CN208462827U - Environmentally friendly hot air water-removing machine - Google Patents

Abstract

The utility model provides a kind of environmentally friendly hot air water-removing machine, it includes rotatable cylinder, and air-heater is connected by one end of feed hopper and cylinder, and the other end of cylinder is connect with exhausting duct, equipped with multiple blades for making material roll in cylinder.The structure of the feed hopper are as follows: one end below hopper is equipped with air inlet, the air-heater air outlet connection of air inlet and air-heater；The other end below hopper is equipped with mixing import, and the central feeding mouth for mixing import and cylinder connects；Charging adjustable plate is additionally provided in feed hopper bottom.It by using feed hopper into the mode of hot wind, can be avoided in the prior art, tealeaves falls on blast pipe the problem of causing local heating and charging is easy the problem of blocking.

Description

Environmentally friendly hot air water-removing machine

Technical field

The utility model relates to field of tea production, and in particular to a kind of environmental protection hot air water-removing machine.

Background technique

Tea green-keeping is to inhibit the tea polyphenols etc. in fresh leaf by the oxidase active in high temperature and passivation fresh tea passes Enzymatic oxidation, evaporate fresh leaf partial moisture, tealeaves made to soften, convenient for rubbing forming, while foul smell promotes good fragrant A kind of tea making step of the formation of gas.Existing rolling tube type tea water removing machine needs for roller to be heated to 110 ~ 120 DEG C.Commonly Heating method has: 1, coal or bavin heating, the problem is that smoke contamination is larger, temperature is not easy to control.2, electric heating or electricity Magnetic induction heating.The problem is that energy consumption is higher, and heat uneven.3, Hot-blast Heating, generate hot wind mode have steam, Fuel combustion.There is also the higher problems of energy consumption.Such as 105918509 A of Chinese patent literature CN describes a kind of green-keeping machine, Including air-heater, green-keeping machine main body；Air-heater includes cold wind import, hot-blast outlet；Green-keeping machine main body includes shell, can be in shell Guide-leaf plate is arranged in the inner cylinder of interior rotation, inner cylinder inside；Tea inlet bucket is arranged in inner cylinder one side, and blast pipe one end connects hot wind The hot-blast outlet of machine, the other end protrude into the inside of inner cylinder.The structure is more commonly that there is also one in this configuration to ask Topic, tea inlet bucket are located at the top of blast pipe, and tealeaves is directly fallen on blast pipe, is easy to keep tealeaves local temperature rise excessively high, be influenced into Quality.Also the problem of being easy to appear putty.

The technical problem, such as Chinese patent literature CN are overcome by the way of recovery waste heat in the prior art A kind of hybrid hot-air enzyme deactivation machine, including insulation shell are described in 102308893 A, roller is mounted in insulation shell, is protected It is equipped with heating device in warm shell, forms a cavity between insulation shell and roller, which is connected to heating device, in cavity Interior to be equipped with more hot air pipes, hot air pipe outlet is located in roller.Waste heat is utilized in such a way that more hot air pipes are set, is existed The problem of be that structure is complex.In existing equipment, the problem of there is also uneven heatings, the stir-frying intensity and tealeaves of tealeaves are soft The unmatched problem of change degree, influences final tea leaf quality.

Summary of the invention

The technical problem to be solved by the utility model is to provide a kind of environmentally friendly hot air water-removing machines, are able to solve tealeaves charging The problem of local temperature rise is excessively high in the process, putty keeps the heating of tealeaves more uniform.In preferred scheme, it can be greatly reduced The energy consumption of equipment, stir-frying movement can match with the softening degree of tealeaves, be conducive to improve final product quality.

A kind of in order to solve the above technical problems, the technical scheme adopted by the utility model is: environmentally friendly hot air water-removing machine, it Including rotatable cylinder, air-heater is connected by one end of feed hopper and cylinder, and the other end of cylinder is connect with exhausting duct, cylinder It is equipped with multiple blades for making material roll in vivo.

In preferred scheme, the structure of the feed hopper are as follows: one end below hopper is equipped with air inlet, air inlet with The air-heater air outlet of air-heater connects；

The other end below hopper is equipped with mixing import, and the central feeding mouth for mixing import and cylinder connects；

Charging adjustable plate is additionally provided in feed hopper bottom.

In preferred scheme, the exhausting duct is waste heat exhausting duct, and the structure of waste heat exhausting duct includes outer housing and interior Shell is not connected between the inner cavity and inner housing of outer housing；

The end face seal of the hot air inlet and cylinder of inner housing connects, and the top of inner housing is equipped with hot wind exhaust outlet；

Outer housing is equipped with waste heat wind inlet and remaining hot-blast outlet, the import of the pressure fan in remaining hot-blast outlet and air-heater Connection.

In preferred scheme, in the air-heater, air-heater shell is tunnel type structure, in air-heater shell at least one Piece ceramic heating flake arranges that the air outlet of pressure fan is connect with the air inlet of air-heater shell along air-heater shell axis direction, The air-heater air outlet of air-heater shell is connected by the air inlet of hot air pipe and feed hopper.

In preferred scheme, multi-disc ceramic heating flake is equipped in air-heater shell, multi-disc ceramic heating flake is along hot wind The distribution of casing body axis direction, the edge of ceramic heating flake is fixedly connected by connecting column with air-heater shell, in ceramic heat The two sides of two area largest end faces of piece, are respectively equipped with wind guide vane, wind guide vane make two areas from wind to porcelain heating sheet most Large end face.

In preferred scheme, multi-disc ceramic heating flake is equipped in air-heater shell, multi-disc ceramic heating flake is along hot wind Casing body axis direction is distributed, and reverses an angle, ceramic heat between adjacent ceramic heating flake centered on axis mutually The edge of piece is fixedly connected by connecting column with air-heater shell, in the two sides of two area largest end faces of ceramic heating flake, It is respectively equipped with wind guide vane, wind guide vane makes two area largest end faces of the wind to porcelain heating sheet.

In preferred scheme, multi-disc ceramic heating flake is equipped in air-heater shell, multi-disc ceramic heating flake is along hot wind Casing body axis direction is distributed, and reverses an angle, ceramic heat between adjacent ceramic heating flake centered on axis mutually The edge of piece is fixedly connected by connecting column with air-heater shell, and multiple air inlets, each air inlet are equipped on air-heater shell Mouth is corresponding with a ceramic heating flake respectively, is equipped with wind guide vane in the end of air inlet, wind guide vane is located at the two of ceramic heating flake At least side of a area largest end face, wind guide vane make area largest end face of the wind to porcelain heating sheet.

In preferred scheme, the cylinder bearing is at least two groups backing roll, wherein one group of backing roll and driving fill Connection is set, to drive cylinder to rotate；

Cylinder is from import to outlet at least provided with feed zone, resistance material section and stirring section.

In preferred scheme, in the feed zone, multiple feed auger pieces, feed auger piece are equipped in the inner wall of cylinder Rotation push charging；

In resistance material section, it is equipped with a resistance material flight in the inner wall of cylinder, resistance material flight circumferentially rotates 1 ~ 6 Circle is equipped with blast cap in the rotation center position of resistance material flight；

In stirring section, multiple stirring pieces along tubular axis arrangement are equipped in the inner wall of cylinder.

In preferred scheme, the cylinder bearing is at least two groups backing roll, wherein one group of backing roll and driving fill Connection is set, to drive cylinder to rotate；

Cylinder is from import to outlet at least provided with feed zone, the first resistance material section, the first stirring section, the second resistance material section and second Stirring section；

In the feed zone, cylinder inner wall be equipped with multiple feed auger pieces, the rotation of feed auger piece push into Material；

In the first resistance material section and the second resistance material section, a resistance material flight, resistance material spiral shell are equipped in the inner wall of cylinder Blade circumferentially rotates 1 ~ 6 circle, is equipped with blast cap in the rotation center position of resistance material flight；

In the first stirring section and the second stirring section, multiple turning over along tubular axis arrangement are equipped in the inner wall of cylinder Tablet；

Multiple mesh are equipped on the wall of the cylinder of the second stirring fragment position.

A kind of environmentally friendly hot air water-removing machine provided by the utility model can be kept away by using feed hopper into the mode of hot wind Exempt from the prior art, tealeaves falls on blast pipe the problem of causing local heating and charging is easy the problem of blocking.Preferred side In case, energy consumption can be greatly reduced, and improve hot blast temperature, with resistance heating in the air-heater of the ceramic heating flake heating of use Mode is compared, and the air-heater energy consumption reduction of the utility model reaches 70%.Pass through feed zone, the group of multiple resistance material sections and stirring section It closes, being heated evenly for tealeaves can be made, stir-frying movement can be adapted with the softening degree of tealeaves, further increase tealeaves finished product matter Amount.

Detailed description of the invention

The utility model is described in further detail with reference to the accompanying drawings and examples:

Fig. 1 is the schematic perspective view of the utility model.

Fig. 2 is the schematic perspective view of the other direction of the utility model.

Fig. 3 is the main view of the utility model.

Fig. 4 is the front sectional view of the utility model.

Fig. 5 is the structural schematic diagram of waste heat exhausting duct in the utility model.

Fig. 6 is the schematic cross-sectional view of air-heater in the utility model.

Fig. 7 is the structural schematic diagram of air-heater in the utility model.

In figure: cylinder 1, feed auger piece 11, the first blast cap 12, the first resistance material flight 13, the first stirring piece 14, second Blast cap 15, the second resistance material flight 16, the second stirring piece 17, mesh 18, feed hopper 2, air inlet 21, hopper 22, charging are adjusted Plate 23 mixes import 24, waste heat exhausting duct 3, inner housing 31, outer housing 32, hot air inlet 33, waste heat wind inlet 34, waste heat Wind outlet 35, hot wind exhaust outlet 36, discharge gate 37, backing roll 4, driving device 5, bracket 6, air-heater 7, air-heater shell 701, Air-heater air outlet 702, the first air inlet 703, the second air inlet 704, third air inlet 705, the first wind guide vane 706, second Wind guide vane 707, third wind guide vane 708, the first ceramic heating flake 709, the second ceramic heating flake 710, third ceramic heating flake 711, connecting column 712, fan blade adjustable link 713, pressure fan 8, hot air pipe 9.

Specific embodiment

In Fig. 1 ~ 5, a kind of environmental protection hot air water-removing machine, it includes rotatable cylinder 1, air-heater 7 by feed hopper 2 with One end of cylinder 1 connects, and the other end of cylinder 1 is connect with exhausting duct, equipped with multiple leaves for making material roll in cylinder 1 Piece.Tealeaves is sent to the scheme in cylinder 1 using hot wind by thus structure, overcome in the prior art tealeaves in fill process The problem of middle local heating, the problem of also avoiding tealeaves fed material from being blocked.

In preferred scheme such as Fig. 4, the structure of the feed hopper 2 are as follows: one end below hopper 22 is equipped with air inlet 21, air inlet 21 is connect with the air-heater air outlet 702 of air-heater 7；

The other end of 22 lower section of hopper is equipped with mixing import 24, and mixing import 24 is connect with the central feeding mouth of cylinder 1；

Charging adjustable plate 23 is additionally provided in 22 bottom of hopper.Thus structure, hot wind enter from air inlet 21, open charging and adjust It saves plate 23 and arrives aperture appropriate, as tealeaves is fallen from hopper 22, tealeaves is sent in cylinder 1 by hot wind from mixing import 24.

In preferred scheme such as Fig. 4 ~ 5, the exhausting duct is waste heat exhausting duct 3, and the structure of waste heat exhausting duct 3 includes outer Shell 32 and inner housing 31 are not connected between the inner cavity and inner housing 31 of outer housing 32；

The hot air inlet 33 of inner housing 31 is connect with the end face seal of cylinder 1, and the top of inner housing 31 is arranged equipped with hot wind Air port 36；

Outer housing 32 is equipped with waste heat wind inlet 34 and remaining hot-blast outlet 35, remaining hot-blast outlet 35 and sending in air-heater 7 The import of blower 8 connects.Thus structure, during water-removing, moisture is discharged from hot wind exhaust outlet 36, and cold wind is from waste heat wind inlet 34 enter, and exchange heat between outer housing 32 and inner housing 31, the air after heating enters in air-heater from remaining hot-blast outlet 35.

In preferred scheme such as Fig. 4,6,7, in the air-heater 7, air-heater shell 701 is tunnel type structure, in heat At least a piece of ceramic heating flake of Blower Housing 701 is along 701 axis direction of air-heater shell arrangement, the air outlet and heat of pressure fan 8 The air inlet of Blower Housing 701 connects, and the air-heater air outlet 702 of air-heater shell 701 passes through hot air pipe 9 and feed hopper 2 Air inlet 21 connects.Thus structure compared with resistance-type electric heating, can reduce energy consumption using ceramic heating flake as heat source About 40 ~ 43%.Ceramic heating flake in this example is MCH ceramic heating flake, and MCH is Metal Ceramics Heater cermet The abbreviation of heater.MCH ceramic heating flake is commercially available product.Surface heat temperature can be up to 500 ~ 1000 DEG C, and surface It does not shine.But utility model people has been found that and cannot quickly take away the heat on ceramic heating flake surface, then ceramic heating flake Hot in-fighting effect is generated, energy consumption is significantly increased.

In preferred scheme such as Fig. 4,6,7, multi-disc ceramic heating flake is equipped in air-heater shell 701, multi-disc ceramics add Backing is distributed along 701 axis direction of air-heater shell, and the edge of ceramic heating flake passes through connecting column 712 and air-heater shell 701 are fixedly connected, and in the two sides of two area largest end faces of ceramic heating flake, are respectively equipped with wind guide vane, wind guide vane makes wind To two area largest end faces of porcelain heating sheet.Thus structure accelerates air-flow forced by the wind guide vane of setting, will be ceramic The temperature on heating sheet surface is taken away, to improve heat exchanger effectiveness, reduces the heat in-fighting of ceramic heating flake, further decreases low Energy consumption about 47 ~ 52%.

Further preferred scheme such as Fig. 4 in 6,7, is equipped with multi-disc ceramic heating flake, multi-disc in air-heater shell 701 Ceramic heating flake is distributed along 701 axis direction of air-heater shell, between adjacent ceramic heating flake mutually centered on axis An angle is reversed, the edge of ceramic heating flake is fixedly connected by connecting column 712 with air-heater shell 701, in ceramic heat The two sides of two area largest end faces of piece, are respectively equipped with wind guide vane, wind guide vane make two areas from wind to porcelain heating sheet most Large end face.Thus structure skim over each ceramic heating flake can by high-speed flow, so that efficient take away ceramic heating flake Surface temperature, and influence between adjacent two panels ceramic heating flake reduces, and further decreases low energy consumption about 55 ~ 58%.

In preferred scheme such as Fig. 4,6,7, multi-disc ceramic heating flake is equipped in air-heater shell 701, multi-disc ceramics add Backing is distributed along 701 axis direction of air-heater shell, reverses one centered on axis mutually between adjacent ceramic heating flake The edge of a angle, ceramic heating flake is fixedly connected by connecting column 712 with air-heater shell 701, on air-heater shell 701 Equipped with multiple air inlets, each air inlet is corresponding with a ceramic heating flake respectively, is equipped with wind guide vane in the end of air inlet, leads Fan blade is located at at least side of two area largest end faces of ceramic heating flake, wind guide vane make area from wind to porcelain heating sheet most Large end face.In Fig. 6,7, be respectively equipped on air-heater shell 701 first air inlet 703, the second air inlet 704 and third into Air port 705 respectively corresponds the first ceramic heating flake 709, the second ceramic heating flake 710 and third ceramic heating flake 711, in ceramics The two sides of heating sheet are correspondingly provided with the first wind guide vane 706, the second wind guide vane 707 and third wind guide vane 708.Thus structure, into one Step reduces influence mutual between two panels ceramic heating flake, take away air inlet can quickly by ceramic heating flake surface temperature. Compared with resistance-type electric heating, energy consumption about 57 ~ 63% can reduce.

In further preferred scheme such as Fig. 6, the wind-guiding blade root and air-heater shell 701 are hinged, in wind guide vane Fan blade adjustable link 713 is equipped between air-heater shell 701, to adjust the tilt angle of wind guide vane, further preferably , wind guide vane is used close to arc-shaped curve wind guide vane, and vibration damping noise-proofing material is equipped on wind guide vane, is generally arranged at song The inside of line, material selection foaming inorganic material, such as aerating foaming fire clay etc..

In preferred scheme such as Fig. 1,2,4, the cylinder 1 is supported at least two groups backing roll 4, wherein one group of bearing Roller 4 is connect with driving device 5, to drive cylinder 1 to rotate；Driving device 5 uses motor and retarder.Cylinder 1 is from import to out Mouth is at least provided with feed zone, resistance material section and stirring section.

In preferred scheme, in the feed zone, multiple feed auger pieces 11 is equipped in the inner wall of cylinder 1, feed spiral shell The rotation of blade 11 pushes charging；

In resistance material section, it is equipped with a resistance material flight in the inner wall of cylinder 1, resistance material flight circumferentially rotates 1 ~ 6 Circle is equipped with blast cap in the rotation center position of resistance material flight；

In stirring section, multiple stirring pieces along 1 axis of cylinder arrangement are equipped in the inner wall of cylinder 1.

In preferred scheme, the cylinder 1 is supported at least two groups backing roll 4, wherein one group of backing roll 4 and driving Device 5 connects, to drive cylinder 1 to rotate；

Cylinder 1 is from import to outlet at least provided with feed zone, the first resistance material section, the first stirring section, the second resistance material section and the Two stirring sections；

In the feed zone, multiple feed auger pieces 11 are equipped in the inner wall of cylinder 1, the rotation of feed auger piece 11 pushes away Dynamic charging；

In the first resistance material section and the second resistance material section, a resistance material flight, resistance material spiral shell are equipped in the inner wall of cylinder 1 Blade circumferentially rotates 1 ~ 6 circle, is equipped with blast cap in the rotation center position of resistance material flight；The first resistance material section being arranged and Tealeaves can be stopped accumulation a period of time by two resistance material sections, accelerate tealeaves heating, tealeaves is made to accelerate softening.The blast cap of setting can Reduce the speed that tealeaves is axially moved along cylinder 1.

In the first stirring section and the second stirring section, cylinder 1 inner wall be equipped with it is multiple along 1 axis of cylinder arrangement Stirring piece；The stirring piece is vertical with the inner wall of cylinder 1, so that tealeaves is tossed and then is fallen in rotary course, makes tealeaves Micro-strain is constantly generated, tealeaves is further softened.

Multiple mesh 18 are equipped on the wall of the cylinder 1 of the second stirring fragment position.Thus structure can accelerate the row of moisture Out, tea leaf quality is improved.

By taking most preferred scheme as an example, in use, air enters from waste heat wind inlet 34, from remaining after 10 ~ 30 DEG C of heating Hot-blast outlet 35 enters pressure fan 8, and waste heat wind is blown into air-heater shell 701 by pressure fan 8 from multiple air inlets, passes through After wind guide vane accelerates, the surface of ceramic heating flake is blown over, so that the temperature of hot wind is reached 120 ~ 130 DEG C, hot wind enters feed hopper 2, the cylinder 1 of rotation is sent to together with tealeaves, after feed zone, resistance material section and stirring section, tealeaves completes water-removing operation, from Discharge gate 37 is discharged, and hot wind is discharged after heat exchange from the hot wind exhaust outlet 36 of waste heat exhausting duct 3.

The above embodiments are only the optimal technical scheme of the utility model, and are not construed as the limit for the utility model System, the technical solution that the protection scope of the utility model should be recorded with claim, the technical solution recorded including claim The equivalents of middle technical characteristic are protection scope.Equivalent replacement i.e. within this range is improved, also in the utility model Protection scope within.

Claims (10)

1. a kind of environmental protection hot air water-removing machine, it is characterized in that: it includes rotatable cylinder (1), air-heater (7) passes through feed hopper (2) it is connect with one end of cylinder (1), the other end of cylinder (1) is connect with exhausting duct, is equipped in cylinder (1) multiple for making object Expect the blade of rolling.

2. a kind of environmentally friendly hot air water-removing machine according to claim 1, it is characterized in that: the structure of the feed hopper (2) are as follows: One end below hopper (22) is equipped with air inlet (21), and the air-heater air outlet (702) of air inlet (21) and air-heater (7) is even It connects；

The other end below hopper (22) is equipped with mixing import (24), the central feeding mouth company of mixing import (24) and cylinder (1) It connects；

Charging adjustable plate (23) is additionally provided in hopper (22) bottom.

3. a kind of environmentally friendly hot air water-removing machine according to claim 1, it is characterized in that: the exhausting duct is waste heat exhausting duct (3), the structure of waste heat exhausting duct (3) includes outer housing (32) and inner housing (31), the inner cavity of outer housing (32) and inner housing (31) it is not connected between；

The hot air inlet (33) of inner housing (31) is connect with the end face seal of cylinder (1), and the top of inner housing (31) is equipped with heat Wind exhaust outlet (36)；

Outer housing (32) is equipped with waste heat wind inlet (34) and remaining hot-blast outlet (35), remaining hot-blast outlet (35) and air-heater (7) In pressure fan (8) import connection.

4. described in any item a kind of environmentally friendly hot air water-removing machines according to claim 1 ~ 3, it is characterized in that: the air-heater (7) In, air-heater shell (701) is tunnel type structure, in at least a piece of ceramic heating flake of air-heater shell (701) along hot wind casing Body (701) axis direction arrangement, the air outlet of pressure fan (8) are connect with the air inlet of air-heater shell (701), air-heater shell (701) air-heater air outlet (702) is connect by hot air pipe (9) with the air inlet (21) of feed hopper (2).

5. a kind of environmentally friendly hot air water-removing machine according to claim 4, it is characterized in that: being equipped in air-heater shell (701) Multi-disc ceramic heating flake, multi-disc ceramic heating flake are distributed along air-heater shell (701) axis direction, the edge of ceramic heating flake It is fixedly connected by connecting column (712) with air-heater shell (701), the two of two area largest end faces of ceramic heating flake Side, is respectively equipped with wind guide vane, and wind guide vane makes two area largest end faces of the wind to porcelain heating sheet.

6. a kind of environmentally friendly hot air water-removing machine according to claim 4, it is characterized in that: being equipped in air-heater shell (701) Multi-disc ceramic heating flake, multi-disc ceramic heating flake are distributed along air-heater shell (701) axis direction, adjacent ceramic heating flake Between an angle is reversed centered on axis mutually, the edge of ceramic heating flake passes through connecting column (712) and air-heater shell (701) it is fixedly connected, in the two sides of two area largest end faces of ceramic heating flake, is respectively equipped with wind guide vane, wind guide vane makes wind Blow to two area largest end faces of porcelain heating sheet.

7. a kind of environmentally friendly hot air water-removing machine according to claim 4, it is characterized in that: being equipped in air-heater shell (701) Multi-disc ceramic heating flake, multi-disc ceramic heating flake are distributed along air-heater shell (701) axis direction, adjacent ceramic heating flake Between an angle is reversed centered on axis mutually, the edge of ceramic heating flake passes through connecting column (712) and air-heater shell (701) be fixedly connected, on air-heater shell (701) be equipped with multiple air inlets, each air inlet respectively with a ceramic heat Piece is corresponding, is equipped with wind guide vane in the end of air inlet, wind guide vane is located at two area largest end faces of ceramic heating flake at least Side, wind guide vane make area largest end face of the wind to porcelain heating sheet.

8. according to claim 1 ~ 3,5 ~ 7 described in any item a kind of environmentally friendly hot air water-removing machines, it is characterized in that: the cylinder (1) it is supported at least two groups backing roll (4), wherein one group of backing roll (4) connect with driving device (5), to drive cylinder (1) Rotation；

Cylinder (1) is from import to outlet at least provided with feed zone, resistance material section and stirring section.

9. a kind of environmentally friendly hot air water-removing machine according to claim 8, it is characterized in that: in the feed zone, in cylinder (1) Inner wall be equipped with multiple feed auger pieces (11), the rotation of feed auger piece (11) pushes charging；

In resistance material section, it is equipped with a resistance material flight in the inner wall of cylinder (1), resistance material flight circumferentially rotates 1 ~ 6 circle, Blast cap is equipped in the rotation center position of resistance material flight；

In stirring section, multiple stirring pieces along cylinder (1) axis arrangement are equipped in the inner wall of cylinder (1).

10. according to claim 1 ~ 3,5 ~ 7 described in any item a kind of environmentally friendly hot air water-removing machines, it is characterized in that: the cylinder (1) it is supported at least two groups backing roll (4), wherein one group of backing roll (4) connect with driving device (5), to drive cylinder (1) Rotation；

Cylinder (1) is from import to outlet at least provided with feed zone, the first resistance material section, the first stirring section, the second resistance material section and second Stirring section；

In the feed zone, multiple feed auger pieces (11), the rotation of feed auger piece (11) are equipped in the inner wall of cylinder (1) Push charging；

In the first resistance material section and the second resistance material section, a resistance material flight, resistance material spiral are equipped in the inner wall of cylinder (1) Piece circumferentially rotates 1 ~ 6 circle, is equipped with blast cap in the rotation center position of resistance material flight；

In the first stirring section and the second stirring section, cylinder (1) inner wall be equipped with it is multiple along cylinder (1) axis arrangement Stirring piece；

Multiple mesh (18) are equipped on the wall of the cylinder (1) of the second stirring fragment position.