CN108244676A - A kind of application method of the melon seeds drying unit with dedusting function - Google Patents
A kind of application method of the melon seeds drying unit with dedusting function Download PDFInfo
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- CN108244676A CN108244676A CN201810071136.XA CN201810071136A CN108244676A CN 108244676 A CN108244676 A CN 108244676A CN 201810071136 A CN201810071136 A CN 201810071136A CN 108244676 A CN108244676 A CN 108244676A
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- melon seeds
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- conveyors
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- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23N—MACHINES OR APPARATUS FOR TREATING HARVESTED FRUIT, VEGETABLES OR FLOWER BULBS IN BULK, NOT OTHERWISE PROVIDED FOR; PEELING VEGETABLES OR FRUIT IN BULK; APPARATUS FOR PREPARING ANIMAL FEEDING- STUFFS
- A23N12/00—Machines for cleaning, blanching, drying or roasting fruits or vegetables, e.g. coffee, cocoa, nuts
- A23N12/08—Machines for cleaning, blanching, drying or roasting fruits or vegetables, e.g. coffee, cocoa, nuts for drying or roasting
-
- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23N—MACHINES OR APPARATUS FOR TREATING HARVESTED FRUIT, VEGETABLES OR FLOWER BULBS IN BULK, NOT OTHERWISE PROVIDED FOR; PEELING VEGETABLES OR FRUIT IN BULK; APPARATUS FOR PREPARING ANIMAL FEEDING- STUFFS
- A23N12/00—Machines for cleaning, blanching, drying or roasting fruits or vegetables, e.g. coffee, cocoa, nuts
- A23N12/08—Machines for cleaning, blanching, drying or roasting fruits or vegetables, e.g. coffee, cocoa, nuts for drying or roasting
- A23N12/12—Auxiliary devices for roasting machines
- A23N12/125—Accessories or details
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/28—Moving screens not otherwise provided for, e.g. swinging, reciprocating, rocking, tilting or wobbling screens
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- Life Sciences & Earth Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Polymers & Plastics (AREA)
- Drying Of Solid Materials (AREA)
Abstract
The invention discloses a kind of application methods of the melon seeds drying unit with dedusting function, including rectangular susceptor, the rectangular susceptor upper surface is equipped with installation frame, No.1 conveyor and No. two conveyors are equipped on the inside of the installation frame, the No.1 conveyor is located above No. two conveyors, No.1 rectangle frame is equipped on the inside of the installation frame and above No.1 conveyor, lower surface is equipped with No.1 protection network in the No.1 rectangle frame, No.1 resistive heater and No.1 temperature sensor are equipped on the inside of the No.1 rectangle frame and above No.1 protection network, No. two rectangle frames are equipped on the inside of the installation frame and above No. two conveyors.The invention has the advantages that carrying out drying, and melon seeds is made to be scattered in conveyor again during by converting transmission band in transmission to melon seeds using multilayer transmission band, realize and melon seeds turn-over is dried, drying is thorough and does not damage melon seeds particle.Dedusting processing is carried out to melon seeds after melon seeds drying, improves melon seeds quality of finished.
Description
Technical field
The present invention relates to melon seeds drying field, particularly a kind of melon seeds drying unit and its user with dedusting function
Method.
Background technology
The seed of melon seeds, that is, melon, the pumpkin for cooking food for refering in particular to fry, watermelon seeds etc..Be called melon seed, popular name
Bian Guo.Wherein sunflower seed are the fruits of sunflower, can not only be used as snacks, and are also used as making the raw material of cake,
Oil expression raw material is also important simultaneously, is the oil source of high-grade health.But it needs to carry out at drying before frying in melon seeds
Reason needs to use melon seeds drying unit in general large-scale food processing.
In existing technology, application number：200820088844.6 in the patent of entitled machine for drying melon seeds, melon seeds by
Evenly, drying effect is more preferable for heat.
However melon seeds in drying course if easily melon seeds blended by being frequently stirred, influence melon seeds quality.
And the machine for drying melon seeds in above-mentioned patent is merely capable of being dried for melon seeds, in the melon seeds clast that generates later of drying and
Dust can not be purged well, equally influence whether melon seeds quality.In order to be improved to this, design is a kind of to carry dedusting
The melon seeds drying unit of function is necessary.
Invention content
The purpose of the present invention is to solve the above problems, devise a kind of melon seeds drying unit with dedusting function,
And devise its application method.
Realize above-mentioned purpose the technical scheme is that, a kind of user of the melon seeds drying unit with dedusting function
Method, the melon seeds drying unit include rectangular susceptor, and the rectangular susceptor upper surface is equipped with installation frame, the installation frame inside
Equipped with No.1 conveyor and No. two conveyors, the No.1 conveyor is located above No. two conveyors, above-mentioned two conveyors difference
Its rotation is driven by motor, No.1 rectangle frame, the No.1 are equipped on the inside of the installation frame and above No.1 conveyor
Lower surface is equipped with No.1 protection network in rectangle frame, adds on the inside of the No.1 rectangle frame and above No.1 protection network equipped with No.1
Hot water radiation wire and No.1 temperature sensor, the No.1 rectangle frame bottom set No.1 humidity sensor, in the installation frame
Side and No. two rectangle frames are equipped with above No. two conveyors, lower surface is equipped with No. two protection networks, institute in No. two rectangle frames
It states on the inside of No. two rectangle frames and No. two resistive heaters and No. two temperature sensors is equipped with above No. two protection networks, described two
Number rectangle frame bottom sets No. two humidity sensors, and the installation frame right lateral surface is equipped with cambered way, and the arc is slided
Road upper end is around No.1 conveyor right end and above No.1 conveyor, the cambered way lower end and No. two conveyor right ends
Upper surface mutually overlaps, and the rectangular susceptor upper surface and shock bracket is equipped on the inside of the installation frame, in the shock bracket
Equipped with inclined rectangular frame, the inclined rectangular frame lower surface is equipped with rectangular sieve mesh, and the inclined rectangular frame right lateral surface is machined with
Bar shaped gap, the inclined rectangular frame upper surface are equipped with electric machine support, and the electric machine support is equipped with vibrating motor, the inclination
Rectangle frame lower surface is overlapped with cone-shaped hood, and the cone-shaped hood lower end is communicated with fold-type pipeline, and the fold-type pipe end is communicated with
Dust catcher module, rectangular supporting board is equipped at the rectangular susceptor top surface edge, and the rectangular supporting board front surface is equipped with micro-
Type controller and commercial power interface, which is characterized in that the application method includes the following steps：
S1, melon seeds are spread to 3 upper surface left end of No.1 conveyor, No.1 conveyor 3 rotates clockwise and drives melon at this time
Son is moved；
S2, melon seeds move during, the No.1 resistive heater 7 in No.1 rectangle frame 5 is begun to warm up, and by No.1
Temperature sensor 8 controls temperature, heating, drying is carried out to the melon seeds in No.1 conveyor 3, according to the No.1 humidity sensor
Measurement data dynamic adjust the velocity of rotation of the No.1 conveyor, while according to the measurement number of the No.1 humidity sensor
The heating power of the No.1 resistive heater is adjusted according to the measurement data dynamic with the No.1 temperature sensor；
S3, when melon seeds are moved to No.1 3 right end of conveyor, fall on cambered way 13, and along cambered way 13 into
Row slides, and eventually falls in No. two conveyors 4, and melon seeds will be by carry out turn-over, in case carrying out secondary drying in the process；
S4, No. two conveyors 4 rotate counterclockwise, and melon seeds is driven to be moved, No. two heating in No. two protection networks 10
Resistance wire 11 is begun to warm up, and controls heating temperature by No. two temperature sensors 12, according to the survey of No. two humidity sensors
Amount data dynamic adjusts the velocities of rotation of No. two conveyors, at the same according to the measurement data of No. two humidity sensors and
The measurement data dynamic of No. two temperature sensors adjusts the heating power of No. two resistive heaters；
S5, subsequent melon seeds are fallen in the rectangular sieve mesh 16 in inclined rectangular frame 15, the vibrating motor that electric machine support 18 supports
19 start and are vibrated inclined rectangular frame 15 and rectangular sieve mesh 16, melon seeds are screened, dust will transmit through rectangular sieve mesh
16 fall into cone-shaped hood 20 and are sucked along fold-type pipeline 21 by dust catcher module 22.Qualified melon seeds will pass through 17 quilt of bar shaped gap
It sifts out.
The output terminal of the commercial power interface is electrically connected by the input terminal of conducting wire and microcontroller, described miniature
The output terminal of controller by conducting wire respectively with No.1 conveyor, No. two conveyors, No.1 resistive heater, No.1 temperature sensing
Device, No. two resistive heaters, No. two temperature sensors, vibrating motor and dust catcher module input terminal be electrically connected.
The rectangular susceptor lower surface is equipped with braced frame.
The No.1 rectangle frame and No. two rectangle frame upper surfaces are equipped with protective cover.
The model of the No.1 temperature sensor and No. two temperature sensors is TS105.
The model sc200 of the microcontroller.
A kind of melon seeds drying unit with dedusting function made using technical scheme of the present invention, utilizes multilayer transmission
Band carries out melon seeds to dry, and melon seeds is made to be scattered in conveyor again during by converting transmission band in transmission, real
Now melon seeds turn-over is dried, drying is thorough and does not damage melon seeds particle.Dedusting processing is carried out to melon seeds after melon seeds drying, is improved
Melon seeds quality of finished.
Description of the drawings
Fig. 1 is a kind of structure diagram of melon seeds drying unit with dedusting function of the present invention；
Fig. 2 is a kind of inclined rectangular frame vertical view of melon seeds drying unit with dedusting function of the present invention；
In figure, 1, rectangular susceptor；2nd, installation frame；3rd, No.1 conveyor；4th, No. two conveyors；5th, No.1 rectangle frame；6、
No.1 protection network；7th, No.1 resistive heater；8th, No.1 temperature sensor；9th, No. two rectangle frames；10th, No. two protection networks；11st, two
Number resistive heater；12nd, No. two temperature sensors；13rd, cambered way；14th, shock bracket；15th, inclined rectangular frame；16th, rectangle
Sieve；17th, bar shaped gap；18th, electric machine support；19th, vibrating motor；20th, cone-shaped hood；21st, fold-type pipeline；22nd, dust catcher module；
23rd, rectangular supporting board；24th, microcontroller；25th, commercial power interface；26th, braced frame；27th, protective cover.
Specific embodiment
The present invention is specifically described below in conjunction with the accompanying drawings, as shown in Figs. 1-2, a kind of melon seeds with dedusting function dry
Equipment for drying, including rectangular susceptor 1,1 upper surface of rectangular susceptor is equipped with installation frame 2, and 2 inside of installation frame is equipped with one
Number conveyor 3 and No. two conveyors 4, the No.1 conveyor 3 are located at No. two 4 tops of conveyors, 2 inside of installation frame and
No.1 rectangle frame 5 is equipped with above No.1 conveyor 3, lower surface is equipped with No.1 protection network 6, institute in the No.1 rectangle frame 5
It states 5 inside of No.1 rectangle frame and is equipped with No.1 resistive heater 7 and No.1 temperature sensor 8, institute positioned at 6 top of No.1 protection network
It states 2 inside of installation frame and is equipped with No. two rectangle frames 9 positioned at No. two 4 tops of conveyor, lower surface is set in No. two rectangle frames 9
There are No. two protection networks 10,9 inside of No. two rectangle frames and be equipped with No. two resistive heaters 11 positioned at No. two 10 tops of protection networks
With No. two temperature sensors 12,2 right lateral surface of installation frame be equipped with cambered way 13,13 upper end of cambered way around
Cross 3 right end of No.1 conveyor and on 3 top of No.1 conveyor, 13 lower end of cambered way and No. two 4 right ends of conveyor
Surface mutually overlaps, and 1 upper surface of rectangular susceptor and is equipped with shock bracket 14, the shock bracket positioned at the inside of installation frame 2
14 are equipped with inclined rectangular frame 15, and 15 lower surface of inclined rectangular frame is equipped with rectangular sieve mesh 16, and the inclined rectangular frame 15 is right
Side surface is machined with bar shaped gap 17, and 15 upper surface of inclined rectangular frame is equipped with electric machine support 18, on the electric machine support 18
Equipped with vibrating motor 19,15 lower surface of inclined rectangular frame is overlapped with cone-shaped hood 20, and 20 lower end of cone-shaped hood is communicated with folding
Type pipeline 21,21 end of fold-type pipeline are communicated with dust catcher module 22, square are equipped at 1 top surface edge of rectangular susceptor
Shape support plate 23,23 front surface of rectangular supporting board are equipped with microcontroller 24 and commercial power interface 25；The commercial power interface 25
Output terminal be electrically connected by the input terminal of conducting wire and microcontroller 24, the output terminal of the microcontroller 24 leads to
Conducting wire is crossed to heat with 3, No. two conveyors 4 of No.1 conveyor, No.1 resistive heater 7, No.1 temperature sensor 8, two respectively
The input terminal of resistance wire 11, No. two temperature sensors 12, vibrating motor 19 and dust catcher module 22 is electrically connected；The square
1 lower surface of shape pedestal is equipped with braced frame 26；The No.1 rectangle frame 5 and No. two 9 upper surfaces of rectangle frame are equipped with protective cover 27；
The model of the No.1 temperature sensor 8 and No. two temperature sensors 12 is TS105；The model of the microcontroller 24
sc200。
The characteristics of the present embodiment is that installation frame 2 plays fixed support No.1 conveyor 3, No. two conveyors 4, No.1s
The effect of rectangle frame 5 and No. two rectangle frames 9.During use device, whole device is controlled to start by microcontroller 24,
Melon seeds are spread to 3 upper surface left end of No.1 conveyor first, No.1 conveyor 3 rotates clockwise and melon seeds is driven to be moved at this time
Dynamic, during melon seeds move, the No.1 resistive heater 7 in No.1 rectangle frame 5 is begun to warm up, and by No.1 temperature sensing
Device 8 controls temperature, and heating, drying is carried out to the melon seeds in No.1 conveyor 3, and wherein No.1 protection network 6 plays protective action,
It when melon seeds are moved to No.1 3 right end of conveyor, will fall on cambered way 13, and slided along cambered way 13, finally
It falls in No. two conveyors 4, melon seeds will be by carry out turn-over, in case carrying out secondary drying in the process.No. two 4 inverse times of conveyor
Needle rotates, and melon seeds is driven to be moved.No. two resistive heaters 11 in same No. two protection networks 10 are begun to warm up, and by
No. two temperature sensors 12 control heating temperature.Subsequent melon seeds are fallen in the rectangular sieve mesh 16 in inclined rectangular frame 15, electric at this time
The vibrating motor 19 that machine support 18 supports starts and makes inclined rectangular frame 15 and rectangular sieve mesh 16 is vibrated, and melon seeds are sieved
Choosing, dust will transmit through rectangular sieve mesh 16 and fall into cone-shaped hood 20 and sucked along fold-type pipeline 21 by dust catcher module 22.Qualified
Melon seeds will be sifted out by bar shaped gap 17.Wherein shock bracket 14 plays the role of supporting inclined rectangular frame 15.Wherein rectangle
Support plate 23 plays the role of supporting microcontroller 24 and commercial power interface 25, and side transmission is carried out to melon seeds using multilayer transmission band
Side is dried, and melon seeds is made to be scattered in conveyor again during by converting transmission band, realizes and melon seeds turn-over is dried, and is dried
It does thoroughly and does not damage melon seeds particle.Dedusting processing is carried out to melon seeds after melon seeds drying, improves melon seeds quality of finished.
In the present embodiment, powered on first by commercial power interface 25.The output terminal of wherein commercial power interface 25 passes through
The input terminal of conducting wire and the microcontroller 24 of model sc200 is electrically connected, and the output terminal of microcontroller 24 passes through
Conducting wire respectively with 3, No. two conveyors 4 of No.1 conveyor, No.1 resistive heater 7, model TS105 No.1 temperature sensor
8th, No. two resistive heaters 11, No. two temperature sensors 12 of model TS105, vibrating motor 19 and dust catcher module 22 is defeated
Enter end to be electrically connected.After those skilled in the art are programmed by microcontroller 24, the work of the fully controllable each electrical part of system
Sequentially, concrete operating principle is as follows：Braced frame 26 first in the present apparatus on rectangular susceptor 1 plays the work of support whole device
With installation frame 2 plays the work of fixed support No.1 conveyor 3, No. two conveyors 4, No.1 rectangle frame 5 and No. two rectangle frames 9
With.During use device, whole device is controlled to start by microcontroller 24, melon seeds are spread to No.1 conveyor first
3 upper surface left ends, at this time No.1 conveyor 3 rotate clockwise and melon seeds driven to be moved, melon seeds move during, one
No.1 resistive heater 7 in number rectangle frame 5 is begun to warm up, and control temperature by No.1 temperature sensor 8, to No.1 conveyor
Melon seeds on 3 carry out heating, drying, and wherein No.1 protection network 6 plays protective action, 3 right end of No.1 conveyor is moved in melon seeds
When, it will fall on cambered way 13, and slided along cambered way 13, eventually fall in No. two conveyors 4, in this process
Middle melon seeds will be by carry out turn-over, in case carrying out secondary drying.No. two conveyors 4 rotate counterclockwise, and melon seeds is driven to be moved.
No. two resistive heaters 11 in same No. two protection networks 10 are begun to warm up, and control heating temperature by No. two temperature sensors 12
Degree.Subsequent melon seeds are fallen in the rectangular sieve mesh 16 in inclined rectangular frame 15, and the vibrating motor 19 that electric machine support 18 supports at this time opens
It moves and makes inclined rectangular frame 15 and rectangular sieve mesh 16 is vibrated, melon seeds are screened, dust will transmit through rectangular sieve mesh 16 and fall
Enter cone-shaped hood 20 and sucked along fold-type pipeline 21 by dust catcher module 22.Qualified melon seeds will be sieved by bar shaped gap 17
Go out.Wherein shock bracket 14 plays the role of supporting inclined rectangular frame 15.Wherein rectangular supporting board 23 plays the miniature control of support
The effect of device 24 and commercial power interface 25.Protective cover 27 is played to 8, No. two No.1 resistive heater 7, No.1 temperature sensor heating
The effect that resistance wire 11 and No. two temperature sensors 12 are protected.
As being further improved for said program, No.1 humidity sensor is set in 5 lower part of No.1 rectangle frame, according to
The measurement data dynamic of the No.1 humidity sensor adjusts the velocity of rotation of the No.1 conveyor 3, while according to described one
The measurement data of number humidity sensor and the measurement data dynamic of the No.1 temperature sensor 8 adjust the No.1 adding thermal resistance
The heating power of silk 7；No. two humidity sensors are set in 9 lower part of No. two rectangle frames, according to No. two humidity sensors
Measurement data dynamic adjust the velocities of rotation of No. two conveyors 4, while according to the measurement of No. two humidity sensors
Data and the measurement data of No. two temperature sensors 12 dynamic adjust the heating power of No. two resistive heaters 11.It will
When melon seeds are spread to 3 upper surface left end of No.1 conveyor, melon seeds distribution there are a degree of uneven, another aspect melon seeds it is wet
Degree is also likely to be present larger difference, in the case where the velocity of rotation of two conveyors and the heating power of resistive heater are certain,
The drying effect that will certainly lead to melon seeds is different, if persistently reducing the velocity of rotation of conveyor and increasing the heating work(of resistance wire
Rate can no doubt ensure that the drying effect of melon seeds is consistent, but can reduce the drying efficiency of melon seeds, and consume a large amount of electric energy.Cause
This, No.1 humidity sensor is set in 5 lower part of No.1 rectangle frame to measure the humidity data of melon seeds, if melon seeds humidity data
The larger velocity of rotation for just reducing No.1 conveyor 3 increases the heated time of melon seeds, on the other hand according to the humidity data of melon seeds
Increase the heating power of No.1 resistive heater 7 in due course with the measurement data of No.1 temperature sensor 8, improve the drying effect of melon seeds
Rate, when the right end of No.1 conveyor 3 is turned to when melon seeds, melon seeds have been dried to predetermined moisture；If melon seeds humidity
The smaller velocity of rotation for just improving No.1 conveyor 3 of data reduces the heated time of melon seeds, on the other hand according to the humidity of melon seeds
Data and the measurement data of No.1 temperature sensor 8 reduce the heating power of No.1 resistive heater 7 in due course, turn until working as melon seeds
When moving to the right end of No.1 conveyor 3, melon seeds have been dried to predetermined moisture, are not increasing melon seeds drying time also not at this time
Melon seeds can be dried to desired effects in the case of expending big volume and electricity, based on similar principles, be set No. two 9 lower parts of rectangle frame
No. two humidity sensors are put, the velocity of rotation of No. two conveyors 4 are adjusted according to the measurement data dynamic of No. two humidity sensors, together
When according to the measurement data of No. two humidity sensors and the measurement data dynamic of No. two temperature sensors 12 adjust described No. two plus
The heating power of hot water radiation wire 11.
As being further improved for said program, one humidity sensor is set in 5 lower left side of No.1 rectangle frame, in No.1
Another humidity sensor is set on the right side of 5 lower part of rectangle frame, and above-mentioned two humidity sensor is used cooperatively, two humidity of controller synthesis
The velocity of rotation of measurement data adjustment No.1 conveyor 3 of sensor and the heating power of No.1 resistive heater 7.
As being further improved for said program, one humidity sensor is set in No. two 9 lower left sides of rectangle frame, at No. two
Another humidity sensor is set on the right side of 9 lower part of rectangle frame, and above-mentioned two humidity sensor is used cooperatively, two humidity of controller synthesis
The velocity of rotation of measurement data No. two conveyors 4 of adjustment of sensor and the heating power of No. two resistive heaters 11.
Above-mentioned technical proposal only embodies the optimal technical scheme of technical solution of the present invention, those skilled in the art
The principle of the present invention is embodied to some variations that some of which part may be made, belongs to the scope of protection of the present invention it
It is interior.
Claims (6)
1. a kind of application method of the melon seeds drying unit with dedusting function, which includes rectangular susceptor (1),
Rectangular susceptor (1) upper surface is equipped with installation frame (2), and No.1 conveyor (3) and two are equipped on the inside of the installation frame (2)
Number conveyor (4), above No. two conveyors (4), above-mentioned two conveyor is driven the No.1 conveyor (3) by motor respectively
It is rotated, and No.1 rectangle frame (5), the No.1 square are equipped on the inside of the installation frame (2) and above No.1 conveyor (3)
Shape frame (5) interior lower surface is equipped with No.1 protection network (6), No.1 rectangle frame (5) inside and above No.1 protection network (6)
Equipped with No.1 resistive heater (7) and No.1 temperature sensor (8), No.1 rectangle frame (5) the lower part setting No.1 humidity passes
Sensor is equipped with No. two rectangle frames (9), No. two rectangles on the inside of the installation frame (2) and above No. two conveyors (4)
Frame (9) interior lower surface is equipped with No. two protection networks (10), No. two rectangle frames (9) inside and above No. two protection networks (10)
Equipped with No. two resistive heaters (11) and No. two temperature sensors (12), No. two rectangle frames (9) lower part sets No. two humidity
Sensor, installation frame (2) right lateral surface are equipped with cambered way (13), and cambered way (13) upper end bypasses No.1
Conveyor (3) right end and above the No.1 conveyor (3), cambered way (13) lower end and No. two conveyor (4) right ends
Upper surface mutually overlaps, and rectangular susceptor (1) upper surface and shock bracket (14) is equipped on the inside of the installation frame (2), described
Shock bracket (14) is equipped with inclined rectangular frame (15), and inclined rectangular frame (15) lower surface is equipped with rectangular sieve mesh (16), institute
It states inclined rectangular frame (15) right lateral surface and is machined with bar shaped gap (17), inclined rectangular frame (15) upper surface is equipped with motor branch
Frame (18), the electric machine support (18) are equipped with vibrating motor (19), and inclined rectangular frame (15) lower surface is overlapped with taper
It covers (20), cone-shaped hood (20) lower end is communicated with fold-type pipeline (21), and fold-type pipeline (21) end is communicated with dust catcher
Module (22), is equipped with rectangular supporting board (23) at rectangular susceptor (1) top surface edge, table before the rectangular supporting board (23)
Face is equipped with microcontroller (24) and commercial power interface (25), which is characterized in that the application method includes the following steps：
S1, melon seeds are spread to 3 upper surface left end of No.1 conveyor, at this time No.1 conveyor 3 rotate clockwise and drive melon seeds into
Row movement；
S2, melon seeds move during, the No.1 resistive heater 7 in No.1 rectangle frame 5 is begun to warm up, and by No.1 temperature
Sensor 8 controls temperature, heating, drying is carried out to the melon seeds in No.1 conveyor 3, according to the survey of the No.1 humidity sensor
Amount data dynamic adjusts the velocity of rotation of the No.1 conveyor (3), while according to the measurement number of the No.1 humidity sensor
The heating power of the No.1 resistive heater (7) is adjusted according to the measurement data dynamic with the No.1 temperature sensor (8)；
S3, when melon seeds are moved to No.1 3 right end of conveyor, fall on cambered way 13, and slided along cambered way 13
It is dynamic, it eventually falls in No. two conveyors 4, melon seeds will be by carry out turn-over, in case carrying out secondary drying in the process；
S4, No. two conveyors 4 rotate counterclockwise, and melon seeds is driven to be moved, No. two adding thermal resistances in No. two protection networks 10
Silk 11 is begun to warm up, and control heating temperature by No. two temperature sensors 12, according to the measurement number of No. two humidity sensors
According to the velocity of rotation for dynamically adjusting No. two conveyors (4), at the same according to the measurement data of No. two humidity sensors and
The measurement data dynamic of No. two temperature sensors (12) adjusts the heating power of No. two resistive heaters (11)；
S5, subsequent melon seeds are fallen in the rectangular sieve mesh 16 in inclined rectangular frame 15, and the vibrating motor 19 that electric machine support 18 supports opens
It moves and makes inclined rectangular frame 15 and rectangular sieve mesh 16 is vibrated, melon seeds are screened, dust will transmit through rectangular sieve mesh 16 and fall
Enter cone-shaped hood 20 and sucked along fold-type pipeline 21 by dust catcher module 22, qualified melon seeds will be sieved by bar shaped gap 17
Go out.
2. a kind of application method of melon seeds drying unit with dedusting function according to claim 1, which is characterized in that
The output terminal of the commercial power interface (25) is electrically connected by the input terminal of conducting wire and microcontroller (24), described miniature
The output terminal of controller (24) by conducting wire respectively with No.1 conveyor (3), No. two conveyors (4), No.1 resistive heaters
(7), No.1 temperature sensor (8), No. two resistive heaters (11), No. two temperature sensors (12), vibrating motor (19) and suction
The input terminal of dirt device module (22) is electrically connected.
3. a kind of application method of melon seeds drying unit with dedusting function according to claim 2, which is characterized in that
Rectangular susceptor (1) lower surface is equipped with the braced frame (26).
4. a kind of application method of melon seeds drying unit with dedusting function according to claim 5, which is characterized in that
The No.1 rectangle frame (5) and No. two rectangle frame (9) upper surfaces are equipped with the protective cover (27).
5. a kind of application method of melon seeds drying unit with dedusting function according to claim 1, which is characterized in that
The model of the No.1 temperature sensor (8) and No. two temperature sensors (12) is TS105.
6. a kind of application method of melon seeds drying unit with dedusting function according to claim 1, which is characterized in that
The model sc200 of the microcontroller (24).
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112690476A (en) * | 2021-01-05 | 2021-04-23 | 张烨 | Drying device for fruit and vegetable food processing and drying process thereof |
Citations (5)
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| CN112690476B (en) * | 2021-01-05 | 2022-04-05 | 张烨 | Drying device for fruit and vegetable food processing and drying process thereof |
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Application publication date: 20180706 |