CN109805260A - A kind of corn flour food processing technology - Google Patents

Abstract

The invention belongs to food processing technology technical fields, specifically a kind of corn flour food processing technology can make the clasmatosis in niblet by dry ice freezing, so that effective ingredient in corn be made to discharge completely, facilitate the crushing of later period niblet simultaneously, and preliminarily pasteurized is carried out to corn；By being exposed to the sun under sunlight and high temperature drying makes moisture evaporation in niblet, while effectively being killed virus to niblet；By the way that the auxiliary material of different taste is added, corn flour taste can be made more, be more suitable for public demand, used corn flour food processing and production device, including framework and controller；The third shaft and the 4th shaft are pierced by the second fixed plate part and are driven respectively by the rope made of hemp；Process of the present invention is simple, easy to operate, effectively can carry out threshing to corn ear and crush to niblet, obtain the corn flour of high-purity different taste, be more suitable for popular taste.

Description

A kind of corn flour food processing technology

Technical field

The invention belongs to food processing technology technical field, specifically a kind of corn flour food processing technology.

Background technique

Corn, original name: maize, alias: maize, maize, luxuriant reed, corn are all known as always life prolonging food, contain Protein abundant, fat, vitamin, microelement, cellulose etc. have exploitation high nutrition, high biological function food There are many product of great potential, present corn deep processing, such as various Maiz cakes, corn additive etc., the deep processing of corn It needs that corn is first carried out pulverization process, obtains corn flour.

It needs opposite corn ear to carry out separately adding threshing process in corn flour manufacturing process in the prior art, makes corn flour Process is excessively complicated, and corn flour producing device inefficiency, causes corn flour production efficiency low, and crushing is not thorough enough, together When production department to the right corn flour taste it is excessively single, be not able to satisfy public demand.

Summary of the invention

In order to make up for the deficiencies of the prior art, solution corn flour production process is excessively complicated, production efficiency is low, it is not thorough to crush Bottom and the problem of being unable to satisfy public demand, a kind of corn flour food processing technology proposed by the present invention.

The technical solution adopted by the present invention to solve the technical problems is: a kind of corn flour food processing of the present invention Technique, the technique the following steps are included:

S1: collecting corn ear, and by manually removing maize leaves and corn stigma, obtains clean corn ear, prevent corn Contain impurity in it after grain crushes, influences corn flour quality；

S2: clean corn ear obtained in S1 is taken out ten minutes later by dry ice freezing, by the way that corn can be made after freezing Clasmatosis in grain, so that effective ingredient in corn be made to discharge completely, while facilitating the crushing of later period niblet, and to jade The grain of rice carries out preliminarily pasteurized；

S3: the corn ear after dry ice in S2 is freezed is placed under sunlight to be exposed to the sun is passed through corn flour food processing and production after a week In device, corn flour is obtained, moisture evaporation in niblet is made by solar exposure, is conducive to later period crushing, while by ultraviolet Line effectively kills virus to niblet；

S4: by corn flour obtained in S3 by the way that auxiliary material vacuum packet is added after drying half an hour at a high temperature of 150 degrees Celsius Dress dries moisture content in corn flour completely, improves corn flour while can further being killed virus to corn flour by high temperature drying Shelf-life, while the auxiliary material of different taste is added, corn flour taste can be made more, be more suitable for public demand；

Wherein, corn flour food processing and production device used in S3, including framework and controller；The controller is used It works in control device；Feeding inlet is equipped at the top of the framework；First rotating shaft and the second shaft are rotatably connected in the framework； The first rotating shaft diameter is less than the second shaft diameter；The first rotating shaft and the second shaft surface jointly are sleeved on conveyer belt； The framework inner wall is fixed with first partition；Conduit is equipped on the right side of the first partition；By first partition and framework inner wall with And the cooperation of conveyer belt transports corn ear successively to conduit；It is equipped with below the conveyer belt and is fixed on the first of framework inner wall Fixed plate；The second fixed plate is equipped with below first fixed plate；Second fixed plate is fixed on framework inner wall, and second is solid Fixed board inclined design；Two third shafts and two the 4th turn are rotatably connected between second fixed plate and the first fixed plate Axis；Second fixed plate lower surface center is fixed with first motor；The third shaft and the 4th shaft are with respect to the first electricity Machine is symmetrical arranged, and third shaft and the 4th shaft are using first motor as center of circle circular arrangement；The third shaft and the 4th turn Axis both passes through the first fixed plate and the setting of the second fixed plate；The third shaft and the 4th shaft are pierced by the second fixed plate part point It is not driven by the rope made of hemp, the rope made of hemp is wound in first motor shaft surface, and winding direction is on the contrary, band when rotating forward first motor Dynamic third shaft rotates forward, the 4th shaft reversion, to keep third shaft and the 4th shaft rotation direction opposite；The third shaft It is pierced by the first fixed plate part of the surface fixing sleeve and is connected to first gear；First fixed plate upper surface is rotatably connected to the second tooth Wheel, second gear are engaged with first gear；The second gear upper surface is fixed with worm screw；The framework inner wall is rotatably connected to Turbine, and turbine is engaged with worm screw, and is pierced by framework setting, is driven with first rotating shaft by belt, so that driving conveying belt is dynamic It rotates clockwise；The third shaft and the 4th shaft surface pass through the first air bag fixing sleeve being evenly arranged and are connected to rubbing Roller, the first air bag can provide buffering for rubbing roller；The conduit is connected to the space rubbing roller across the first fixed plate, can Enter corn ear between rubbing roller, rotated by the opposite direction of third shaft and the 4th shaft, threshing is carried out to corn ear Processing；The frame side wall offers the first discharge port；First discharge port lower surface is parallel with the second fixed plate upper surface Setting, the corn ear after can making threshing are discharged by the first discharge port；The second fixed plate surface, which offers, to be evenly arranged Discharge hole；Grinding barrel is equipped with below second fixed plate；The grinding barrel is fixed on framework bottom interior wall, and on the right side of grinding barrel It is pierced by framework setting；The grinding barrel upper surface offers opening；Between the grinding barrel and the second fixed plate be equipped with second every Plate；The second partition can be such that niblet enters in grinding barrel by discharge hole；The second motor is equipped on the right side of the grinding barrel；Institute It states the second motor and is fixed on framework inner wall, and the shaft of the second motor penetrates and is fixed with pulverization roller in grinding barrel；The pulverization roller Surface is equipped with screw thread；The pulverization roller right end is fixed with the 5th shaft；5th shaft is rotationally connected with grinding barrel inner wall；Institute It states the 5th shaft surface sliding sleeve and is connected to slide plate；The slide plate slides are connected in grinding barrel, and solid between grinding barrel side wall It is connected with the first spring being evenly arranged；The grinding barrel lower surface offers the second discharge port；Second discharge port, which is located at, to be slided On the right side of plate, while being located at outside framework；In use, bringing corn ear by feeding inlet, first motor is opened, first motor rotates, Third shaft and the rotation of the 4th shaft are driven, and the rotation direction of third shaft and the 4th shaft is on the contrary, third shaft drives the The rotation of one gear drives first rotating shaft rotation to be driven by turbine and worm, the second shaft and conveyer belt is driven to turn clockwise It is dynamic, under the cooperation for making corn ear pass through conveyer belt, first partition and framework inner wall, passes sequentially through conduit and enter between rubbing roller, By the rotation of third shaft and the 4th shaft, make to rub roller rotation, the rotation direction by rubbing roller is opposite and the first gas The effect of capsule makes the complete threshing of corn ear, the corn ear after threshing by the first discharge port be discharged, niblet by discharge hole into Enter in grinding barrel, open the second motor, the second motor drives pulverization roller rotation, is threadedly engaged grinding barrel by crushing roller surface Inner wall carries out niblet to roll crushing, while can transport to the right niblet at the 5th shaft and accumulate, not with crushing shaft Crushing is transported disconnectedly, so that niblet is accumulated extruding at the 5th shaft, niblet can be crushed again, be made in banking process Niblet crushing is more thorough, obtains corn flour, and when pressure is greater than the elastic force of the first spring, slide plate is moved to right, smashed corn Powder is discharged by the second discharge port.

Preferably, the rubbing roller surface has been evenly arranged semicircular second air bag, and the second air bag from top to bottom half Diameter is sequentially increased, and can be close to corn ear surface keeps corn rod threshing more thorough；Second air bag is connected with the first air bag；Make Used time, rubbing roller rotation, falling off with surface niblet during corn ear is moved down due to gravity, corn barred body Product reduces, and the second air bag can be close to corn ear surface always, make the complete threshing of corn ear, and air bag can increase the friction of corn ear Power improves threshing efficiency, while the second air bag shakes in threshing course, drives the vibration of the first air bag, and air bag is adopted with corn ear With soft contact, prevents corn ear broken while the threshing efficiency of corn ear can be improved, prevent from containing impurity in corn flour.

Preferably, the conveyor belt surface offers the first double wedge being evenly arranged, and can prevent corn ear from sliding, and improves fortune Defeated efficiency；The first cavity is offered in the conveyer belt；The second partition is divided into upper plate and lower plate two parts；The upper plate with It is equipped with the second cavity between lower plate, and is fixed with the second spring being evenly arranged between upper plate and lower plate；Second cavity with First cavity is connected；In use, corn ear, which enters, falls to conveyor belt surface in framework, conveying can be made to drive vibration, thus Upper plate vibration is driven, niblet promotes the vibration of upper plate and conveyer belt when falling to upper plate, thus while accelerating transfer efficiency, Conveyer belt and upper plate can be made, which to shake conveyer belt vibration the first double wedge of cooperation, to prevent corn ear from blocking first partition.

Preferably, the second fixed plate " recessed " shape designs, and is fixed with jolting plate in spill；The jolting plate elastic material It is made, and shakes plate surface and offer the filter opening being evenly arranged；The filter opening side wall has been evenly arranged the second double wedge, and second is convex Tooth staggered relative arrangement；The third shaft and the 4th shaft both pass through jolting plate setting, are rotatablely connected with jolting plate；Described Four shafts and the 5th shaft surface are fixed with crushing block；The crushing block is located above jolting plate；In use, third shaft and Crushing block intermittence is set to squeeze and loosen jolting plate in 4th shaft rotation process, so that jolting plate is shaken, jolting plate vibration The second double wedge can be made opposite in the process and back movement, to be tentatively crushed to niblet, while jolting plate vibration can add The conveying effect of fast niblet and corn ear, prevents accumulated plugging.

Preferably, the 5th shaft surface is uniformly fixed with the first blade；The grinding barrel inner wall has been evenly arranged Two blades；First blade and the second blade interlaced arrangement；In use, the 5th shaft rotates, the first blade rotation is driven, is led to The cooperation for crossing the first blade and the second blade further crushes niblet, simultaneously because the conveying of pulverization roller acts on, makes corn Crushing effect can be improved at the first blade and the second blade in grain accumulation, crushes niblet more thorough.

Beneficial effects of the present invention are as follows:

1. a kind of corn flour food processing technology of the present invention can make the cell in niblet broken by dry ice freezing It is broken, so that effective ingredient in corn be made to discharge completely, while facilitating the crushing of later period niblet, and tentatively disappeared to corn Poison；By being exposed to the sun under sunlight and high temperature drying makes moisture evaporation in niblet, while effectively being killed virus to niblet；It is logical The auxiliary material that different taste is added is crossed, corn flour taste can be made more, be more suitable for public demand.

2. a kind of corn flour food processing technology of the present invention, used corn flour food processing and production device, By setting first rotating shaft, the second shaft, conveyer belt, first partition and conduit, pass through first rotating shaft, the second shaft and conveyer belt Conveying cooperation first partition and framework inner wall, sequentially enter corn ear in conduit, it is convenient that threshing processing is carried out to corn ear.

3. a kind of corn flour food processing technology of the present invention, used corn flour food processing and production device, By setting third shaft, the 4th shaft, rubbing roller, the first air bag and the second air bag, pass through third shaft and the 4th shaft Rotor shaft direction on the contrary, make rub roller corn ear is rubbed, to make corn rod threshing, pass through the first air bag and the second air bag The threshing efficiency that corn ear can be improved guarantees that corn ear is complete, prevents from being mixed in niblet while completely falling off niblet Corn ear residue.

4. a kind of corn flour food processing technology of the present invention, used corn flour food processing and production device, By setting grinding barrel, crushing shaft, the first blade, the second blade and slide plate, by cooperating grinding barrel in crushing shaft rotation process Inner wall carries out crush and grind crushing to niblet, and crushing while can transport niblet on the left of slide plate, pass through the first knife Piece, the second blades fit slide plate into crushing again, crush niblet thorough niblet.

Detailed description of the invention

The present invention will be further explained below with reference to the attached drawings.

Fig. 1 is process flow chart of the invention；

Fig. 2 is the main view of corn flour food processing and production device；

Fig. 3 is direction view at A in Fig. 2；

Fig. 4 is partial enlarged view at B in Fig. 2；

Fig. 5 is partial enlarged view at C in Fig. 2；

Fig. 6 is partial enlarged view at D in Fig. 2；

Fig. 7 is partial enlarged view at E in Fig. 2；

In figure: framework 1 has feeding inlet 11, first rotating shaft 12, the second shaft 13, conveyer belt 14, first partition 15, conduit 16, the first discharge port 17, the first double wedge 18, the first cavity 19, the first fixed plate 2, the second fixed plate 21, third shaft 22, Four shafts 23, first motor 24, first gear 25, second gear 26, worm screw 27, turbine 28, discharge hole 29, rubbing roller 3, first Air bag 31, the second air bag 32, grinding barrel 4, opening 41, second partition 42, upper plate 421, lower plate 422, the second cavity 423, second Spring 424, the second motor 43, pulverization roller 44, the 5th shaft 45, slide plate 46, the first spring 47, the second discharge port 48, jolting plate 5, filter opening 51, the second double wedge 52, crushing block 53, the first blade 54, the second blade 55.

Specific embodiment

In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below Specific embodiment is closed, the present invention is further explained.

As shown in Figures 1 to 7, a kind of corn flour food processing technology of the present invention, the technique the following steps are included:

S1: collecting corn ear, and by manually removing maize leaves and corn stigma, obtains clean corn ear, prevent corn Contain impurity in it after grain crushes, influences corn flour quality；

S2: clean corn ear obtained in S1 is taken out ten minutes later by dry ice freezing, by the way that corn can be made after freezing Clasmatosis in grain, so that effective ingredient in corn be made to discharge completely, while facilitating the crushing of later period niblet, and to jade The grain of rice carries out preliminarily pasteurized；

S3: the corn ear after dry ice in S2 is freezed is placed under sunlight to be exposed to the sun is passed through corn flour food processing and production after a week In device, corn flour is obtained, moisture evaporation in niblet is made by solar exposure, is conducive to later period crushing, while by ultraviolet Line effectively kills virus to niblet；

S4: by corn flour obtained in S3 by the way that auxiliary material vacuum packet is added after drying half an hour at a high temperature of 150 degrees Celsius Dress dries moisture content in corn flour completely, improves corn flour while can further being killed virus to corn flour by high temperature drying Shelf-life, while the auxiliary material of different taste is added, corn flour taste can be made more, be more suitable for public demand；

Wherein, corn flour food processing and production device used in S3, including framework 1 and controller；The controller It works for control device；Feeding inlet 11 is equipped at the top of the framework 1；12 He of first rotating shaft is rotatably connected in the framework 1 Second shaft 13；12 diameter of first rotating shaft is less than 13 diameter of the second shaft；13 table of the first rotating shaft 12 and the second shaft Face jointly is sleeved on conveyer belt 14；1 inner wall of framework is fixed with first partition 15；Conduit is equipped on the right side of the first partition 15 16；Corn ear is transported successively to conduit 16 by the cooperation of first partition 15 and 1 inner wall of framework and conveyer belt 14；It is described The first fixed plate 2 for being fixed on 1 inner wall of framework is equipped with below conveyer belt 14；It is fixed that second is equipped with below first fixed plate 2 Plate 21；Second fixed plate 21 is fixed on 1 inner wall of framework, and 21 inclined design of the second fixed plate；Second fixed plate 21 Two third shafts 22 and two the 4th shafts 23 are rotatably connected between the first fixed plate 2；Under second fixed plate 21 Centre of surface is fixed with first motor 24；The third shaft 22 and the 4th shaft 23 are symmetrical arranged with respect to first motor 24, And third shaft 22 and the 4th shaft 23 with first motor 24 for center of circle circular arrangement；The third shaft 22 and the 4th shaft 23 Both pass through the first fixed plate 2 and the setting of the second fixed plate 21；The third shaft 22 and the 4th shaft 23 are pierced by the second fixed plate 21 parts are driven by the rope made of hemp respectively, and the rope made of hemp is wound in 24 shaft surface of first motor, and winding direction is on the contrary, make the first electricity Third shaft 22 is driven to rotate forward when machine 24 rotates forward, the 4th shaft 23 reversion, so that third shaft 22 and the 4th shaft 23 be made to rotate It is contrary；The third shaft 22 is pierced by 2 part of the surface fixing sleeve of the first fixed plate and is connected to first gear 25；Described first is solid 2 upper surface of fixed board is rotatably connected to second gear 26, and second gear 26 is engaged with first gear 25；Table in the second gear 26 Face is fixed with worm screw 27；1 inner wall of framework is rotatably connected to turbine 28, and turbine 28 is engaged with worm screw 27, and is pierced by framework 1 Setting is driven by belt with first rotating shaft 12, is rotated clockwise so that driving conveying belt 14 is dynamic；The third shaft 22 and Four shafts, 23 surface passes through 31 fixing sleeve of the first air bag being evenly arranged and is connected to rubbing roller 3, and the first air bag 31 can be rubbing roller 3 Buffering is provided；The conduit 16 is connected to the space rubbing roller 3 across the first fixed plate 2, and corn ear can be made to enter rubbing It between roller 3, is rotated by the opposite direction of third shaft 22 and the 4th shaft 23, threshing processing is carried out to corn ear；The frame 1 side wall of body offers the first discharge port 17；First discharge port, 17 lower surface is arranged in parallel with 21 upper surface of the second fixed plate, Corn ear after can making threshing is discharged by the first discharge port 17；Second fixed plate, 21 surface offer be evenly arranged go out Expect hole 29；Grinding barrel 4 is equipped with below second fixed plate 21；The grinding barrel 4 is fixed on 1 bottom interior wall of framework, and crushes 4 right side of bucket is pierced by the setting of framework 1；4 upper surface of grinding barrel offers opening 41；The grinding barrel 4 and the second fixed plate 21 Between be equipped with second partition 42；The second partition 42 can be such that niblet enters in grinding barrel 4 by discharge hole 29；The crushing 4 right side of bucket is equipped with the second motor 43；Second motor 43 is fixed on 1 inner wall of framework, and the shaft of the second motor 43 penetrates powder Pulverization roller 44 is fixed in broken bucket 4；44 surface of pulverization roller is equipped with screw thread；44 right end of pulverization roller is fixed with the 5th shaft 45；5th shaft 45 is rotationally connected with 4 inner wall of grinding barrel；5th shaft, the 45 surface sliding sleeve is connected to slide plate 46；Institute It states slide plate 46 to be slidably connected in grinding barrel 4, and is fixed with the first spring 47 being evenly arranged between 4 side wall of grinding barrel；Institute It states 4 lower surface of grinding barrel and offers the second discharge port 48；Second discharge port 48 is located at 46 right side of slide plate, while being located at framework Outside 1；In use, bringing corn ear by feeding inlet 11, first motor 24 is opened, first motor 24 rotates, and drives third shaft 22 and the 4th shaft 23 rotate, and the rotation direction of third shaft 22 and the 4th shaft 23 on the contrary, third shaft 22 drive first Gear 25 rotates, to drive first rotating shaft 12 to rotate by the transmission of 28 worm screw 27 of turbine, drives the second shaft 13 and conveyer belt 14 rotate clockwise, and under the cooperation for making corn ear pass through 1 inner wall of conveyer belt 14, first partition 15 and framework, pass sequentially through conduit 16 enter between rubbing roller 3, by the rotation of third shaft 22 and the 4th shaft 23, make to rub the rotation of roller 3, pass through and rub roller 3 Rotation direction is opposite and the effect of the first air bag 31, make the complete threshing of corn ear, the corn ear after threshing goes out by first Material mouth 17 is discharged, and niblet is entered in grinding barrel 4 by discharge hole 29, opens the second motor 43, and the second motor 43, which drives, to be crushed Roller 44 rotates, and is threadedly engaged 4 inner wall of grinding barrel by 44 surface of pulverization roller, carries out rolling crushing to niblet, while can incite somebody to action Niblet transports to the right to accumulation at the 5th shaft 45, as crushing shaft constantly transports crushing, makes niblet in the 5th shaft It accumulates and squeezes at 45, niblet can be crushed again in banking process, crush niblet more thorough, obtain corn flour, When pressure is greater than the elastic force of the first spring 47, slide plate 46 is moved to right, and smashed corn flour is discharged by the second discharge port 48.

As one embodiment of the present invention, 3 surface of rubbing roller has been evenly arranged semicircular second air bag 32, And second air bag 32 from top to bottom radius be sequentially increased, can be close to corn ear surface keeps corn rod threshing more thorough；Described second Air bag 32 is connected with the first air bag 31；In use, rubbing roller 3 rotates, during corn ear is moved down due to gravity With falling off for surface niblet, corn ear volume reduces, and the second air bag 32 can be close to corn ear surface always, keep corn ear complete Full threshing, and air bag can increase the frictional force of corn ear, improve threshing efficiency, while the second air bag 32 shakes in threshing course, The first air bag 31 is driven to shake, and air bag is contacted with corn ear using soft, is prevented while the threshing efficiency of corn ear can be improved Corn ear is broken, prevents from containing impurity in corn flour.

As one embodiment of the present invention, 14 surface of conveyer belt offers the first double wedge 18 being evenly arranged, It can prevent corn ear from sliding, improve conevying efficiency；The first cavity 19 is offered in the conveyer belt 14；The second partition 42 divides For 422 two parts of upper plate 421 and lower plate；The second cavity 423, and 421 He of upper plate are equipped between the upper plate 421 and lower plate 422 The second spring 424 being evenly arranged is fixed between lower plate 422；Second cavity 423 is connected with the first cavity 19；It uses When, corn ear, which enters in framework 1, falls to 14 surface of conveyer belt, can make the dynamic vibration of conveyer belt 14, so that upper plate 421 be driven to shake Dynamic, niblet promotes the vibration of upper plate 421 and conveyer belt 14 when falling to upper plate 421, thus while accelerating transfer efficiency, it can So that conveyer belt 14 and upper plate 421 is shaken vibration the first double wedge 18 of cooperation of conveyer belt 14 can prevent corn ear from blocking first partition 15.

As one embodiment of the present invention, 21 " recessed " shape of the second fixed plate is designed, and is fixed with vibration in spill Plate 5；5 elastic material of jolting plate is made, and 5 surface of jolting plate offers the filter opening 51 being evenly arranged；51 side of filter opening Wall has been evenly arranged the second double wedge 52, and 52 staggered relative of the second double wedge is arranged；The third shaft 22 and the 4th shaft 23 are It is arranged across jolting plate 5, is rotatablely connected with jolting plate 5；4th shaft 23 and 45 surface of the 5th shaft are fixed with extruding Block 53；The crushing block 53 is located at 5 top of jolting plate；In use, making to squeeze in 23 rotation process of third shaft 22 and the 4th shaft Briquetting 53 is intermittent to be squeezed and loosens jolting plate 5, so that jolting plate 5 be made to shake, jolting plate 5 can make the second double wedge during shaking 52 opposite and back movements, to be tentatively crushed to niblet, while the vibration of jolting plate 5 can accelerate niblet and corn ear Conveying effect, prevent accumulated plugging.

As one embodiment of the present invention, 45 surface of the 5th shaft is uniformly fixed with the first blade 54；It is described 4 inner wall of grinding barrel has been evenly arranged the second blade 55；55 interlaced arrangement of first blade 54 and the second blade；In use, the The rotation of five shafts 45 drives the rotation of the first blade 54, by the cooperation of the first blade 54 and the second blade 55, to niblet into one Step crushes, simultaneously because the conveying of pulverization roller 44 acts on, makes niblet accumulation at the first blade 54 and the second blade 55, can mention High crushing effect crushes niblet more thorough.

In use, collecting corn ear, and by manually removing maize leaves and corn stigma, clean corn ear is obtained, then will Corn ear is taken out ten minutes later by dry ice freezing, is placed under sunlight to be exposed to the sun and is poured into corn powder food by feeding inlet 11 after a week In producing unit, first motor 24 is opened, first motor 24 rotates, third shaft 22 and the rotation of the 4th shaft 23 are driven, And the rotation direction of third shaft 22 and the 4th shaft 23 is on the contrary, third shaft 22 drives first gear 25 to rotate, to pass through The transmission of 28 worm screw 27 of turbine drives first rotating shaft 12 to rotate, and drives the second shaft 13 and conveyer belt 14 to rotate clockwise, makes corn Under the cooperation that stick passes through 1 inner wall of conveyer belt 14, first partition 15 and framework, passes sequentially through conduit 16 and enter between rubbing roller 3, lead to The rotation for crossing third shaft 22 and the 4th shaft 23, makes to rub roller 3 and rotates, and the rotation direction by rubbing roller 3 is opposite and the The effect of one air bag 31 makes the complete threshing of corn ear, and the corn ear after threshing is discharged by the first discharge port 17, and niblet enters In jolting plate 5, make crushing block 53 is intermittent to squeeze and loosen jolting plate 5 in 23 rotation process of third shaft 22 and the 4th shaft, To make jolting plate 5 shake, jolting plate 5 can make the second double wedge 52 opposite and back movement during shaking, thus to niblet Progress is tentatively broken, and preliminary smashed niblet is entered in grinding barrel 4 by discharge hole 29, the second motor 43 of opening, and second Motor 43 drives pulverization roller 44 to rotate, and is threadedly engaged 4 inner wall of grinding barrel by 44 surface of pulverization roller, rolls to niblet It crushes, while niblet can be transported to the right to accumulation at the 5th shaft 45, as crushing shaft constantly transports crushing, make corn Grain is accumulated at the 5th shaft 45 to be squeezed, and can be crushed again to niblet in banking process, while the 5th shaft 45 rotates, It drives the first blade 54 to rotate, by the cooperation of the first blade 54 and the second blade 55, niblet is further crushed, corn is made Grain crushing is more thorough, obtains corn flour, and when 46 pressure of slide plate is greater than the elastic force of the first spring 47, slide plate 46 is moved to right, powder Corn flour after broken is discharged by the second discharge port 48, and obtained corn flour is small by drying half at a high temperature of 150 degrees Celsius When after be added auxiliary material vacuum packaging.

The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should Understand, the present invention is not limited to the above embodiments, and the above embodiments and description only describe originals of the invention Reason, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these changes and improvements It all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent circle It is fixed.

Claims (5)

1. a kind of corn flour food processing technology, it is characterised in that: the technique the following steps are included:

S1: collecting corn ear, and by manually removing maize leaves and corn stigma, obtains clean corn ear；

S2: clean corn ear obtained in S1 is taken out ten minutes later by dry ice freezing；

S3: the corn ear after dry ice in S2 is freezed is placed under sunlight to be exposed to the sun is passed through corn flour food processing and production device after a week It is interior, obtain corn flour；

S4: by corn flour obtained in S3 by the way that auxiliary material vacuum packaging is added after drying half an hour at a high temperature of 150 degrees Celsius；

Wherein, corn flour food processing and production device used in S3, including framework (1) and controller；The controller is used It works in control device；Feeding inlet (11) are equipped at the top of the framework (1)；First rotating shaft is rotatably connected in the framework (1) (12) and the second shaft (13)；First rotating shaft (12) diameter is less than the second shaft (13) diameter；The first rotating shaft (12) Conveyer belt (14) jointly are sleeved on the second shaft (13) surface；Framework (1) inner wall is fixed with first partition (15)；It is described Conduit (16) are equipped on the right side of first partition (15)；Pass through matching for first partition (15) and framework (1) inner wall and conveyer belt (14) Conjunction transports corn ear successively to conduit (16)；It is equipped with below the conveyer belt (14) and is fixed on the first of framework (1) inner wall Fixed plate (2)；The second fixed plate (21) are equipped with below first fixed plate (2)；Second fixed plate (21) is fixed on frame Body (1) inner wall, and the second fixed plate (21) inclined design；It is rotated between second fixed plate (21) and the first fixed plate (2) It is connected with two the 4th shafts (23) of third shaft (22) He Lianggen；Second fixed plate (21) the lower surface center is fixed with One motor (24)；The third shaft (22) and the 4th shaft (23) are symmetrical arranged with respect to first motor (24), and third turns Axis (22) and the 4th shaft (23) are with first motor (24) for center of circle circular arrangement；The third shaft (22) and the 4th shaft (23) the first fixed plate (2) and the second fixed plate (21) setting are both passed through；The third shaft (22) and the 4th shaft (23) are worn The second fixed plate (21) part is driven by the rope made of hemp respectively out, and the rope made of hemp is wound in first motor (24) shaft surface, and winds It is contrary, drive third shaft (22) to rotate forward when rotating forward first motor (24), the 4th shaft (23) reversion, to make third Shaft (22) and the 4th shaft (23) rotation direction are opposite；The third shaft (22) is pierced by the first fixed plate (2) part of the surface Fixing sleeve is connected to first gear (25)；First fixed plate (2) upper surface is rotatably connected to second gear (26), second gear (26) it is engaged with first gear (25)；Second gear (26) upper surface is fixed with worm screw (27)；Framework (1) inner wall turns It is dynamic to be connected with turbine (28), and turbine (28) is engaged with worm screw (27), and is pierced by framework (1) setting, it is logical with first rotating shaft (12) Belt transmission is crossed, is rotated clockwise so that driving conveying belt (14) is dynamic；The third shaft (22) and the 4th shaft (23) surface Rubbing roller (3) is connected to by the first air bag (31) fixing sleeve being evenly arranged, the first air bag (31) can provide for rubbing roller (3) Buffering；The conduit (16) is connected to the space rubbing roller (3) across the first fixed plate (2), and corn ear can be made to enter and rubbed It between rubbing roller (3), is rotated by the opposite direction of third shaft (22) and the 4th shaft (23), corn ear is carried out at threshing Reason；Framework (1) side wall offers the first discharge port (17)；First discharge port (17) lower surface and the second fixed plate (21) upper surface is arranged in parallel, and the corn ear after can making threshing is discharged by the first discharge port (17)；Second fixed plate (21) surface offers the discharge hole (29) being evenly arranged；Grinding barrel (4) are equipped with below second fixed plate (21)；The powder Broken bucket (4) is fixed on framework (1) bottom interior wall, and framework (1) setting is pierced by the right side of grinding barrel (4)；Table on the grinding barrel (4) Face offers opening (41)；Second partition (42) are equipped between the grinding barrel (4) and the second fixed plate (21)；Described second every Plate (42) can be such that niblet enters in grinding barrel (4) by discharge hole (29)；The second motor is equipped on the right side of the grinding barrel (4) (43)；Second motor (43) is fixed on framework (1) inner wall, and the shaft of the second motor (43) penetrates in grinding barrel (4) admittedly It is connected with pulverization roller (44)；Pulverization roller (44) surface is equipped with screw thread；Pulverization roller (44) right end is fixed with the 5th shaft (45)；5th shaft (45) is rotationally connected with grinding barrel (4) inner wall；5th shaft (45) surface sliding sleeve is connected to cunning Plate (46)；The slide plate (46) is slidably connected in grinding barrel (4), and is fixed with and is evenly arranged between grinding barrel (4) side wall The first spring (47)；Grinding barrel (4) lower surface offers the second discharge port (48)；Second discharge port (48) is located at On the right side of slide plate (46), while being located at framework (1) outside.

2. a kind of corn flour food processing technology according to claim 1, it is characterised in that: rubbing roller (3) surface It is evenly arranged semicircular second air bag (32), and radius is sequentially increased the second air bag (32) from top to bottom, can be close to corn Stick surface keeps corn rod threshing more thorough；Second air bag (32) is connected with the first air bag (31), and corn ear can be improved Threshing efficiency, while preventing corn ear broken, it prevents from containing impurity in corn flour.

3. a kind of corn flour food processing technology according to claim 1, it is characterised in that: conveyer belt (14) surface The first double wedge (18) being evenly arranged is offered, can prevent corn ear from sliding, improves conevying efficiency；It is opened in the conveyer belt (14) Equipped with the first cavity (19)；The second partition (42) is divided into upper plate (421) and lower plate (422) two parts；The upper plate (421) The second cavity (423) are equipped between lower plate (422), and are fixed with the be evenly arranged between upper plate (421) and lower plate (422) Two springs (424)；Second cavity (423) is connected with the first cavity (19), and conveyer belt (14) and upper plate (421) can be made to shake Dynamic, conveyer belt (14) vibration cooperation the first double wedge (18) can prevent corn ear from blocking first partition (15), to improve Transportation Efficiency Rate.

4. a kind of corn flour food processing technology according to claim 1, it is characterised in that: second fixed plate (21) " recessed " shape designs, and is fixed with jolting plate (5) in spill；Jolting plate (5) elastic material is made, and jolting plate (5) surface is opened Equipped with the filter opening (51) being evenly arranged；Filter opening (51) side wall has been evenly arranged the second double wedge (52), and the second double wedge (52) Staggered relative arrangement；The third shaft (22) and the 4th shaft (23) both pass through jolting plate (5) setting, turn with jolting plate (5) Dynamic connection；4th shaft (23) and the 5th shaft (45) surface are fixed with crushing block (53)；Crushing block (53) position Above jolting plate (5).

5. a kind of corn flour food processing technology according to claim 1, it is characterised in that: the 5th shaft (45) table Face is uniformly fixed with the first blade (54)；Grinding barrel (4) inner wall has been evenly arranged the second blade (55)；First blade (54) and the second blade (55) interlaced arrangement；Pulverization roller (44) and slide plate (46) can be cooperated to crush niblet thoroughly.