CN108209607A - A kind of food processing oven and its method based on heat radiation - Google Patents
A kind of food processing oven and its method based on heat radiation Download PDFInfo
- Publication number
- CN108209607A CN108209607A CN201810068463.XA CN201810068463A CN108209607A CN 108209607 A CN108209607 A CN 108209607A CN 201810068463 A CN201810068463 A CN 201810068463A CN 108209607 A CN108209607 A CN 108209607A
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- Prior art keywords
- spool
- dispensing
- helical
- guiding gutter
- sap cavity
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J37/00—Baking; Roasting; Grilling; Frying
- A47J37/06—Roasters; Grills; Sandwich grills
- A47J37/0623—Small-size cooking ovens, i.e. defining an at least partially closed cooking cavity
- A47J37/0629—Small-size cooking ovens, i.e. defining an at least partially closed cooking cavity with electric heating elements
- A47J37/0635—Small-size cooking ovens, i.e. defining an at least partially closed cooking cavity with electric heating elements with reflectors
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J37/00—Baking; Roasting; Grilling; Frying
- A47J37/06—Roasters; Grills; Sandwich grills
- A47J37/0623—Small-size cooking ovens, i.e. defining an at least partially closed cooking cavity
- A47J37/0664—Accessories
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- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- General Preparation And Processing Of Foods (AREA)
Abstract
The invention discloses a kind of food processing oven based on heat radiation, including heating oven；The oven cavity bottom of the heating oven is horizontally disposed with along its length helical-blade bobbin, helical mixing blade is additionally provided on helical-blade bobbin, the helical mixing blade coils in the shape of a spiral is fixedly connected on the helical-blade bobbin outer wall；Helical blade spindle motor and transmission shaft are further included, the transmission shaft rotatably passes through hole across two transmission shafts of described heating oven one end；The helical blade spindle motor is drivingly connected with the transmission shaft, and the transmission shaft is connect with the helical-blade bobbin Integral synchronous, and helical blade spindle motor can drive transmission shaft and helical-blade bobbin is driven to rotate；60 ° of rotation will be there are one food replenishment of ingredients liquid of the strip hole into oven cavity every time for helical-blade bobbin, and each strip hole can export Primary batching system liquid in one 360 ° of swing circle, and then make the food to roll in entire oven cavity by uniform replenishment of ingredients liquid.
Description
Technical field
The invention belongs to food processing field more particularly to a kind of food processing ovens and its method based on heat radiation.
Background technology
Existing foodstuff oven is static heating unit, and suffered heat that food surface adds and added dispensing are often
Than more inside food, heated and dispensing non-uniform phenomenon is caused, influences the consistency of the quality of food.
Invention content
Goal of the invention：In order to overcome the deficiencies in the prior art, the present invention provides one kind of heating and ingredients
Food processing oven and its method based on heat radiation.
Technical solution：To achieve the above object, a kind of food processing oven based on heat radiation of the invention, including heating
Oven；The oven cavity bottom of the heating oven is horizontally disposed with along its length helical-blade bobbin, on helical-blade bobbin also
Helical mixing blade is provided with, the helical mixing blade coils in the shape of a spiral is fixedly connected on the helical-blade bobbin outer wall；
Helical blade spindle motor and transmission shaft are further included, the transmission shaft rotatably passes through the two of described heating oven one end
Transmission shaft passes through hole；The helical blade spindle motor is drivingly connected with the transmission shaft, the transmission shaft and the helical blade
Axis Integral synchronous connects, and helical blade spindle motor can drive transmission shaft and helical-blade bobbin is driven to rotate；
The heating oven is provided with heated food feed well close to the side of the helical blade spindle motor, described to treat
The slot bottom of heating food feed well is interconnected with the oven cavity bottom, and the heating oven is far from the helical-blade bobbin
The side of motor is provided with discharge nozzle, and the discharge nozzle connects the oven cavity bottom, and is provided with out in the discharge nozzle
Valve closing.
Further, the arc surface lower wall of the oven cavity and the helical mixing blade clearance fit；The discharging
Pipe is connected to the arc surface lower wall of the oven cavity.
Further, U-shaped high infrared radiation heating tube is further included in the oven cavity of the heating oven；The U-shaped height
Infrared radiation heating pipe is horizontally disposed above the helical-blade bobbin, and the U-shaped high infrared radiation heating tube and heating are roasting
The case top spacing setting of case.
Further, reflecting plate is further included, the reflecting plate is horizontally placed on the U-shaped high infrared radiation heating tube and case
Between top, and the reflecting plate lower wall surface is infrared external reflection face.
Further, the inside of the helical-blade bobbin is concentric is provided with cylindrical drain tube passage, the catheter
Channel is closed close to one end of the transmission shaft, the one end open of the drain tube passage far from the transmission shaft；The drain
There are six strip holes for the inner wall hollow out of tube passage, and length direction and the catheter passage axis direction in each strip hole are put down
Row, and the six strip holes are distributed along the equidistant linear array in the catheter passage axis direction, each strip hole is by institute
State mutual conduction between drain tube passage and the oven cavity；The rigid dispensing catheter of fixed installation is further included, it is described firm
Property dispensing catheter liquid feeding end connection dispensing liquid supplying device, the water outlet of the rigidity dispensing catheter is concentric to stretch into institute
It states in drain tube passage, and the water outlet of the rigid dispensing catheter and the blind end spacing of the drain tube passage are set；
The rigid dispensing drain pipe outer wall integrated setting in the drain tube passage is wherein stretched into there are six spool, each spool is
Concentric cylindrical structure, the inner wall of the outer wall of each spool and the drain tube passage with the rigid dispensing catheter
Contact slide coordinates；The bar shaped guiding gutter extended in the axial direction, the bar shaped guide groove are provided on the outer wall of each spool
Both ends extend to spool both ends；Six spools are corresponding with the six strip holes respectively, strip hole rotary motion to
When bar shaped guiding gutter on spool overlaps, strip hole is connected with guiding gutter；The rotary motion of strip hole is extremely led with the bar shaped on spool
When sink is staggered, strip hole is blocked by the outer wall of spool；Water outlet negative side of six spools along the rigid dispensing catheter
To being followed successively by the first spool, the second spool, third spool, the 4th spool, the 5th spool and the 6th spool；First spool,
Bar shaped guiding gutter on second spool, third spool, the 4th spool, the 5th spool and the 6th spool respectively is the first bar shaped
Guiding gutter, the second bar shaped guiding gutter, third bar shaped guiding gutter, Article 4 shape guiding gutter, Article 5 shape guiding gutter and Article 6 shape
Guiding gutter；Wherein the second bar shaped guiding gutter, third bar shaped guiding gutter, Article 4 shape guiding gutter, Article 5 shape guiding gutter and the 6th
Bar shaped guiding gutter be respectively relative to the first bar shaped guiding gutter along spool circumferential direction clockwise deflection 60 °, 120 °, 180 °,
240°、300°；Rigid dispensing drain pipe outer wall also one sealing section of integrated setting, the sealing section are and the rigid dispensing
The concentric cylindrical structure of catheter, the outer wall of each sealing section and the inner wall contact slide of the drain tube passage are matched
It closes, the sealing section is located at the side far from the 5th spool of the 6th spool；Catheter passage end cap is further included, it is described to lead
Liquid pipe passage end cap is seal-installed on the open at one end of the drain tube passage.
Further, the first dispensing sap cavity is formed between the blind end of first spool and the drain tube passage, the
The second dispensing sap cavity is formed between one spool and the second spool, third dispensing sap cavity is formed between the second spool and third spool,
The 4th dispensing sap cavity is formed between the third spool and the 4th spool, the 5th dispensing is formed between the 4th spool and the 5th spool
Sap cavity forms the 6th dispensing sap cavity, is formed between the 6th spool and sealing section between the 5th spool and the 6th spool
7th dispensing sap cavity；Recess is provided with concentric annular respectively on the first dispensing sap cavity to the cavity wall of the 7th dispensing sap cavity
Slot, several bar shapeds disturbance blades are provided in each annular groove in the axial direction, and the disturbance blade both ends extend to annular
Slot two side, and several bar shapeds disturb blade along the annular groove axis circumferentially array distribution.
Further, a kind of method of the food processing oven based on heat radiation：
Start U-shaped high infrared radiation heating tube, U-shaped high infrared radiation heating tube is made to continue to conduct or radiate to oven cavity
Food to be heated to be heated is continuously introduced into feed well by heat at this time, at the same time starts helical blade spindle motor
Helical-blade bobbin is rotated, helical-blade bobbin is made to rotate forward six circles, five circle of reversion, rotate forward six circles, five circle of reversion, rotate forward six circles, is anti-
Turn five circles ..., according to this rule continuous service, while so that the food entered in oven cavity is fully rolled in oven cavity
It is also overall to be run to discharge nozzle；And then the food to roll in oven cavity is uniformly heated by the U-shaped high infrared radiation of top
The heat that pipe is released；
At the same time, dispensing liquid supplying device continuously supplies proportion liquid into the aquaporin of rigid dispensing catheter；Rigidity
Proportion liquid is imported into from water outlet in the first dispensing sap cavity in dispensing catheter, and the water in the first dispensing sap cavity passes through first successively
Bar shaped guiding gutter, the second bar shaped guiding gutter, third bar shaped guiding gutter, Article 4 shape guiding gutter, Article 5 shape guiding gutter and the 6th
Bar shaped guiding gutter, and then make the first dispensing sap cavity, the second dispensing sap cavity, third dispensing sap cavity, the 4th dispensing sap cavity, the 5th dispensing
Sap cavity and the 6th dispensing sap cavity fill proportion liquid, and the first dispensing sap cavity, the second dispensing sap cavity, third dispensing sap cavity, simultaneously
Four dispensing sap cavities, the 5th dispensing sap cavity and the 6th dispensing sap cavity are always mutual conduction state；
In one 360 ° of helical-blade bobbin of swing circle：At helical-blade bobbin initial rotational position, the first spool
On the first bar shaped guiding gutter overlapped with the strip hole of position, other five strip holes be in be blocked state, Jin Er
Proportion liquid in one dispensing sap cavity and the second dispensing sap cavity is spilled over to by the first bar shaped guiding gutter in the strip hole of position,
And the strip hole for passing through position is imported into oven cavity, continues to rotate with helical-blade bobbin, the first bar shaped water guide
The strip hole of slot and position is staggered rapidly, and then the strip hole at place is blocked rapidly by the outer wall of the first spool；Work as spiral
When sharf continues rotation to 60 ° of positions, the strip hole of the second bar shaped guiding gutter and position on the second spool
It overlaps, other five strip holes are in the state of being blocked, and then the proportion liquid in the second dispensing sap cavity and third dispensing sap cavity leads to
It crosses the second bar shaped guiding gutter to be spilled over in the strip hole of position, and the strip hole for passing through position imported into oven cavity
In, continue to rotate with helical-blade bobbin, the strip hole of the second bar shaped guiding gutter and position is staggered rapidly, and then place
Strip hole blocked rapidly by the outer wall of the second spool；By this rule, 60 ° of rotation will be there are one strip every time for helical-blade bobbin
Food replenishment of ingredients liquid of the hole into oven cavity, and each strip hole can export one in one 360 ° of swing circle
Secondary proportion liquid, and then make the food to roll in entire oven cavity by uniform replenishment of ingredients liquid；Since only there are one items every time
Shape hole is switched on, and is carried out under same rotational speed, therefore derived proportion liquid is equivalent every time, is only supplied by proportion liquid
The hydraulic pressure at end influences, the supply amount of the i.e. controllable proportion liquid of hydraulic pressure by controlling proportion liquid supply side；
At the same time, with the rotation of helical-blade bobbin, and each disturbance blade in its each annular groove is driven persistently to rotate,
And then make the first dispensing sap cavity, the second dispensing sap cavity, third dispensing sap cavity, the 4th dispensing sap cavity, the 5th dispensing sap cavity and the 6th
Water in dispensing sap cavity does rotational flow continuously along axis, makes that sediment can not be formed, while it is made respectively to match in each dispensing sap cavity
The water mixing added with condiment in feed liquid chamber is more uniform.
Advantageous effect：The structure of the present invention is simple, and 60 ° of rotation will there are one strip holes to oven every time for helical-blade bobbin
Food replenishment of ingredients liquid in inner cavity, and each strip hole can export Primary batching system in one 360 ° of swing circle
Liquid, and then make the food to roll in entire oven cavity by uniform replenishment of ingredients liquid；Since only there are one strip hole quilts every time
Conducting, and carried out under same rotational speed, therefore derived proportion liquid is equivalent every time, only by the liquid of proportion liquid supply side
Pressure influences, the supply amount of the i.e. controllable proportion liquid of hydraulic pressure by controlling proportion liquid supply side；Under the action of blade is disturbed, the
Water in one dispensing sap cavity to the 6th dispensing sap cavity does rotational flow continuously along axis, makes that in each dispensing sap cavity precipitation can not be formed
Object, while make the water mixing added with condiment in its each dispensing sap cavity more uniform.
Description of the drawings
Attached drawing 1 is overall structure diagram of the present invention；
Attached drawing 2 is the first three-dimensional cutaway view of the invention；
Attached drawing 3 is the second three-dimensional cutaway view of the invention；
Attached drawing 4 hides the three-dimensional cutaway view after helical-blade bobbin for the present apparatus；
Attached drawing 5 is the whole positive view of the present apparatus；
Attached drawing 6 is helical-blade bobbin schematic diagram；
Attached drawing 7 for attached drawing 6 B to sectional view；
Attached drawing 8 is partial sectional view inside helical-blade bobbin；
Attached drawing 9 is rigid dispensing catheter structure schematic diagram.
Specific embodiment
The present invention is further described below in conjunction with the accompanying drawings.
1st, the structure explanation of this programme：
A kind of food processing oven based on heat radiation as shown in attached drawing 1 to 3, including heating oven 4；The heating is roasting
9 bottom of oven cavity of case 4 is horizontally disposed with along its length helical-blade bobbin 7, and being additionally provided with spiral on helical-blade bobbin 7 stirs
Blade 10 is mixed, the helical mixing blade 10 coils in the shape of a spiral is fixedly connected on 7 outer wall of helical-blade bobbin；
Helical blade spindle motor 3 and transmission shaft 14 are further included, the transmission shaft 14 rotatably passes through the heating oven 4 one
Two transmission shafts at end pass through hole 19；The helical blade spindle motor 3 is drivingly connected with the transmission shaft 14, the transmission shaft 14 with
7 Integral synchronous of the helical-blade bobbin connection, helical blade spindle motor 3 can drive transmission shaft 14 and drive helical-blade bobbin 7
Rotation；
The heating oven 4 is provided with heated food feed well 31, institute close to the side of the helical blade spindle motor 3
The slot bottom and 9 bottom of oven cavity for stating heated food feed well 31 are interconnected, and the heating oven 4 is far from the spiral shell
The side of vane piece spindle motor 3 is provided with discharge nozzle 2, and the discharge nozzle 2 connects 9 bottom of oven cavity, and the discharging
Open and close valve is provided in pipe 2.
The arc surface lower wall 4.2 of the oven cavity 9 and 10 clearance fit of helical mixing blade；The discharge nozzle 2
It is connected to the arc surface lower wall 4.2 of the oven cavity 9.
U-shaped high infrared radiation heating tube 33 is further included in the oven cavity 9 of the heating oven 4；The U-shaped high IR spoke
It is horizontally disposed above the helical-blade bobbin 7 to penetrate heating tube 33, and the U-shaped high infrared radiation heating tube 33 and heating oven
4 case top 4.4 spacing setting.
Reflecting plate 32 is further included, the reflecting plate 32 is horizontally placed on the U-shaped high infrared radiation heating tube 33 and case top
Between 4.4, and 32 lower wall surface of the reflecting plate is infrared external reflection face.
As shown in Fig. 4 to 9, the inside of helical-blade bobbin 7 is concentric to be provided with cylindrical drain tube passage 24, the drain
Tube passage 24 is closed close to one end of the transmission shaft 14, and the one end of the drain tube passage 24 far from the transmission shaft 14 is opened
Mouthful；The inner wall hollow out of the drain tube passage 24 there are six strip hole 18, with described to lead by the length direction in each strip hole 18
24 axis direction of liquid pipe channel is parallel, and the six strip holes 18 are along the equidistant line array of 24 axis direction of drain tube passage
Column distribution, each strip hole 18 is by mutual conduction between the drain tube passage 24 and the oven cavity 9；Further include fixation
The rigid dispensing catheter 1 of installation, the liquid feeding end connection dispensing liquid supplying device 34 of the rigidity dispensing catheter 1 are described firm
Property dispensing catheter 1 water outlet 26 concentric stretch into the drain tube passage 24, and the rigid dispensing catheter 1 goes out
Water end (W.E.) 26 and 15.1 spacing of blind end of the drain tube passage 24 are set；Wherein stretch into the rigidity in the drain tube passage 24
For 1 outer wall integrated setting of dispensing catheter there are six spool 11, each spool 11 is coaxial with the rigid dispensing catheter 1
The cylindrical structure of the heart, the outer wall of each spool 11 coordinate with the inner wall contact slide of the drain tube passage 24；It is each described
The bar shaped guiding gutter 20 extended in the axial direction is provided on the outer wall of spool 11,20 both ends of bar shaped guide groove extend to spool
11 both ends；Six spools 11 are corresponding with the six strip holes 18 respectively, 18 rotary motion of strip hole to spool 11
On bar shaped guiding gutter 20 overlap when, strip hole 18 is connected with guiding gutter 20；18 rotary motion of strip hole to on spool 11
When bar shaped guiding gutter 20 is staggered, strip hole 18 is blocked by the outer wall of spool 11；Six spools 11 are along the rigid dispensing drain
26 negative direction of water outlet of pipe 1 be followed successively by the first spool 11.1, the second spool 11.2, third spool 11.3, the 4th spool 11.4,
5th spool 11.5 and the 6th spool 11.6；First spool 11.1, the second spool 11.2, third spool 11.3, the 4th valve
Bar shaped guiding gutter 20 on core 11.4, the 5th spool 11.5 and the 6th spool 11.6 respectively is the first bar shaped guiding gutter
20.1st, the second bar shaped guiding gutter 20.2, third bar shaped guiding gutter 20.3, Article 4 shape guiding gutter 20.4, Article 5 shape guiding gutter
20.5 and Article 6 shape guiding gutter 20.6；Wherein the second bar shaped guiding gutter 20.2, third bar shaped guiding gutter 20.3, Article 4 shape are led
Sink 20.4, Article 5 shape guiding gutter 20.5 and Article 6 shape guiding gutter 20.6 are respectively relative to 20.1 edge of the first bar shaped guiding gutter
11 circumferential direction of spool, 60 °, 120 °, 180 °, 240 °, 300 ° of deflection clockwise；Rigid 1 outer wall of dispensing catheter is also integrated
Change one sealing section 28 of setting, the sealing section 28 is the cylindrical structure concentric with the rigid dispensing catheter 1, each institute
The inner wall contact slide of outer wall and the drain tube passage 24 for stating sealing section 28 coordinates, and the sealing section 28 is located at the described 6th
The side far from the 5th spool 11.5 of spool 11.6；Further include catheter passage end cap 13, the catheter passage end cap 13
It is seal-installed on the open at one end of the drain tube passage 24.
The first dispensing sap cavity 15 is formed between the blind end 15.1 of first spool 11.1 and the drain tube passage 24,
The second dispensing sap cavity is formed between first spool 11.1 and the second spool 11.2, between the second spool 11.2 and third spool 11.3
Third dispensing sap cavity is formed, the 4th dispensing sap cavity, the 4th spool are formed between 11.3 and the 4th spool 11.4 of third spool
11.4 and the 5th form the 5th dispensing sap cavity between spool 11.5, are formed between the 5th spool 11.5 and the 6th spool 11.6
6th dispensing sap cavity forms the 7th dispensing sap cavity between the 6th spool 11.6 and sealing section 28；The first dispensing sap cavity
It is recessed respectively in the cavity wall of 15 to the 7th dispensing sap cavities and is provided with concentric annular groove 12, along axis in each annular groove 12
Direction is provided with several bar shaped disturbance blades 23, and 23 both ends of the disturbance blade extend to 12 two side of annular groove, and several
Shape disturbs blade 23 along 12 axis of annular groove circumferentially array distribution.
2nd, the method for this programme, process, principle and technological progress arrange as follows：
Start U-shaped high infrared radiation heating tube 33, U-shaped high infrared radiation heating tube 33 is made to continue to conduct to oven cavity 9
Or radiations heat energy, food to be heated to be heated is continuously introduced into feed well 31 at this time, at the same time starts helical-blade
Piece spindle motor 3 rotates helical-blade bobbin 7, make helical-blade bobbin 7 rotate forward six circle, reversion five circle, rotate forward six circle, reversion five circle,
Six circles, five circle ... of reversion are rotated forward, according to this rule continuous service, the food entered in oven cavity 9 is made to be filled in oven cavity 9
Divide and also totally run while rolling to discharge nozzle 2；And then the food to roll in oven cavity 9 is uniformly by the U-shaped of top
The heat that high infrared radiation heating tube 33 is released；
At the same time, dispensing liquid supplying device 34 continuously supplies proportion liquid into the aquaporin 17 of rigid dispensing catheter 1；
Proportion liquid is imported into from water outlet 26 in the first dispensing sap cavity 15 in rigid dispensing catheter 1, the water in the first dispensing sap cavity 15
Successively by the first bar shaped guiding gutter 20.1, the second bar shaped guiding gutter 20.2, third bar shaped guiding gutter 20.3, Article 4 shape water guide
Slot 20.4, Article 5 shape guiding gutter 20.5 and Article 6 shape guiding gutter 20.6, and then make the first dispensing sap cavity 15, the second proportion liquid
Chamber, third dispensing sap cavity, the 4th dispensing sap cavity, the 5th dispensing sap cavity and the 6th dispensing sap cavity fill proportion liquid, and first simultaneously
Dispensing sap cavity 15, the second dispensing sap cavity, third dispensing sap cavity, the 4th dispensing sap cavity, the 5th dispensing sap cavity and the 6th dispensing sap cavity
It is always mutual conduction state；
In one 360 ° of helical-blade bobbin 7 of swing circle：At 7 initial rotational position of helical-blade bobbin, the first valve
The first bar shaped guiding gutter 20.1 on core 11.1 is overlapped with the strip hole 18 of position, other five strip holes 18 are in and are blocked
Plug-like state, and then the proportion liquid in the first dispensing sap cavity 15 and the second dispensing sap cavity is spilled over to by the first bar shaped guiding gutter 20.1
In the strip hole 18 of position, and the strip hole 18 for passing through position is imported into oven cavity 9, with helical-blade bobbin
7 continue to rotate, and the first bar shaped guiding gutter 20.1 and the strip hole 18 of position are staggered rapidly, and then the strip hole 18 at place
It is blocked rapidly by the outer wall of the first spool 11.1；When helical-blade bobbin 7 continues rotation to 60 ° of positions, the second spool
The second bar shaped guiding gutter 20.2 on 11.2 is overlapped with the strip hole 18 of position, other five strip holes 18, which are in, to be blocked
State, and then the proportion liquid in the second dispensing sap cavity and third dispensing sap cavity is spilled over to place by the second bar shaped guiding gutter 20.2
In the strip hole 18 of position, and the strip hole 18 for passing through position is imported into oven cavity 9, with helical-blade bobbin 7
Continue to rotate, the second bar shaped guiding gutter 20.2 and the strip hole 18 of position are staggered rapidly, and then 18 quilt of strip hole at place
The outer wall of second spool 11.2 blocks rapidly；By this rule, 60 ° of rotation will be there are one strip hole 18 every time for helical-blade bobbin 7
Food replenishment of ingredients liquid into oven cavity 9, and each strip hole 18 can export in one 360 ° of swing circle
Primary batching system liquid, and then make the food to roll in entire oven cavity 9 by uniform replenishment of ingredients liquid；There are one each
Strip hole 18 is switched on, and is carried out under same rotational speed, therefore derived proportion liquid is equivalent every time, only by proportion liquid
The hydraulic pressure of supply side influences, the supply amount of the i.e. controllable proportion liquid of hydraulic pressure by controlling proportion liquid supply side；
At the same time, with the rotation of helical-blade bobbin 7, and each disturbance blade 23 in its each annular groove 12 is driven to continue
Rotation, and then make the first dispensing sap cavity 15, the second dispensing sap cavity, third dispensing sap cavity, the 4th dispensing sap cavity, the 5th dispensing sap cavity
Rotational flow is done continuously along axis with the water in the 6th dispensing sap cavity, makes that in each dispensing sap cavity sediment can not be formed, makes simultaneously
The water mixing added with condiment in its each dispensing sap cavity is more uniform.
The above is only the 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 also should
It is considered as protection scope of the present invention.
Claims (7)
1. a kind of food processing oven based on heat radiation, it is characterised in that：Including heating oven (4)；The heating oven (4)
Oven cavity (9) bottom along its length be horizontally disposed with have helical-blade bobbin (7), helical-blade bobbin is additionally provided with spiral shell on (7)
Stirring blade (10) is revolved, the helical mixing blade (10) coils be fixedly connected on the helical-blade bobbin (7) outside in the shape of a spiral
Wall；
Helical blade spindle motor (3) and transmission shaft (14) are further included, the transmission shaft (14) rotatably passes through the heating oven
(4) two transmission shafts of one end pass through hole (19)；The helical blade spindle motor (3) is drivingly connected with the transmission shaft (14), institute
It states transmission shaft (14) to connect with helical-blade bobbin (7) Integral synchronous, helical blade spindle motor (3) can drive transmission shaft
(14) and helical-blade bobbin (7) is driven to rotate；
The heating oven (4) is provided with heated food feed well (31) close to the side of the helical blade spindle motor (3),
The slot bottom of the heated food feed well (31) is interconnected with the oven cavity (9) bottom, and the heating oven (4) is remote
Side from the helical blade spindle motor (3) is provided with discharge nozzle (2), and the discharge nozzle (2) connects the oven cavity (9)
Bottom, and it is provided with open and close valve in the discharge nozzle (2).
2. a kind of food processing oven based on heat radiation according to claim 1, it is characterised in that：The oven cavity
(9) arc surface lower wall (4.2) and the helical mixing blade (10) clearance fit；The discharge nozzle (2) is connected to described roasting
The arc surface lower wall (4.2) of box cavity (9).
3. a kind of food processing oven based on heat radiation according to claim 1, it is characterised in that：The heating oven
(4) U-shaped high infrared radiation heating tube (33) is further included in oven cavity (9)；U-shaped high infrared radiation heating tube (33) water
Plain cloth is placed in above the helical-blade bobbin (7), and the U-shaped high infrared radiation heating tube (33) and the case of heating oven (4)
Push up the setting of (4.4) spacing.
4. a kind of food processing oven based on heat radiation according to claim 3, it is characterised in that：Further include reflecting plate
(32), the reflecting plate (32) is horizontally placed between the U-shaped high infrared radiation heating tube (33) and case top (4.4), and institute
Reflecting plate (32) lower wall surface is stated as infrared external reflection face.
5. a kind of food processing oven based on heat radiation according to claim 1, it is characterised in that：The helical blade
The inside of axis (7) is concentric to be provided with cylindrical drain tube passage (24), and the drain tube passage (24) is close to the transmission shaft
(14) one end closing, one end open of the drain tube passage (24) far from the transmission shaft (14)；The drain tube passage
(24) there are six strip hole (18), length direction and the drain tube passages (24) of each strip hole (18) for inner wall hollow out
Axis direction is parallel, and the six strip holes (18) are divided along the equidistant linear array of drain tube passage (24) axis direction
Cloth, each strip hole (18) is by mutual conduction between the drain tube passage (24) and the oven cavity (9)；It further includes solid
The rigid dispensing catheter (1) of Dingan County's dress, the liquid feeding end connection dispensing liquid supplying device of the rigidity dispensing catheter (1)
(34), the water outlet (26) of the rigid dispensing catheter (1) is concentric stretches into the drain tube passage (24), and described firm
Property dispensing catheter (1) blind end (15.1) spacing of water outlet (26) and the drain tube passage (24) set；Wherein stretch
Entering rigid dispensing catheter (1) outer wall integrated setting in the drain tube passage (24), there are six spools (11), each described
Spool (11) is the cylindrical structure concentric with the rigid dispensing catheter (1), the outer wall of each spool (11) and institute
State the inner wall contact slide cooperation of drain tube passage (24)；It is provided on the outer wall of each spool (11) and extends in the axial direction
Bar shaped guiding gutter (20), bar shaped guide groove (20) both ends extend to spool (11) both ends；Six spools (11) are respectively
Corresponding with the six strip holes (18), strip hole (18) rotary motion is extremely heavy with the bar shaped guiding gutter (20) on spool (11)
During conjunction, strip hole (18) are connected with guiding gutter (20)；Strip hole (18) rotary motion to the bar shaped guiding gutter on spool (11)
(20) when being staggered, strip hole (18) are blocked by the outer wall of spool (11)；Six spools (11) are along the rigid dispensing catheter
(1) water outlet (26) negative direction is followed successively by the first spool (11.1), the second spool (11.2), third spool (11.3), the 4th
Spool (11.4), the 5th spool (11.5) and the 6th spool (11.6)；First spool (11.1), the second spool (11.2),
Bar shaped guiding gutter on third spool (11.3), the 4th spool (11.4), the 5th spool (11.5) and the 6th spool (11.6)
(20) respectively be the first bar shaped guiding gutter (20.1), the second bar shaped guiding gutter (20.2), third bar shaped guiding gutter (20.3),
Article 4 shape guiding gutter (20.4), Article 5 shape guiding gutter (20.5) and Article 6 shape guiding gutter (20.6)；Wherein the second bar shaped
Guiding gutter (20.2), third bar shaped guiding gutter (20.3), Article 4 shape guiding gutter (20.4), Article 5 shape guiding gutter (20.5) and
It is square clockwise along spool (11) circumferential direction that Article 6 shape guiding gutter (20.6) is respectively relative to the first bar shaped guiding gutter (20.1)
To 60 °, 120 °, 180 °, 240 °, 300 ° of deflection；Rigid dispensing catheter (1) outer wall also one sealing section of integrated setting
(28), the sealing section (28) is the cylindrical structure concentric with the rigid dispensing catheter (1), each sealing section
(28) outer wall and the inner wall contact slide of the drain tube passage (24) coordinate, and the sealing section (28) is positioned at the 6th valve
The side far from the 5th spool (11.5) of core (11.6)；Further include catheter passage end cap (13), the catheter tunnel ends
Lid (13) is seal-installed on the open at one end of the drain tube passage (24).
6. a kind of food processing oven based on heat radiation according to claim 5, it is characterised in that：First spool
(11.1) the first dispensing sap cavity (15), the first spool are formed between the blind end of the drain tube passage (24) (15.1)
(11.1) the second dispensing sap cavity is formed between the second spool (11.2), between the second spool (11.2) and third spool (11.3)
Third dispensing sap cavity is formed, the 4th dispensing sap cavity of formation between the third spool (11.3) and the 4th spool (11.4), the 4th
The 5th dispensing sap cavity, the 5th spool (11.5) and the 6th spool are formed between spool (11.4) and the 5th spool (11.5)
(11.6) the 6th dispensing sap cavity is formed between, the 7th proportion liquid is formed between the 6th spool (11.6) and sealing section (28)
Chamber；Recess is provided with concentric annular groove respectively on the first dispensing sap cavity (15) to the cavity wall of the 7th dispensing sap cavity
(12), several bar shaped disturbance blades (23), the disturbance blade (23) are provided in each annular groove (12) in the axial direction
Both ends extend to annular groove (12) two side, and several bar shapeds disturbance blade (23) is along the annular groove (12) axis circumferentially battle array
Column distribution.
A kind of 7. method of the food processing oven based on heat radiation, it is characterised in that：
Start U-shaped high infrared radiation heating tube (33), U-shaped high infrared radiation heating tube (33) is made to continue to pass to oven cavity (9)
It leads or radiations heat energy, food to be heated to be heated is continuously introduced into feed well (31) at this time, at the same time starts spiral shell
Vane piece spindle motor (3) make helical-blade bobbin (7) rotate, make helical-blade bobbin (7) rotate forward six circle, reversion five circle, rotate forward six circle,
Five circle of reversion rotates forward six circles, five circle ... of reversion, according to this rule continuous service, the food entered in oven cavity (9) is made to exist
It is also overall while fully rolling in oven cavity (9) to be run to discharge nozzle (2)；And then the food to roll in oven cavity (9)
The heat that product are uniformly released by the U-shaped high infrared radiation heating tube (33) of top；
At the same time, dispensing liquid supplying device (34) continuously supplies dispensing into the aquaporin (17) of rigid dispensing catheter (1)
Liquid；Proportion liquid is imported into from water outlet (26) in the first dispensing sap cavity (15) in rigid dispensing catheter (1), the first dispensing sap cavity
(15) water in is successively by the first bar shaped guiding gutter (20.1), the second bar shaped guiding gutter (20.2), third bar shaped guiding gutter
(20.3), Article 4 shape guiding gutter (20.4), Article 5 shape guiding gutter (20.5) and Article 6 shape guiding gutter (20.6), and then make
First dispensing sap cavity (15), the second dispensing sap cavity, third dispensing sap cavity, the 4th dispensing sap cavity, the 5th dispensing sap cavity and the 6th are matched
Feed liquid chamber fills proportion liquid, and the first dispensing sap cavity (15), the second dispensing sap cavity, third dispensing sap cavity, the 4th proportion liquid simultaneously
Chamber, the 5th dispensing sap cavity and the 6th dispensing sap cavity are always mutual conduction state；
In one 360 ° of helical-blade bobbin (7) of swing circle：At helical-blade bobbin (7) initial rotational position, the first valve
The first bar shaped guiding gutter (20.1) on core (11.1) is overlapped with the strip hole (18) of position, other five strip holes (18)
In blocked state, and then the proportion liquid in the first dispensing sap cavity (15) and the second dispensing sap cavity passes through the first bar shaped guiding gutter
(20.1) it is spilled over in the strip hole (18) of position, and the strip hole (18) for passing through position imported into oven cavity
(9) in, continue to rotate with helical-blade bobbin (7), the first bar shaped guiding gutter (20.1) and the strip hole (18) of position
It is staggered rapidly, and then the strip hole (18) at place is blocked rapidly by the outer wall of the first spool (11.1)；When helical-blade bobbin (7) after
When continuous rotation is to 60 ° of positions, the second bar shaped guiding gutter (20.2) and the item of position on the second spool (11.2)
Shape hole (18) overlaps, other five strip holes (18) are in blocked state, and then the second dispensing sap cavity and third dispensing sap cavity
In proportion liquid be spilled over in the strip hole (18) of position, and pass through position by the second bar shaped guiding gutter (20.2)
Strip hole (18) imported into oven cavity (9), continue to rotate with helical-blade bobbin (7), the second bar shaped guiding gutter
(20.2) it is staggered rapidly with the strip hole of position (18), and then the strip hole (18) at place is by the outer of the second spool (11.2)
Wall blocks rapidly；By this rule, 60 ° of rotation will there are one strip holes (18) to oven cavity (9) every time for helical-blade bobbin (7)
In food replenishment of ingredients liquid, and each strip hole (18) can export Primary batching system in one 360 ° of swing circle
Liquid, and then the food for making to roll in entire oven cavity (9) is by uniform replenishment of ingredients liquid；Since only there are one strip holes every time
(18) it is switched on, and is carried out under same rotational speed, therefore derived proportion liquid is equivalent every time, is only supplied by proportion liquid
The hydraulic pressure at end influences, the supply amount of the i.e. controllable proportion liquid of hydraulic pressure by controlling proportion liquid supply side；
At the same time, with the rotation of helical-blade bobbin (7), and each disturbance blade (23) in its each annular groove (12) is driven to hold
Continuous rotation, and then make the first dispensing sap cavity (15), the second dispensing sap cavity, third dispensing sap cavity, the 4th dispensing sap cavity, the 5th dispensing
Water in sap cavity and the 6th dispensing sap cavity does rotational flow continuously along axis, makes that in each dispensing sap cavity sediment can not be formed, together
When make in its each dispensing sap cavity added with condiment water mixing it is more uniform.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810068463.XA CN108209607B (en) | 2018-01-24 | 2018-01-24 | A kind of food processing oven and its method based on heat radiation |
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| CN201810068463.XA CN108209607B (en) | 2018-01-24 | 2018-01-24 | A kind of food processing oven and its method based on heat radiation |
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| CN108209607B CN108209607B (en) | 2019-10-08 |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS62262954A (en) * | 1986-05-09 | 1987-11-16 | Fujikame:Kk | Frying in oil |
| JPH1026393A (en) * | 1996-03-21 | 1998-01-27 | Samsung Electron Co Ltd | Suction port opening/closing device for air conditioner |
| CN2402225Y (en) * | 1999-12-08 | 2000-10-25 | 山东省农副产品加工研究所中试工厂 | Electric continuous rice cooking machine |
| CN104023599A (en) * | 2011-10-26 | 2014-09-03 | 株式会社佐竹 | Apparatus for producing parboiled rice |
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| CN108209607B (en) | 2019-10-08 |
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