CN207590007U - A kind of portable type using wind energy shines cereal device - Google Patents

A kind of portable type using wind energy shines cereal device Download PDF

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Publication number
CN207590007U
CN207590007U CN201720964671.9U CN201720964671U CN207590007U CN 207590007 U CN207590007 U CN 207590007U CN 201720964671 U CN201720964671 U CN 201720964671U CN 207590007 U CN207590007 U CN 207590007U
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bearing seat
fixed
installs case
bearing
shaft
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CN201720964671.9U
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刘治国
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李梅英
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Abstract

The utility model is related to a kind of Sai cereal devices more particularly to a kind of portable type using wind energy to shine cereal device.The technical problem to be solved by the present invention is to provide a kind of easy to operate, the portable type solarization cereal devices using wind energy of high degree of automation.In order to solve the above-mentioned technical problem, the utility model provides such a portable type using wind energy and shines cereal device, includes universal wheel, the first installs case, the first driving mechanism, first handle, elevating mechanism, the second driving mechanism, linkage mechanism, rotating mechanism, third flat belt, the first disk, drying cylinder, the second disk, shield, feed hopper, screw and block;First installs case top surface offer for the second driving mechanism by through-hole, universal wheel be mounted on the first installs case bottom surface.The utility model is conducive to the drying of cereal, and rate is dried so as to achieve the effect that improve cereal.

Description

A kind of portable type using wind energy shines cereal device
Technical field
The utility model is related to a kind of Sai cereal devices more particularly to a kind of portable type using wind energy to shine cereal device.
Background technology
The range that " cereal " is covered is wider, including rice, wheat, millet, soybean etc. and other coarse cereals;Mainly plant species Son and fruit are traditional staple foods of many Asia people.
After cereal just gathers in, containing a large amount of moisture, if drying removes the moisture in cereal not in time, it can lead Moist spoilage is caused, transport can not be preserved to marketing, just at present in terms of the moisture solution of cereal, majority is direct Cereal is placed under the sun and is exposed to the sun to remove moisture, when intensity of illumination is excessively high, cereal may be exposed to the sun to crushing, influence it The market price, while influenced by the peculiar rainwater weather of season for a bumper harvest, it is exposed to the sun under the sun even if putting cereal, it is also desirable to a large amount of Personnel keep an eye on, and collect cereal before it will rain, cereal is prevented to be soaked with rain, so as to cause to need to waste a large amount of people Power material resources carry out cereal solarization dry-cure, and inefficiency, and in order to solve this problem, therefore there is an urgent need for research and develop a kind of operation letter Single, the portable type using wind energy of high degree of automation shines cereal device.
Utility model content
(1)Technical problems to be solved
The utility model in order to overcome at present artificial drying cereal there are cereal may be exposed to the sun excessively, cereal drying need it is big Amount personnel keep an eye on, and waste a large amount of manpower and materials, and dry the shortcomings that efficiency is low, the technical problems to be solved in the utility model is A kind of easy to operate, the portable type solarization cereal device using wind energy of high degree of automation is provided.
(2)Technical solution
In order to solve the above-mentioned technical problem, the utility model provides such a portable type solarization cereal dress using wind energy It puts, includes universal wheel, the first installs case, the first driving mechanism, first handle, elevating mechanism, the second driving mechanism, gear Structure, rotating mechanism, third flat belt, the first disk, drying cylinder, the second disk, shield, feed hopper, screw and block;First Installs case top surface offer for the second driving mechanism by through-hole, universal wheel be mounted on the first installs case bottom surface, first driving Mechanism is fixed in the first installation box inner wall, and first handle is fixed in the first installs case outside portion;Elevating mechanism is vertically Rear wall in the first installs case is fixed in, and is sequentially connected with the first driving mechanism output terminal;Second driving mechanism and elevating mechanism Output terminal is sequentially connected, and linkage mechanism and the second driving mechanism are sequentially connected;Rotating mechanism is fixed in the first installs case far from The outside portion of one driving mechanism, and rotating mechanism is sequentially connected by third flat belt and linkage mechanism output terminal;First disk It is sequentially connected with rotating mechanism output terminal, the first disk is connect by drying cylinder with the second disk;Block is fixed in the second circle Side of the disk far from the first disk, and the first threaded hole being spirally connected with screw is offered on block;Feed hopper is fixed in the second circle Side of the disk far from the first disk, and below block;Shield offers what is be spirally connected with screw with hinged at the top of feed hopper Second threaded hole;It is connected in feed hopper and drying cylinder.
Preferably, the first driving mechanism includes first bearing seat, second handle, turntable, first rotating shaft, second bearing Seat, the first belt pulley, the second shaft, first bevel gear, the first flat belt and the second belt pulley;First bearing seat, second bearing Seat is fixed in the first installs case side wall successively, and first bearing seat is located above second bearing seat;First rotating shaft is articulated in first Bearing block, first rotating shaft one end and the second belt pulley are affixed, and the other end is affixed with turntable;It is remote that second handle is fixed in turntable A side from first rotating shaft;Second shaft one end is pivotally connected with second bearing seat, and the other end is affixed with first bevel gear;The One belt pulley is fixed in the second shaft, and the first belt pulley is connect by the first flat belt with the second pulley drive.
Preferably, elevating mechanism include 3rd bearing seat, the first strut, the first sliding rail, screw, nut, the first sliding block, Fourth bearing seat and second bevel gear;First strut is vertically fixed in the first installation box inner wall;3rd bearing seat, One sliding rail, fourth bearing seat along the first strut short transverse be fixed in the first strut side successively;Screw one end and third Bearing block is pivotally connected, and the other end is pivotally connected with fourth bearing seat and to run through fourth bearing seat affixed with second bevel gear;Nut and silk Bar is spirally connected, and nut is slidably connected by the first sliding block and the first sliding rail;It is driven with second a side of the nut far from the first sliding block Motivation structure is affixed, and second bevel gear is engaged with first bevel gear.
Preferably, the second driving mechanism includes flabellum, 5th bearing seat, the second installs case, 6th bearing seat, third and turns Axis, third belt pulley, the second flat belt, convex block, 7th bearing seat, the 4th belt pulley, the 4th shaft and 8th bearing seat;Second Installs case is fixed in side of the nut far from the first sliding block;5th bearing seat is fixed in one side of the second installs case, 6th bearing Seat is fixed in second installs case the other side;Third shaft one end is pivotally connected with 6th bearing seat, the other end and 5th bearing Seat pivot joint, and through 5th bearing seat extend to the second installs case outside it is affixed with flabellum;Third belt pulley is fixed in third shaft, And in the second installs case;8th bearing seat is fixed in one side of the second installs case, and 7th bearing seat is fixed in the second installation Case the other side;8th bearing seat is located at immediately below 5th bearing seat, and 7th bearing seat is located at immediately below 6th bearing seat;4th Shaft one end is pivotally connected with 8th bearing seat, and the other end is pivotally connected with 7th bearing seat and runs through 7th bearing seat to the second installation Extend outside case;Convex block is fixed in the 4th shaft extension;4th belt pulley is fixed in the 4th shaft, and positioned at the second installs case It is interior;4th belt pulley is connect by the second flat belt with third pulley drive.
Preferably, linkage mechanism includes the second strut, the 5th shaft, the 9th bearing block, the tenth bearing block and the 5th skin Belt wheel;Second strut is vertically fixed in the first installs case inner top surface, and the 9th bearing block is fixed in the second strut bottom, the Ten bearing blocks are fixed in the first installs case side wall;5th shaft one end and the tenth bearing block are pivotally connected, the other end and the 9th axis Bearing is pivotally connected and runs through the 9th bearing block;5th roller end offers the groove being clamped for convex block, and the 5th belt pulley is fixed in 5th shaft, and between the 9th bearing block and the tenth bearing block;5th belt pulley passes through third flat belt and rotating mechanism It is sequentially connected.
Preferably, it is sliding to include the 6th belt pulley, the 6th shaft, the 11st bearing block, third strut, annular for rotating mechanism Rail, the second sliding block, third sliding block and the tenth two bearing bracket;6th belt pulley is connected by third flat belt and the 5th pulley drive It connects, the 11st bearing block is fixed in the first installs case side wall, and endless glide is affixed by two third struts and the first installs case;The Two sliding blocks, third sliding block one end be respectively positioned in endless glide, and can be slided along endless glide track;Second sliding block, The other end of third sliding block is affixed with the first disk;Tenth two bearing bracket is mounted in the middle part of endless glide, the 6th shaft pivot It is connected to the 11st bearing block, the tenth two bearing bracket;6th shaft one end and the first disk are affixed, the other end and the 6th belt It takes turns affixed.
Preferably, drying cylinder appearance is uniformly provided with ventilation hole, and the material for drying cylinder is aluminum alloy materials.
Preferably, drying cylinder appearance is equipped with beche.
Preferably, the second disk is equipped with multiple rocking bars.
Operation principle:When needing to dry the grain-drying just gathered in, unscrew screw and make it possible to open shield, it will Damp grain is added to the inside of drying cylinder from feed hopper, then screws on screw, the first driving mechanism of manual actuation, the first driving Mechanism is operated so as to which elevating mechanism be driven to work, and elevating mechanism can drive the second driving mechanism to lift, the second driving mechanism liter Gao Shi, the effect of wind-engaging power, the second driving mechanism start operation, rotating mechanism are driven to rotate by linkage mechanism, rotating mechanism band Dynamic first disk, drying cylinder, the second disk rotational so that cereal rolls in drying cylinder, improves the drying rate of cereal; When encountering rainwater weather, the present apparatus can be rapidly pushed within doors by uncle peasant by universal wheel, can avoid cereal quilt Rainwater drenches, and reduces uncle's peasant labor intensity;The first driving mechanism, elevating mechanism, the second driving mechanism, linkage mechanism and Cereal fully, can be dried uniformly under the mutual cooperation of rotating mechanism;After cereal has shone, the first driving mechanism fortune is controlled manually Turn, elevating mechanism is driven to decline, so as to which the second driving mechanism be driven to decline, linkage mechanism and rotating mechanism shut down, then The cereal shone is poured out by feed hopper.
Because the first driving mechanism includes first bearing seat, second handle, turntable, first rotating shaft, second bearing seat, One belt pulley, the second shaft, first bevel gear, the first flat belt and the second belt pulley;First bearing seat, second bearing seat are successively The first installs case side wall is fixed in, and first bearing seat is located above second bearing seat;First rotating shaft is articulated in first bearing seat, First rotating shaft one end and the second belt pulley are affixed, and the other end is affixed with turntable;Second handle is fixed in turntable far from first One side of shaft;Second shaft one end is pivotally connected with second bearing seat, and the other end is affixed with first bevel gear;First belt Wheel is fixed in the second shaft, and the first belt pulley is connect by the first flat belt with the second pulley drive;When needing lifting second During driving mechanism, second handle is rotated manually, by the second pulley rotation in driven by rotary disc first rotating shaft and first rotating shaft, Second belt pulley drives the first pulley rotation by the first flat belt, so as to which the first belt pulley drives first by the second shaft Bevel gear rotates, and then drives elevating mechanism lifting, so that the height of the second driving mechanism can be lifted easily.
Because elevating mechanism includes 3rd bearing seat, the first strut, the first sliding rail, screw, nut, the first sliding block, Four bearing blocks and second bevel gear;First strut is vertically fixed in the first installation box inner wall;3rd bearing seat, first Sliding rail, fourth bearing seat along the first strut short transverse be fixed in the first strut side successively;Screw one end and third axis Bearing is pivotally connected, and the other end is pivotally connected with fourth bearing seat and to run through fourth bearing seat affixed with second bevel gear;Nut and screw It is spirally connected, and nut is slidably connected by the first sliding block and the first sliding rail;A side of the nut far from the first sliding block and the second driving Mechanism is affixed, and second bevel gear is engaged with first bevel gear;When first bevel gear rotates, since first bevel gear rotation can Second bevel gear rotation is driven, so screw can be driven to rotate, screw drives the second driving mechanism to rise by nut, so as to Second driving mechanism is sequentially connected with linkage mechanism;When first bevel gear inverts, second bevel gear is driven reverse screw to anti- Direction rotates, and screw drives the decline of the second driving mechanism to be back to initial position by nut, so can easily lift second Driving mechanism.
Because the second driving mechanism include flabellum, 5th bearing seat, the second installs case, 6th bearing seat, third shaft, Third belt pulley, the second flat belt, convex block, 7th bearing seat, the 4th belt pulley, the 4th shaft and 8th bearing seat;Second peace Vanning is fixed in side of the nut far from the first sliding block;5th bearing seat is fixed in one side of the second installs case, 6th bearing seat It is fixed in second installs case the other side;Third shaft one end is pivotally connected with 6th bearing seat, the other end and 5th bearing seat Pivot joint, and through 5th bearing seat extend to the second installs case outside it is affixed with flabellum;Third belt pulley is fixed in third shaft, and In the second installs case;8th bearing seat is fixed in one side of the second installs case, and 7th bearing seat is fixed in the second installs case The other side;8th bearing seat is located at immediately below 5th bearing seat, and 7th bearing seat is located at immediately below 6th bearing seat;4th turn Axis one end is pivotally connected with 8th bearing seat, and the other end is pivotally connected with 7th bearing seat and runs through 7th bearing seat to the second installs case Outer extension;Convex block is fixed in the 4th shaft extension;4th belt pulley is fixed in the 4th shaft, and in the second installs case; 4th belt pulley is connect by the second flat belt with third pulley drive;When needing using wind energy, the side of the device is adjusted To position so that the direction that flabellum comes towards wind drives flabellum to rotate by wind energy, and flabellum drives third by third shaft Belt pulley, and then the 4th pulley rotation is driven by the second flat belt so that the 4th shaft rotation being connect with linkage mechanism, So as to which linkage mechanism be driven to rotate, so achieve the effect that energy saving.
Because linkage mechanism includes the second strut, the 5th shaft, the 9th bearing block, the tenth bearing block and the 5th belt Wheel;Second strut is vertically fixed in the first installs case inner top surface, and the 9th bearing block is fixed in the second strut bottom, and the tenth Bearing block is fixed in the first installs case side wall;5th shaft one end and the tenth bearing block are pivotally connected, the other end and the 9th bearing Seat is pivotally connected and through the 9th bearing block;5th roller end offers the groove being clamped for convex block, and the 5th belt pulley is fixed in Five shafts, and between the 9th bearing block and the tenth bearing block;5th belt pulley is passed by third flat belt and rotating mechanism Dynamic connection;When the 4th shaft rotates, the rotation of the 5th shaft is driven, and then the 5th belt pulley drives the driving rotation of third flat belt Mechanism works, and so can just rotating mechanism be driven to operate by the operating of the second driving mechanism, energy saving so as to achieve the effect that.
Because rotating mechanism include the 6th belt pulley, the 6th shaft, the 11st bearing block, third strut, endless glide, Second sliding block, third sliding block and the tenth two bearing bracket;6th belt pulley is connect by third flat belt with the 5th pulley drive, 11st bearing block is fixed in the first installs case side wall, and endless glide is affixed by two third struts and the first installs case;Second Sliding block, third sliding block one end be respectively positioned in endless glide, and can be slided along endless glide track;Second sliding block, The other end of three sliding blocks is affixed with the first disk;Tenth two bearing bracket is mounted in the middle part of endless glide, the pivot joint of the 6th shaft In the 11st bearing block, the tenth two bearing bracket;6th shaft one end and the first disk are affixed, the other end and the 6th belt pulley It is affixed;When third flat belt rotates, the 6th shaft is driven to rotate by the 6th belt pulley, so as to drive the first disk and dry in the air Shine cylinder, the second disk is rotated along endless glide so that cereal uniformly rolls in drying cylinder, contributes to cereal equal Even dries, and accelerates the speed dried.
Because drying cylinder appearance is uniformly provided with ventilation hole, the material of cylinder is dried as aluminum alloy materials, according to being dried in the air Cereal-granules size is shone, drying cylinder of the selection with suitable vent, so during drying cylinder rotation, ventilation hole can increase Ventilation quantity, can accelerate cereal drying, and the drying cylinder good heat conductivity that aluminum alloy materials make in addition further speeds up drying Rate.
Because drying cylinder appearance is equipped with beche, dry in cylinder rotary course, cereal will easily divulge information hole plug, gas Dynamic hammer indirect starts work, contributes to the ventilation hole of dredge blockage, does not interfere with the ventilation effect of drying cylinder.
Because the second disk be equipped with multiple rocking bars, when wind-force is smaller, can with hand-held rocker shake drying cylinder or When collecting cereal in drying cylinder, drying cylinder is rotated using rocking bar so that feed hopper is downward.
(3)Advantageous effect
The utility model drives elevating mechanism to lift by the first driving mechanism, to adjust the height of the second driving mechanism, So that the second driving mechanism is sequentially connected with linkage mechanism, the second driving mechanism is rotated due to being acted on by wind energy, can be passed through Linkage mechanism drives rotating mechanism rotation, and rotating mechanism drives drying barrel body rotation, and the cereal in drying cylinder fully rolls, Be conducive to the drying of cereal, rate is dried so as to achieve the effect that improve cereal.
Description of the drawings
Fig. 1 is the first main structure diagram of the utility model.
Fig. 2 is second of main structure diagram of the utility model.
Fig. 3 is the main structure diagram of the first driving mechanism of the utility model.
Fig. 4 is the main structure diagram of the utility model elevating mechanism.
Fig. 5 is the main structure diagram of the second driving mechanism of the utility model.
Fig. 6 is the main structure diagram of the utility model linkage mechanism.
Fig. 7 is the main structure diagram of the utility model rotating mechanism.
Fig. 8 is the third main structure diagram of the utility model.
Label in attached drawing for:1- universal wheels, the first installs cases of 2-, the first driving mechanisms of 3-, 31- first bearing seats, 32- Second handle, 33- turntables, 34- first rotating shafts, 35- second bearing seats, the first belt pulleys of 36-, the second shafts of 37-, 38- first Bevel gear, the first flat belts of 39-, the second belt pulleys of 310-, 4- first handles, 5- through-holes, 6- elevating mechanisms, 61- 3rd bearings Seat, the first struts of 62-, the first sliding rails of 63-, 64- screws, 65- nuts, the first sliding blocks of 66-, 67- fourth bearing seats, 68- second Bevel gear, the second driving mechanisms of 7-, 71- flabellums, 72- 5th bearing seats, the second installs cases of 73-, 74- 6th bearing seats, 75- Three shafts, 76- third belt pulleys, the second flat belts of 77-, 78- convex blocks, 79- 7th bearing seats, the 4th belt pulleys of 710-, 711- 4th shaft, 712- 8th bearing seats, 8- linkage mechanisms, the second struts of 81-, the 5th shafts of 82-, 83- grooves, the 9th axis of 84- Bearing, the tenth bearing blocks of 85-, the 5th belt pulleys of 86-, 9- rotating mechanisms, the 6th belt pulleys of 91-, the 6th shafts of 92-, 93- the tenth One bearing block, 94- third struts, 95- endless glides, the second sliding blocks of 96-, 97- third sliding blocks, the tenth two bearing brackets of 98-, 10- Third flat belt, the first disks of 11-, 12- drying cylinders, the second disks of 13-, 14- shields, 15- feed hoppers, 16- screws, 17- Block, the first threaded holes of 18-, the second threaded holes of 19-, 20- ventilation holes, 21- beches, 22- rocking bars.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of portable type using wind energy shines cereal device, as shown in figures 1-8, include universal wheel 1, the first installs case 2, First driving mechanism 3, first handle 4, elevating mechanism 6, the second driving mechanism 7, linkage mechanism 8, rotating mechanism 9, the flat skin of third Band 10, the first disk 11, drying cylinder 12, the second disk 13, shield 14, feed hopper 15, screw 16 and block 17;First installation 2 top surface of case offer for the second driving mechanism 7 by through-hole 5, universal wheel 1 be mounted on 2 bottom surface of the first installs case, first driving Mechanism 3 is fixed in 2 madial wall of the first installs case, and first handle 4 is fixed in 2 outside portion of the first installs case;Elevating mechanism 6 is along vertical Direction is fixed in rear wall in the first installs case 2, and is sequentially connected with 3 output terminal of the first driving mechanism;Second driving mechanism 7 is with rising 6 output terminal of descending mechanism is sequentially connected, and linkage mechanism 8 is sequentially connected with the second driving mechanism 7;Rotating mechanism 9 is fixed in the first peace 2 outside portions far from the first driving mechanism 3 of vanning, and rotating mechanism 9 passes through third flat belt 10 and 8 output terminal of linkage mechanism passes Dynamic connection;First disk 11 is sequentially connected with 9 output terminal of rotating mechanism, and the first disk 11 is by drying 12 and second disk of cylinder 13 connections;Block 17 is fixed in side of second disk 13 far from the first disk 11, and is offered on block 17 and 16 spiral shell of screw The first threaded hole 18 connect;Feed hopper 15 is fixed in side of second disk 13 far from the first disk 11, and under block 17 Side;Shield 14 and 15 top of feed hopper are hinged, and offer the second threaded hole 19 being spirally connected with screw 16;Feed hopper 15 and drying It is connected in cylinder 12.
First driving mechanism 3 includes first bearing seat 31, second handle 32, turntable 33, first rotating shaft 34, second bearing The 35, first belt pulley 36 of seat, the second shaft 37, first bevel gear 38, the first flat belt 39 and the second belt pulley 310;First axle Bearing 31, second bearing seat 35 are fixed in 2 side wall of the first installs case successively, and first bearing seat 31 is located in second bearing seat 35 Side;First rotating shaft 34 is articulated in first bearing seat 31, and 34 one end of first rotating shaft and the second belt pulley 310 are affixed, the other end It is affixed with turntable 33;Second handle 32 is fixed in a side of the turntable 33 far from first rotating shaft 34;Second shaft, 37 one end with Second bearing seat 35 is pivotally connected, and the other end and first bevel gear 38 are affixed;First belt pulley 36 is fixed in the second shaft 37, and first Belt pulley 36 is sequentially connected by the first flat belt 39 and the second belt pulley 310.
Elevating mechanism 6 includes 3rd bearing seat 61, the first strut 62, the first sliding rail 63, screw 64, nut 65, first Sliding block 66, fourth bearing seat 67 and second bevel gear 68;First strut 62 is vertically fixed in 2 inside of the first installs case Wall;3rd bearing seat 61, the first sliding rail 63, fourth bearing seat 67 are fixed in first successively along the short transverse of the first strut 62 62 side of bar;64 one end of screw is pivotally connected with 3rd bearing seat 61, and the other end is pivotally connected with fourth bearing seat 67 and through the 4th Bearing block 67 and second bevel gear 68 are affixed;Nut 65 is spirally connected with screw 64, and nut 65 is slided by the first sliding block 66 and first Rail 63 is slidably connected;A side of the nut 65 far from the first sliding block 66 and the second driving mechanism 7 are affixed, second bevel gear 68 and One bevel gear 38 engages.
Second driving mechanism 7 includes flabellum 71,5th bearing seat 72, the second installs case 73,6th bearing seat 74, third Shaft 75, third belt pulley 76, the second flat belt 77, convex block 78,7th bearing seat 79, the 4th belt pulley 710, the 4th shaft 711 and 8th bearing seat 712;Second installs case 73 is fixed in side of the nut 65 far from the first sliding block 66;5th bearing seat 72 73 1 side of the second installs case is fixed in, 6th bearing seat 74 is fixed in 73 the other side of the second installs case;Third shaft 75 1 End is pivotally connected with 6th bearing seat 74, and the other end is pivotally connected with 5th bearing seat 72, and extends to through 5th bearing seat 72 Two installs cases 73 are outer affixed with flabellum 71;Third belt pulley 76 is fixed in third shaft 75, and in the second installs case 73;The Eight bearing blocks 712 are fixed in 73 1 side of the second installs case, and 7th bearing seat 79 is fixed in 73 the other side of the second installs case;The Eight bearing blocks 712 are located at immediately below 5th bearing seat 72, and 7th bearing seat 79 is located at immediately below 6th bearing seat 74;4th shaft 711 one ends are pivotally connected with 8th bearing seat 712, and the other end and 7th bearing seat 79 are pivotally connected and through 7th bearing seat 79 to the Extend outside two installs cases 73;Convex block 78 is fixed in 711 extension of the 4th shaft;4th belt pulley 710 is fixed in the 4th shaft 711, and in the second installs case 73;4th belt pulley 710 is sequentially connected by the second flat belt 77 with third belt pulley 76.
Linkage mechanism 8 includes the second strut 81, the 5th shaft 82, the 9th bearing block 84, the tenth bearing block 85 and the 5th Belt pulley 86;Second strut 81 is vertically fixed in 2 inner top surface of the first installs case, and the 9th bearing block 84 is fixed in second 81 bottom of bar, the tenth bearing block 85 are fixed in 2 side wall of the first installs case;5th shaft, 82 one end and 85 pivot of the tenth bearing block It connects, the other end is pivotally connected with the 9th bearing block 84 and through the 9th bearing block 84;5th shaft, 82 end is offered for convex block 78 The groove 83 of clamping, the 5th belt pulley 86 are fixed in the 5th shaft 82, and positioned at the 9th bearing block 84 and the tenth bearing block 85 it Between;5th belt pulley 86 is sequentially connected by third flat belt 10 and rotating mechanism 9.
Rotating mechanism 9 includes the 6th belt pulley 91, the 6th shaft 92, the 11st bearing block 93, third strut 94, annular Sliding rail 95, the second sliding block 96,97 and the tenth two bearing bracket 98 of third sliding block;6th belt pulley 91 passes through third flat belt 10 and Five belt pulleys 86 are sequentially connected, and the 11st bearing block 93 is fixed in 2 side wall of the first installs case, and endless glide 95 passes through two third branch Bar 94 and the first installs case 2 are affixed;Second sliding block 96, third sliding block 97 one end be respectively positioned in endless glide 95, and equal energy It is enough to be slided along 95 track of endless glide;Second sliding block 96, the other end of third sliding block 97 are affixed with the first disk 11;Tenth Two bearing bracket 98 is mounted on 95 middle part of endless glide, and the 6th shaft 92 is articulated in the 11st bearing block 93, the tenth two bearing bracket 98; 6th shaft, 92 one end and the first disk 11 are affixed, and the other end and the 6th belt pulley 91 are affixed.
Drying 12 appearance of cylinder is uniformly provided with ventilation hole 20, and the material of drying cylinder 12 is aluminum alloy materials.
It dries 12 appearance of cylinder and is equipped with beche 21.
Second disk 13 is equipped with multiple rocking bars 22.
Operation principle:When needing to dry the grain-drying just gathered in, unscrew screw 16 and make it possible to open shield 14, damp grain is added to the inside of drying cylinder 12 from feed hopper 15, then screw on screw 16, the first driving machine of manual actuation Structure 3, the first driving mechanism 3 are operated so as to which elevating mechanism 6 be driven to work, and elevating mechanism 6 can drive 7 liters of the second driving mechanism Drop, when the second driving mechanism 7 increases, wind-engaging power effect, the second driving mechanism 7 starts operation, is driven and rotated by linkage mechanism 8 Mechanism 9 rotates, and rotating mechanism 9 drives the first disk 11, drying cylinder 12, the second disk 13 to rotate so that cereal is in drying cylinder It rolls in body 12, improves the drying rate of cereal;When encountering rainwater weather, uncle peasant can rapidly pass through the present apparatus Universal wheel 1 is pushed within doors, can be avoided cereal and is soaked with rain, and reduces uncle's peasant labor intensity;The first driving mechanism 3, Elevating mechanism 6, the second driving mechanism 7, linkage mechanism 8 and rotating mechanism 9 mutual cooperation under cereal can fully, uniformly shine It is dry;After cereal has shone, the first driving mechanism 3 is controlled to operate manually, elevating mechanism 6 is driven to decline, so as to drive the second driving machine Structure 7 declines, and linkage mechanism 8 and rotating mechanism 9 shut down, and then pour out the cereal shone by feed hopper 15.
Because the first driving mechanism 3 includes first bearing seat 31, second handle 32, turntable 33, first rotating shaft 34, second Bearing block 35, the first belt pulley 36, the second shaft 37, first bevel gear 38, the first flat belt 39 and the second belt pulley 310;The One bearing block 31, second bearing seat 35 are fixed in 2 side wall of the first installs case successively, and first bearing seat 31 is located at second bearing seat 35 tops;First rotating shaft 34 is articulated in first bearing seat 31, and 34 one end of first rotating shaft and the second belt pulley 310 are affixed, another End and turntable 33 are affixed;Second handle 32 is fixed in a side of the turntable 33 far from first rotating shaft 34;Second shaft, 37 one end Portion is pivotally connected with second bearing seat 35, and the other end and first bevel gear 38 are affixed;First belt pulley 36 is fixed in the second shaft 37, First belt pulley 36 is sequentially connected by the first flat belt 39 and the second belt pulley 310;When need lift the second driving mechanism 7 When, second handle 32 is rotated manually, and 310 turns of the second belt pulley in first rotating shaft 34 and first rotating shaft 34 is driven by turntable 33 Dynamic, the second belt pulley 310 drives the first belt pulley 36 to rotate by the first flat belt 39, so as to which the first belt pulley 36 passes through second Shaft 37 drives first bevel gear 38 to rotate, and then elevating mechanism 6 is driven to lift, so that the second drive can be lifted easily The height of motivation structure 7.
Because elevating mechanism 6 include 3rd bearing seat 61, the first strut 62, the first sliding rail 63, screw 64, nut 65, First sliding block 66, fourth bearing seat 67 and second bevel gear 68;First strut 62 is vertically fixed in the first installs case 2 Side wall;3rd bearing seat 61, the first sliding rail 63, fourth bearing seat 67 are fixed in first successively along the short transverse of the first strut 62 62 side of strut;64 one end of screw is pivotally connected with 3rd bearing seat 61, and the other end and fourth bearing seat 67 are pivotally connected and through the Four bearing blocks 67 and second bevel gear 68 are affixed;Nut 65 is spirally connected with screw 64, and nut 65 passes through the first sliding block 66 and first Sliding rail 63 is slidably connected;A side of the nut 65 far from the first sliding block 66 and the second driving mechanism 7 are affixed, second bevel gear 68 with First bevel gear 38 engages;When first bevel gear 38 rotates, since the rotation of first bevel gear 38 can drive second bevel gear 68 rotations, so screw 64 can be driven to rotate, screw 64 drives the second driving mechanism 7 to rise by nut 65, so as to second Driving mechanism 7 is sequentially connected with linkage mechanism 8;When first bevel gear 38 inverts, second bevel gear 68 is driven reverse screw 64 It is rotated to negative direction, screw 64 drives the decline of the second driving mechanism 7 to be back to initial position by nut 65, so can be easily Lift the second driving mechanism 7.
Because the second driving mechanism 7 include flabellum 71,5th bearing seat 72, the second installs case 73,6th bearing seat 74, Third shaft 75, third belt pulley 76, the second flat belt 77, convex block 78,7th bearing seat 79, the 4th belt pulley 710, the 4th turn Axis 711 and 8th bearing seat 712;Second installs case 73 is fixed in side of the nut 65 far from the first sliding block 66;5th bearing seat 72 are fixed in 73 1 side of the second installs case, and 6th bearing seat 74 is fixed in 73 the other side of the second installs case;Third shaft 75 One end is pivotally connected with 6th bearing seat 74, and the other end is pivotally connected with 5th bearing seat 72, and is extended to through 5th bearing seat 72 Second installs case 73 is outer affixed with flabellum 71;Third belt pulley 76 is fixed in third shaft 75, and in the second installs case 73; 8th bearing seat 712 is fixed in 73 1 side of the second installs case, and 7th bearing seat 79 is fixed in 73 the other side of the second installs case; 8th bearing seat 712 is located at immediately below 5th bearing seat 72, and 7th bearing seat 79 is located at immediately below 6th bearing seat 74;4th turn 711 one end of axis is pivotally connected with 8th bearing seat 712, the other end and 7th bearing seat 79 be pivotally connected and through 7th bearing seat 79 to Extend outside second installs case 73;Convex block 78 is fixed in 711 extension of the 4th shaft;4th belt pulley 710 is fixed in the 4th shaft 711, and in the second installs case 73;4th belt pulley 710 is sequentially connected by the second flat belt 77 with third belt pulley 76; When needing using wind energy, the direction position of the device is adjusted so that the direction that flabellum 71 comes towards wind is driven by wind energy Flabellum 71 rotates, and flabellum 71 drives third belt pulley 76, and then drive the 4th by the second flat belt 77 by third shaft 75 Belt pulley 710 rotates so that the 4th shaft 711 being connect with linkage mechanism 8 rotates, so as to which linkage mechanism 8 be driven to rotate, so Achieve the effect that energy saving.
Because linkage mechanism 8 includes the second strut 81, the 5th shaft 82, the 9th bearing block 84,85 and of the tenth bearing block 5th belt pulley 86;Second strut 81 is vertically fixed in 2 inner top surface of the first installs case, and the 9th bearing block 84 is fixed in Two struts, 81 bottom, the tenth bearing block 85 are fixed in 2 side wall of the first installs case;5th shaft, 82 one end and the tenth bearing block 85 Pivot joint, the other end are pivotally connected with the 9th bearing block 84 and through the 9th bearing blocks 84;5th shaft, 82 end is offered for convex block The groove 83 of 78 clampings, the 5th belt pulley 86 are fixed in the 5th shaft 82, and positioned at the 9th bearing block 84 and the tenth bearing block 85 Between;5th belt pulley 86 is sequentially connected by third flat belt 10 and rotating mechanism 9;When the 4th shaft 711 rotates, drive 5th shaft 82 rotates, and then the 5th belt pulley 86 drives third flat belt 10 that rotating mechanism 9 is driven to work, and is so driven by second Motivation structure 7 is operated with regard to rotating mechanism 9 can be driven to operate, energy saving so as to achieve the effect that.
Because rotating mechanism 9 include the 6th belt pulley 91, the 6th shaft 92, the 11st bearing block 93, third strut 94, Endless glide 95, the second sliding block 96,97 and the tenth two bearing bracket 98 of third sliding block;6th belt pulley 91 passes through third flat belt 10 It is sequentially connected with the 5th belt pulley 86, the 11st bearing block 93 is fixed in 2 side wall of the first installs case, and endless glide 95 passes through two Three struts 94 and the first installs case 2 are affixed;Second sliding block 96, third sliding block 97 one end be respectively positioned in endless glide 95, and It can be slided along 95 track of endless glide;Second sliding block 96, the other end of third sliding block 97 are affixed with the first disk 11; Tenth two bearing bracket 98 is mounted on 95 middle part of endless glide, and the 6th shaft 92 is articulated in the 11st bearing block 93, the 12nd bearing Seat 98;6th shaft, 92 one end and the first disk 11 are affixed, and the other end and the 6th belt pulley 91 are affixed;When third flat belt 10 rotation when, by the 6th belt pulley 91 drive the 6th shaft 92 rotate, so as to drive the first disk 11 and drying cylinder 12, Second disk 13 is rotated along endless glide 95 so that cereal uniformly rolls in drying cylinder 12, contributes to cereal equal Even dries, and accelerates the speed dried.
Because drying 12 appearance of cylinder is uniformly provided with ventilation hole 20, the material of drying cylinder 12 is aluminum alloy materials, root According to dried cereal-granules size, drying cylinder 12 of the selection with suitable vent 20 so when drying cylinder 12 rotates, leads to Air holes 20 can increase ventilation quantity, can accelerate cereal drying, 12 heat conductivility of drying cylinder that aluminum alloy materials make in addition It is good, further speed up drying rate.
Because drying 12 appearance of cylinder is equipped with beche 21, dry in 12 rotary course of cylinder, cereal is easily by ventilation hole 20 block, and 21 indirect of beche starts work, contribute to the ventilation hole 20 of dredge blockage, do not interfere with drying cylinder 12 Ventilation effect.
Because the second disk 13 is equipped with multiple rocking bars 22, when wind-force is smaller, drying cylinder can be shaken with hand-held rocker 22 Body 12 or when collecting cereal in drying cylinder 12, uses the rotation drying cylinder 12 of rocking bar 22 so that feed hopper 15 is downward.
Embodiment described above only expresses the preferred embodiment of the utility model, and description is more specific and detailed, But it should not be interpreted as limiting the scope of the present invention.It should be pointed out that for the common of this field For technical staff, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these are all Belong to the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.

Claims (9)

1. a kind of portable type using wind energy shines cereal device, which is characterized in that includes universal wheel(1), the first installs case (2), the first driving mechanism(3), first handle(4), elevating mechanism(6), the second driving mechanism(7), linkage mechanism(8), rotation Mechanism(9), third flat belt(10), the first disk(11), drying cylinder(12), the second disk(13), shield(14), feed hopper (15), screw(16)And block(17);First installs case(2)Top surface is offered for the second driving mechanism(7)By through-hole (5), universal wheel(1)Mounted on the first installs case(2)Bottom surface, the first driving mechanism(3)It is fixed in the first installs case(2)Inside Wall, first handle(4)It is fixed in the first installs case(2)Outside portion;Elevating mechanism(6)Vertically it is fixed in the first installs case (2)Interior rear wall, and with the first driving mechanism(3)Output terminal is sequentially connected;Second driving mechanism(7)With elevating mechanism(6)Output End is sequentially connected, linkage mechanism(8)With the second driving mechanism(7)It is sequentially connected;Rotating mechanism(9)It is fixed in the first installs case (2)Far from the first driving mechanism(3)Outside portion, and rotating mechanism(9)Pass through third flat belt(10)With linkage mechanism(8)It is defeated Outlet is sequentially connected;First disk(11)With rotating mechanism(9)Output terminal is sequentially connected, the first disk(11)By drying cylinder (12)With the second disk(13)Connection;Block(17)It is fixed in the second disk(13)Far from the first disk(11)Side, and keep off Block(17)On offer and screw(16)The first threaded hole being spirally connected(18);Feed hopper(15)It is fixed in the second disk(13)It is separate First disk(11)Side, and positioned at block(17)Lower section;Shield(14)With feed hopper(15)Top is hinged, and offer with Screw(16)The second threaded hole being spirally connected(19);Feed hopper(15)With drying cylinder(12)Interior connection.
2. a kind of portable type using wind energy according to claim 1 shines cereal device, which is characterized in that the first driving machine Structure(3)Include first bearing seat(31), second handle(32), turntable(33), first rotating shaft(34), second bearing seat(35)、 First belt pulley(36), the second shaft(37), first bevel gear(38), the first flat belt(39)With the second belt pulley(310);The One bearing block(31), second bearing seat(35)It is fixed in the first installs case successively(2)Side wall, and first bearing seat(31)Positioned at Two bearing bracket(35)Top;First rotating shaft(34)It is articulated in first bearing seat(31), first rotating shaft(34)One end and the second skin Belt wheel(310)It is affixed, the other end and turntable(33)It is affixed;Second handle(32)It is fixed in turntable(33)Far from first rotating shaft (34)A side;Second shaft(37)One end and second bearing seat(35)Pivot joint, the other end and first bevel gear(38) It is affixed;First belt pulley(36)It is fixed in the second shaft(37), the first belt pulley(36)Pass through the first flat belt(39)With second Belt pulley(310)It is sequentially connected.
3. a kind of portable type using wind energy according to claim 2 shines cereal device, which is characterized in that elevating mechanism (6)Include 3rd bearing seat(61), the first strut(62), the first sliding rail(63), screw(64), nut(65), the first sliding block (66), fourth bearing seat(67)And second bevel gear(68);First strut(62)Vertically it is fixed in the first installs case(2) Madial wall;3rd bearing seat(61), the first sliding rail(63), fourth bearing seat(67)Along the first strut(62)Short transverse successively It is fixed in the first strut(62)Side;Screw(64)One end and 3rd bearing seat(61)Pivot joint, the other end and fourth bearing Seat(67)It is pivotally connected and runs through fourth bearing seat(67)With second bevel gear(68)It is affixed;Nut(65)With screw(64)It is spirally connected, and Nut(65)Pass through the first sliding block(66)With the first sliding rail(63)It is slidably connected;Nut(65)Far from the first sliding block(66)Side Portion and the second driving mechanism(7)It is affixed, second bevel gear(68)With first bevel gear(38)Engagement.
4. a kind of portable type using wind energy according to claim 3 shines cereal device, which is characterized in that the second driving machine Structure(7)Include flabellum(71), 5th bearing seat(72), the second installs case(73), 6th bearing seat(74), third shaft (75), third belt pulley(76), the second flat belt(77), convex block(78), 7th bearing seat(79), the 4th belt pulley(710), Four shafts(711)With 8th bearing seat(712);Second installs case(73)It is fixed in nut(65)Far from the first sliding block(66)Side Portion;5th bearing seat(72)It is fixed in the second installs case(73)One side, 6th bearing seat(74)It is fixed in the second installs case (73)The other side;Third shaft(75)One end and 6th bearing seat(74)Pivot joint, the other end and 5th bearing seat(72) Pivot joint, and through 5th bearing seat(72)Extend to the second installs case(73)Outside and flabellum(71)It is affixed;Third belt pulley(76) It is fixed in third shaft(75), and positioned at the second installs case(73)It is interior;8th bearing seat(712)It is fixed in the second installs case(73) One side, 7th bearing seat(79)It is fixed in the second installs case(73)The other side;8th bearing seat(712)Positioned at 5th bearing Seat(72)Underface, 7th bearing seat(79)Positioned at 6th bearing seat(74)Underface;4th shaft(711)One end and the 8th Bearing block(712)Pivot joint, the other end and 7th bearing seat(79)It is pivotally connected and runs through 7th bearing seat(79)To the second installs case (73)Outer extension;Convex block(78)It is fixed in the 4th shaft(711)Extension;4th belt pulley(710)It is fixed in the 4th shaft (711), and positioned at the second installs case(73)It is interior;4th belt pulley(710)Pass through the second flat belt(77)With third belt pulley (76)It is sequentially connected.
5. a kind of portable type using wind energy according to claim 4 shines cereal device, which is characterized in that linkage mechanism (8)Include the second strut(81), the 5th shaft(82), the 9th bearing block(84), the tenth bearing block(85)With the 5th belt pulley (86);Second strut(81)Vertically it is fixed in the first installs case(2)Inner top surface, the 9th bearing block(84)It is fixed in second Strut(81)Bottom, the tenth bearing block(85)It is fixed in the first installs case(2)Side wall;5th shaft(82)One end and the tenth axis Bearing(85)Pivot joint, the other end and the 9th bearing block(84)It is pivotally connected and runs through the 9th bearing block(84);5th shaft(82)End Portion is offered for convex block(78)The groove of clamping(83), the 5th belt pulley(86)It is fixed in the 5th shaft(82), and positioned at the 9th Bearing block(84)With the tenth bearing block(85)Between;5th belt pulley(86)Pass through third flat belt(10)With rotating mechanism(9) It is sequentially connected.
6. a kind of portable type using wind energy according to claim 5 shines cereal device, which is characterized in that rotating mechanism (9)Include the 6th belt pulley(91), the 6th shaft(92), the 11st bearing block(93), third strut(94), endless glide (95), the second sliding block(96), third sliding block(97)With the tenth two bearing bracket(98);6th belt pulley(91)Pass through third flat belt (10)With the 5th belt pulley(86)It is sequentially connected, the 11st bearing block(93)It is fixed in the first installs case(2)Side wall, endless glide (95)Pass through two third struts(94)With the first installs case(2)It is affixed;Second sliding block(96), third sliding block(97)One end it is equal Positioned at endless glide(95)It is interior, and can be along endless glide(95)It slides track;Second sliding block(96), third sliding block(97)'s The other end with the first disk(11)It is affixed;Tenth two bearing bracket(98)Mounted on endless glide(95)Middle part, the 6th shaft (92)It is articulated in the 11st bearing block(93), the tenth two bearing bracket(98);6th shaft(92)One end and the first disk(11) It is affixed, the other end and the 6th belt pulley(91)It is affixed.
7. a kind of portable type using wind energy according to claim 6 shines cereal device, which is characterized in that drying cylinder (12)Appearance is uniformly provided with ventilation hole(20), dry cylinder(12)Material be aluminum alloy materials.
8. a kind of portable type using wind energy according to claim 7 shines cereal device, which is characterized in that drying cylinder (12)Appearance is equipped with beche(21).
9. a kind of portable type using wind energy according to claim 8 shines cereal device, which is characterized in that the second disk (13)It is equipped with multiple rocking bars(22).
CN201720964671.9U 2017-08-03 2017-08-03 A kind of portable type using wind energy shines cereal device Active CN207590007U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108987823A (en) * 2018-07-18 2018-12-11 邓露金 A kind of lithium battery production up- coiler feeding device
CN111561814A (en) * 2020-05-21 2020-08-21 秦幼明 Agricultural product sunning equipment based on new forms of energy

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108987823A (en) * 2018-07-18 2018-12-11 邓露金 A kind of lithium battery production up- coiler feeding device
CN111561814A (en) * 2020-05-21 2020-08-21 秦幼明 Agricultural product sunning equipment based on new forms of energy

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