CN109258731A - A kind of automatic turnover baked donut frying guiding device - Google Patents
A kind of automatic turnover baked donut frying guiding device Download PDFInfo
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- CN109258731A CN109258731A CN201811266907.7A CN201811266907A CN109258731A CN 109258731 A CN109258731 A CN 109258731A CN 201811266907 A CN201811266907 A CN 201811266907A CN 109258731 A CN109258731 A CN 109258731A
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- Prior art keywords
- oil cauldron
- baked donut
- turn
- frying
- lifting
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- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21B—BAKERS' OVENS; MACHINES OR EQUIPMENT FOR BAKING
- A21B5/00—Baking apparatus for special goods; Other baking apparatus
- A21B5/08—Apparatus for baking in baking fat or oil, e.g. for making doughnuts
Abstract
The present invention provides a kind of automatic turnover baked donut frying guiding device, including bracket, molding discharging mechanism and reflux Fryer structure；Reflux Fryer structure includes oil cauldron, lifting component, guiding reflux assembly and turn-over component；Oil cauldron includes the first oil cauldron and the second oil cauldron being symmetrically set；The molding discharging mechanism includes along symmetrically arranged two discharge ports in oil cauldron middle position；By the way that two discharge ports are arranged below molding discharging mechanism, and the corresponding position setting reflux Fryer structure below two discharge ports, baked donut blank mould from from discharge port to dropping material is successively after feeding zone and fried recirculating zone carry out reflux frying, turn-over processing is carried out by turn-over component, lifting component is cooperated to realize the outside output of baked donut finished product simultaneously, solves the technical issues of fried unit in the prior art is difficult to ensure that the deep-fat frying time two-sided when carrying out baked donut frying be consistent, frying low efficiency, influences baked donut finished product mouthfeel.
Description
Technical field
The present invention relates to food processing technology field more particularly to a kind of automatic turnover baked donut frying guiding devices.
Background technique
Baked donut class is in world wide, no matter a kind of food that men and women, old and young like, in Japan it can also be seen that
Various baked donut classes.Such as have cake baked donut, French baked donut, yeast baked donut etc..These are all by will be small
The dough/pasta of flour etc. forms after kneading dough, then obtains final products with fried (frying).In the production of the baked donut class, one
As in the case of, when with frying dough, due to the expansion of raw material, tissue will become cellular, oil suction is easy, thus in final products
A large amount of oil can be included；In recent years, the raising with people to the attention rate of health, it is thus understood that if being absorbed from food excessive
Oil can promote the accumulation of intracorporal cholesterol.Wherein the drawbacks of, is increasingly paid attention to, therefore people is also promoted to start to pay attention to wanting
The intake of grease is controlled in daily dietetic life.For this purpose, for the fried food of baked donut class etc., it is also desirable to can be by it
It is fabricated to the product that the content of oil is reduced as far as possible.
Chinese patent CN201720070540.6 describes a kind of automation baked donut production equipment, has extrusion molding list
Member, fermentation unit, fried unit and output unit, extrusion molding unit realize that by fabric extrusion molding be baked donut idiosome；Hair
Ferment unit receive the extrusion molding of extrusion molding unit baked donut idiosome, and provide yeasting and time give baked donut idiosome hair
Ferment；Fried unit receives the baked donut idiosome that fermentation is completed of fermentation unit output, and fried, shape is carried out to baked donut idiosome
At baked donut product；And fried unit has the characteristic for turning over conversion surface frying in baked donut idiosome frying course；Output is single
Member exports the baked donut formed after fried unit is fried.The present invention realizes the extrusion molding, fermentation, frying of baked donut certainly
Dynamicization consecutive production, accurately quality controls, it is ensured that the perfection of final finished；Work efficiency is high, saves manpower, reduces production
Cost.
There are many deficiencies for said mechanism, fried single if the baked donut production equipment is when carrying out baked donut frying processing
Member is difficult to ensure that the deep-fat frying time two-sided when carrying out baked donut frying is consistent, and fried low efficiency, influences baked donut finished product
Mouthfeel.
Summary of the invention
Of the invention provides a kind of automatic turnover baked donut frying guiding device in view of the deficiencies of the prior art, by
Two discharge ports are set, and the corresponding position setting reflux Fryer structure below two discharge ports, from out below type discharging mechanism
Baked donut blank mould from material mouth to dropping material successively by feeding zone and fried recirculating zone carry out reflux it is fried after, by turn-over component into
The processing of row turn-over is realized the two-sided fried of baked donut while being carried out, and ensures that deep-fat frying time is consistent, while cooperating lifting component
The outside output for realizing baked donut finished product solves fried unit in the prior art and is difficult to ensure when carrying out baked donut frying
The technical issues of two-sided deep-fat frying time is consistent, fried low efficiency, influences baked donut finished product mouthfeel.
To achieve the above object, the invention provides the following technical scheme:
A kind of automatic turnover baked donut frying guiding device, including bracket, the molding discharging machine being installed on the bracket
Structure, further includes:
Flow back Fryer structure, and the reflux Fryer structure is set to below the molding discharging mechanism, the reflux Fryer
Structure include oil cauldron, the lifting component being set on the oil cauldron, the guiding reflux assembly for being set to the oil cauldron middle position and
It is set to the turn-over component in the oil cauldron middle position；The oil cauldron includes the first oil cauldron being symmetrically set and the second oil
Pot, first oil cauldron and the second oil cauldron is spaced apart and the inverting action of turn-over component is in first oil cauldron and the second oil cauldron；
The molding discharging mechanism includes along symmetrically arranged two discharge ports in oil cauldron middle position.
As an improvement, first oil cauldron and the second oil cauldron include:
Feeding zone, the feeding zone are located at the directly below the discharge opening, which is separated with filter；
Fried recirculating zone, the frying recirculating zone, which is surround, is set to the feeding zone surrounding.
As an improvement, the lifting component includes:
Lifting frame, the lifting frame is slideably positioned in the oil cauldron and the lifting frame glide direction is vertical direction, should
Lifting frame is hollow out setting；
It is lifted actuator, the lifting actuator is fixedly installed on the lifting frame both ends.
As an improvement, the lifting frame includes:
Blank mould lifting portion, blank mould lifting portion are slideably positioned in the feeding zone, the blank mould lifting portion and baked donut
The contact surface of blank mould is in be obliquely installed along oil cauldron length direction；
Finished product lifting portion, finished product lifting portion is slideably positioned in the fried recirculating zone, and the finished product is lifted position
In blank mould lifting portion one end, the contact surface of the finished product lifting portion and baked donut product is in be obliquely installed along oil cauldron length direction
And the finished product lifting portion and blank mould lifting portion junction form catching step face.
As an improvement, the lifting actuator includes:
Rotating wheel, the rotating wheel is rotatably dispose on the oil cauldron side wall and the rotating wheel quantity is two groups and along described
Oil cauldron width direction is symmetrical arranged；
Crank, described crank one end are rotatably dispose on the rotating wheel periphery, and are rotatablely connected end and are turned far from described
The center location of driving wheel；
Connecting rod, on the crank other end, which fixes company for connecting rod one end rotation connection
It is connected in finished product lifting portion.
As an improvement, the guiding reflux assembly includes:
First oil cauldron return piece, the first oil cauldron return piece are rotatably dispose in the oil cauldron, first oil cauldron reflux
Part reflux driving end rotary action is in the fried recirculating zone of first oil cauldron；
Second oil cauldron return piece, the second oil cauldron return piece are rotatably dispose in the oil cauldron, second oil cauldron reflux
Part reflux driving end rotary action is in the fried recirculating zone of second oil cauldron.
As an improvement, the turn-over component includes:
Turn-over actuator, the turn-over actuator are fixedly installed on the oil cauldron；
Turn-over frame, the turn-over frame are rotatably dispose between first oil cauldron and the second oil cauldron, and the turn-over frame rotates
It acts in the fried recirculating zone of first oil cauldron and the second oil cauldron, is symmetrically opened up on the both ends of turn-over frame along its length
There is overturning space.
As an improvement, the guiding reflux assembly further include:
It is oriented to actuator, the guiding actuator is rotatably dispose on the oil cauldron, which passes through skin
The mode of V belt translation and turn-over actuator linkage are arranged, which includes the first driving portion and the second driving portion,
First driving portion and the second driving portion are by the way of Bevel Gear Transmission.
As an improvement, described lifting actuator one end is set in such a way that belt is driven with turn-over actuator linkage
It sets.
As an improvement, the guiding reflux assembly further include:
First backflow stop part, the first backflow stop part are set in second oil cauldron and cover at described first
Oil cauldron return piece is located at the surrounding of the second oil cauldron part；
Second backflow stop part, the second backflow stop part are set in first oil cauldron and cover at described second
Oil cauldron return piece is located at the surrounding of the first oil cauldron part.
The beneficial effects of the present invention are:
(1) the more traditional automation baked donut production equipment of the present invention is arranged to two out by that will form discharging mechanism
Material mouth, and it is correspondingly arranged the first oil cauldron and the second oil cauldron below two discharge ports, it is oily to the first oil cauldron and second through discharge port
After the baked donut blank mould of pot blanking enters feeding zone, flow back in fried recirculating zone through guiding reflux assembly reflux driving
It is fried, it is ensured that the baked donut blank mould deep-fat frying time in the oil cauldron on both sides is consistent, guarantees the consistency of baked donut finished product mouthfeel；
(2) the more traditional automation baked donut production equipment of the present invention, by being set between the first oil cauldron and the second oil cauldron
Turn-over component is set, after the completion of the baked donut blank mould in the first oil cauldron and the second oil cauldron is uniformly fried in fried recirculating zone,
It is oriented under reflux assembly water conservancy diversion, the baked donut that the first face frying is completed flows at turn-over component, and in the overturning of turn-over component
The turn-over exchange for the baked donut that the first face frying is completed in lower realization, the first oil cauldron and the second oil cauldron, the sweet tea sweet tea after turn-over exchange
Circle continues the frying for carrying out the second face in fried recirculating zone under the guiding of guiding reflux assembly, it is ensured that the two-sided oil of baked donut
It is fried, while improving the fried efficiency of baked donut；
(3) the more traditional automation baked donut production equipment of the present invention, by will be all provided on the first oil cauldron and the second oil cauldron
Feeding zone and fried recirculating zone are set, is first fallen in feeding zone from molding discharging mechanism baked donut blank mould of blanking into oil cauldron,
Feeding zone carry out it is first fried after enter back into fried recirculating zone, carry out carrying out after water conservancy diversion in fried recirculating zone turn-over and to
Outer output, so that baked donut blank mould and baked donut finished product are separated, it is ensured that is exported outward is baked donut finished product；
(4) the more traditional automation baked donut production equipment of the present invention, by being lifted component, being on the one hand lifted component can will
Baked donut blank mould is promoted from feeding zone and is transported into fried recirculating zone, and frying can will be located at by being on the other hand lifted component
The two-sided equal fried baked donut finished product completed in recirculating zone carries out lifting implementation and exports outward, it is ensured that baked donut blank mould and sweet tea sweet tea
The respective independent transport of finished product；
(5) the more traditional automation baked donut production equipment of the present invention, by be arranged in lifting frame blank mould lifting portion and
Finished product lifting portion, when carrying out lifting frame lifting, the baked donut blank mould in feeding zone is lifted due to gravity along blank mould in lifting
Portion's inclined direction slides under first and backstop is on catching step face, while the baked donut finished product in fried recirculating zone is in lifting process
Middle realization output outward.
In short, the present invention has many advantages, such as that structure is simple, frying is uniformly, frying is high-efficient, outside output response is timely, especially
It is suitable for food processing technology fields.
Detailed description of the invention
It, below will be to required use in embodiment description for the clearer technical solution for illustrating the embodiment of the present invention
Attached drawing be briefly described, it should be apparent that, drawings discussed below is only some embodiments of the present invention, for ability
For the those of ordinary skill in domain, without creative efforts, it is attached to can also be obtained according to these attached drawings other
Figure.
Fig. 1 is overall structure diagram of the invention；
Fig. 2 is the structural schematic diagram one of reflux Fryer structure in the present invention；
Fig. 3 is the structural schematic diagram two of reflux Fryer structure in the present invention；
Fig. 4 is the structural schematic diagram of lifting frame in the present invention；
Fig. 5 is the assembling schematic diagram of turn-over frame and guiding reflux assembly in the present invention；
Fig. 6 is the assembling schematic diagram that actuator and lifting frame are oriented in the present invention；
Fig. 7 is the structural schematic diagram of turn-over frame in the present invention；
Fig. 8 is the partial enlarged view in Fig. 3 at A；
Fig. 9 is the working state schematic representation of reflux Fryer structure in the present invention.
Specific embodiment
Technical solution in the embodiment of the present invention is clearly and completely illustrated with reference to the accompanying drawing.
Embodiment one
The embodiment of the present invention is described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning to end
Same or similar label indicates same or similar element or element with the same or similar functions.Below with reference to attached
The embodiment of figure description is exemplary, it is intended to is used to explain the present invention, and is not considered as limiting the invention.
As shown in Fig. 1,2,3,4,5,6,7 and 9, a kind of automatic turnover baked donut frying guiding device, including bracket 1, peace
Loaded on the molding discharging mechanism 2 on the bracket 1, further includes:
Flow back Fryer structure 3, and the reflux Fryer structure 3 is set to 2 lower section of molding discharging mechanism, and the reflux is fried
Mechanism 3 includes oil cauldron 31, the lifting component 32 being set on the oil cauldron 31, the guiding for being set to 31 middle position of oil cauldron
Reflux assembly 33 and the turn-over component 34 for being set to 31 middle position of oil cauldron；The oil cauldron 31 includes being symmetrically set
First oil cauldron 311 and the second oil cauldron 312, first oil cauldron 311 and the second oil cauldron 312 are spaced apart and turn-over component 34 is overturn
It acts in first oil cauldron 311 and the second oil cauldron 312；The molding discharging mechanism 2 includes symmetrical along 31 middle position of oil cauldron
Two discharge ports 21 being arranged.
It should be noted that being arranged to two discharge ports 21 by the way that discharging mechanism 2 will be formed, and under two discharge ports 21
Side is correspondingly arranged the first oil cauldron 311 and the second oil cauldron 312, through discharge port to the sweet tea of 312 blanking of the first oil cauldron 311 and the second oil cauldron
After sweet tea circle blank mould enters feeding zone 3101, flow back in fried recirculating zone 3102 through the guiding reflux driving of reflux assembly 33
It is fried, it is ensured that the baked donut blank mould deep-fat frying time in the oil cauldron on both sides is consistent, guarantees the consistency of baked donut finished product mouthfeel.
Further, first oil cauldron 311 and the second oil cauldron 312 include:
Feeding zone 3101, the feeding zone 3101 are located at immediately below the discharge port 21,3101 surrounding of feeding zone with every
Net separates；
Fried recirculating zone 3102, the frying recirculating zone 3102, which is surround, is set to 3101 surrounding of feeding zone.
It should be noted that by the way that feeding zone 3101 and fried go back to will be respectively provided on the first oil cauldron 311 and the second oil cauldron 312
Area 3102 is flowed, is first fallen in feeding zone 3101 from the molding baked donut blank mould of blanking into oil cauldron 31 of discharging mechanism 2, in feeding zone
It enters back into fried recirculating zone 3102 after the first frying of 3101 progress, is turned over after carrying out water conservancy diversion in fried recirculating zone 3102
Face and outward output, so that baked donut blank mould and baked donut finished product are separated, it is ensured that is exported outward is baked donut finished product.
Further, the lifting component 32 includes:
Lifting frame 321, the lifting frame 321 is slideably positioned in the oil cauldron 31 and 321 glide direction of lifting frame is
Vertical direction, the lifting frame 321 are hollow out setting；
It is lifted actuator 322, the lifting actuator 322 is fixedly installed on 321 both ends of lifting frame.
Further, the lifting frame 321 includes:
Blank mould lifting portion 3211, blank mould lifting portion 3211 are slideably positioned in the feeding zone 3101, blank mould lift
The contact surface of ascending part 3211 and baked donut blank mould is in be obliquely installed along 31 length direction of oil cauldron；
Finished product lifting portion 3212, finished product lifting portion 3212 are slideably positioned in the fried recirculating zone 3102, and should
Finished product lifting portion 3212 is located at 3211 one end of blank mould lifting portion, the contact surface in the finished product lifting portion 3212 and baked donut product
In being obliquely installed along 31 length direction of oil cauldron and the finished product lifting portion 3212 and 3211 junction of blank mould lifting portion form backstop platform
Terrace 3213.
It should be noted that being on the one hand lifted component 32 can be by baked donut blank mould from blanking by setting lifting component 32
Area 3101 is promoted to be transported into fried recirculating zone 3102, and fried recirculating zone can will be located at by being on the other hand lifted component 32
The two-sided equal fried baked donut finished product completed in 3102 carries out lifting implementation and exports outward, it is ensured that baked donut blank mould and sweet tea sweet tea at
The respective independent transport of product.
It should be further noted that by the way that blank mould lifting portion 3211 and finished product lifting portion are arranged in lifting frame 321
3212, when carrying out the lifting of lifting frame 321, the baked donut blank mould in feeding zone 3101 is lifted due to gravity along blank mould in lifting
3211 inclined direction of portion slides under first and backstop is on catching step face, while the baked donut finished product in fried recirculating zone 3102 exists
Output outward is realized in lifting process.
Further, the lifting actuator 322 includes:
Rotating wheel 3221, the rotating wheel 3221 is rotatably dispose on 31 side wall of oil cauldron and 3221 quantity of rotating wheel
It is symmetrical arranged for two groups and along 31 width direction of oil cauldron；
Crank 3222, described 3222 one end of crank are rotatably dispose on 3221 periphery of rotating wheel, and are rotatablely connected
Hold the center location far from the rotating wheel 3221；
Connecting rod 3223, the rotation connection of described 3223 one end of connecting rod on 3222 other end of crank, the connecting rod
3223 other ends are fixedly connected in finished product lifting portion 3212.
Further, the guiding reflux assembly 33 includes:
First oil cauldron return piece 331, the first oil cauldron return piece 331 are rotatably dispose in the oil cauldron 31, this first
The reflux driving end rotary action of oil cauldron return piece 331 is in the fried recirculating zone 3102 of first oil cauldron 311；
Second oil cauldron return piece 332, the second oil cauldron return piece 332 are rotatably dispose in the oil cauldron 31, this second
The reflux driving end rotary action of oil cauldron return piece 332 is in the fried recirculating zone 3102 of second oil cauldron 312.
It should be noted that by the way that turn-over component is arranged between the first oil cauldron 311 and the second oil cauldron 312, when the first oil
After the completion of 312 baked donut blank mould is uniformly fried in fried recirculating zone 3102 in pot 311 and the second oil cauldron, in guiding reflux group
Under 33 water conservancy diversion of part, the baked donut that the first face frying is completed is flowed at turn-over component 34, and real under the overturning of turn-over component 34
It is existing, the turn-over exchange for the baked donut that first face frying is completed in the first oil cauldron 311 and the second oil cauldron 312, the sweet tea after turn-over exchange
Sweet tea circle continues the frying for carrying out the second face in fried recirculating zone 3102 under the guiding of guiding reflux assembly 33, it is ensured that baked donut
Two-sided frying, while improving the fried efficiency of baked donut.
Further, the turn-over component 34 includes:
Turn-over actuator 341, the turn-over actuator 341 are fixedly installed on the oil cauldron 31；
Turn-over frame 342, the turn-over frame 342 are rotatably dispose in first oil cauldron 311 and second
Between oil cauldron 312, and 342 rotary action of turn-over frame is in the frying of first oil cauldron 311 and the second oil cauldron 312
In recirculating zone 3102, overturning space 3421 is symmetrically offered on the both ends of turn-over frame 342 along its length.
Further, the guiding reflux assembly 33 further include:
It is oriented to actuator 333, the guiding actuator 333 is rotatably dispose on the oil cauldron 31, the guiding actuator 333
One end is arranged in such a way that belt is driven with the turn-over actuator 341 linkage, which includes the first driving
Portion 3331 and the second driving portion 3332, first driving portion 3331 and the second driving portion 3332 use the side of Bevel Gear Transmission
Formula.
It should be noted that first driving portion 3331 and the second driving portion 3332 include bevel gear a33301 and cone
Gear b33302, bevel gear a33301 are fixedly installed on 333 drive rod of guiding actuator, and bevel gear b33302 is located at institute
It states below bevel gear a33301 and is engaged with the bevel gear a33301, the lower end bevel gear b33302 and reflux guide part are solid
Fixed connection.
Further, described 322 one end of lifting actuator belt be driven by way of with the turn-over actuator 341
Dynamic setting.
Embodiment two
Fig. 8 is a kind of a kind of structural schematic diagram of the embodiment two of solid waste impurity automatic electromagnetic screening plant of the present invention；Such as
Shown in Fig. 8, wherein using appended drawing reference corresponding with embodiment one with a kind of identical or corresponding component of embodiment, risen to be easy
See, hereafter only describes the distinctive points with embodiment one.The embodiment two and embodiment one the difference is that:
The guiding reflux assembly 33 further include:
First backflow stop part 334, the first backflow stop part 334 are set in second oil cauldron 312 and are provide with
It is located at the surrounding of 312 part of the second oil cauldron in the first oil cauldron return piece 331；
Second backflow stop part 335, the second backflow stop part 335 are set in first oil cauldron 311 and are provide with
It is located at the surrounding of 311 part of the first oil cauldron in the second oil cauldron return piece 332.
It should be noted that by the first backflow stop part 334 of setting and the second backflow stop part 335, in the first oil cauldron
When return piece 331 carries out the guiding reflux of fried recirculating zone 3102 in the first oil cauldron 311, the first oil cauldron return piece 331 is protruded into
The part rotated in second oil cauldron 312 is formed by withdrawing oil backstop inside the first backflow stop part 334, prevents first
Interference is generated between oil cauldron return piece 331 and the second oil cauldron return piece 332.
The course of work:
As shown in Figure 1, flour is added in molding discharging mechanism 2, molding discharging mechanism 2 is divided by two discharge ports 21
Not into the first oil cauldron 311 and the second oil cauldron 312 carry out baked donut blank mould blanking, baked donut blank mould in feeding zone 3101 into
The first frying of row, first fried baked donut blank mould will be through first fryings under the lifting of lifting 32 lifting frame 321 of component
Baked donut blank mould is transmitted into fried recirculating zone 3102, meanwhile, guiding reflux assembly 33 carries out fried reflux in oil cauldron 31
The guiding in area 3102 drives, so that baked donut carries out in fried recirculating zone 3102 under the driving of fried guiding reflux assembly 33
Reflux is fried, when being back at turn-over component 34, when in the first oil cauldron 311 and the second oil cauldron 312 baked donut blank mould is in frying
In recirculating zone 3102 after the completion of uniform frying, in the case where being oriented to 33 water conservancy diversion of reflux assembly, the baked donut that the first face frying is completed flows
It is realized to turn-over component 34, and under the overturning of turn-over component 34, the first face oil in the first oil cauldron 311 and the second oil cauldron 312
The turn-over exchange of the fried baked donut completed, the baked donut after turn-over exchange continue under the guiding of guiding reflux assembly 33 in frying
The frying that the second face is carried out in recirculating zone 3102, after the completion of two sides is fried, lifting component 32 by baked donut finished product carry out to
Outer output.
In the description of the present invention, it is to be understood that, term " center ", " longitudinal direction ", " transverse direction ", " length ", " width ",
" thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside", " up time
The orientation or positional relationship of the instructions such as needle ", " counterclockwise " is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of
The description present invention and simplified description, rather than the equipment of indication or suggestion meaning or element must have a particular orientation, with spy
Fixed orientation construction and operation, therefore be not considered as limiting the invention.
In addition, term " first ", " second " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance
Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or
Implicitly include one or more of the features.In the description of the present invention, the meaning of " plurality " is two or more,
Unless otherwise specifically defined.
The foregoing description of the disclosed embodiments makes those skilled in the art not depart from the spirit and scope of the present invention
In the case where, various changes or equivalence replacement can be carried out to these features and embodiment.In addition, under the teachings of the present invention,
Can modify to these features and embodiment with adapt to particular situation and material without departing from spirit of the invention and
Range.Therefore, the present invention is not limited to the particular embodiment disclosed, fallen with claims hereof range
Interior embodiment belongs to protection scope of the present invention.
Claims (10)
1. a kind of automatic turnover baked donut frying guiding device including bracket (1), is installed on molding on the bracket (1)
Expect mechanism (2), which is characterized in that further include:
It flows back Fryer structure (3), the reflux Fryer structure (3) is set to below the molding discharging mechanism (2), the withdrawing oil
Aircraft bombing structure (3) includes oil cauldron (31), the lifting component (32) being set on the oil cauldron (31), is set in the oil cauldron (31)
Between position guiding reflux assembly (33) and be set to the turn-over component (34) in the oil cauldron (31) middle position；The oil cauldron
It (31) include the first oil cauldron (311) and the second oil cauldron (312) being symmetrically set, first oil cauldron (311) and the second oil
Pot (312) is spaced apart and (34) inverting action of turn-over component is in first oil cauldron (311) and the second oil cauldron (312)；It is described
Forming discharging mechanism (2) includes along symmetrically arranged two discharge ports (21) in oil cauldron (31) middle position.
2. a kind of automatic turnover baked donut frying guiding device according to claim 1, which is characterized in that first oil
Pot (311) and the second oil cauldron (312) include:
Feeding zone (3101), the feeding zone (3101) are located at immediately below the discharge port (21), feeding zone (3101) surrounding
It is separated with filter；
Fried recirculating zone (3102), the frying recirculating zone (3102), which surround, is set to the feeding zone (3101) surrounding.
3. a kind of automatic turnover baked donut frying guiding device according to claim 2, which is characterized in that the lifting group
Part (32) includes:
Lifting frame (321), the lifting frame (321) is slideably positioned in the oil cauldron (31) and lifting frame (321) the sliding side
To for vertical direction, which is hollow out setting；
It is lifted actuator (322), the lifting actuator (322) is fixedly installed on the lifting frame (321) both ends.
4. a kind of automatic turnover baked donut frying guiding device according to claim 3, which is characterized in that the lifting frame
(321) include:
Blank mould lifting portion (3211), blank mould lifting portion (3211) are slideably positioned in the feeding zone (3101), the blank mould
The contact surface of lifting portion (3211) and baked donut blank mould is in be obliquely installed along oil cauldron (31) length direction；
Finished product lifting portion (3212), finished product lifting portion (3212) are slideably positioned in the fried recirculating zone (3102), and
The finished product lifting portion (3212) is located at blank mould lifting portion (3211) one end, the finished product lifting portion (3212) and baked donut product
Contact surface in be obliquely installed along oil cauldron (31) length direction and the finished product lifting portion (3212) and blank mould lifting portion (3211) company
The place of connecing forms catching step face (3213).
5. a kind of automatic turnover baked donut frying guiding device according to claim 4, which is characterized in that the lifting is driven
Moving part (322) includes:
Rotating wheel (3221), the rotating wheel (3221) is rotatably dispose on the oil cauldron (31) side wall and the rotating wheel (3221)
Quantity is two groups and is symmetrical arranged along the oil cauldron (31) width direction；
Crank (3222), described crank (3222) one end are rotatably dispose on the rotating wheel (3221) periphery, and the company of rotation
It connects and holds the center location far from the rotating wheel (3221)；
Connecting rod (3223), the rotation connection of described connecting rod (3223) one end on the crank (3222) other end, the connection
Bar (3223) other end is fixedly connected in finished product lifting portion (3212).
6. a kind of automatic turnover baked donut frying guiding device according to claim 3, which is characterized in that described to be oriented to back
Flowing component (33) includes:
First oil cauldron return piece (331), the first oil cauldron return piece (331) are rotatably dispose in the oil cauldron (31), this
One oil cauldron return piece (331) reflux driving end rotary action is in the fried recirculating zone (3102) of first oil cauldron (311)；
Second oil cauldron return piece (332), the second oil cauldron return piece (332) are rotatably dispose in the oil cauldron (31), this
Two oil cauldron return pieces (332) reflux driving end rotary action is in the fried recirculating zone (3102) of second oil cauldron (312).
7. a kind of automatic turnover baked donut frying guiding device according to claim 3, which is characterized in that the turn-over group
Part (34) includes:
Turn-over actuator (341), the turn-over actuator (341) are fixedly installed on the oil cauldron (31)；
Turn-over frame (342), the turn-over frame (342) be rotatably dispose in first oil cauldron (311) and the second oil cauldron (312) it
Between, and turn-over frame (342) rotary action is in the fried recirculating zone of first oil cauldron (311) and the second oil cauldron (312)
(3102) in, overturning space (3421) is symmetrically offered on the both ends of turn-over frame (342) along its length.
8. a kind of automatic turnover baked donut frying guiding device according to claim 7, which is characterized in that described to be oriented to back
It flows component (33) further include:
It is oriented to actuator (333), the guiding actuator (333) is rotatably dispose on the oil cauldron (31), the guiding actuator
(333) one end is arranged in such a way that belt is driven with the turn-over actuator (341) linkage, the guiding actuator (333) packet
The first driving portion (3331) and the second driving portion (3332) are included, first driving portion (3331) and the second driving portion (3332) are adopted
With the mode of Bevel Gear Transmission.
9. a kind of automatic turnover baked donut frying guiding device according to claim 7, which is characterized in that the lifting is driven
Moving part (322) one end is arranged in such a way that belt is driven with the turn-over actuator (341) linkage.
10. a kind of automatic turnover baked donut frying guiding device according to claim 6, which is characterized in that the guiding
Reflux assembly (33) further include:
First backflow stop part (334), the first backflow stop part (334) are set in second oil cauldron (312) and cover
It is located at the surrounding of the second oil cauldron (312) part set on the first oil cauldron return piece (331)；
Second backflow stop part (335), the second backflow stop part (335) are set in first oil cauldron (311) and cover
It is located at the surrounding of the first oil cauldron (311) part set on the second oil cauldron return piece (332).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811266907.7A CN109258731B (en) | 2018-10-29 | 2018-10-29 | Automatic fried guider of turn-over donut |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201811266907.7A CN109258731B (en) | 2018-10-29 | 2018-10-29 | Automatic fried guider of turn-over donut |
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| CN109258731B CN109258731B (en) | 2021-04-30 |
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Cited By (1)
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Also Published As
| Publication number | Publication date |
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| CN109258731B (en) | 2021-04-30 |
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