CN109170988A - A kind of food processing equipment and its method of drive blade formula - Google Patents
A kind of food processing equipment and its method of drive blade formula Download PDFInfo
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- CN109170988A CN109170988A CN201810799829.0A CN201810799829A CN109170988A CN 109170988 A CN109170988 A CN 109170988A CN 201810799829 A CN201810799829 A CN 201810799829A CN 109170988 A CN109170988 A CN 109170988A
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- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23P—SHAPING OR WORKING OF FOODSTUFFS, NOT FULLY COVERED BY A SINGLE OTHER SUBCLASS
- A23P30/00—Shaping or working of foodstuffs characterised by the process or apparatus
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- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
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Abstract
The invention discloses a kind of food processing equipments of drive blade formula, cylindric steam heated shell including lateral attitude, the concentric integrated setting of right end of the steam heated shell has steam generation outer housing, and the inside of the steam generation outer housing is combustion chamber；The right end of the steam generation outer housing is provided with flame spray burner, and the flame jet of the flame spray burner is concentric to be protruded into the combustion chamber；Structure of the invention is simple, and the high-temperature steam in steam hollow passageway is uniformly ejected in steam heating cavity by the puff prot on several hard air guide pipe end bend pipes, and high-temperature steam can be condensed when encountering the relatively low food of temperature, and be given off heat.
Description
Technical field
The invention belongs to food processing field more particularly to a kind of food processing equipments and its method of drive blade formula.
Background technique
Using in food heating process, is heated according to straight fire, food is be easy to cause to be easy the phenomenon that being scorched, and
The non-uniform phenomenon of local temperature is had, while a large amount of vapor being also easy to cause in food to scatter and disappear, influences final quality.
Summary of the invention
Goal of the invention: in order to overcome the deficiencies in the prior art, the present invention provides a kind of homogeneous heating rapid one
The food processing equipment and its method of kind drive blade formula.
Technical solution: to achieve the above object, a kind of food processing equipment of drive blade formula of the invention, including transverse direction
The concentric integrated setting of right end of the cylindric steam heated shell of posture, the steam heated shell has steam generation shell
Body, the inside of the steam generation outer housing are combustion chamber；The right end of the steam generation outer housing is provided with flame injection combustion
Burner, the flame jet of the flame spray burner is concentric to be protruded into the combustion chamber；
Concentric in the combustion chamber to be rotatably provided with steam generation inner housing, the steam generation inner housing is right end
In the cylindrical shell structure of taper shape；The flame that the flame jet sprays is concentric to spray to the taper；The burning
The left end of chamber is connected with smoke exhaust pipe；
The inside of the steam heated shell is steam heating cavity, and concentric rotation is provided with biography in the steam heating cavity
Send sharf；The both ends of the transmission sharf are pierced by the wall body at steam heated shell both ends, and the transmission sharf
Axial wall by first sealing bearing and second sealing bearing respectively with the wall body at steam heated shell both ends be rotatablely connected；
It is the hollow rod structure of left and right perforation along its length inside the transmission sharf, the sky of the transmission sharf
The concentric lateral hard water pipe for being equipped with fixed setting of interior portion, the sky of the transverse direction hard water pipe and the transmission sharf
Steam hollow passageway is formed between intracardiac wall, the right end of the steam hollow passageway is connected to the interior of the steam generation inner housing
Chamber, the left end of the steam hollow passageway are provided with third sealing bearing, and the transverse direction hard water pipe is interior with transmission sharf
Wall seals bearing by the third and relatively rotates connection.
Further, belt pulley is connected on the left end outer wall of the transmission sharf；It further include belt motor, the skin
Translator is connect by driving belt with the pulley drive；The right end concentric integration connection institute of the transmission sharf
State the left end of steam generation inner housing；The belt motor is driven in transmission sharf and steam generation by the driving belt
Shell synchronous rotary.
Further, it spirals in the shape of a spiral on the axial wall that the transmission sharf is located in steam heating cavity and is provided with transmission
Blade；It is connected with feed pipe on the upside of the left end of the steam heated shell, is connected on the downside of the right end of the steam heated shell
Discharge nozzle；Several hard gas-guide tubes extended in a radial direction are additionally provided on the axial wall of the transmission sharf, it is each described
Hard gas-guide tube is along the equidistant array distribution of steam hollow passageway axis direction；The root of each hard gas-guide tube is connected to institute
Steam hollow passageway is stated, the end of each hard gas-guide tube is connected with bend pipe, and spray is arranged in the end of each bend pipe
Port, the jet direction of each puff prot are opposite with the transmission rotational line directional velocity of sharf.
Further, the outside wall surface of the taper has several heat exchange fins in array distribution.
Further, in the concentric inner cavity for protruding into the steam generation inner housing of right end of the lateral hard water pipe,
It protrudes into and goes back the integrated coaxial heart on the outer wall of the lateral hard water pipe in the inner cavity of the steam generation inner housing and be fixedly installed
Separator disc, the outer surface of the separator disc and the inner wall of the steam generation inner housing are rotatably and tightly connected with, the separation
The inner cavity of the steam generation inner housing is divided into left steam pressure accumulation chamber and right water heating chamber by disk；The transverse direction hard water pipe
Right end be connected with curved water pipe, the water outlet of the curved water pipe is bent downward in the right water heating chamber；
Hollow out notch is arranged in the upper end of the separator disc, and the hollow out notch heats the left steam pressure accumulation chamber and right water
Chamber is interconnected；The left end integration of the transverse direction hard water pipe is connected to the lower end of vertical hard water pipe；The vertical hard water
The upper end of pipe is connected with influent hopper, and height where the influent hopper is higher than where at the top of the steam generation inner housing
Highly.
Further, a method of based on steam-heated food processing equipment:
Softened water is injected into influent hopper, then softened water passes sequentially through vertical hard water pipe and lateral hard water pipe simultaneously
Final filling stops when height where the liquid level in right water heating chamber reaches right water heating cavity axis into right water heating chamber
It is only filled the water into influent hopper, then starts belt motor and flame spray burner, and then the fire that flame jet sprays simultaneously
The concentric outer wall for spraying to the taper of flame, since taper is in the state persistently rotated along axis, and then in taper
A swing circle in, all can be primary by liquid water immersion everywhere in taper inner wall, and then the heat that taper is absorbed
Continuously by the water uniform pickup in right water heating chamber, the non-uniform phenomenon of local heating will not be generated, and then in right water heating chamber
Water be rapidly heated to boiling, after the water boiling in right water heating chamber in time into influent hopper after softening water to maintain
Liquid level in right water heating chamber；The high-temperature steam generated after water boiling in right water heating chamber passes through the upper end of separator disc
Hollow out notch is imported into left steam pressure accumulation chamber, and then the high-temperature steam in left steam pressure accumulation chamber passes through the right side of steam hollow passageway
End is imported into steam hollow passageway；
With this while under the driving of belt motor, transmission sharf and transmission blade continuously slowly at the uniform velocity rotate, then
The continuous blanking food and flavouring additive to be heated into feed pipe, the food with heating are transmitting after entering steam heating cavity
It is mixed well under the continuous agitation of blade and several hard air guide pipe composite structures and overall slowly to discharge nozzle direction fortune
Row, and it is final from discharge nozzle discharge；
At the same time, the high-temperature steam in steam hollow passageway passes through the puff prot on several hard air guide pipe end bend pipes
It is uniformly ejected in steam heating cavity, high-temperature steam can be condensed when encountering the relatively low food of temperature, and issue heat
Amount, also acts as during uniform mild heat food as the uniform water supplement function of food；The jet side of each puff prot
To the rotational line directional velocity with transmission sharf on the contrary, food is effectively prevent to be flowed into steam hollow passageway from puff prot back
In.
The utility model has the advantages that structure of the invention is simple, the high-temperature steam in steam hollow passageway passes through several hard gas-guide tubes
Puff prot on the bend pipe of end is uniformly ejected in steam heating cavity, high-temperature steam meeting when encountering the relatively low food of temperature
It condenses, and gives off heat, also acted as during uniform mild heat food as the uniform water supplement function of food；Each institute
The jet direction of puff prot and the rotational line directional velocity of transmission sharf are stated on the contrary, effectivelying prevent food from puff prot back stream
Enter into steam hollow passageway.
Detailed description of the invention
Attached drawing 1 is overall structure of the present invention；
Attached drawing 2 is the whole three-dimensional cutaway view of the present invention；
Attached drawing 3, which is that the present invention is whole, just cuts open structural schematic diagram；
Attached drawing 4 is the partial enlargement diagram at the label 24 of attached drawing 3；
Attached drawing 5 is the partial enlargement diagram at the label 25 of attached drawing 3；
Attached drawing 6 is the partial enlargement diagram at the label 26 of attached drawing 3；
Attached drawing 7 is the whole structural schematic diagram after concealing steam heated shell and steam generation outer housing of the present invention；
Attached drawing 8 is separator disc, lateral hard water pipe, vertical hard water pipe and water funnel interconnected relationship schematic diagram；
Attached drawing 9 is transmission sharf partial structural diagram.
Specific embodiment
The present invention will be further explained with reference to the accompanying drawing.
A kind of food processing equipment of drive blade formula, the cylindric steam including lateral attitude as shown in attached drawing 1 to 9
The concentric integrated setting of right end of heated shell 9, the steam heated shell 9 has steam generation outer housing 10, the steam
The inside that outer housing 10 occurs is combustion chamber 14；The right end of the steam generation outer housing 10 is provided with flame spray burner
11, the flame jet 12 of the flame spray burner 11 is concentric to be protruded into the combustion chamber 14；
It is concentric in the combustion chamber 14 to be rotatably provided with steam generation inner housing 15, the steam generation inner housing 15
It is in the cylindrical shell structure of 13 shape of taper for right end；The flame that the flame jet 12 sprays is concentric to spray to the taper
13；The left end of the combustion chamber 14 is connected with smoke exhaust pipe 8；
The inside of the steam heated shell 9 is steam heating cavity 45, and concentric rotation is set in the steam heating cavity 45
It is equipped with transmission sharf 16；The both ends of the transmission sharf 16 are pierced by the wall body at 9 both ends of steam heated shell, and described
Transmit sharf 16 axial wall by first sealing bearing 33 and second sealing bearing 22 respectively with 9 both ends of steam heated shell
Wall body rotation connection；
It is the hollow rod structure of left and right perforation along its length, the transmission sharf 16 inside the transmission sharf 16
The concentric lateral hard water pipe 3.1 for being equipped with fixed setting of hollow interior, the transverse direction hard water pipe 3.1 and the transmission
Steam hollow passageway 23 is formed between the hollow inner wall of sharf 16, the right end of the steam hollow passageway 23 is connected to the steam
The inner cavity of inner housing 15 occurs, the left end of the steam hollow passageway 23 is provided with third sealing bearing 32, the transverse direction hard
The inner wall of water pipe 3.1 and transmission sharf 16 seals bearing 32 by the third and relatively rotates connection.
Belt pulley 34 is connected on the left end outer wall of the transmission sharf 16；It further include belt motor 5, the belt electricity
Machine 5 is sequentially connected by driving belt 4 and the belt pulley 34；The concentric integration connection of the right end of the transmission sharf 16
The left end of the steam generation inner housing 15；The belt motor 5 drives transmission sharf 16 by the driving belt 4 and steams
15 synchronous rotary of inner housing occurs for vapour.
It spirals in the shape of a spiral on the axial wall that the transmission sharf 16 is located in steam heating cavity 45 and is provided with transmission blade
17；It is connected with feed pipe 7 on the upside of the left end of the steam heated shell 9, is connected on the downside of the right end of the steam heated shell 9
Discharge nozzle 6；Several hard gas-guide tubes 18 extended in a radial direction are additionally provided on the axial wall of the transmission sharf 16, respectively
The hard gas-guide tube 18 is along the equidistant array distribution of 23 axis direction of steam hollow passageway；Each hard gas-guide tube 18
Root is connected to the steam hollow passageway 23, and the end of each hard gas-guide tube 18 is connected with bend pipe 21, each described
Puff prot 20, the rotation linear speed of the jet direction of each puff prot 20 and the transmission sharf 16 is arranged in the end of bend pipe 21
It spends contrary.
The outside wall surface of the taper 13 has several heat exchange fins 34 in array distribution, and heat exchange fin 34 plays raising heat exchange
The effect of efficiency.
In the concentric inner cavity for protruding into the steam generation inner housing 15 of right end of the transverse direction hard water pipe 3.1, protrude into
The integrated coaxial heart is gone back on the outer wall of lateral hard water pipe 3.1 in the inner cavity of the steam generation inner housing 15 to be fixedly installed
Separator disc 29, the outer surface 31 of the separator disc 29 and the inner wall of the steam generation inner housing 15 are rotatably and tightly connected with,
The inner cavity of the steam generation inner housing 15 is divided into left steam pressure accumulation chamber 27 and right water heating chamber 28 by the separator disc 29；
The right end of the transverse direction hard water pipe 3.1 is connected with curved water pipe 3.1, and the water outlet of the curved water pipe 3.1 is in the right water
It is bent downward in heating chamber 28；
The upper end of the separator disc 29 is arranged hollow out notch 30, and the hollow out notch 30 is by left 27 He of steam pressure accumulation chamber
Right water heating chamber 28 is interconnected；The left end integration of the transverse direction hard water pipe 3.1 is connected to the lower end of vertical hard water pipe 3；
The upper end of the vertical hard water pipe 3 is connected with influent hopper 1, and height where the influent hopper 1 is higher than the steam
Height where 15 top of inner housing occurs.
The method, process and technological progress of this programme arrange as follows:
Softened water is injected into influent hopper 1, then softened water passes sequentially through vertical hard water pipe 3 and lateral hard water pipe
It 3.1 and finally fills into right water heating chamber 28, reaches right 28 axis of water heating chamber to the liquid level in right water heating chamber 28
Stop filling the water into influent hopper 1 when the height of place, then starts belt motor 5 and flame spray burner 11 simultaneously, in turn
The concentric outer wall for spraying to the taper 13 of flame that flame jet 12 sprays persistently is revolved since taper 13 is in along axis
The state turned, and then in a swing circle of taper 13, it all can be by liquid water immersion one everywhere in 13 inner wall of taper
It is secondary, and then the heat that taper 13 is absorbed will not generate local heating continuously by the water uniform pickup in right water heating chamber 28
Non-uniform phenomenon, and then the water in right water heating chamber 28 is rapidly heated to boiling, the water boiling in right water heating chamber 28 it
Afterwards in time into influent hopper 1 after softening water to maintain the liquid level in right water heating chamber 28；In right water heating chamber 28
The high-temperature steam generated after water boiling is imported into left steam pressure accumulation chamber 27 by the hollow out notch 30 of the upper end of separator disc 29, so
High-temperature steam in rear left steam pressure accumulation chamber 27 is imported into steam hollow passageway 23 by the right end of steam hollow passageway 23；
With this while under the driving of belt motor 5, transmission sharf 16 and transmission blade 17 continuously slowly at the uniform velocity rotate,
Then the continuous blanking food and flavouring additive to be heated into feed pipe 7, the food with heating enter steam heating cavity 45
Mix well under the continuous agitation of transmission blade 17 and several 18 composite structures of hard gas-guide tube afterwards and totally slowly to
The operation of 6 direction of discharge nozzle, and it is final from the discharge of discharge nozzle 6；
At the same time, the high-temperature steam in steam hollow passageway 23 passes through on several 18 end bend pipes 21 of hard gas-guide tube
Puff prot 20 is uniformly ejected in steam heating cavity 45, and high-temperature steam can occur cold when encountering the relatively low food of temperature
It is solidifying, and give off heat, it is also acted as during uniform mild heat food as the uniform water supplement function of food；Each jet
The jet direction of mouth 20 and the rotational line directional velocity of transmission sharf 16 are on the contrary, effectively prevent food from 20 back stream of puff prot
Enter into steam hollow passageway 23.
The above is only a preferred embodiment of the present invention, it should be pointed out that: for the ordinary skill people of the art
For member, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications are also answered
It is considered as protection scope of the present invention.
Claims (6)
1. a kind of food processing equipment of drive blade formula, it is characterised in that: the cylindric steam including lateral attitude heats shell
The concentric integrated setting of right end of body (9), the steam heated shell (9) has steam generation outer housing (10), the steam
The inside that outer housing (10) occur is combustion chamber (14)；The right end of the steam generation outer housing (10) is provided with flame injection combustion
Burner (11), the flame jet (12) of the flame spray burner (11) is concentric to be protruded into the combustion chamber (14)；
It is concentric in the combustion chamber (14) to be rotatably provided with steam generation inner housing (15), the steam generation inner housing
It (15) is right end in the cylindrical shell structure of taper (13) shape；The flame that the flame jet (12) sprays is concentric to spray to institute
State taper (13)；The left end of the combustion chamber (14) is connected with smoke exhaust pipe (8)；
The inside of the steam heated shell (9) is steam heating cavity (45), concentric rotation in the steam heating cavity (45)
It is provided with transmission sharf (16)；The both ends of transmission sharf (16) are pierced by the wall at steam heated shell (9) both ends
Body, and it is described transmission sharf (16) axial wall by first sealing bearing (33) and second seal bearing (22) respectively with steam
The wall body at heated shell (9) both ends is rotatablely connected；
It is the hollow rod structure of left and right perforation along its length, the transmission sharf (16) inside transmission sharf (16)
The concentric lateral hard water pipe (3.1) for being equipped with fixed setting of hollow interior, it is described transverse direction hard water pipe (3.1) with it is described
It transmits and forms steam hollow passageway (23) between the hollow inner wall of sharf (16), the right end of the steam hollow passageway (23) connects
Lead to the inner cavity of the steam generation inner housing (15), the left end of the steam hollow passageway (23) is provided with third sealing bearing
(32), the inner wall of the lateral hard water pipe (3.1) and transmission sharf (16) is opposite by third sealing bearing (32)
Rotation connection.
2. a kind of food processing equipment of drive blade formula shown according to claim 1, it is characterised in that: the transmission blade
Belt pulley (34) are connected on the left end outer wall of axis (16)；It further include belt motor (5), the belt motor (5) passes through transmission
Belt (4) and the belt pulley (34) are sequentially connected；Described in the concentric integration connection of the right end of transmission sharf (16)
The left end of steam generation inner housing (15)；The belt motor (5) drives transmission sharf (16) by the driving belt (4)
With steam generation inner housing (15) synchronous rotary.
3. a kind of food processing equipment of drive blade formula according to shown in claim 2, it is characterised in that: the transmission blade
It spirals in the shape of a spiral on the axial wall that axis (16) is located in steam heating cavity (45) and is provided with transmission blade (17)；The steam heating
It is connected with feed pipe (7) on the upside of the left end of shell (9), is connected with discharge nozzle on the downside of the right end of the steam heated shell (9)
(6)；Several hard gas-guide tubes (18) extended in a radial direction are additionally provided on the axial wall of transmission sharf (16), respectively
The hard gas-guide tube (18) is along the equidistant array distribution of steam hollow passageway (23) axis direction；Each hard gas-guide tube
(18) root is connected to the steam hollow passageway (23), and the end of each hard gas-guide tube (18) is connected with bend pipe
(21), puff prot (20) are arranged in the end of each bend pipe (21), the jet direction and the transmission of each puff prot (20)
The rotational line directional velocity of sharf (16) is opposite.
4. a kind of food processing equipment of drive blade formula according to shown in claim 3, it is characterised in that: the taper
(13) outside wall surface has several heat exchange fins (34) in array distribution.
5. a kind of food processing equipment of drive blade formula according to shown in claim 3, it is characterised in that: the transverse direction hard
In the concentric inner cavity for protruding into the steam generation inner housing (15) of the right end of water pipe (3.1), the steam generation inner casing is protruded into
The integrated coaxial heart, which is gone back, on the outer wall of lateral hard water pipe (3.1) in the inner cavity of body (15) is fixedly installed separator disc (29),
The outer surface (31) of the separator disc (29) and the inner wall of the steam generation inner housing (15) are rotatably and tightly connected with, described
The inner cavity of the steam generation inner housing (15) is divided into left steam pressure accumulation chamber (27) and right water heating chamber by separator disc (29)
(28)；The right end of the transverse direction hard water pipe (3.1) is connected with curved water pipe (3.1), the water outlet of the curved water pipe (3.1)
It is bent downward in the right water heating chamber (28)；
Hollow out notch (30) are arranged in the upper end of the separator disc (29), and the hollow out notch (30) is by the left steam pressure accumulation chamber
(27) it is interconnected with right water heating chamber (28)；The left end integration of the transverse direction hard water pipe (3.1) is connected to vertical hard water
Manage the lower end of (3)；The upper end of the vertical hard water pipe (3) is connected with influent hopper (1), influent hopper (1) institute
Height where being higher than at the top of the steam generation inner housing (15) in height.
6. a kind of method based on steam-heated food processing equipment, it is characterised in that:
To softened water is injected in influent hopper (1), then softened water passes sequentially through vertical hard water pipe (3) and lateral hard water pipe
(3.1) and finally it fills into right water heating chamber (28), reaches right water heating chamber to the liquid level in right water heating chamber (28)
(28) stop the water filling into influent hopper (1) where axis when height, then start belt motor (5) and flame injection combustion simultaneously
Burner (11), and then the concentric outer wall for spraying to the taper (13) of flame that flame jet (12) sprays, due to taper
(13) in the state persistently rotated along axis, and then in a swing circle of taper (13), taper (13) inner wall
Everywhere in all can be primary by liquid water immersion, and then the heat that taper (13) is absorbed is continuously by right water heating chamber (28)
Water uniform pickup will not generate the non-uniform phenomenon of local heating, and then the water in right water heating chamber (28) is rapidly heated to
Boiling, after the water boiling in right water heating chamber (28) in time in influent hopper (1) after softening water to maintain right water to heat
Liquid level in chamber (28)；The high-temperature steam generated after water boiling in right water heating chamber (28) is upper by separator disc (29)
The hollow out notch (30) at end is imported into left steam pressure accumulation chamber (27), and then the high-temperature steam in left steam pressure accumulation chamber (27) passes through
The right end of steam hollow passageway (23) is imported into steam hollow passageway (23)；
With this while under the driving of belt motor (5), transmits sharf (16) and transmission blade (17) is continuously slowly at the uniform velocity revolved
Turn, then the continuous blanking food and flavouring additive to be heated in feed pipe (7), the food with heating enters steam heating
After chamber (45) transmission blade (17) and several hard gas-guide tube (18) composite structures it is continuous stir under mix well and
It is overall slowly to be run to discharge nozzle (6) direction and final from discharge nozzle (6) discharge；
At the same time, the high-temperature steam in steam hollow passageway (23) passes through on several hard gas-guide tube (18) end bend pipes (21)
Puff prot (20) be uniformly ejected in steam heating cavity (45), high-temperature steam can be sent out when encountering the relatively low food of temperature
Raw food is solidifying, and gives off heat, and is also acted as during uniform mild heat food as the uniform water supplement function of food；It is each described
The jet direction of puff prot (20) and the rotational line directional velocity of transmission sharf (16) are on the contrary, effectively prevent food from puff prot
(20) back is flowed into steam hollow passageway (23).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810799829.0A CN109170988B (en) | 2018-07-20 | 2018-07-20 | Transmission blade type food processing equipment and food processing method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810799829.0A CN109170988B (en) | 2018-07-20 | 2018-07-20 | Transmission blade type food processing equipment and food processing method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109170988A true CN109170988A (en) | 2019-01-11 |
| CN109170988B CN109170988B (en) | 2021-05-18 |
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ID=64936506
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810799829.0A Active CN109170988B (en) | 2018-07-20 | 2018-07-20 | Transmission blade type food processing equipment and food processing method thereof |
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| CN (1) | CN109170988B (en) |
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| CN107965750A (en) * | 2017-11-28 | 2018-04-27 | 崔秀萍 | A kind of steam-heating system and its method |
| CN108106008A (en) * | 2017-12-14 | 2018-06-01 | 崔秀萍 | A kind of Multi-stage heating type heat conducting oil boiler and its method |
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2018
- 2018-07-20 CN CN201810799829.0A patent/CN109170988B/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1099241A (en) * | 1993-06-17 | 1995-03-01 | 克尔巴股份公司 | Apparatus for treating tobacco |
| US20110214624A1 (en) * | 2007-09-28 | 2011-09-08 | Steamex Group Ab | Method and device for producing a gaseous medium comprising steam |
| CN104807305A (en) * | 2014-01-24 | 2015-07-29 | 周杨一帆 | Dual-heating drum type material dryer |
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| CN205316913U (en) * | 2016-01-20 | 2016-06-15 | 辛后安 | Thermal balance paddle drying -machine |
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| Publication number | Publication date |
|---|---|
| CN109170988B (en) | 2021-05-18 |
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