CN209572978U - A kind of stir-fry fine jade drying integral machine - Google Patents

Abstract

The utility model is a kind of stir-fry fine jade drying integral machine, including bracket；Outer cylinder is connect with the holder pivots；Inner cylinder is rotatablely connected with the outer cylinder, offers feed opening A, discharge port thereon, offer several holes on side wall；Cylinder is connect with the holder pivots, and left side, towards being bonded, offers feed opening B, discharge port C with the right end of the inner cylinder thereon；Helical blade A is connected on the inner wall of the inner cylinder；Helical blade B is connected on the inner wall of the cylinder；Heating device A is connected on the outside of the inner cylinder；Heating device B is connected on the outside of the cylinder；Driving mechanism A is connected to 2 outside of inner cylinder；Driving mechanism B is connected on the outside of the outer cylinder；Driving mechanism C is connected on the outside of the cylinder.The purpose of this utility model is that manual labor amount caused by solving artificial stir-fry fine jade at present and drying is big, it is of poor quality to fry fine jade, and fry fine jade and generate the problems such as smoke harm operator is healthy in the process.

Description

A kind of stir-fry fine jade drying integral machine

Technical field

The utility model belongs to food processing machinery field, and in particular to a kind of stir-fry fine jade drying integral machine.

Background technique

Frying fine jade is Shanxi specialty, it was a kind of wheaten food with the distinctive carclazyte frying in Shanxi, with long history in thousand. The raw material of fine jade is fried mainly by flour, egg, white sugar, sesame, edible oil etc., raw material can be adjusted according to personal taste, Its is crisp and sweet, thinks " spleen deficiency is got ill from overeating, and is mended with spleen soil " by folk medicine, has good health care function for gastrointestinal disease Can, it is the good merchantable brand of nourishing the stomach, trip indispensability.

Existing stir-fry fine jade mode is manual operation, generally manually pours into pot carclazyte and stir-fries, to carclazyte temperature After raising, fine jade is put into carclazyte and is stir-fried, fried fine jade using the heat of carclazyte, then by fine jade pour into drying pot in heat into Row drying, so that the mouthfeel of fine jade more delicious and crisp.But it is huge due to manually frying fine jade and the drying amount of labour, and fry fine jade section and drying section it Between need manually to sift out fine jade from carclazyte and carry fine jade, it is therefore desirable to consume a large amount of manpowers, increase labourer's burden. Secondly as carclazyte can generate volume of smoke during stir-frying, therefore operator's health can be endangered；In addition, manually fry fine jade and Drying be difficult to control temperature, often carclazyte and fine jade it is fried or by fine jade dry over-fire, influence fry fine jade quality.

Summary of the invention

The utility model provides a kind of stir-fry fine jade drying integral machine, it is therefore an objective to people caused by solving artificial stir-fry fine jade at present and drying The work amount of labour is big, and it is of poor quality to fry fine jade, and fries fine jade and generate the problems such as smoke harm operator is healthy in the process.

The utility model embodiment provides a kind of stir-fry fine jade drying integral machine, mainly includes outer cylinder, turns with the bracket Dynamic connection, is internally provided with cavity；Inner cylinder is installed on the outer barrel, is rotatablely connected with the outer cylinder, on left side Feed opening A is offered, discharge port is offered on right side, offers several holes on side wall, the hole makes interior tube inner chamber and outer Portion communicates；Cylinder is connect with the holder pivots, and left side, towards being bonded, is opened with the right end of the inner cylinder on left side Equipped with feed opening B, discharge port C is offered on right side, the feed opening B is communicated with the discharge port on the inner cylinder right side； Helical blade A is fixedly connected on the inner wall of the inner cylinder, forms helicla flute between the helical blade A；Helical blade B, Gu Surely it is connected on the inner wall of the cylinder, forms helicla flute C between the helical blade B；Heating device A is connected in described On the outside of the barrel of cylinder, for providing heat for inner cylinder；Heating device B is connected on the outside of the barrel of the cylinder, for being cylinder Heat is provided；Driving mechanism A is connected on the outside of the barrel of the inner cylinder, for providing rotatory force for inner cylinder；Driving mechanism B, even It is connected on the outside of the barrel of the outer cylinder, for providing rotatory force for outer cylinder；Driving mechanism C is connected to outside the barrel of the cylinder Side, for providing rotatory force for cylinder.

Preferably, the helical blade A is double helix blade, it is respectively spiral shell which, which is formed by helicla flute, Spin slot A and helicla flute B, there are two the discharge ports of the inner cylinder, respectively discharging port A and discharge port B, wherein the discharging port A It is communicated with the helicla flute A, the discharge port B is communicated with the helicla flute B, and the helical blade B is single-screw blade, described Discharge port C is formed by helicla flute C with the single-screw blade and communicates.

Preferably, being fixedly connected with several scraper plates on the barrel inner surface of the outer cylinder.

Preferably, the heating device A and heating device B is electric heater unit, the heating device A includes electric heating Line A, the electric heating wire A are wound on the outer wall of the outer cylinder, and the heating device B includes electric heating wire B, the electric heating Line B is wound on the outer wall of the cylinder.

Preferably, the driving mechanism A includes, motor A is fixedly connected on the bracket；Gear A is fixedly connected In on the output shaft of the motor A；Gear ring A is outer gear ring, is fixedly connected on the barrel outer surface of the inner cylinder, and with institute Gear A is stated to be meshed.

Preferably, the driving mechanism B includes, motor B is fixedly connected on the bracket；Gear B is fixedly connected In on the output shaft of the motor B；Gear ring B is outer gear ring, is fixedly connected on the barrel outer surface of the outer cylinder, and with institute Gear B is stated to be meshed.

Preferably, the driving mechanism C includes, motor C is fixedly connected on the bracket；Gear C is fixedly connected In on the output shaft of the motor C；Gear ring C is outer gear ring, is fixedly connected on the barrel outer surface of the cylinder, and with institute Gear C is stated to be meshed.

Preferably, the outer cylinder is opposite with the rotation direction of the inner cylinder.

Preferably, offering soil-discharging port below the right side of the outer cylinder, the soil-discharging port is located at outside institute's inner cylinder barrel Between on the inside of side and outer cylinder barrel, casting door is installed on the soil-discharging port.

Preferably, the material of the outer cylinder is high-temperature-resistant thermal-insulation plate.

Technical solution provided by the present application at least has following technical effect that

1, the embodiment of the present application uses that " including outer cylinder is connect with the holder pivots；Inner cylinder is installed on the outer cylinder Inside, is rotatablely connected with the outer cylinder, offers feed opening A on left side, offers discharge port on right side, on side wall Offer several holes；Helical blade A is fixedly connected on the inner wall of the inner cylinder, forms spiral between the helical blade A Slot；Heating device A is connected on the outside of the barrel of the inner cylinder, for providing heat for inner cylinder；Driving mechanism A is connected to described On the outside of the barrel of inner cylinder, for for inner cylinder provide rotatory force " etc. technological means, pass through the bottom gap between inner cylinder and outer cylinder Middle addition carclazyte, is put into fine jade in inner cylinder, and heats heating device A to inner cylinder, while inner cylinder is under the drive of driving mechanism A It is rotated, makes it through helicla flute and be transmitted on the left of inner cylinder on the right side of inner cylinder, to realize that fine jade is fried in automation, solve " mesh Manual labor amount caused by preceding artificial stir-fry fine jade it is big " the technical issues of；Reach automation and fries fine jade to save artificial technical effect.

2, the embodiment of the present application use " further include cylinder, connect with the holder pivots, left side and the inner cylinder Right end towards fitting, offer feed opening B on left side, discharge port C, the feed opening B and institute offered on right side The discharge port stated on inner cylinder right side communicates；Helical blade B is fixedly connected on the inner wall of the cylinder, the helical blade B Between formed helicla flute C；Heating device B is connected on the outside of the barrel of the cylinder, for providing heat for cylinder；Driving machine Structure C is connected on the outside of the barrel of the cylinder, for providing rotatory force for cylinder " etc. technological means, by the right side of inner cylinder Cylinder is set, drops into fine jade in cylinder after the completion of frying by the feed opening B of the discharge port of inner cylinder and cylinder, and make cylinder It is rotated under the drive of driving mechanism C, is transmitted to fine jade on the right side of inner cylinder on the left of cylinder by helicla flute C, to realize fine jade Automated handling and automation drying from frying section to drying section, avoid existing needs from being manually transported to fine jade from fine jade section is fried Drying section, and manually fine jade is dried, to reduce labor intensity.

3, the embodiment of the present application, which uses, " heating device A is arranged on the outside of the barrel of inner cylinder, sets on the outside of the barrel of cylinder Heating device B is set, the heating device A and heating device B are electric heater unit, and the heating device A includes electric heating wire A, the electric heating wire A are wound on the outer wall of the outer cylinder, and the heating device B includes electric heating wire B, the electric heating wire B is wound on the outer wall of the cylinder." technological means, control electric heating wire A and electric heating so as to pass through temperature sensor The temperature of line B to control the temperature for frying fine jade and drying, and then is solved traditional artificial stir-frys fine jade and is caused due to uncontrollable temperature By fine jade it is fried or drying over-fire, influence fry fine jade quality the technical issues of.

4, the embodiment of the present application drives the helicla flute in inner cylinder and inner cylinder to be rotated by driving mechanism A, passes through driving Mechanism C drives the helicla flute C in staving and staving to be rotated, and fine jade is made to be transmitted to the inner cylinder right side from inner cylinder left end by helicla flute End, is transmitted to inner cylinder right end from cylinder left end by helicla flute C, so as to control fine jade by the revolving speed of control inner cylinder and cylinder Transmission speed in inner cylinder and cylinder, and then frying and the drying time of fine jade are controlled, reinforce frying fine jade quality.

5, the embodiment of the present application is by using " the helical blade A is double helix blade, which is formed Helicla flute be respectively helicla flute A and helicla flute B, there are two the discharge ports of the inner cylinder, respectively discharging port A and discharge port B, Wherein, the discharging port A is communicated with the helicla flute A, the discharge port B communicated with the helicla flute B " etc. technological means, can Fine jade is set to stir-fry simultaneously from the two days paths helicla flute A and helicla flute B, to enhance the efficiency for frying fine jade.

6, the application on the barrel inner surface of outer cylinder by being arranged scraper plate, and makes rotation direction phase of the outer cylinder with inner cylinder Instead, make outer cylinder and inner cylinder when rotated, scraper plate can effectively take more carclazyte above inner cylinder to, and pass through inner cylinder barrel On hole be spilled into inner cylinder, to enhance the mobility of carclazyte, be heated evenly carclazyte and fine jade, reinforce fry fine jade effect.

7, the application makes outer cylinder have heat insulation function, to make to fry fine jade by being high-temperature-resistant thermal-insulation plate by the material of outer cylinder Drying integral machine can reduce thermal loss when frying fine jade, energy saving.

8, the embodiment of the present application, which uses, " offers soil-discharging port below the right side of the outer cylinder, the soil-discharging port is located at Between on the outside of institute inner cylinder barrel and on the inside of outer cylinder barrel, be equipped on the soil-discharging port casting door " etc. technological means, when needing more When changing carclazyte, it can use dust-extraction unit and carclazyte be sucked out from soil-discharging port, to be convenient for changing carclazyte.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the application；

The structural schematic diagram that Fig. 2 is inner cylinder, electric heating wire A, gear ring A are matched；

Fig. 3 is the right view of inner cylinder；

The structural schematic diagram that Fig. 4 is cylinder, electric heating wire B, gear ring C are matched；

Fig. 5 is the right view of cylinder；

In figure, 1. outer cylinders, 2. inner cylinders, 3. helicla flute A, 4. helicla flute B, 5. holes, 6. electric heating wire A, 7. feed opening A, 8. Discharging port A, 9. discharge port B, 10. scraper plates, 11. gear ring A, 12. gear As, 13. motor A, 14. driving mechanism A, 15. soil-discharging ports, 16. casting door, 17. heating device A, 18. gear ring B, 19. gear Bs, 20. motor B, 21. driving mechanism B, 22. brackets, 23. Body, 24. helicla flute C, 25. electric heating wire B, 26. feed opening B, 27. discharge port C, 28. gear ring C, 29. gear Cs, 30. motor C, 31. driving mechanism C, 32. heating device B.

Specific embodiment

The utility model embodiment provides a kind of stir-fry fine jade drying integral machine, it is therefore an objective to solve artificial stir-fry fine jade and drying at present and lead The manual labor amount of cause is big, and it is of poor quality to fry fine jade, and fries fine jade and generate the problems such as smoke harm operator is healthy in the process.By Carclazyte is added in bottom gap between inner cylinder and outer cylinder, fine jade is put into inner cylinder, and heats heating device A to inner cylinder, together When inner cylinder rotated under the drive of driving mechanism A, make it through helicla flute and be transmitted on the left of the inner cylinder on the right side of inner cylinder, thus It realizes that fine jade is fried in automation, avoids the problems such as manual labor amount caused by artificial stir-fry fine jade is big and smoke harm operator is healthy.

By the way that cylinder is arranged on the right side of inner cylinder, helical blade B is set in inner barrel, heating device is set outside cylinder B, and barrel body rotation is driven using the driving C that beats a drum, make feed opening B of fine jade after the completion of frying through the discharge port of inner cylinder and cylinder It drops into cylinder, and is transmitted on the right side of inner cylinder on the left of cylinder by helicla flute C, to realize fine jade from frying section to drying The automated handling of section and automation drying, avoid existing needs that fine jade is manually transported to drying section, Yi Jiren from fine jade section is fried Work dries fine jade, to reduce labor intensity.

In addition, can effectively control fine jade by the temperature for adjusting electric heating wire A and electric heating wire B using temperature sensor Frying and drying temperature, transmission speed of the fine jade in inner cylinder and cylinder is controlled by the revolving speed of control inner cylinder and cylinder, can The frying of effective control fine jade and drying time, fry fine jade quality to enhance, and avoid fine jade heating insufficient or are heated excessively high.

In order to better understand the technical solution of the utility model, with reference to the accompanying drawings and embodiments to the utility model Technical solution is described in detail:

The utility model embodiment provides a kind of stir-fry fine jade drying integral machine, as shown in Figure 1, mainly include bracket 22, Outer cylinder 1 is rotatably connected on the bracket 22, the outer cylinder 1 is internally provided with cavity, and the outer cylinder 1 is horizontal positioned, center Axis is overlapped with horizontal plane.The material of the outer cylinder 1 is high-temperature-resistant thermal-insulation plate, can play insulation effect.Pacify inside the outer cylinder 1 Equipped with inner cylinder 2, the inner cylinder 2 is rotatablely connected with the outer cylinder 1, and the central axis of the inner cylinder 2 is overlapped with outer cylinder 1, the outer cylinder 1 Barrel on the inside of and inner cylinder 2 barrel on the outside of between spacing distance be 10cm.The both ends of the inner cylinder 2 reach outside outer cylinder 1 Portion, institute offer feed opening A7 on 1 left side of inner cylinder, discharge port are offered on right side, offers several holes on side wall 5, the hole 5 communicates 2 inner cavity of inner cylinder with outside.The hole 5 is strip-shaped hole, and short side width is 3-4mm.The inner cylinder 2 Helical blade A is provided on inner wall, the helical blade A is double helix blade, which is formed by helicla flute point Not Wei helicla flute A3 and helicla flute B4, there are two the discharge ports of the inner cylinder 2, as shown in figure 3, respectively discharging port A 8 and discharging Mouth B9, wherein the discharging port A 8 is communicated with the helicla flute A3, and the discharge port B9 is communicated with the helicla flute B4.It is described Several scraper plates 10 are fixedly connected on the inner wall of outer cylinder 1, the scraper plate 10 can effectively take more carclazyte on inner cylinder 2 to Side, and be spilled into inner cylinder 2 by the hole 5 on 2 barrel of inner cylinder, to enhance the mobility of carclazyte, keep carclazyte and fine jade heated equal It is even.

Heating device A17 is installed, the heating device A17 can be gas heating, or electricity adds on the outer wall of the inner cylinder 2 Heat or other heating methods, the heating device A17 are that inner cylinder 2 provides heat.In this embodiment, it is with heating device A17 For electric heater unit A, as shown in Fig. 2, the heating device A17 includes electric heating wire A6, the electric heating wire A6 is uniformly twined It is around on the outer wall of the outer cylinder 1.The end of the electric heating wire A6 is connected with spark ring, and the spark ring is fixed, when When inner cylinder 2 drives electric heating wire A6 rotation, the end of electric heating wire A6 can be slided on spark ring.It is installed on the inner cylinder 2 There is temperature sensor, the temperature sensor can control the temperature of electric heating wire A6, when the temperature of electric heating wire A6 is higher than institute When stating the set temperature of temperature sensor, electric heating wire A6 stops heating, so that the heating and temperature control of inner cylinder 2 be made to pass in temperature The setting value of sensor.

It is that inner cylinder 2 provides that driving mechanism A14 and driving mechanism B21, the driving mechanism A14 are also equipped on the bracket Rotatory force, the driving mechanism B21 are that outer cylinder 1 provides rotatory force.The driving mechanism A14 includes motor A13, the motor A13 is fixedly connected on the bracket, and gear A 12, the cylinder of the inner cylinder 2 are fixedly connected on the output shaft of the motor A13 Wall outer surface is fixedly connected with rack gear A11, and the gear ring A11 is outer gear ring, and the gear ring A11 is meshed with the gear A 12. The driving mechanism B21 includes motor B20, and the motor B20 is fixedly connected on the bracket, the output of the motor B20 Gear B 19 is fixedly connected on axis, the barrel outer surface of the inner cylinder 2 is fixedly connected with rack gear B18, and the gear ring B18 is outer Gear ring, the gear ring B18 are meshed with the gear B 19.The driving mechanism A14 and driving mechanism B21 drive inner cylinder 2 respectively It is rotated in the opposite direction with outer cylinder 1, to preferably enhance the mobility of carclazyte.

Offer soil-discharging port 15 below the right side of the outer cylinder 1, the soil-discharging port 15 be located on the outside of 2 barrel of institute's inner cylinder and Between on the inside of 1 barrel of outer cylinder, casting door 16 is installed on the soil-discharging port 15.When needing replacing carclazyte, can use artificial Carclazyte is discharged from soil-discharging port 15.The soil-discharging port 15 can also cooperate dust-extraction unit to use, using dust-extraction unit by carclazyte from row It is sucked out in native mouth 15, to be convenient for changing carclazyte.

The present embodiment further includes cylinder 23, and the cylinder 23 is rotatablely connected with the bracket 22, and its left side with it is described The right side of inner cylinder 2 is bonded.The cylinder 23 is internally provided with cavity, and the cylinder 23 is horizontal positioned, central shaft and institute State the coincidence of inner cylinder 2.Feed opening B26, the feed opening B26 and 2 right side of inner cylinder are offered on 23 left side of cylinder On discharge port communicate.Discharge port C27 is offered on the right side of the cylinder 23, as shown in Figure 5.The inner wall of the cylinder 23 On be provided with helical blade B, the helical blade B is single-screw blade, which is formed by helicla flute and is respectively Helicla flute C24, the helicla flute C24 are communicated with the discharge port C27.

Heating device B32 is installed, the heating device B32 can be gas heating, or electricity on the outer wall of the cylinder 23 Heating or other heating methods, the heating device B32 are that cylinder 23 provides heat.In this embodiment, with heating device For B32 is electric heater unit B32, as shown in figure 4, the heating device B32 includes electric heating wire B25, the electric heating wire B25 uniform winding is on the outer wall of the cylinder 23.The end of the electric heating wire B25 is connected with spark ring, the spark ring Fixed, when cylinder 23 drives electric heating wire B25 rotation, the end of electric heating wire B25 can be slided on spark ring.Institute It states and temperature sensor is installed on cylinder 23, the temperature sensor can control the temperature of electric heating wire B25, work as electric heating wire When the temperature of B25 is higher than the set temperature of the temperature sensor, electric heating wire B25 stops heating, to make adding for cylinder 23 Setting value of the hot temperature control in temperature sensor.

Driving mechanism C31 is also equipped on the bracket, the driving mechanism C31 is that cylinder 23 provides rotatory force.It is described Driving mechanism C31 includes motor C30, and the motor C30 is fixedly connected on the bracket, on the output shaft of the motor C30 It is fixedly connected with gear C 29, the barrel outer surface of the cylinder 23 is fixedly connected with rack gear C28, and the gear ring C28 is external tooth Circle, the gear ring C28 are meshed with the gear C 29.The driving mechanism C31 includes motor C30, and the motor C30 is fixed It is connected on the bracket, gear C 29, the barrel appearance of the cylinder 23 is fixedly connected on the output shaft of the motor C30 Face is fixedly connected with rack gear C28, and the gear ring C28 is outer gear ring, and the gear ring C28 is meshed with the gear C 29.

In use, the action process of the utility model embodiment is, manually carclazyte is put into inside inner cylinder 2, carclazyte passes through The hole 5 opened up below inner cylinder 2 drops into the bottom gap between inner cylinder 2 and outer cylinder 1.It is powered, makes to electric heating wire A6 Electric heating wire A6 heats inner cylinder 2.Start motor A13 and motor B20, by driving gear ring A11 and gear ring B18 to rotate, Rotate backward inner cylinder 2 and outer cylinder 1.Scraper plate 10 on 1 inner wall of outer cylinder takes carclazyte to inner cylinder 2 top, and passes through inner cylinder 2 Hole 5 on barrel is spilled into inner cylinder 2, to stir-fry to carclazyte.After carclazyte is heated to higher temperature, manually by fine jade It is put into inner cylinder 2 from feed opening A7, fine jade stir-fries in carclazyte under the rotary action of inner cylinder 2.Double helix blade institute shape At helicla flute A3 and helicla flute B4 rotation while by fine jade from the left side of inner cylinder 2 be transmitted to right side, fine jade is in transmit process By the heat of carclazyte to well-done.Meanwhile being powered to electric heating wire B25, add electric heating wire B25 to cylinder 23 Heat, and start motor C30, make motor C30 that cylinder 23 be driven to rotate.The fine jade fried is discharged from discharging port A 8 and discharge port B9, And it is drained into inside cylinder 23 by feed opening B26.Single-screw blade be formed by helicla flute C24 rotation while by fine jade from The left side of cylinder 23 is transmitted to right side, and fine jade completes drying in transmit process.By temperature sensor control electric heating wire A6 and The temperature of electric heating wire B25 can control the temperature for frying fine jade and drying.Fine jade is controlled by the revolving speed of control inner cylinder 2 and cylinder 23 Transmission speed in inner cylinder 2 and cylinder 23, so that frying and the drying time of controllable fine jade, reinforce frying fine jade quality.Due to white Soil is easy to become paste after a number of uses, therefore periodically to replace to carclazyte.When replacing carclazyte, casting door 16 is opened, is utilized Carclazyte is sucked out artificial or dust-extraction unit from soil-discharging port 15.

Although the preferred embodiment of the utility model has been described, once a person skilled in the art knows basic Creative concept, then additional changes and modifications may be made to these embodiments.It is wrapped so the following claims are intended to be interpreted as It includes preferred embodiment and falls into all change and modification of the scope of the utility model.

Obviously, it is practical without departing from this can to carry out various modification and variations to the utility model by those skilled in the art Novel spirit and scope.If in this way, these modifications and variations of the present invention belong to the utility model claims and Within the scope of its equivalent technologies, then the utility model is also intended to include these modifications and variations.

Claims (10)

1. a kind of stir-fry fine jade drying integral machine, including bracket, it is characterised in that including,

Outer cylinder connect with the holder pivots, is internally provided with cavity；

Inner cylinder is installed on the outer barrel, is rotatablely connected with the outer cylinder, offers feed opening A, right side on left side On offer discharge port, several holes are offered on side wall, the hole communicates interior tube inner chamber with outside；

Cylinder is connect with the holder pivots, and left side, towards being bonded, is offered with the right end of the inner cylinder on left side Feed opening B offers discharge port C on right side, and the feed opening B is communicated with the discharge port on the inner cylinder right side；

Helical blade A is fixedly connected on the inner wall of the inner cylinder, forms helicla flute between the helical blade A；

Helical blade B is fixedly connected on the inner wall of the cylinder, and helicla flute C is formed between the helical blade B；

Heating device A is connected on the outside of the barrel of the inner cylinder, for providing heat for inner cylinder；

Heating device B is connected on the outside of the barrel of the cylinder, for providing heat for cylinder；

Driving mechanism A is connected on the outside of the barrel of the inner cylinder, for providing rotatory force for inner cylinder；

Driving mechanism B is connected on the outside of the barrel of the outer cylinder, for providing rotatory force for outer cylinder；

Driving mechanism C is connected on the outside of the barrel of the cylinder, for providing rotatory force for cylinder.

2. frying fine jade drying integral machine as described in claim 1, which is characterized in that the helical blade A is double helix blade, should It is respectively helicla flute A and helicla flute B that double helix blade, which is formed by helicla flute, and there are two the discharge ports of the inner cylinder, respectively Discharging port A and discharge port B, wherein the discharging port A is communicated with the helicla flute A, the discharge port B and the helicla flute B phase Logical, the helical blade B is single-screw blade, and the discharge port C is formed by helicla flute C with the single-screw blade and communicates.

3. frying fine jade drying integral machine as claimed in claim 1 or 2, which is characterized in that solid on the barrel inner surface of the outer cylinder Surely several scraper plates are connected with.

4. frying fine jade drying integral machine as claimed in claim 1 or 2, which is characterized in that the heating device A and heating device B For electric heater unit, the heating device A includes electric heating wire A, and the electric heating wire A is wound on the outer wall of the outer cylinder, The heating device B includes electric heating wire B, and the electric heating wire B is wound on the outer wall of the cylinder.

5. frying fine jade drying integral machine as claimed in claim 1 or 2, which is characterized in that the driving mechanism A includes,

Motor A is fixedly connected on the bracket；

Gear A is fixedly connected on the output shaft of the motor A；

Gear ring A is outer gear ring, is fixedly connected on the barrel outer surface of the inner cylinder, and be meshed with the gear A.

6. frying fine jade drying integral machine as claimed in claim 1 or 2, which is characterized in that the driving mechanism B includes,

Motor B is fixedly connected on the bracket；

Gear B is fixedly connected on the output shaft of the motor B；

Gear ring B is outer gear ring, is fixedly connected on the barrel outer surface of the outer cylinder, and be meshed with the gear B.

7. frying fine jade drying integral machine as claimed in claim 1 or 2, which is characterized in that the driving mechanism C includes,

Motor C is fixedly connected on the bracket；

Gear C is fixedly connected on the output shaft of the motor C；

Gear ring C is outer gear ring, is fixedly connected on the barrel outer surface of the cylinder, and be meshed with the gear C.

8. frying fine jade drying integral machine as claimed in claim 1 or 2, which is characterized in that the rotation of the outer cylinder and the inner cylinder It is contrary.

9. frying fine jade drying integral machine as claimed in claim 1 or 2, which is characterized in that opened up below the right side of the outer cylinder There is soil-discharging port, the soil-discharging port is located on the outside of institute's inner cylinder barrel between outer cylinder barrel inside, the row of being equipped on the soil-discharging port Tu Men.

10. frying fine jade drying integral machine as claimed in claim 1 or 2, which is characterized in that the material of the outer cylinder is high temperature resistant guarantor Warm plate.