CN109990585A - A kind of drying device - Google Patents
A kind of drying device Download PDFInfo
- Publication number
- CN109990585A CN109990585A CN201910286356.9A CN201910286356A CN109990585A CN 109990585 A CN109990585 A CN 109990585A CN 201910286356 A CN201910286356 A CN 201910286356A CN 109990585 A CN109990585 A CN 109990585A
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- CN
- China
- Prior art keywords
- fixedly connected
- drying
- chamber
- shaft
- motor
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B11/00—Machines or apparatus for drying solid materials or objects with movement which is non-progressive
- F26B11/12—Machines or apparatus for drying solid materials or objects with movement which is non-progressive in stationary drums or other mainly-closed receptacles with moving stirring devices
- F26B11/14—Machines or apparatus for drying solid materials or objects with movement which is non-progressive in stationary drums or other mainly-closed receptacles with moving stirring devices the stirring device moving in a horizontal or slightly-inclined plane
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B21/00—Arrangements or duct systems, e.g. in combination with pallet boxes, for supplying and controlling air or gases for drying solid materials or objects
- F26B21/001—Drying-air generating units, e.g. movable, independent of drying enclosure
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B23/00—Heating arrangements
- F26B23/04—Heating arrangements using electric heating
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B25/00—Details of general application not covered by group F26B21/00 or F26B23/00
- F26B25/04—Agitating, stirring, or scraping devices
Abstract
The invention discloses a kind of drying devices, including motor housing and the fixed feet fixed on the downside of the motor housing and with ground, fixed plate is fixedly connected in the motor housing, the elevator chamber of opening upwards is equipped in the middle part of the fixed plate, the elevator chamber slidably connects sliding shoe, the sliding shoe and elevator chamber lower end press are connected with first back-moving spring, first motor is fixedly connected on the sliding shoe, the first motor output shaft for being rotatablely connected with motor housing top wall surface and extending up and down is connected by power in the first motor, the motor housing upper end is equipped with drier, wherein, the drier is by heating dried grain, and automatic feed and self-emptying can be completed；The device of the invention completes quick-drying work for the cereal of small lot, and is able to maintain the activity of cereal, and can complete automatic feed/discharge work.
Description
Technical field
The present invention relates to grain dry technical field, specifically a kind of drying device.
Background technique
Currently, cereal, in dry process, traditional method is shone using the sun, and Farming scale farm is extensive at present
Use crop dryer, crop dryer is a kind of drying equipment that force drying is carried out using hot-air, can not be by
The limitation of meteorological condition is at any time put in storage the grain dry of harvesting, and crop dryer is typically all that elevator is used to promote cereal,
It is dried up by the multiple iterative cycles of cereal with hot wind, as the significantly collection of foodstuff planting area neutralizes mechanization in harvesting
Extensive use, the conventional method of dried grains is shone by solar energy, can not adapt to current wet paddy processing, grain dry
Machine also comes into being, but drying work of the current crop dryer majority for slowly completion high-volume cereal, and when work
Between it is long, the present apparatus for small lot cereal complete rapid draing work, and can complete automatic feed/discharge work.
Summary of the invention
Technical problem to be solved by the invention is to provide a kind of drying devices, are able to solve above-mentioned show in the art
Problem.
The present invention is achieved through the following technical solutions: a kind of drying device of the invention, including motor housing and
Positioned at the motor housing downside and the fixed feet fixed with ground, fixed plate, the fixation are fixedly connected in the motor housing
The elevator chamber of opening upwards is equipped in the middle part of plate, the elevator chamber slidably connects sliding shoe, the sliding shoe and the elevator chamber
Lower end press is connected with first back-moving spring, and first motor, power in the first motor are fixedly connected on the sliding shoe
It is connected with the first motor output shaft for being rotatablely connected with motor housing top wall surface and extending up and down, the motor housing upper end is set
There is drier, wherein the drier can complete automatic feed and self-emptying by heating dried grain, institute
State the drainage mechanism for being equipped with and being attached thereto on the left of drier, wherein the drainage mechanism is for collecting in the drier
Vapor is simultaneously discharged, and when water reaches a certain amount of in the drainage mechanism, and it is dynamic to control the drier completion self-emptying
Make, keep certain moisture in cereal, the drier top is equipped with the feed paddle mechanism being attached thereto, wherein described
First motor output shaft passes through the drier and protrudes into the feed paddle mechanism, and the feed paddle mechanism is for uniform
Stirring cereal and make cereal at the uniform velocity into being equipped in the drier, on the left of the drainage mechanism and the feed paddle machine
The feeding mechanism of structure connection, wherein the feeding mechanism is used to hold for cereal to be added into the feed paddle mechanism
The component of cereal remains upward state, when the component for holding cereal is stirred close to the feed paddle mechanism to the charging
It mixes mechanism tilts and pours into cereal in the feed paddle mechanism.
It may be preferred that the drier includes that doing for the motor housing upper end is fixedly connected with and be located at the motor housing
Dry case, the drying box is intracavitary to be equipped with drying box chamber, and the drying box is intracavitary to be fixedly connected with drying plate, and the first motor
Output shaft passes through drying plate, is fixedly connected on the first motor output shaft positioned at the drying plate lower end and company fixed thereto
The upper fixed ring block connect is located at fixed ring block lower end on the drying plate and is fixedly connected with lower fixed ring block, under described
Press is connected with eight flexure springs between fixed ring block and fixed ring block, and the drying plate lower end is fixedly connected with drying
Component, is fixedly connected with the gear shaft that front and back extends on the left of the drying box chamber on the inner wall of bottom end, the gear shaft be equipped with
The spur gear of drainage mechanism connection, is located to be equipped on rear side of the spur gear on the gear shaft and compresses with the dry component
The cam of connection is located at the drying plate right end on the drying box chamber right end wall surface and is equipped with discharge port, and the drying box chamber is right
It is fixedly connected with the fixing axle extended up and down on the wall surface of side bottom end, the shaft that left and right extends is rotatably connected in the fixing axle,
It is fixedly connected with the snag axis for compressing connection with the dry component on the left of the shaft, is fixedly connected on the right side of the shaft
The valve lifting shaft of lower extension, valve lifting shaft top are fixedly connected with the valve switch protruded into the discharge port, institute
State on drying plate close to first motor output shaft side be equipped with opening upwards and symmetrical charging axle rotation slot, it is described into
The charging axle for connecting and extending up and down with the feed paddle mechanism is equipped in material axis rotation slot.
It may be preferred that the drying plate lower end, which is fixedly connected with annular, compresses case, the annular, which compresses, is equipped with annular in case
Case chamber is compressed, the annular compresses and is fixedly connected with electrocaloric effect on the inner wall of case chamber top, electrocaloric effect chamber is equipped in the electrocaloric effect,
The electrocaloric effect is intracavitary to be equipped with electric heating iron, and the annular compresses and be fixedly connected with third motor on the inner wall of case bottom of chamber end, and described the
It has been connected by power that protrude into the electrocaloric effect with the rotation connection of electrocaloric effect chamber lower end wall surface intracavitary and upper downward on the upside of three motors
The third motor output shaft stretched, third motor output shaft top are equipped with flabellum.
It may be preferred that the drainage mechanism includes the water tank fixed on the ground, the water tank be equipped with it is in communication and
The bending water pipe being fixedly connected with drying box left end outer wall slidably connects hydraulic pressure plate in the bending water pipe, the water
The hydraulic pressure bar for being slidably connected and extending therewith up and down through the bending water pipe wall surface, the hydraulic pressure are fixedly connected on the downside of pressing plate
Bar is equipped with press between the hydraulic pressure plate and the bending water pipe wall surface and is connected with second back-moving spring, and the push rod other end is sliding
Dynamic connection is useful connect with the ratcheting connection of the spur gear and with the drying box chamber right end wall sliding and or so extension push away
Bar, the bending water pipe upside are equipped with the asepwirator pump being fixedly connected with the fixing axle right end wall surface, and the asepwirator pump downside is solid
Surely it is connected with the three-dimensional port valve for being connected to the bending water pipe and the drying box chamber.
It may be preferred that the feed paddle mechanism includes being fixedly connected and being located on the upside of the drying box with the drying box
Agitator tank, be equipped with agitator tank chamber in the agitator tank, it is intracavitary and be equipped with that the first motor output shaft protrudes into the agitator tank
Paddle, agitator tank bottom of chamber end are equipped with and first motor output shaft rotation connection and symmetrical feedboard, institute
State and connected with charging axle press on the downside of feedboard, be rotatably connected in the middle part of the feedboard with before and after the agitator tank chamber in
The feedboard rotation axis that wall is fixedly connected.
It may be preferred that the feeding mechanism includes being located at the drier left side and the symmetrical feedboard in front and back, it is described
Feedboard is equipped with feedboard sliding rail, the first sprocket shaft extended before and after being rotatably connected on the upside of the feedboard, and described first
Sprocket shaft is equipped with the first sprocket wheel, is located on the right side of first sprocket shaft on the upside of the feedboard and is rotatably connected to what front and back extended
Second sprocket shaft, second sprocket shaft are equipped with the second sprocket wheel, are located on the downside of first sprocket shaft on the downside of the feedboard
It is rotatably connected to the third sprocket wheel that front and back extends, this has third sprocket shaft on the third sprocket wheel, and third sprocket wheel rear end is dynamic
Power is connected with the second motor, has been connected by power chain between the third sprocket shaft, first sprocket wheel and second sprocket wheel, institute
State be rotatably connected in the first sprocket wheel front and back extend sliding axle, the sliding axle be equipped with with the ratcheting connection of the chain
Movable pulley, the sliding axle are equipped with the symmetrical material feeding box fixed plate in front and back, are fixedly connected on the left of the material feeding box fixed plate
Material feeding box fixed block is fixedly connected with the symmetrical center of gravity rotation axis in front and back, the center of gravity rotation axis on the material feeding box fixed block
On be rotatably connected to steadily of centre of gravity block with material feeding box fixed block rotation connection, be fixedly connected on the steadily of centre of gravity block
The material feeding box of opening upwards, agitator tank left side outer end wall surface top are fixedly connected with magnet fixed block, and the magnet is fixed
Block upper end is fixedly connected with magnet, is fixedly connected on the magnet and enters with what top wall surface on the left of the agitator tank was fixedly connected
Expect guide plate.
The beneficial effects of the present invention are: the beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by dry
The connection of dry mechanism and drainage mechanism completes the work of self-emptying, both when can reach a certain amount of moisture in drainage mechanism
The drying being able to maintain in drier is able to maintain certain moisture in cereal again, passes through the company of drier and feed paddle mechanism
It connects, completes automatically feed work, can remain the working condition of drier, while controlling cereal in drier
Amount, makes the cereal amount of drier remain optimal workload, by the design of feeding mechanism, makes cereal in fill process
Middle wall surface topples over the extra work of generation because of fortuitous event, and when reaching designated position, can complete the work of Automatic-dumping,
The present apparatus completes quick-drying work for the cereal of small lot, and is able to maintain the activity of cereal, and can complete to pass in and out automatically
Expect work.
Detailed description of the invention
The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.
Fig. 1 is overall structure diagram inside a kind of drying device of the invention；
Fig. 2 is the enlarged structure schematic diagram of " A " in Fig. 1；
Fig. 3 is the enlarged structure schematic diagram of " B " in Fig. 1.
Specific embodiment
As shown in Figure 1 to Figure 3, the present invention is described in detail, for sake of convenience, now provides to hereafter described orientation
As follows: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself, the present invention
A kind of drying device, including motor housing 129 and positioned at 129 downside of the motor housing and the fixed feet 128 fixed with ground,
It is fixedly connected with fixed plate 133 in the motor housing 129, the elevator chamber 130 of opening upwards is equipped in the middle part of the fixed plate 133,
The elevator chamber 130 slidably connects sliding shoe 132, and the sliding shoe 132 and 130 lower end of elevator chamber press are connected with the
One reset spring 131 is fixedly connected with first motor 134 on the sliding shoe 132, is connected by power in the first motor 134
There are the first motor output shaft 148 for being rotatablely connected with the 129 top wall surface of motor housing and extending up and down, the motor housing 129
Upper end is equipped with drier, wherein the drier can complete automatic feed and go out automatically by heating dried grain
Material, the drier left side are equipped with the drainage mechanism being attached thereto, wherein the drainage mechanism is for collecting the drying machine
Vapor and be discharged in structure, and when water reaches a certain amount of in the drainage mechanism, control the drier complete it is automatic go out
Material movement, keeps certain moisture in cereal, and the drier top is equipped with the feed paddle mechanism being attached thereto, wherein
The first motor output shaft 148 passes through the drier and protrudes into the feed paddle mechanism, the feed paddle mechanism
For uniform stirring cereal and make cereal at the uniform velocity into be equipped in the drier, on the left of the drainage mechanism with it is described into
Expect the feeding mechanism of rabbling mechanism connection, wherein the feeding mechanism is used to that cereal to be added into the feed paddle mechanism, and
Component for holding cereal remains upward state, when holding the component of cereal close to the feed paddle mechanism to institute
It states feed paddle mechanism tilts and pours into cereal in the feed paddle mechanism.
Valuably, the drier includes being fixedly connected with the motor housing 129 and being located at 129 upper end of motor housing
Drying box 145, be equipped with drying box chamber 146 in the drying box chamber 146, be fixedly connected with drying in the drying box chamber 146
Plate 141, and the first motor output shaft 148 passes through drying plate 141, is fixedly connected on the first motor output shaft 148
Positioned at 141 lower end of drying plate and the upper fixed ring block 163 of connection fixed thereto, it is located on described on the drying plate 141
163 lower end of fixed ring block is fixedly connected with lower fixed ring block 165, between the lower fixed ring block 165 and fixed ring block 163
Press is connected with eight flexure springs 164, and 141 lower end of drying plate is fixedly connected with dry component, the drying box chamber 146
The gear shaft 123 that front and back extends is fixedly connected on the inner wall of left side bottom end, the gear shaft 123 is equipped with and the drainage mechanism
The spur gear 122 of connection, is located on the gear shaft 123 to be equipped on rear side of the spur gear 122 and compresses company with the dry component
The cam 121 connect is located at 141 right end of drying plate on the 146 right end wall surface of drying box chamber and is equipped with discharge port 140, described
The fixing axle 135 extended up and down, the company of rotation in the fixing axle 135 are fixedly connected on 146 right side bottom end wall surface of drying box chamber
It is connected to the shaft 137 that left and right extends, is fixedly connected with the snag axis for compressing connection with the dry component on the left of the shaft 137
136, the valve lifting shaft 138 extended up and down is fixedly connected on the right side of the shaft 137,138 top of valve lifting shaft is solid
Surely it is connected with the valve switch 139 protruded into the discharge port 140, is exported on the drying plate 141 close to the first motor
148 side of axis is equipped with opening upwards and symmetrical charging axle rotation slot 162, is equipped with and institute in the charging axle rotation slot 162
The charging axle 142 stating the connection of feed paddle mechanism and extending up and down.
Valuably, 141 lower end of drying plate is fixedly connected with annular and compresses case 157, and the annular compresses to be set in case 157
There is annular to compress case chamber 158, the annular compresses and is fixedly connected with electrocaloric effect 156, the electrocaloric effect on 158 top inner wall of case chamber
It is equipped with electrocaloric effect chamber 155 in 156, is equipped with electric heating iron 154 in the electrocaloric effect chamber 155, the annular compresses in 158 bottom end of case chamber
It is fixedly connected with third motor 161 on wall, has been connected by power on the upside of the third motor 161 and 155 lower end of electrocaloric effect chamber
The third motor output shaft 160 extended in the electrocaloric effect chamber 155 and up and down is protruded into wall surface rotation connection, and the third motor is defeated
160 top of shaft is equipped with flabellum 159.
Valuably, the drainage mechanism includes the water tank 117 fixed on the ground, and the water tank 117 is equipped with to be connected therewith
Bending water pipe 120 that is logical and being fixedly connected with the 145 left end outer wall of drying box slidably connects in the bending water pipe 120
Hydraulic pressure plate 124, be fixedly connected on the downside of the hydraulic pressure plate 124 through 120 wall surface of bending water pipe be slidably connected therewith and on
The hydraulic pressure bar 125 of lower extension, the hydraulic pressure bar 125 are equipped with and press between the hydraulic pressure plate 124 and 120 wall surface of bending water pipe
Be connected with second back-moving spring 126,127 other end of push rod be slidably connected it is useful with the ratcheting connection of the spur gear 122 and
The push rod 127 extended is connect and controlled with the 146 right end wall sliding of drying box chamber, is equipped on the upside of the bending water pipe 120
The asepwirator pump 118 being fixedly connected with the 135 right end wall surface of fixing axle is fixedly connected with connection institute on the downside of the asepwirator pump 118
State the three-dimensional port valve 119 of bending water pipe 120 and the drying box chamber 146.
Valuably, the feed paddle mechanism includes being fixedly connected with the drying box 145 and being located at the drying box 145
The agitator tank 150 of upside, the agitator tank 150 is interior to be equipped with agitator tank chamber 147, and the first motor output shaft 148 protrudes into described
In agitator tank chamber 147 and it is equipped with paddle 149,147 bottom end of agitator tank chamber is equipped with and 148 turns of the first motor output shaft
Dynamic connection and symmetrical feedboard 144,144 downside of feedboard are connected with the charging axle 142 press, the charging
The feedboard rotation axis 143 being fixedly connected with the 147 front and back inner wall of agitator tank chamber is rotatably connected in the middle part of plate 144.
Valuably, the feeding mechanism includes being located at the drier left side and the symmetrical feedboard 100 in front and back, described
Feedboard 100 is equipped with feedboard sliding rail 101, and the first sprocket shaft that front and back extends is rotatably connected on the upside of the feedboard 100
103, first sprocket shaft 103 is equipped with the first sprocket wheel 102, is located at first sprocket shaft 103 on the upside of the feedboard 100
Right side is rotatably connected to the second sprocket shaft 105 that front and back extends, and second sprocket shaft 105 is equipped with the second sprocket wheel 104, described
It is located on the downside of feedboard 100 and is rotatably connected to the third sprocket wheel 115 that front and back extends on the downside of first sprocket shaft 103, described the
This has a third sprocket shaft 116 on three sprocket wheels 115, and 115 rear end of third sprocket wheel has been connected by power the second motor 114, and described
Chain 106, first sprocket wheel have been connected by power between three sprocket shafts 116, first sprocket wheel 102 and second sprocket wheel 104
Be rotatably connected in 102 front and back extend sliding axle 113, the sliding axle 113 be equipped with with the ratcheting connection of the chain 106
Movable pulley 112, the sliding axle 113 be equipped with the symmetrical material feeding box fixed plate 107 in front and back, the material feeding box fixed plate 107
Left side is fixedly connected with material feeding box fixed block 108, and the symmetrical center of gravity in front and back is fixedly connected on the material feeding box fixed block 108 and is turned
Moving axis 111 is rotatably connected to the steadily of centre of gravity with the material feeding box fixed block 108 rotation connection in the center of gravity rotation axis 111
Block 110 is fixedly connected with the material feeding box 109 of opening upwards, the 150 left side outer end of agitator tank on the steadily of centre of gravity block 110
Wall surface top is fixedly connected with magnet fixed block 151, and 151 upper end of magnet fixed block is fixedly connected with magnet 153, the magnetic
The feeding guide plate 152 being fixedly connected with the 150 left side top wall surface of agitator tank is fixedly connected on iron 153.
When original state, material feeding box fixed plate 107 and upper part are located at 100 bottom of feedboard, and hydraulic pressure plate 124 is located at
In bending water pipe 120 topmost, sliding shoe 132 is located at elevator chamber 130 topmost, and 144 outer end of feedboard tilts down, agitator tank
Chamber 147 and drying box chamber 146 are in connected state, and discharge port 140 is closed by valve switch 139.
When the work is required, start the second motor 114, third sprocket wheel 115 rotates with the second motor 114, and chain 106 is the
Rotated on one sprocket wheel 102, the second sprocket wheel 104 and third sprocket wheel 115, sliding axle 113 by movable pulley 112 with chain 106 into
It is slided on flitch sliding rail 101, drives material feeding box fixed plate 107 and upper part movement, when material feeding box fixed block 108 leans near magnet
When 153, steadily of centre of gravity block 110 and material feeding box fixed block 108 attract, and topple over material feeding box 109, cereal is inclined in agitator tank chamber
In 147, paddle 149 is stirred work to cereal, and when charging axle 142 moves upwards, feedboard 144 is around feedboard rotation axis
143 rotations, agitator tank chamber 147 are connected to drying box chamber 146, and cereal is sent into drying box chamber 146, when charging axle 142 is downward
When movement, agitator tank chamber 147 is not connected to drying box chamber 146, when cereal is not present on drying plate 141, passes through upper fixed ring
Block 163, flexure spring 164 and lower fixed ring block 165 pull first motor output shaft 148 and first motor 134 to move upwards, and lead to
Crossing charging axle 142 is connected to agitator tank chamber 147 with drying box chamber 146 and transports cereal into drying box chamber 146, works as drying plate
There are when cereal on 141, when, there are when cereal, third motor 161 starts, and electric heating iron 154 is begun to warm up on drying plate 141, fan
Leaf 159 is rotated by third motor output shaft 160 with third motor 161, and hot-air is made to blow to the paddy on drying plate 141 upwards
Object completes dry work, starts asepwirator pump 118, vapor enters bending water pipe by three-dimensional port valve 119 in drying box chamber 146
In 120, vapor condenses on bending water pipe 120 and is located above hydraulic pressure plate 124,124 slide downward of hydraulic pressure plate, hydraulic pressure bar
125 move downward with hydraulic pressure bar 125, and push rod 127 slides the rotation of turn spur 122 to the right, when 124 upper end moisture of hydraulic pressure plate
When reaching a certain amount of, the water in bending water pipe 120 enters water tank 117, active force of the hydraulic pressure plate 124 in second back-moving spring 126
Lower reset, drainage mechanism push dry component and drying plate 141 by spur gear 122 and cam 121 and make its inclination, meanwhile,
Dry component, which moves upwards valve switch 139 by snag axis 136, shaft 137 and valve lifting shaft 138, makes discharge port 140
It opens, completes self-emptying movement, after the completion of charging, the second motor 114 reversion, by material feeding box fixed plate 107 and upper part
It resets, repeated work.
When needing to complete storage, the reversion of the second motor 114 resets material feeding box fixed plate 107 and upper part, bending
Water fully enters in water tank 117 in water pipe 120, and hydraulic pressure plate 124 resets under the effect of second back-moving spring 126, meanwhile, drying plate
141 complete to restore horizontality after discharging, and discharge port 140 is closed.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, pass through the company of drier and drainage mechanism
It connects, when can reach a certain amount of moisture in drainage mechanism, completes the work of self-emptying, be both able to maintain dry in drier
It is dry and be able to maintain certain moisture in cereal automatically feed work is completed by the connection of drier and feed paddle mechanism
Make, can remain the working condition of drier, while controlling the amount of cereal in drier, make the cereal amount of drier
It remains optimal workload, by the design of feeding mechanism, cereal wall surface in fill process is made to incline because of fortuitous event
The raw extra work of footling presentation, and when reaching designated position, the work of Automatic-dumping can be completed, the present apparatus is directed to the paddy of small lot
Object completes quick-drying work, and is able to maintain the activity of cereal, and can complete automatic feed/discharge work.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention
Protection scope should be determined by the scope of protection defined in the claims.
Claims (6)
1. a kind of drying device, special including motor housing and the fixed feet fixed on the downside of the motor housing and with ground
Sign is: being fixedly connected with fixed plate in the motor housing, the elevator chamber of opening upwards, the liter are equipped in the middle part of the fixed plate
Drop case slidably connects sliding shoe, and the sliding shoe and elevator chamber lower end press are connected with first back-moving spring, the cunning
It is fixedly connected with first motor on motion block, has been connected by power in the first motor and has been rotatablely connected with motor housing top wall surface
And the first motor output shaft extended up and down, the motor housing upper end are equipped with drier, wherein the drier is by adding
Heat and dried grain, and can complete automatic feed and self-emptying, the draught engine being attached thereto is equipped on the left of the drier
Structure, wherein the drainage mechanism is worked as water in the drainage mechanism and reached for collecting vapor in the drier and being discharged
To it is a certain amount of when, control the drier and complete self-emptying movement, keep certain moisture in cereal, the drier
Top is equipped with the feed paddle mechanism being attached thereto, wherein the first motor output shaft passes through the drier and protrudes into institute
State in feed paddle mechanism, the feed paddle mechanism for uniform stirring cereal and make cereal at the uniform velocity into the drying machine
In structure, the feeding mechanism connecting with the feed paddle mechanism is equipped on the left of the drainage mechanism, wherein the feeding mechanism is used
In being added cereal into the feed paddle mechanism, and the component for holding cereal remains upward state, when holding
Cereal to the feed paddle mechanism tilts and is poured into the feed paddle close to the feed paddle mechanism by the component of cereal
In mechanism.
2. a kind of drying device according to claim 1, it is characterised in that: the drier includes and the motor housing
It is fixedly connected with and is located at the drying box of the motor housing upper end, the drying box is intracavitary to be equipped with drying box chamber, the drying box chamber
It is inside fixedly connected with drying plate, and the first motor output shaft passes through drying plate, fixed company on the first motor output shaft
It is connected to the upper fixed ring block positioned at the drying plate lower end and connection fixed thereto, is located at fixed ring on the drying plate
Block lower end is fixedly connected with lower fixed ring block, and press is connected with eight flexibilities between the lower fixed ring block and fixed ring block
Spring, the drying plate lower end is fixedly connected with dry component, before being fixedly connected on the inner wall of bottom end on the left of the drying box chamber
The gear shaft extended afterwards, the gear shaft are equipped with the spur gear connecting with the drainage mechanism, are located at institute on the gear shaft
The cam for being equipped on rear side of spur gear and compressing connection with the dry component is stated, is located on the drying box chamber right end wall surface described dry
Dry plate right end is equipped with discharge port, is fixedly connected with the fixing axle extended up and down on the wall surface of bottom end on the right side of the drying box chamber, described
The shaft that left and right extends is rotatably connected in fixing axle, the shaft left side, which is fixedly connected with to compress with the dry component, to be connect
Snag axis, be fixedly connected with the valve lifting shaft extended up and down on the right side of the shaft, valve lifting shaft top is fixed to be connected
Be connected to the valve switch protruded into the discharge port, on the drying plate close to first motor output shaft side be equipped with opening to
Upper and symmetrical charging axle rotation slot is equipped in the charging axle rotation slot and connect with the feed paddle mechanism and upper and lower
The charging axle of extension.
3. a kind of drying device according to claim 1 or 2, it is characterised in that: the drying plate lower end is fixedly connected with
Annular compresses case, and the annular compresses in case and compresses case chamber equipped with annular, and the annular compresses fixed company on the inner wall of case chamber top
It is connected to electrocaloric effect, electrocaloric effect chamber is equipped in the electrocaloric effect, the electrocaloric effect is intracavitary to be equipped with electric heating iron, and the annular compresses case chamber
It is fixedly connected with third motor on the inner wall of bottom end, has been connected by power and electrocaloric effect chamber lower end wall surface on the upside of the third motor
The third motor output shaft that the electrocaloric effect is intracavitary and extends up and down is protruded into rotation connection, and third motor output shaft top is set
There is flabellum.
4. a kind of drying device according to claim 1 or 2, it is characterised in that: the drainage mechanism includes being fixed on ground
Water tank on face, the water tank are equipped with bending water pipe that is in communication and being fixedly connected with drying box left end outer wall, institute
State in bending water pipe and slidably connect hydraulic pressure plate, be fixedly connected on the downside of the hydraulic pressure plate through the bending water pipe wall surface with
The hydraulic pressure bar for being slidably connected and extending up and down, the hydraulic pressure bar be equipped with pushed up between the hydraulic pressure plate and the bending water pipe wall surface
Pressure is connected with second back-moving spring, and the push rod other end is slidably connected, and the useful and spur gear is ratcheting to be connected and do with described
The push rod that dry case chamber right end wall sliding connection and left and right extend, the bending water pipe upside is equipped with and the fixing axle right end wall
The asepwirator pump that face is fixedly connected, the asepwirator pump downside, which is fixedly connected with, is connected to the three of the bending water pipe and the drying box chamber
To port valve.
5. a kind of drying device according to claim 1 or 2, it is characterised in that: the feed paddle mechanism includes and institute
The agitator tank that drying box is fixedly connected and is located on the upside of the drying box is stated, is equipped with agitator tank chamber in the agitator tank, described the
One motor output shaft protrude into the agitator tank it is intracavitary and be equipped with paddle, agitator tank bottom of chamber end be equipped with and the first motor
Output shaft rotation connection and symmetrical feedboard, the feedboard downside are connected with charging axle press, the charging
The feedboard rotation axis being fixedly connected with agitator tank chamber front and back inner wall is rotatably connected in the middle part of plate.
6. a kind of drying device according to claim 1 or 5, it is characterised in that: the feeding mechanism includes positioned at described
On the left of drier and the symmetrical feedboard in front and back, the feedboard are equipped with feedboard sliding rail, rotation on the upside of the feedboard
It is connected with the first sprocket shaft that front and back extends, first sprocket shaft is equipped with the first sprocket wheel, is located at institute on the upside of the feedboard
It states and is rotatably connected to the second sprocket shaft that front and back extends on the right side of the first sprocket shaft, second sprocket shaft is equipped with the second sprocket wheel,
It is located on the downside of the feedboard and is rotatably connected to the third sprocket wheel that front and back extends on the downside of first sprocket shaft, the third sprocket wheel
Upper this has third sprocket shaft, and third sprocket wheel rear end has been connected by power the second motor, the third sprocket shaft, first chain
It has been connected by power chain between wheel and second sprocket wheel, the sliding axle that front and back extends, institute are rotatably connected in first sprocket wheel
It states sliding axle to be equipped with the movable pulley with the ratcheting connection of the chain, the sliding axle is equipped with the symmetrical material feeding box in front and back and consolidates
Fixed board, the material feeding box fixed plate left side are fixedly connected with material feeding box fixed block, are fixedly connected on the material feeding box fixed block
The symmetrical center of gravity rotation axis in front and back is rotatably connected to the weight with material feeding box fixed block rotation connection in the center of gravity rotation axis
The heart stablizes block, and the material feeding box of opening upwards, outer end wall surface top on the left of the agitator tank are fixedly connected on the steadily of centre of gravity block
End is fixedly connected with magnet fixed block, and the magnet upper end of fixing block is fixedly connected with magnet, is fixedly connected on the magnet
With the feeding guide plate that top wall surface is fixedly connected on the left of the agitator tank.
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| CN201910286356.9A CN109990585A (en) | 2019-04-10 | 2019-04-10 | A kind of drying device |
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| CN201910286356.9A CN109990585A (en) | 2019-04-10 | 2019-04-10 | A kind of drying device |
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| CN109990585A true CN109990585A (en) | 2019-07-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112826051A (en) * | 2021-02-10 | 2021-05-25 | 诏安海联食品有限公司 | Abalone microwave vacuum drying device and preparation process thereof |
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