CN107094824A - A kind of implementation method of subregion rotating flow ability of swimming croquette - Google Patents
A kind of implementation method of subregion rotating flow ability of swimming croquette Download PDFInfo
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- CN107094824A CN107094824A CN201710530931.6A CN201710530931A CN107094824A CN 107094824 A CN107094824 A CN 107094824A CN 201710530931 A CN201710530931 A CN 201710530931A CN 107094824 A CN107094824 A CN 107094824A
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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
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Abstract
The present invention relates to a kind of implementation method of subregion rotating flow ability of swimming croquette, a kind of implementation method of subregion rotating flow ability of swimming croquette, it is characterised in that comprise the following steps：Step S01：Electromagnetic oven base is provided, the trizonal electromagnetic oven base bottom that electromagnetic oven base is divided into sequential concatenation in four regions, four regions is provided with least three electromagnetic ovens；And in the integrated motor in middle part of electromagnetic oven base；Step S02：One deep fryer is set in the rotary shaft of motor, and the deep fryer is spliced by three cylindricality deep fryers, and the section of three cylindricality deep fryers is sector, the structure of three cylindricality deep fryers is identical；Step S03：Enabling mode one：Start three electromagnetic ovens, three cylindricality deep fryers are preheated；Fried by rotating progress circulation continuous-flow type, the present invention can be fried to ball progress subregion rotating flow ability of swimming, can not only lift the fried efficiency of a ball, and can lift the mouthfeel of croquette.
Description
Technical field
The present invention relates to technical field of industrial equipment, particularly a kind of realization side of subregion rotating flow ability of swimming croquette
Method.
Background technology
The equipment of existing croquette is typically all fried using a pot progress, and such a pot of progress is fried, not only
It is to be carried out in the deep fryer of a temperature from the beginning to the end during the fried quantity of a ball is insufficient, and a ball is fried
Fried, so fried mouthfeel out is bad certainly, i.e., it is fried during the duration and degree of heating control it is critically important, just started ball progress
When fried, the fried of general temperature is carried out, middle high temperature again carries out fried, last low-temperature frying, and such ball just will not be burnt,
And fried mouthfeel out can be relatively good.In addition, existing deep fryer is all that a cooking-pot type is fried, so in off the pot and blanking all
Whole frying course can be caused to stop, inefficiency.
The content of the invention
To overcome above mentioned problem, it is an object of the invention to provide a kind of realization side of subregion rotating flow ability of swimming croquette
Method, can carry out batch-fried, fried ball quantity is more to a ball, and subregion is fried rotary fried, can be by croquette
Technique accomplishes continuous-flow type, greatly improves the fried efficiency of a ball.
The present invention is realized using following scheme：A kind of implementation method of subregion rotating flow ability of swimming croquette, Yi Zhongfen
The implementation method of region rotating flow ability of swimming croquette, it is characterised in that comprise the following steps：
Step S01：Electromagnetic oven base is provided, electromagnetic oven base is divided into sequential concatenation in four regions, four regions
Trizonal electromagnetic oven base bottom is provided with least three electromagnetic ovens；And in the integrated driving electricity in middle part of electromagnetic oven base
Machine；
Step S02：One deep fryer is set in the rotary shaft of motor, the deep fryer spliced by three cylindricality deep fryers and
Into, and the section of three cylindricality deep fryers is sector, the structure of three cylindricality deep fryers is identical；
Step S03：Enabling mode one：Start three electromagnetic ovens, three cylindricality deep fryers are preheated；
Step S031：The power of three electromagnetic ovens is set as Q1, Q2, Q3 successively, control motor is opened at predetermined time intervals
Once, the angle rotated every time is 90 degree for dynamic rotation；
Step S032：First ball is put into the first cylindricality deep fryer in the right；
Step S033：After in first time, rotation terminates, a second batch ball is put into second cylindricality deep fryer；
Step S034：After second of rotation terminates, a 3rd batch of ball is put into the 3rd cylindricality deep fryer；
Step SO35：After third time rotates, the ball in first cylindricality deep fryer is taken out；
Step S036：After the 4th time rotates, the ball in the second cylindricality deep fryer is taken out, and a 4th batch of ball is put into the
In one cylindricality deep fryer；
Step S037：After the 5th time rotates, the ball in the 3rd cylindricality deep fryer is taken out, and a 5th batch of ball is put into the
In two cylindricality deep fryers；
Step S038：After the 6th time rotates, a 6th batch of ball is put into the 3rd cylindricality deep fryer；
Step S039：After the 7th time rotates, the ball in first cylindricality deep fryer is taken out；Rotating flow is realized in circulation according to this
Ability of swimming croquette.
In an embodiment of the present invention, a hollow discharging sleeve is fixed with the rotary shaft of the motor；
The top of the discharging sleeve is unlimited；The discharging sleeve lower sidewalls are offered below a discharging opening, the discharging sleeve
An arc stock guide is provided with inwall, the arc stock guide be able to export a ball from discharging opening；The discharging sleeve
An arc-shaped limit plate is provided with top side wall, and the arc-shaped limit plate can prevent the ball picked up in cylindricality deep fryer from falling
Fall；A salvaging component is provided with three cylindricality deep fryers, the salvaging component includes a fan-shaped salvaging plate, a lifting
Bar and a drive mechanism, fan-shaped salvage offer multiple filter bores on plate, the fan-shaped salvaging plate is fixed on described
The bottom of elevating lever, and there is an angle with elevating lever, the angle is more than 95 degree, less than 160 degree；The back of the elevating lever
Teeth are provided with, and elevating lever is close on the cylindricality deep fryer inwall, the drive mechanism includes a fixed case and a motor,
The fixed case is fixed on cylindricality deep fryer lateral wall, and the motor is arranged in fixed case, on the motor shaft of the motor
Gear is provided with, the gear is meshed with the teeth on the elevating lever；The drive mechanism drives elevating lever in post
Oscilaltion operation is carried out on shape deep fryer inwall.
In an embodiment of the present invention, the Q1 be 1000W, Q2 be that 1500W, Q3 are 800W.
In an embodiment of the present invention, in addition to pattern two, second user's start-up mode is realized according to below scheme：
Step S0411：Start three electromagnetic ovens, three cylindricality deep fryers are preheated；
Step S0412：The power of three electromagnetic ovens is set as Q1, Q2, Q3 successively, control motor is opened at predetermined time intervals
Once, the angle rotated every time is 45 degree for dynamic rotation；
Step S0413：First ball is put into the first cylindricality deep fryer in the right；
Step S0414：After rotation terminates in first time, a scheduled time is waited, second is carried out and rotates；Again by a second batch ball
It is put into second cylindricality deep fryer；
Step S0415：After third time rotation terminates, a scheduled time is waited, the 4th rotation is carried out, then by a 3rd batch of ball
It is put into the 3rd cylindricality deep fryer；
Step SO416：After the 5th rotation terminates, a scheduled time is waited, the 6th rotation is carried out, then by first cylindricality
A ball in deep fryer takes out；
Step S0417：After the 7th rotation terminates, a scheduled time is waited, the 8th rotation is carried out, then the second cylindricality is oily
A ball in fryer is taken out, and a 4th batch of ball is put into the first cylindricality deep fryer；
Step S0418：After the 9th rotation terminates, a scheduled time is waited, the tenth rotation is carried out, then the 3rd cylindricality is oily
A ball in fryer is taken out, and a 5th batch of ball is put into the second cylindricality deep fryer；
Step S0419：After once rotation terminates the tenth, a scheduled time is waited, the tenth secondary rotating is carried out, then by the 6th batch
A ball is put into the 3rd cylindricality deep fryer；
Step S0420：After the 13rd rotation terminates, a scheduled time is waited, the 14th rotation is carried out, then by first
A ball in cylindricality deep fryer takes out；Rotating flow ability of swimming croquette is realized in circulation according to this；
The scheduled time is divided into T1, T2 and T3 three phases, i.e., after the T1 times, rotates 45 degree of holding T2 times, then
45 degree of holding T3 times of rotation.
In an embodiment of the present invention, the equipment also includes a feeding device, and the feeding device includes a material stock chamber
Body, the material stock cavity bottom, which is provided with universal caster wheel, the side wall of the material stock cavity, is provided with a feeding pipe, and feeding pipe
Be inclined upwardly setting, and the charging aperture of the feeding pipe be able to be fitted in the discharging opening of the discharging sleeve；The material stock cavity
A portable handle is fixed with top.
In an embodiment of the present invention, a guiding conduit, the elevating lever position are provided with the cylindricality deep fryer inwall
In in the guiding conduit.
The beneficial effects of the present invention are：Electromagnetic oven base is divided into four regions, four regions by the inventive method
The trizonal electromagnetic oven base bottom of middle sequential concatenation is provided with least three electromagnetic ovens；So pass through three electromagnetic oven energy
Different temperature are controlled the oil in three cylindricality deep fryers on electromagnetic oven base, wherein three cylindricality deep fryers go out by one
Material sleeve is fixed, and three cylindricality deep fryers can carry out 360 rotations, so when carrying out fried, deep fryer energy position
In on different electromagnetic ovens, by controlling the power of electromagnetic oven, and the angle and frequency of rotation is coordinated to realize that continuous-flow type is fried,
The inventive method can also be salvaged the ball in deep fryer by salvaging component, and be dropped into discharging sleeve, and
A fried ball can be taken out by feeding device, so as to complete fried process；So subregion rotation is fried, carries significantly
High fried efficiency, and the different temperatures of oil is controlled, fried ball mouthfeel out is relatively good, is not in the ball of burned
Son.
Brief description of the drawings
Fig. 1 is the inventive method schematic flow sheet；
Fig. 2 is the structural representation of equipment of the embodiment of the present invention；
Fig. 3 is the diagrammatic cross-section of equipment of the embodiment of the present invention；
Fig. 4 is the structural representation of feeding device in the present invention.
Embodiment
Below in conjunction with the accompanying drawings and embodiment the present invention will be further described.
As shown in Figures 1 to 4, the embodiment of the present invention provides a kind of realization side of subregion rotating flow ability of swimming croquette
Method, comprises the following steps：
Step S01：Electromagnetic oven base 1 is provided, electromagnetic oven base is divided into sequential concatenation in four regions, four regions
Trizonal electromagnetic oven base bottom is provided with least three electromagnetic ovens（Figure acceptance of the bid note is respectively 221,222,223）；It is actual
It can also be four electromagnetic ovens in, when so rotating to different positions according to deep fryer, open corresponding electromagnetic oven and enter
Row fry operations；And in the integrated motor 3 in middle part of electromagnetic oven base；
Step S02：One deep fryer is set in the rotary shaft of motor, the deep fryer spliced by three cylindricality deep fryers and
Into, and the section of three cylindricality deep fryers is sector, the structure of three cylindricality deep fryers is identical；
Step S03：Enabling mode one：Start three electromagnetic ovens, three cylindricality deep fryers are preheated；
Step S031：The power of three electromagnetic ovens is set as Q1, Q2, Q3 successively, control motor is opened at predetermined time intervals
Once, the angle rotated every time is 90 degree for dynamic rotation；
Step S032：First ball is put into the first cylindricality deep fryer 211 in the right；Explanation is needed exist for, for table directly perceived
Show, the position of deep fryer is not the initial position for adding a ball in Fig. 2, when adding the initial position of a ball, first, the right post
Shape deep fryer 211 should be in rightmost, and it is the first electromagnetic oven 221 that its is corresponding；I.e. after preheat, controlled motor by each post
Shape deep fryer rotates to the initial position；
Step S033：After in first time, rotation terminates, a second batch ball is put into second cylindricality deep fryer 212；
Step S034：After second of rotation terminates, a 3rd batch of ball is put into the 3rd cylindricality deep fryer 213；
Step SO35：After third time rotates, the ball in first cylindricality deep fryer 211 is taken out；
Step S036：After the 4th time rotates, the ball in the second cylindricality deep fryer 212 is taken out, and a 4th batch of ball is put
Enter in the first cylindricality deep fryer 211；
Step S037：After the 5th time rotates, the ball in the 3rd cylindricality deep fryer 213 is taken out, and a 5th batch of ball is put
Enter in the second cylindricality deep fryer 212；
Step S038：After the 6th time rotates, a 6th batch of ball is put into the 3rd cylindricality deep fryer 213；
Step S039：After the 7th time rotates, the ball in first cylindricality deep fryer is taken out；Rotating flow is realized in circulation according to this
Ability of swimming croquette., can be depending on the size according to fried pot, here it is noted that the above-mentioned addition per an a collection of ball
It is not restricted.
Specifically, continuing with referring to Fig. 2 and Fig. 3, a hollow discharging set is fixed with the rotary shaft of the motor 3
Cylinder 4；The top of the discharging sleeve 4 is unlimited；The discharging lower sidewalls of sleeve 4 offer a discharging opening 41, the discharging
An arc stock guide 42 is provided with the lower section inwall of sleeve 4, the arc stock guide 42 can export a ball from discharging opening 41；
A ball is salvaged to drop to when discharging sleeve 4 out of deep fryer, from arc guide when a ball falls on the lower section of discharging sleeve 4
Plate 42 is slipped on discharging opening 41, so as to complete guide operation.
The deep fryer component 2 includes：Three cylindricality deep fryers 21, and the section of three cylindricality deep fryers 21 is sector,
The structure of three cylindricality deep fryers 21 is identical；Three cylindricality deep fryers 21 splice in order is fixed on the discharging sleeve 4
Side wall, and discharging sleeve 4 discharging opening 41 do not blocked by three cylindricality deep fryers 21；Such three cylindricality deep fryers 21 can be with
Discharging sleeve 4 to be rotated, and this face of discharging opening of discharging sleeve 4 will be exposed to outside, three cylindricality deep fryers
21 top surface 211, which slopes inwardly, to be set；After top surface 211 slopes inwardly, the ball being salvaged in cylindricality deep fryer 21 is reached
It can automatically slip down in discharging sleeve 4, be set on the top side wall of the discharging sleeve 4 during the top surface 211 of cylindricality deep fryer 21
An arc-shaped limit plate 43 is equipped with, and the arc-shaped limit plate 43 be able to prevent the ball picked up in cylindricality deep fryer 21 from dropping；So
Due to the position-limiting action of arc-shaped limit plate 43 during the top surface 211 of ball arrival cylindricality deep fryer 21, a ball will not be from discharging sleeve 4
On drop, but can fall directly into discharging sleeve 4 in.
A salvaging component 5 is provided with three cylindricality deep fryers 21, the salvaging component 5 includes a fan-shaped salvaging
Plate 51, an elevating lever 52 and a drive mechanism 53, the fan-shaped plate 51 of salvaging is metal material, and the metal material is such as：Iron, no
Become rusty steel etc.；The sector, which salvages plate 51, certain thickness, and can so support must play a multiple balls, and the sector salvages the energy of plate 51
As elevating lever 52 is lifted；Fan-shaped salvage offers multiple filter bores 511 on plate 51, the fan-shaped salvaging plate 51
The bottom of the elevating lever 52 is fixed on, and there is an included angle A with elevating lever, the included angle A is more than 95 degree, less than 160 degree；Compared with
Good, the included angle A can be 100 degree, 120 degree, 125 degree or 130 degree；So, plate 51 is salvaged by the lifting in the sector
After bar lifts, salvaging plate 51 due to sector has gradient, and the ball on fan-shaped salvaging plate can be acted on due to inclined gravity, past
The middle discharging of discharging sleeve 4；The back of the elevating lever 52 is provided with teeth 521, and elevating lever 52 is close to the cylindricality oil
Complain and quarrel loudly on 21 inwalls, the drive mechanism 53 includes a fixed case 531 and a motor 532, the fixed case 531 is fixed on cylindricality
On the lateral wall of deep fryer 21, the motor 532 is arranged in fixed case 531, and gear is provided with the motor shaft of the motor 532
533, the gear 533 is meshed with the teeth 521 on the elevating lever 52；The drive mechanism 53 drives elevating lever 52
Oscilaltion operation is carried out on the inwall of cylindricality deep fryer 21.
In the present embodiment, it can be provided with control box 7, the control box and be provided with the wall of the electromagnetic oven base side
Circuit is controlled, the control circuit includes MCU, and the MCU is connected with touch-screen 71, controlling circuit of electromagnetic furnace, motor and driven
Dynamic circuit and motor-drive circuit；Above-mentioned Q1 be 1000W, Q2 be that 1500W, Q3 are 800W；Preferably, after above-mentioned rotation
Residence time can be 2 minutes, and system is not limited thereto here, and technical key point is exactly rotary heating, can not only
Power is controlled, and realizes rotating flow waterline, therefore, residence time can be set as needed.So, fried ball out
Son not only will not be burnt and deep fried, can finally control elevating lever to be lifted, be discharged by discharging sleeve, to form flowing water
Wire type is fried, convenient and swift, save an existing ball it is fried need it is off the pot enter the stand-by period such as pot, cooling.
The core element of the technology of the present invention is that different pots is integrated on motor, with different heating regions, utilizes electricity
The characteristics of magnetic stove vacantly can rotate heating, and unified discharging is realized by the discharging sleeve of rotary shaft, the present invention does not limit to
In above-mentioned rotational angle and time.
In another embodiment of the present invention, in addition to pattern two, second user's start-up mode is realized according to below scheme：
Step S0411：Start three electromagnetic ovens, three cylindricality deep fryers are preheated；
Step S0412：The power of three electromagnetic ovens is set as Q1, Q2, Q3 successively, control motor is opened at predetermined time intervals
Once, the angle rotated every time is 45 degree for dynamic rotation；
Step S0413：First ball is put into the first cylindricality deep fryer 211 in the right；
Step S0414：After rotation terminates in first time, a scheduled time is waited, second is carried out and rotates；Again by a second batch ball
It is put into second cylindricality deep fryer；
Step S0415：After third time rotation terminates, a scheduled time is waited, the 4th rotation is carried out, then by a 3rd batch of ball
It is put into the 3rd cylindricality deep fryer；
Step SO416：After the 5th rotation terminates, a scheduled time is waited, the 6th rotation is carried out, then by first cylindricality
A ball in deep fryer takes out；
Step S0417：After the 7th rotation terminates, a scheduled time is waited, the 8th rotation is carried out, then the second cylindricality is oily
A ball in fryer is taken out, and a 4th batch of ball is put into the first cylindricality deep fryer；
Step S0418：After the 9th rotation terminates, a scheduled time is waited, the tenth rotation is carried out, then the 3rd cylindricality is oily
A ball in fryer is taken out, and a 5th batch of ball is put into the second cylindricality deep fryer；
Step S0419：After once rotation terminates the tenth, a scheduled time is waited, the tenth secondary rotating is carried out, then by the 6th batch
A ball is put into the 3rd cylindricality deep fryer；
Step S0420：After the 13rd rotation terminates, a scheduled time is waited, the 14th rotation is carried out, then by first
A ball in cylindricality deep fryer takes out；Rotating flow ability of swimming croquette is realized in circulation according to this.
The scheduled time is divided into T1, T2 and T3 three phases, i.e., after the T1 times, when rotating 45 degree of holding T2
Between, then rotate 45 degree of holding T3 times.
Preferably, the scheduled time is divided into T1, T2 and T3 three phases, i.e., after the T1 times, rotate 45 degree of guarantors
Hold the T2 times, then rotate 45 degree of holding T3 times.T1, T3 time can be able to be 1.5 minutes, T2 can be 1 minute with equal.
The time can adjust according to the size of a ball, be not intended to limit here.
In addition, by feature of the present invention, the present invention can also set other patterns, such as:Can also be real by the direction of rotation
The regulation of existing fried power, preferably, can be set by control panel, the first cylindricality deep fryer is on 1000W electromagnetic oven
Heat after a scheduled time T, can turn on 1500W electromagnetic oven and heat, in this heating process, the first cylindricality can be controlled
Deep fryer, with certain frequency rotation, can also be parked in the middle of two regions between two power regions, realize half in pot
1000W, half 1500W are heated, and allow the oil in pot because temperature is differently formed flowing, further the fried process of a promotion ball,
Lift mouthfeel.Here control mode can have a variety of, just without enumerating, in a word, and above-mentioned mode can embody, this hair
The characteristics of bright structure and the benefit of these features.
The equipment also includes a feeding device 6, and the feeding device 6 includes a material stock cavity 61, the material stock cavity
61 bottoms are provided with universal caster wheel 62, the side wall of the material stock cavity 61 and are provided with a feeding pipe 63, and feeding pipe 63 is upward
It is obliquely installed, the charging aperture 64 of the feeding pipe 63 be able to be fitted in the discharging opening 41 of the discharging sleeve 4；The material stock cavity
A portable handle 65 is fixed with 61 top.The material stock cavity 61 can store many fried good balls, and feeding device is deposited
A cover plate is provided with material cavity 61, opening a ball after cover plate can take out from material stock cavity 61.
A guiding conduit is provided with the inwall of cylindricality deep fryer 21（It is not shown）, the elevating lever 52 is located at described lead
Into conduit.So elevating lever 52 can be lifted along conduit is oriented to when descending operation is carried out, will not offset rail
Road.
In a word, three areas of sequential concatenation in four regions, four regions are divided on electromagnetic oven base of the invention
The electromagnetic oven base bottom in domain is provided with least three electromagnetic ovens；So can be to three on electromagnetic oven base by three electromagnetic ovens
Oil in individual cylindricality deep fryer controls different temperature, wherein three cylindricality deep fryers are fixed by a discharging sleeve, should
Discharging sleeve can carry out 360 rotations, so when carrying out fried, and deep fryer can be located on different electromagnetic ovens, so oily
Temperature can be controlled well, it is fried it is good after, by salvaging component, the ball in deep fryer is salvaged,
And drop into discharging sleeve, and a fried ball can be taken out by feeding device, so as to complete fried process；So
Subregion is fried, controls the different temperatures of oil, and fried ball mouthfeel out is relatively good, is not in a ball for burned.
The foregoing is only presently preferred embodiments of the present invention, all equivalent changes done according to scope of the present invention patent with
Modification, should all belong to the covering scope of the present invention.
Claims (6)
1. a kind of implementation method of subregion rotating flow ability of swimming croquette, it is characterised in that comprise the following steps：
Step S01：Electromagnetic oven base is provided, electromagnetic oven base is divided into sequential concatenation in four regions, four regions
Trizonal electromagnetic oven base bottom is provided with least three electromagnetic ovens；And in the integrated driving electricity in middle part of electromagnetic oven base
Machine；
Step S02：One deep fryer is set in the rotary shaft of motor, the deep fryer spliced by three cylindricality deep fryers and
Into, and the section of three cylindricality deep fryers is sector, the structure of three cylindricality deep fryers is identical；
Step S03：Enabling mode one：Start three electromagnetic ovens, three cylindricality deep fryers are preheated；
Step S031：The power of three electromagnetic ovens is set as Q1, Q2, Q3 successively, control motor is opened at predetermined time intervals
Once, the angle rotated every time is 90 degree for dynamic rotation；
Step S032：First cylindricality deep fryer of control is in the surface of first electromagnetic oven, and first ball is put
Enter the first cylindricality deep fryer in the right；
Step S033：After in first time, rotation terminates, a second batch ball is put into second cylindricality deep fryer；
Step S034：After second of rotation terminates, a 3rd batch of ball is put into the 3rd cylindricality deep fryer；
Step SO35：After third time rotates, the ball in first cylindricality deep fryer is taken out；
Step S036：After the 4th time rotates, the ball in the second cylindricality deep fryer is taken out, and a 4th batch of ball is put into the
In one cylindricality deep fryer；
Step S037：After the 5th time rotates, the ball in the 3rd cylindricality deep fryer is taken out, and a 5th batch of ball is put into the
In two cylindricality deep fryers；
Step S038：After the 6th time rotates, a 6th batch of ball is put into the 3rd cylindricality deep fryer；
Step S039：After the 7th time rotates, the ball in first cylindricality deep fryer is taken out；Rotating flow is realized in circulation according to this
Ability of swimming croquette.
2. the implementation method of rotating flow ability of swimming croquette in subregion according to claim 1, it is characterised in that：It is described to drive
A hollow discharging sleeve is fixed with the rotary shaft of dynamic motor；The top of the discharging sleeve is unlimited；The discharging sleeve
Lower sidewalls offer and are provided with an arc stock guide, the arc guide on inwall below a discharging opening, the discharging sleeve
Plate be able to export a ball from discharging opening；An arc-shaped limit plate, and the arc are provided with the top side wall of the discharging sleeve
Shape limiting plate can prevent the ball picked up in cylindricality deep fryer from dropping；A salvaging group is provided with three cylindricality deep fryers
Part, the salvaging component includes fan-shaped salvage and offered on plate, an elevating lever and a drive mechanism, the fan-shaped salvaging plate
Multiple filter bores, the fan-shaped salvaging plate is fixed on the bottom of the elevating lever, and has an angle, the folder with elevating lever
Angle is more than 95 degree, less than 160 degree；The back of the elevating lever is provided with teeth, and elevating lever is close in the cylindricality deep fryer
On wall, the drive mechanism includes a fixed case and a motor, and the fixed case is fixed on cylindricality deep fryer lateral wall, described
Motor is arranged in fixed case, and gear, the gear and the teeth on the elevating lever are provided with the motor shaft of the motor
It is meshed；The drive mechanism driving elevating lever carries out oscilaltion operation on cylindricality deep fryer inwall.
3. the implementation method of rotating flow ability of swimming croquette in subregion according to claim 1, it is characterised in that：The Q1
For 1000W, Q2 be that 1500W, Q3 are 800W.
4. a kind of implementation method of subregion rotating flow ability of swimming croquette according to claim 3, it is characterised in that：Also
Including pattern two, second user's start-up mode is realized according to below scheme：
Step S0411：Start three electromagnetic ovens, three cylindricality deep fryers are preheated；
Step S0412：The power of three electromagnetic ovens is set as Q1, Q2, Q3 successively, control motor is opened at predetermined time intervals
Once, the angle rotated every time is 45 degree for dynamic rotation；
Step S0413：First ball is put into the first cylindricality deep fryer in the right；
Step S0414：After rotation terminates in first time, a scheduled time is waited, second is carried out and rotates；Again by a second batch ball
It is put into second cylindricality deep fryer；
Step S0415：After third time rotation terminates, a scheduled time is waited, the 4th rotation is carried out, then by a 3rd batch of ball
It is put into the 3rd cylindricality deep fryer；
Step SO416：After the 5th rotation terminates, a scheduled time is waited, the 6th rotation is carried out, then by first cylindricality
A ball in deep fryer takes out；
Step S0417：After the 7th rotation terminates, a scheduled time is waited, the 8th rotation is carried out, then the second cylindricality is oily
A ball in fryer is taken out, and a 4th batch of ball is put into the first cylindricality deep fryer；
Step S0418：After the 9th rotation terminates, a scheduled time is waited, the tenth rotation is carried out, then the 3rd cylindricality is oily
A ball in fryer is taken out, and a 5th batch of ball is put into the second cylindricality deep fryer；
Step S0419：After once rotation terminates the tenth, a scheduled time is waited, the tenth secondary rotating is carried out, then by the 6th batch
A ball is put into the 3rd cylindricality deep fryer；
Step S0420：After the 13rd rotation terminates, a scheduled time is waited, the 14th rotation is carried out, then by first
A ball in cylindricality deep fryer takes out；Rotating flow ability of swimming croquette is realized in circulation according to this；
The scheduled time is divided into T1, T2 and T3 three phases, i.e., after the T1 times, rotates 45 degree of holding T2 times, then
45 degree of holding T3 times of rotation.
5. a kind of implementation method of subregion rotating flow ability of swimming croquette according to claim 1, it is characterised in that：Institute
Stating equipment also includes a feeding device, and the feeding device includes a material stock cavity, and the material stock cavity bottom is provided with universal
It is provided with a feeding pipe on castor, the side wall of the material stock cavity, and feeding pipe is inclined upwardly setting, the charging of the feeding pipe
Mouth be able to be fitted in the discharging opening of the discharging sleeve；A portable handle is fixed with the top of the material stock cavity.
6. a kind of implementation method of subregion rotating flow ability of swimming croquette according to claim 1, it is characterised in that：Institute
State and a guiding conduit is provided with cylindricality deep fryer inwall, the elevating lever is located in the guiding conduit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710530931.6A CN107094824B (en) | 2017-07-03 | 2017-07-03 | A kind of implementation method of subregion rotating flow ability of swimming croquette |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| US4189994A (en) * | 1978-04-03 | 1980-02-26 | Schmader Richard W | Method and apparatus for use in frying doughnuts |
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| CN205251312U (en) * | 2015-12-04 | 2016-05-25 | 上海劲森轻工机械有限公司 | Novel deep fryer |
| CN205756886U (en) * | 2016-05-18 | 2016-12-07 | 山东八一食品工业装备有限公司 | Rice crust fried food production line |
| CN206238195U (en) * | 2016-12-08 | 2017-06-13 | 惠安立科贸易有限公司 | A kind of ball Fryer |
| CN106923143A (en) * | 2017-04-21 | 2017-07-07 | 魏玉芳 | A kind of industrial ball water-boiling equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4189994A (en) * | 1978-04-03 | 1980-02-26 | Schmader Richard W | Method and apparatus for use in frying doughnuts |
| CN201098018Y (en) * | 2007-09-26 | 2008-08-13 | 王冬雷 | Household oil-saving electric frying apparatus |
| CN205251312U (en) * | 2015-12-04 | 2016-05-25 | 上海劲森轻工机械有限公司 | Novel deep fryer |
| CN205756886U (en) * | 2016-05-18 | 2016-12-07 | 山东八一食品工业装备有限公司 | Rice crust fried food production line |
| CN206238195U (en) * | 2016-12-08 | 2017-06-13 | 惠安立科贸易有限公司 | A kind of ball Fryer |
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| CN107094824B (en) | 2019-02-12 |
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Effective date of registration: 20221025 Address after: Floor 20, Incubator East Tower, National High tech Innovation Center, No. 28, Zhengyangmen Street, High tech Zone, Tai'an City, Shandong Province, 271000 Patentee after: Shandong Zhiding Food Technology Co.,Ltd. Address before: 350200 Central Pier 35, hang Cheng village, aviation city, Changle, Fuzhou, Fujian Patentee before: Cheng Meixue |
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