In feeding chamber 110, and the both ends of tank body 100 are stretched out at the both ends of roller 500 respectively.The both ends of roller 500 respectively with wind conveying pipe 420 It is rotatablely connected with discharge pipe 600.Furnace body 410 is hot-blast stove.Hot blast caused by furnace body 410 is discharged into by wind conveying pipe 420 In one ventilating duct 510, hot blast is set to heat roller 500.After the first ventilating duct 510 of roller 500 is passed through hot gas, Roller 500 is heated, and it is fuel that the roller 500 of high temperature, which bakees material,.First wind stopping device 200 and the second wind stopping device 300 are all provided with In on tank body 100, and stretch into feeding chamber 110, in other embodiments, the first wind stopping device 200 and the second wind stopping device 300 It can be connected by pipeline (not shown) with feeding chamber 110.

Referring again to Fig. 1, the first wind stopping device 200 is located at the top of tank body 100, and neighbouring wind conveying pipe 420.Second wind stopping device 300 are located at the bottom of tank body 100, and neighbouring discharge pipe 600.Referring also to Fig. 2, material enter conveying from the first wind stopping device 200 Chamber 110.Fuel in feeding chamber 110 is discharged from the second wind stopping device 300.First wind stopping device 200 and the second wind stopping device 300 can Extraneous air is prevented to enter in feeding chamber 110, so as to improve the baking efficiency of curer.In one of the embodiments, The number of first wind stopping device 200 and the second wind stopping device 300 is two, can preferably prevent the air in the external world from entering feeding chamber In 110.In other embodiments, the number of the first wind stopping device 200 and the second wind stopping device 300 can also be multiple.

As shown in figure 1, in one of the embodiments, curer 10 also includes the first pedestal 800 and the second pedestal 900. Tank body 100 is on the first pedestal 800.The number at least two of second pedestal 900, roller 500 roll be connected to two respectively On individual second pedestal 900.In the present embodiment, the number of the first pedestal 800 and the second pedestal 900 is two.Two first Pedestal 800 is arranged side by side, and is respectively positioned between two the second pedestals 900.Roller 500 rolls be connected to two the second pedestals respectively On 900.

As shown in Fig. 2, Fig. 2 b and Fig. 3, in one of the embodiments, curer 10 also includes the He of first seal 1100 Second seal 1200.Roller 500 is provided with first boss 520 and second boss 530.First boss 520 and second boss 530 It is respectively positioned on along the circumferentially extending of roller 500, first boss 520 and second boss 530 in feeding chamber 110.First seal 1100 and second seal 1200 be socketed on roller 500, and to be connected to first respectively convex for the both sides of first seal 1100 The end face of platform 520 and tank body 100, the both sides of second seal 1200 are connected to remote on second boss 530 and tank body 100 respectively The end face (such as Fig. 2 b) of first seal 1100.When hot blast heats roller 500 by the first ventilating duct 510, first seal 1100 and the expanded by heating of second seal 1200, and at the both ends being respectively sealed between roller 500 and tank body 100, Ke Yibao The sealing of feeding chamber 110 is demonstrate,proved, makes curer 10 that there is preferable Baking Effect.

As shown in Fig. 2, Fig. 4 and Fig. 4 a, in the present embodiment, first seal 1100 and second seal 1200 are bullet Property labyrinth seal.First seal 1100 is identical with the structure of second seal 1200.Referring again to Fig. 3, first boss 520 It is annular boss with second boss 530, and along the circumferentially extending of roller 500.In other embodiments, first boss 520 Annular boss is not limited only to second boss 530.In one of the embodiments, it is convex to include multiple first for first boss 520 Platform unit (not shown), circumference of multiple first boss units along roller 500 are uniformly distributed.First seal 1100 abuts respectively In on multiple first boss units.Second boss 530 includes multiple second boss unit (not shown), multiple second boss units It is uniformly distributed along the circumference of roller 500.Second seal 1200 is connected on multiple second boss units respectively.

As shown in Figure 2 and Figure 3, in one of the embodiments, roller 500 includes roll body 500a and spire 500b. Roll body 500a is arranged in feeding chamber 110 and is rotatablely connected with tank body 100, and roll body 500a both ends respectively with defeated wind Pipe 420 and discharge pipe 600 are rotatablely connected.First ventilating duct 510 is opened in roll body 500a.First boss 520 and second Boss 530 is on roll body 500a.Spire 500b is surrounded on roll body 500a, and spire 500b and roller Body 500a connections, spire 500b are used to promote material to move relative to tank body 100.When spire 500b is with roll body When 500a rotates relative to tank body 100, spire 500b promotes material to be moved relative to tank body 100.Due to spire 500b rings It is around on roll body 500a, the contact area between material and roller 500 is larger, roller 500 is bakeed the effect of material more It is good.In the present embodiment, the body of roller 500 is cylinder-like structure.Spire 500b is surrounded on roll body 500a outer wall, And spire 500b is by being welded to connect on roll body 500a.In other embodiments, spire 500b and roll body 500a can also be made of one piece.

As shown in figure 5, in one of the embodiments, the hand of spiral along spire 500b is offered in spire 500b Second ventilating duct 540 of upper extension.Second ventilating duct 540 connects with the first ventilating duct 510.Hot blast can pass through the first ventilating duct 510, to be heated to roll body 500a.Hot blast can also be by the second ventilating duct 540, to add to spire 500b Heat.In the present embodiment, the entrance and exit of the second ventilating duct 540 connects with the first ventilating duct 510, the second ventilating duct 540 Center section separated by roll body 500a and the first ventilating duct 510.

In other embodiments, the roll body 500a between the second ventilating duct 540 and the first ventilating duct 510 can also be gone Remove.As shown in Figure 6, Figure 7, in one of the embodiments, roll body 500a is further opened with what is connected with the first ventilating duct 510 First connectivity slot 514, the second connectivity slot 542 connected with the second ventilating duct 540, the first connection are further opened with spire 500b Groove 514 extends with the second connectivity slot 542 along in the spire 500b hand of spiral, and the first connectivity slot 514 connects with second Groove 542 connects, it is possible to reduce the weight of roller 500.

As shown in Fig. 3, Fig. 8, in one of the embodiments, spire 500b includes spiral body 550 and feeding piece 560.Spiral body 550 is surrounded on roll body 500a, and spiral body 550 is connected with roll body 500a.Second ventilation Road 540 is opened on spiral body 550.Feeding piece 560 is on spiral body 550.Feeding piece is set on spiral body 550 560, spire 500b can be enable preferably to promote material, prevent material from residuing on the inwall of feeding chamber 110.In this reality Apply in example, feeding piece 560 is by being welded to connect on spiral body 550, and in other embodiments, feeding piece 560 can also lead to Cross mode connects for screw or other connected modes are connected on spiral body 550.In one of the embodiments, the number of feeding piece 560 Mesh is multiple.Multiple feeding pieces 560 are spaced apart on spiral body 550.

It is appreciated that in other embodiments, spire 500b can be replaced with multiple raised (not shown).Wherein In one embodiment, roller 500 includes being located at roll body 500a and multiple projections.Multiple bulge clearances are distributed in roll body 500a outer wall, and multiple raised distributions are in the shape of a spiral.

As shown in Figure 1, Figure 2 with shown in Fig. 2 a, in one of the embodiments, curer 10 also includes the He of the first air exhauster 1300 Hot gas recovery channel 1400.First air exhauster 1300 is connected with discharge pipe 600 and hot gas recovery channel 1400 respectively.Hot gas reclaims The end away from the first air exhauster 1300 connects with furnace body 410 on pipeline 1400, heats the hot gas after roller 500 and passes through hot gas Recovery channel 1400 is flow back in furnace body 410, can reduce the energy loss of curer 10.In the present embodiment, the first exhausting The end away from roller 500 on discharge pipe 600 of machine 1300.

Referring again to Fig. 2, in one of the embodiments, tank body 100 includes tank body 100a and inner cylinder 100b.Tank body 100a is sheathed on inner cylinder 100b, and gap 100c between tank body 100a and inner cylinder 100b be present.In feeding chamber 110 is opened in On cylinder 100b.The periphery of first seal 1100 and second seal 1200 is connected on inner cylinder 100b.Due to tank body 100a Gap 100c between inner cylinder 100b be present, and feeding chamber 110 is opened on inner cylinder 100b, makes the inwall and tank of feeding chamber 110 Body 100a outer wall separates, it is possible to reduce roller 500 bakees thermal loss during material.In the present embodiment, tank body 100a and inner cylinder 100b is columned cylinder.Gap 100c between tank body 100a and inner cylinder 100b be present.Tank body 100a axis overlaps with inner cylinder 100b axis, in other embodiments, tank body 100a axis and inner cylinder 100b axis Between can also be misaligned.

As shown in Figure 1 and Figure 2, in one of the embodiments, curer 10 also includes the first pipeline 1500 and second pipe 1600.The both ends of first pipeline 1500 are respectively protruding into wind conveying pipe 420 and tank body 100a, make wind conveying pipe 420 and gap 100c Connection.The both ends of second pipe 1600 are respectively protruding into tank body 100a and discharge pipe 600, make gap 100c and discharge pipe 600 Connection.Hot blast caused by furnace body 410 is inputted in the 100c of gap by wind conveying pipe 420, and hot blast is by gap 100c and to inner cylinder 100b is heated, and is then drained into again by second pipe 1600 in discharge pipe 600, so that inner cylinder 100b temperature keeps permanent It is fixed, ensure that roller 500 bakees the effect of material.

Referring again to Fig. 1, in one of the embodiments, curer 10 also includes discharge duct 1700, the second air exhauster 1800 and dedusting component 1900.Discharge duct 1700 is stretched into inner cylinder 100b and connected with feeding chamber 110.Second air exhauster 1800 divides It is not connected with discharge duct 1700 and dedusting component 1900, the gas in feeding chamber 110 is pumped into dedusting component 1900.Dedusting Component 1900 is used to remove the dust in gas.Roller 500 can produce the gas containing dust during material is bakeed.Second Gas in feeding chamber 110 is pumped into dedusting component 1900 and carries out dedusting by air exhauster 1800, avoids being immediately discharged to making in air Into air pollution.In the present embodiment, discharge duct 1700 stretches into inner cylinder 100b and feeding chamber at the top of tank body 100a 110 connections, and discharge duct 1700 is adjacent to the first wind stopping device 200.Dedusting component 1900 is cyclone.

In baking process, the gas containing dust and moisture will be produced in feeding chamber 110.Because material closes via first After wind device 200 enters feeding chamber 110, material is ultimately converted to fuel from second by by the promotion and baking of high temperature roller 500 Wind stopping device 300 is discharged.When roller 500 promotes material to be moved relative to feeding chamber 110, roller 500 dries to material simultaneously Roast, the moisture in material is also continuously removed, and makes the moisture of the gas in the feeding chamber 110 of neighbouring first wind stopping device 200 Higher and dust content is relatively low, and the moisture of the gas in the feeding chamber 110 of neighbouring second wind stopping device 300 is relatively low and dust Content is higher.

As shown in Figure 1, Figure 2 with shown in Fig. 9, in one of the embodiments, curer 10 also includes the 3rd air exhauster 2100, the Three pipelines 2200 and the 4th pipeline 2300.3rd pipeline 2200 is stretched into from tank body 100a outer wall in feeding chamber 110, and the Three pipelines 2200 are away from the first wind stopping device 200.4th pipeline 2300 connects with hot gas recovery channel 1400.3rd air exhauster 2100 It is connected respectively with the 3rd pipeline 2200 and the 4th pipeline 2300.Gas in feeding chamber 110 is pumped into heat by the 3rd air exhauster 2100 In gas recovery channel 1400, pass the gas through hot gas recovery channel 1400 and drain into furnace body 410 and burnt, to save stove sheet The energy loss of body 410.In the present embodiment, the 3rd pipeline 2200 is stretched into feeding chamber 110 at the top of tank body 100a, and Neighbouring discharge pipe 600.In one of the embodiments, the 3rd pipeline 2200 and the second wind stopping device 300 are located at tank body 100a Same circumference on.

Referring again to Fig. 1, in one of the embodiments, drive component 700 includes motor 710, first gear 720 and the Two gears 730.First gear 720 is on the clutch end of motor 710.Second gear 730 is sheathed on roll body 500a On.First gear 720 and the engaged transmission of second gear 730, make the driving drum body 500a of drive component 700 be respectively relative to tank Body 100, wind conveying pipe 420 and discharge pipe 600 rotate.In one of the embodiments, drive component 700 also includes frequency converter (figure Do not show), the control terminal of frequency converter and motor 710 communicates to connect.Frequency converter is used for the rotating speed of controlled motor 710.Tank body 100 and rolling Cylinder body 500a is horizontally disposed.User can pass through the rotating speed of frequency converter regulation motor 710.

Above-mentioned curer 10, roller 500 are arranged in feeding chamber 110 and are rotatablely connected with tank body 100, drive component 700 driving drums 500 are respectively relative to tank body 100, wind conveying pipe 420 and discharge pipe 600 and rotated.Material to be bakeed closes from first Wind device 200 is inputted to feeding chamber 110, and roller 500 promotes material to be moved relative to tank body 100, and it is fuel that material, which is bakeed, Fuel finally exports from the second wind stopping device 300.Due to offering the first ventilating duct 510, and the first ventilating duct 510 on roller 500 Connected respectively with wind conveying pipe 420 and discharge pipe 600, hot blast caused by furnace body 410 inputs the first ventilating duct by wind conveying pipe 420 In 510, roller 500 is heated, the hot blast after roller 500 is heated and is discharged again from discharge pipe 600, in this way, roller 500 is pushing away Animal material bakees while being moved relative to tank body 100 to material, material is converted to fuel.Due to material to be bakeed It can continue through in the first wind stopping device 200 input feeding chamber 110, roller 500 can also continue to promote and bakee material, and dry The fuel of roasting aftershaping can also continue through the second wind stopping device 300 and export, so as to realize that continual bakee operates.Cause This, the operating efficiency of above-mentioned curer 10 is higher.

Each technical characteristic of embodiment described above can be combined arbitrarily, to make description succinct, not to above-mentioned reality Apply all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited In contradiction, the scope that this specification is recorded all is considered to be.

Embodiment described above only expresses several embodiments of the present utility model, and its description is more specific and detailed, But therefore it can not be interpreted as the limitation to utility model patent scope.It should be pointed out that the common skill for this area For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to The scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.

Claims

1. a kind of curer, it is fuel for material to be bakeed, it is characterised in that the curer includes：

Tank body, offer feeding chamber；

Body of heater, including furnace body and wind conveying pipe, the furnace body are connected with the wind conveying pipe, and the furnace body is used to produce heat Wind；

Roller, offers the first ventilating duct, and first ventilating duct connects with the wind conveying pipe；The roller is arranged in described defeated Expect that intracavitary is rotatablely connected with the tank body, and the roller is rotatablely connected with the wind conveying pipe；The roller is described for promoting Material moves relative to the tank body, and it is the fuel that the material, which is bakeed,；

The end away from the wind conveying pipe is rotatablely connected on discharge pipe, with the roller, and the discharge pipe leads to described first Air channel connects；And

Drive component, the clutch end of the drive component are connected with the roller, and the drive component drives the roller The tank body, the wind conveying pipe and the discharge pipe is respectively relative to rotate.

2. curer according to claim 1, it is characterised in that also including first seal and second seal；It is described Roller is provided with first boss and second boss, and the first boss and the second boss are prolonged along the circumference of the roller Stretch, the first boss and the second boss are respectively positioned in the feeding chamber；The first seal and second seal are equal It is socketed on the roller, and the both sides of the first seal are connected to the end of the first boss and the tank body respectively Face, the both sides of the second seal are connected on the second boss and the tank body away from the first seal respectively End face.

3. curer according to claim 2, it is characterised in that the roller includes roll body and spire；It is described Roll body is arranged in the feeding chamber to be rotatablely connected with the tank body, and the both ends of the roll body respectively with it is described defeated Airduct and discharge pipe rotation connection；First ventilating duct is opened in the roll body；The first boss and institute Second boss is stated on the roll body；The spire is surrounded on the roll body, and the spire with The roll body connection, the spire are used to promote the material to move relative to the tank body.

4. curer according to claim 3, it is characterised in that the spiral shell along the spire is offered in the spire The second ventilating duct that rotation side upwardly extends, second ventilating duct connect with first ventilating duct.

5. curer according to claim 4, it is characterised in that the spire includes spiral body and feeding piece, institute State spiral body to be surrounded on the roll body, and the spiral body is connected with the roll body；Second ventilation Road is opened on the spiral body；The feeding piece is on the spiral body.

6. according to the curer described in any one of claim 2 to 4, it is characterised in that also returned including the first air exhauster and hot gas Closed tube road；First air exhauster is connected with the discharge pipe and the hot gas recovery channel respectively；The hot gas recovery channel The upper end away from first air exhauster connects with the furnace body.

7. curer according to claim 6, it is characterised in that the tank body includes tank body and inner cylinder, the tank sheet Body is sheathed on the inner cylinder, and gap be present between the tank body and the inner cylinder；The feeding chamber is opened in described On cylinder；The periphery of the first seal and the second seal is connected on the inner cylinder.

8. curer according to claim 7, it is characterised in that also including the first pipeline and second pipe；Described first The both ends of pipeline are respectively protruding into the wind conveying pipe and the tank body, the wind conveying pipe is connected with the gap；Described The both ends of two pipelines are respectively protruding into the tank body and the discharge pipe, the gap is connected with the discharge pipe.

9. curer according to claim 7, it is characterised in that also including discharge duct, the second air exhauster and dedusting group Part；The discharge duct is stretched into the inner cylinder and connected with the feeding chamber, second air exhauster respectively with the blast pipe Road is connected with the dedusting component, and the gas in the feeding chamber is pumped into the dedusting component；The dedusting component is used for Remove the dust in the gas.

10. the curer according to claim 3 or 4, it is characterised in that the drive component includes motor, first gear And second gear, for the first gear on the clutch end of the motor, the second gear is sheathed on the roller On body, the first gear and the second gear engaged transmission, the drive component is set to drive the roll body difference Rotated relative to the tank body, the wind conveying pipe and the discharge pipe.