CN211025667U - Konjak flying powder removing device - Google Patents

Abstract

The utility model provides a konjaku removes flying powder device, it includes a plurality of clean rooms, and is a plurality of the clean room communicates through the dust removal pipeline in proper order, dust removal pipeline end-to-end connection has the dust removal sack, all is provided with the dust removal wind fill in every clean room, dust removal wind fill surface parcel dust removal filter cloth, the clean room top still is provided with the fog that is used for making the dust removal filter cloth be semi-moist state and sprays the unit, clean room bottom intercommunication gel chamber, gel chamber one side still communicates there is the lye tank, gel chamber export intercommunication heating chamber, heating chamber export intercommunication drying chamber. The utility model discloses a set up clean room, gel chamber, heating chamber and drying chamber, improved dust collection efficiency, avoided flying the secondary pollution of powder, facilitate for the transportation simultaneously.

Description

Konjak flying powder removing device

Technical Field

The utility model relates to an agricultural product processing technology field especially relates to a konjaku removes flying powder device.

Background

The konjak belongs to perennial herbaceous plants of konjak in the family of Araceae, is the only regenerative plant resource which can extract glucomannan in large scale, is discovered so far, is formed and developed rapidly in China with more than 1700 years of history of scattered planting before and after a house, eating and medicinal use, particularly around 2000 years, deep research on physiological, biochemical and health-care functions of konjak glucomannan such as structure, performance, efficacy, modification and the like, development of new products, application in new fields and publicity of scholars in Europe, America, China and the like, successfully pushes the Konjak (KGM) to the international market, becomes a resource of international trade, has huge supply and demand gaps, and has become the global konjak production and processing and raw material supply center at present.

In the production of konjak, the impurity in dry matter is removed as far as possible to raise the content of effective component glucomannan, and in the flying powder there is partial effective component glucomannan, and the glucomannan has alkaline gel so as to make it be formed.

The invention patent of Chinese patent No. CN201610529523.4 discloses a dust removing device with a combination of a cyclone dust remover and a bag dust remover, which is a dust removing device with more applications at present, but still has the problems of low dust removing efficiency, easy penetration of part of flying powder into a cloth bag to pollute the environment, easy formation of secondary pollution in storage and transportation of the collected flying powder, difficult reutilization and the like.

SUMMERY OF THE UTILITY MODEL

The utility model discloses a konjaku removes flying powder device, through setting up a plurality of clean rooms that communicate in proper order, and set up dust removal wind fill and dust removal wind fill surface parcel dust removal filter cloth in the clean room, clean room intercommunication gel chamber, gel chamber intercommunication alkali lye tank, and in the export intercommunication heating chamber of gel chamber, heating chamber export intercommunication drying chamber, it is not high to have solved dust collection efficiency among the prior art, the part flies the powder and easily pierces through sack polluted environment, the flying powder of collection easily forms secondary pollution in storing and transporting, and the difficult technical problem who recycles.

In order to solve the technical problem, the utility model discloses specifically adopt following technical scheme:

the utility model provides a konjaku removes flying powder device, it includes a plurality of clean rooms, and is a plurality of the clean room communicates in proper order through the dust removal pipeline, dust removal pipeline end-to-end connection has the dust removal sack, all is provided with the dust removal wind scoop in every clean room, dust removal wind scoop surface parcel dust removal filter cloth, and the clean room top still is provided with the fog that is used for making the dust removal filter cloth be semi-moist state and sprays the unit, and clean room bottom intercommunication gel chamber, gel chamber one side still communicate there is the lye tank, and the gel chamber export communicates the heating chamber, and the heating chamber export communicates the drying chamber.

Compared with the prior art, the utility model discloses following beneficial effect has:

1. in the dust removal pipeline, the unique semi-moist state dust removal air hopper can effectively filter the fly powder in the tail gas, and a plurality of dust removal chambers are matched, so that the dust removal efficiency can be greatly improved.

2. The device system is in a fully-closed state and is environment-friendly, and the main function of the dust removal cloth bag is to release the pressure of the system, so that the cloth bag does not need to be frequently replaced, the cost is effectively saved, and the service life of the device is prolonged.

3. Utilize the fashioned characteristic of active ingredient glucomannan gel in the flying powder, the flying powder enters into the gel room after subsiding, enters into the heating chamber and then thermoforming after fully mixing with alkali lye, enters into the drying chamber afterwards and is dried into the dry state, therefore the secondary transportation be the material of dry state, for later stage transportation facilitate, and then effectively avoided secondary pollution.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

In the figure: the device comprises a dust removing chamber 1, a dust removing pipeline 2, a dust removing cloth bag 3, a dust removing air funnel 4, dust removing filter cloth 40, a mist spraying unit 5, a gel chamber 6, a packing auger 60, an alkali liquor tank 7, a hydraulic pump 70, a heating chamber 8, a drying chamber 9 and a collecting valve 10.

Detailed Description

The following detailed description of the present invention will be made with reference to the accompanying drawings and examples.

Referring to fig. 1, the utility model provides a konjaku removes flying powder device, it includes a plurality of clean rooms 1, and is a plurality of clean room 1 communicates through dust removal pipeline 2 in proper order, 2 end-to-end connections of dust removal pipeline have dust removal sack 3, all are provided with dust removal wind scoop 4 in every clean room 1, 4 surface parcel dust removal filter cloth 40 of dust removal wind scoop, 1 top in clean room still are provided with and are used for making dust removal filter cloth 40 be the fog spray unit 5 of semi-moist state, and clean room 1 bottom intercommunication gel chamber 6, gel chamber 6 one side still communicates there is alkali lye tank 7, and 6 exports intercommunication heating chambers 8 in the gel chamber, 8 exports intercommunication drying chambers 9 in heating chamber. Specifically, a microwave generator is arranged in the drying chamber 9.

The scheme is characterized in that a plurality of dust removing chambers 1 are arranged, the dust removing chambers 1 are sequentially communicated through a dust removing pipeline 2, a dust removing air hopper 4 is arranged in each dust removing chamber 1, the outer surface of the dust removing air hopper 4 is wrapped by dust removing filter cloth 40, the top of each dust removing chamber 1 is provided with a mist spraying unit 5, the mist spraying unit 5 sprays water into the dust removing chambers in the form of fine mist water drops through ultrasonic vibration, flying powder absorbs water and sinks, meanwhile, the dust removing filter cloth 40 is in a semi-wet state, part of flying powder is adhered and brought to the bottom of the dust removing chambers, the dust removing air hopper 4 works to further promote the sedimentation of the flying powder, the dust removing effect is effectively ensured, the flying powder after sedimentation enters a gel chamber 6 through a pipeline, meanwhile, alkali liquor in an alkali liquor tank 7 also enters the gel chamber 6 to be fully mixed with the flying powder and then enters a heating chamber 8, the heating chamber 8 heats a mixture of the flying powder and the alkali liquor in an electric heating, then enters a drying chamber 9, a microwave generator is arranged in the drying chamber 9, when microwave is radiated to the heated and shaped semi-finished product, because the semi-finished product contains a certain amount of moisture, whereas water is composed of polar molecules (the positive charge centers of the molecules, which are not coincident even in the absence of an external electric field), the orientation of such polar molecules will vary with the microwave field, due to the movement of polar molecules in the formed semi-finished product and the interaction between adjacent molecules, a friction-like phenomenon is generated, so that the water temperature is increased and evaporated, so that the formed semi-finished product is dried in a drying chamber 9 to be dry, the microwave radiation is adopted to replace the common coal heating, the environment is protected, the high-efficiency, quick and ideal drying effect can be achieved, the tail end of the dust removal pipeline 2 is connected with a dust removal cloth bag 3, so that the pressure of the system is released in time, and the service life of the system is ensured. The utility model discloses to fly the powder and retrieve and process into the dry attitude, facilitate for the later stage transportation, effectively avoided secondary pollution.

Preferably, a collecting valve 10 is further arranged on a pipeline of the dust removing chamber 1 communicated with the gel chamber 6. When the collecting valve 10 is opened, the flying powder enters the gel chamber 6, when the collecting valve 10 is closed, the flying powder is settled at the bottom of the dust removing chamber 1, and the collecting valve 10 collects the flying powder by utilizing the working principle of a stop valve.

Preferably, the dust chamber 1 is provided with a bottom closing structure for facilitating the sedimentation and collection of the flying powder.

In the above scheme, a preferable structure of the gel chamber 6 is that an auger 60 for transporting materials to the heating chamber 8 is arranged in the gel chamber 6. The motor drives the auger 60 to rotate, so that the flying powder and the alkali liquor are uniformly mixed, a foundation is laid for the forming of products, and the flying powder and the alkali liquor are conveyed to the heating chamber 8.

One implementation manner of the lye tank 7 in the above scheme is that a sodium carbonate solution with a mass percentage concentration of 5% -20% is contained in the lye tank 7, and a hydraulic pump 70 is arranged on a pipeline communicating the lye tank 7 with the gel chamber 6. By utilizing the characteristics of the glucomannan alkaline gel, the glucomannan gel is controlled to enter the gel chamber 6 by the 5-20% sodium carbonate solution through the hydraulic pump 70, so that the stability and reliability are improved.

Preferably, the section of the dust removing air funnel 4 is cross-shaped or m-shaped. The dust removal air hopper 4 is arranged in a cross shape or a meter shape, so that the contact area between the flying powder and the dust removal air hopper 4 is larger, and the dust removal effect is better.

The utility model discloses an operating principle is, fly powder and follow tail gas and get into the clean room through the effect that the fog sprayed the unit through the dust removal pipeline and absorb water and sink, the dust removal filter cloth is half moist state and makes the adhesion of part fly powder and is taken to the clean room bottom, the work of dust removal wind scoop, further promote the subsidence of fly powder, the fly powder that subsides collects the gel room through the collecting valve, the gel room is connected with the lye tank, be 5% -20% sodium carbonate solution for quality percentage concentration in the lye tank, auger in the gel room carries out intensive mixing to the material, and enter into the heating chamber under the effect of auger, glucomannan in the fly powder has gel shaping's characteristic, the heating chamber heats the mixture of flying powder and lye and stereotypes into shaping semi-manufactured goods, the dry state is dried into through the microwave generator in the drying chamber afterwards.

Finally, although the present invention has been described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that the present invention can be modified or replaced by other means without departing from the spirit and scope of the present invention, which should be construed as limited only by the appended claims.

Claims (8)

1. The utility model provides a konjaku removes flying powder device which characterized in that: including a plurality of clean rooms, it is a plurality of the clean room communicates in proper order through the dust removal pipeline, dust removal pipeline end-to-end connection has the dust removal sack, all is provided with the dust removal wind scoop in every clean room, dust removal wind scoop surface parcel dust removal filter cloth, the clean room top still is provided with the fog that is used for making the dust removal filter cloth be semi-moist state and sprays the unit, clean room bottom intercommunication gel chamber, and gel chamber one side still communicates there is the lye tank, and the gel chamber export communicates the heating chamber, and the heating chamber export communicates the drying chamber.

2. The devil's tongue flying powder removing device according to claim 1, characterized in that: a microwave generator is arranged in the drying chamber.

3. The devil's tongue flying powder removing device according to claim 1, characterized in that: the pipeline of the dust chamber and the gel chamber is also provided with a collecting valve.

4. The devil's tongue flying powder removing device according to claim 1, characterized in that: the dust removal chamber is of a bottom closing-in structure.

5. The devil's tongue flying powder removing device according to claim 1, characterized in that: and a packing auger for conveying the materials to the heating chamber is arranged in the gel chamber.

6. The devil's tongue flying powder removing device according to claim 1, characterized in that: and a sodium carbonate solution with the mass percentage concentration of 5-20% is contained in the lye tank.

7. The devil's tongue flying powder removing device according to claim 1, characterized in that: a hydraulic pump is arranged on the pipeline of the lye tank communicated with the gel chamber.

8. The devil's tongue flying powder removing device according to claim 1, characterized in that: the section of the dust removal air hopper is in a cross shape or a meter shape.

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