The content of the invention
The technical problems to be solved by the invention are to provide a kind of threshing drying integral machine, can solve above-mentioned present skill
The problem of in art.
The present invention is achieved through the following technical solutions:A kind of threshing drying integral machine of the present invention, including main body,
Cone tank is provided in the body top face, the taper trench bottom, which connects, is equipped with the threshing cavity that left and right extension is set, described
Sheller unit is provided on the right side of threshing cavity in extension, mating connection press block, the press block are slided on the left of the threshing cavity
Guide groove is provided in the threshing cavity inner bottom wall of bottom, the spiral shell shape bar that left and right extension is set is provided in the guide groove, it is described
Tail end and the first electricity favourable turn are connected on the right side of spiral shell shape bar, and whorl is connected with guide block, the guide block on the spiral shell shape bar
Top is fixedly connected with the press block bottom left, and conduction chamber, the biography are provided in the main body on the left of the guide groove
It is rotated in the main body between guide cavity and the guide groove and is connected with the first rotating shaft that left and right extension is set, described first turn
Extension tail end puts in the conduction intracavitary on the left of axis and tail end is fixedly installed the first taper cone pulley, extends on the right side of the first rotating shaft
Tail end puts in the guide groove and is fixedly connected with extension tail end on the left of the spiral shell shape bar, the institute of the sheller unit bottom part down
It states and first is provided in threshing cavity inner bottom wall goes out kind of a mouth, described first goes out the biography that kind of mouth bottom perforation is equipped with setting of extending to the left
Kind chamber, the intracavitary of propagating are provided with the spiral shell shape annulate shaft that left and right extension is set, spiral shell shape annulate shaft left side extension tail end and second
Electricity, which is made a connection, to be connected, and the chamber middle position of propagating is circumferential to be equipped with drying sleeve, the chamber left side extension tail end bottom of propagating
Portion goes out kind of a mouth equipped with second, and described second goes out in kind of mouth to be provided with selected chamber, and the selected intracavitary is provided with selecting device, described
Selected bottom of chamber portion connect equipped with extend to the left set go out kind of a slot, it is described go out kind of slot on the left of an extension tail end penetrate through the main body
Left surface, the conduction chamber and it is described go out kind of slot between the main body in be provided with rotation storage apparatus, the threshing cavity is right
Side penetrates through the main body wall and is provided with wind chamber, on the right side of the wind chamber perforation is provided with husk container, the wind chamber with it is described
Wind turbine is provided between husk container.
Preferably technical solution, the body top is equipped with plus plants case, and described plus plants case is located at the taper groove top
The position directly above in portion and the setting that connects, the bottom part body are equipped with scroll wheel.
Preferably technical solution, the first electricity favourable turn outer surface are arranged in inner wall and fixed on the right side of the guide groove
Connection.
Preferably technical solution, the second electricity favourable turn outer surface are arranged in the chamber inner left wall of propagating and solid
Fixed connection, the spiral shell shape annulate shaft right side extension tail end are connected with inner wall rotatable engagement on the right side of the chamber of propagating.
Preferably technical solution, it is described rotation storage apparatus include be rotatably provided in it is described conduction intracavitary bottom and with
The second taper cone pulley that first taper cone pulley is connected and extend up and down and rotatable engagement connection is arranged on the conduction chamber
With it is described go out kind of slot between in vivo second shaft of master, extension tail end puts in the conduction intracavitary at the top of second shaft
And be fixedly connected with the second taper cone pulley bottom, the second shaft bottom extension tail end put in it is described go out kind of slot in and with institute
State out the connection of kind of slot inner bottom wall rotatable engagement, it is described go out kind of slot in second shaft on circumferential direction be fixedly installed rotary sleeve
Cylinder, the turnbarrel bottom outside face are equipped with rotating base, and the rotating base is connected with seed-storage box.
Preferably technical solution, threshing cavity right side inner wall bottom are fixedly installed squint guide block.
The beneficial effects of the invention are as follows:
1. going out kind of a mouth bottom perforation by first sets the chamber of propagating for extending set to the left, intracavitary of propagating sets left and right extension and sets
The spiral shell shape annulate shaft put, spiral shell shape annulate shaft left side extension tail end and the second electricity favourable turn are connected, and chamber middle position circumferential direction of propagating is set
Sleeve is dried, chamber left side extension tail end bottom of propagating sets second and goes out kind of a mouth, and second goes out in kind of mouth to set selected chamber, and selected intracavitary sets essence
Screening device, selected bottom of chamber portion connect set extend to the left set go out kind of a slot, it is left to go out extension tail end perforation main body on the left of kind of slot
The process velocity and quality of seed so as to fulfill water removal and transportation work is automatically controlled, are improved in side.
2. include what is be rotatably provided in conduction intracavitary bottom and be connected with the first taper cone pulley by rotating storage apparatus
Second taper cone pulley and up and down extension and rotatable engagement connection are arranged on conduction chamber and go out main in vivo second shaft between kind of slot,
Extension tail end puts in conduction intracavitary and is fixedly connected with the second taper cone pulley bottom, the second shaft bottom extension tail at the top of second shaft
End puts in out in kind of slot and is connected with going out kind of a slot inner bottom wall rotatable engagement, goes out circumferential fixed setting rotation in the second shaft in kind of slot
Rotaring sleeve, turnbarrel bottom outside face set rotating base, and rotating base is connected with seed-storage box, so as to fulfill automatically controlling
Kinds of bank deposits and collection work facilitate personnel to collect operation.
3. the configuration of the present invention is simple, easy to operate, water removal and transportation work can be automatically controlled, improves the processing speed of seed
Degree and quality, meanwhile, kinds of bank deposits and collection work can be automatically controlled, personnel is facilitated to collect operation, so as to which the later stage be facilitated to sow
Work and raising seed utilization rate.
Specific embodiment
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, a kind of threshing drying integral machine of the invention, including main body 8, the main body 8
Cone tank 82 is provided in top surface, 82 bottom of cone tank, which connects, is equipped with the threshing cavity 83 that left and right extension is set, described de-
Sheller unit 831 is provided in grain 83 right side extension of chamber, mating connection press block 834, institute are slided in 83 left side of threshing cavity
It states and guide groove 84 is provided in 83 inner bottom wall of the threshing cavity of 834 bottom of press block, left and right is provided in the guide groove 84 and is extended
The spiral shell shape bar 841 of setting, the 841 right side tail end of spiral shell shape bar and the first electricity favourable turn 842 are connected, on the spiral shell shape bar 841
Whorl is connected with guide block 843, and 843 top of guide block is fixedly connected with 834 bottom left of press block, described to lead
It is provided in the main body 8 in 84 left side of slot and conducts chamber 85, in the main body 8 between the conduction chamber 85 and the guide groove 84
Rotatable engagement is connected with the first rotating shaft 852 that left and right extension is set, and the 852 left side extension tail end of first rotating shaft puts in the biography
In guide cavity 85 and tail end is fixedly installed the first taper cone pulley 851, and the 852 right side extension tail end of first rotating shaft puts in the guide groove
It is fixedly connected in 84 and with the 841 left side extension tail end of spiral shell shape bar, the threshing cavity of 831 bottom part down of sheller unit
First is provided in 83 inner bottom walls and goes out kind of mouth 832, described first goes out the biography that the perforation of 832 bottom of kind of mouth is equipped with setting of extending to the left
Kind of chamber 86 is provided with left and right in the chamber 86 of propagating and extends the spiral shell shape annulate shaft 863 set, and 863 left side of spiral shell shape annulate shaft is extended
Tail end and the second electricity favourable turn 862 are connected, and 86 middle position of chamber of propagating is circumferential equipped with drying sleeve 87, described to propagate
86 left side extension tail end bottom of chamber goes out kind of mouth 861 equipped with second, and described second goes out in kind of mouth 861 to be provided with selected chamber 88, described
Selecting device 881 is provided in selected chamber 88, selected 88 bottom of chamber connects goes out kind of a slot equipped with setting of extending to the left
89, it is described go out 89 left side extension tail end of kind of slot penetrate through 8 left surface of main body, the conduction chamber 85 and it is described go out kind of slot 89 between
The main body 8 in be provided with rotation storage apparatus, 83 right side of threshing cavity penetrates through 8 side wall of main body and is provided with wind chamber
71, the 71 right side perforation of wind chamber is provided with husk container 73, is set between the wind chamber 71 and the husk container 73
There is wind turbine 72.
Valuably, 8 top of the main body is equipped with plus plants case 9, described plus plants case 9 be located at 82 top of cone tank just on
Orientation is put and the setting that connects, and 8 bottom of main body is equipped with scroll wheel 81, so as to be moved easily and carry.
Valuably, 842 outer surfaces of the first electricity favourable turn are arranged in the 84 right side inner wall of guide groove and are fixedly connected, from
And improve stability when the first electricity favourable turn 842 operates.
Valuably, 862 outer surfaces of the second electricity favourable turn are arranged in 86 inner left wall of chamber of propagating and are fixedly connected,
So as to improve stability during the second electricity 862 running of favourable turn, the 863 right side extension tail end of spiral shell shape annulate shaft and the chamber 86 of propagating
Right side inner wall rotatable engagement connection.
Valuably, the rotation storage apparatus includes being rotatably provided in bottom in the conduction chamber 85 and is bored with described first
The second taper cone pulley 853 that shape wheel 851 is connected and extend up and down and rotatable engagement connection be arranged on the conduction chamber 85 with
It is described go out kind of slot 89 between the second shaft 854 in the main body 8, the 854 top extension tail end of the second shaft puts in described
It is fixedly connected in conduction chamber 85 and with 853 bottom of the second taper cone pulley, the 854 bottom extension tail end of the second shaft puts in institute
State out in kind of slot 89 and with it is described go out 89 inner bottom wall rotatable engagement of kind of slot be connected, it is described go out kind of slot 89 in second shaft
Circumferential direction is fixedly installed turnbarrel 891 on 854, and the 891 bottom outside face of turnbarrel is equipped with rotating base 892, described
Rotating base 892 is connected with seed-storage box 893, so as to fulfill kinds of bank deposits and collection work is automatically controlled, personnel is facilitated to operate.
Valuably, the 83 right side inner wall bottom of threshing cavity is fixedly installed squint guide block 833.
During original state, guide block 843 is located at the left-most position in guide groove 84, at this point, driving press block by guide block 843
834 are located at the left-most position in threshing cavity 83, meanwhile, make the inclined-plane on press block 834 utmostly away from sheller unit
831, at this point, turnbarrel 891 drives rotating base 892 utmostly to stretch out outside kind of slot 89, meanwhile, make rotating base 892
On seed-storage box 893 be fully located at the outside of main body 8.
When seed is needed to process, raw material is poured into add in plants case 9 first, then, make raw material through plants case 9 is added to slip into taper
In slot 82, at this point, making the threshing that the raw material slipped into cone tank 82 is slipped into after collecting between press block 834 and sheller unit 831
In chamber 83, at this point, the first rotating shaft 852 of made a connection by the first electricity 842 control spiral shell shape bars 841 and 841 left side tail end of spiral shell shape bar
Rotation, at this point, by spiral shell shape bar 841 guide block 843 is driven gradually to be slided along the right direction in guide groove 84, meanwhile, by 843 band of guide block
Dynamic press block 834 is gradually slided along the right direction in threshing cavity 83, at this point, press block 834 is made gradually to promote seed to the right,
Seed and sheller unit 831 is made to compress contact and carry out threshing work, the seed after threshing through the inclined-plane on press block 834 and
Inclined-plane on squint guide block 833 is inducted into first and goes out in kind of mouth 832, then goes out kind of mouth 832 by first and slip into first to go out kind of a mouth
832 lower sections are propagated in chamber 86, while are rotated by first rotating shaft 852 and the first taper cone pulley 851 is driven to rotate, and then by the first taper
Second shaft 854 of 851 853 bottom of drive the second taper cone pulley 853 and the second taper cone pulley of wheel rotates, at this time by the second shaft
The rotating base 892 in 891 outside of 854 drive turnbarrels 891 and turnbarrel rotates, and rotating base 892 is made gradually to turn
It allows out in kind of slot 89, until when guide block 843 as shown in Figure 3 is slided to right-most position in guide groove 84, at this point, by guide block
The press block 834 at 843 drive tops utmostly slides onto the right positions in threshing cavity 83, meanwhile, make press block 834 with taking off
Seed between grain device 831 is utmostly abutted against with sheller unit 831, at this point, turnbarrel 891 drives bottom outside
Rotating base 892 is fully rotating to be slipped into out in kind of slot 89, meanwhile, the seed-storage box 893 at 892 top of rotating base is made to be fully located at essence
The relative position of 88 bottom part down of chamber is selected, at this point, opening drying sleeve 87 carries out drying work, while controls the second electricity favourable turn
862 drive spiral shell shape annulate shafts 863 rotate, and slipping into first by the drive of spiral shell shape annulate shaft 863 at this time goes out below kind of mouth 832 to propagate in chamber 86
Seed is gradually slided along the left direction propagated in chamber 86, when seed is slided to drying sleeve 87, by drying sleeve 87
Water removal work is carried out to the seed propagated in chamber 86, then until the seed propagated in chamber 86 is gradually along the left side propagated in chamber 86
Direction is slided to the left-most position propagated in chamber 86, at this point, the seed propagated in chamber 86 through second go out kind of mouth 861 slip into it is selected
In chamber 88, seed-storage box 893 is slipped into after selecting device 881 then in featured chamber 88 is selected.
The beneficial effects of the invention are as follows:
1. going out kind of a mouth bottom perforation by first sets the chamber of propagating for extending set to the left, intracavitary of propagating sets left and right extension and sets
The spiral shell shape annulate shaft put, spiral shell shape annulate shaft left side extension tail end and the second electricity favourable turn are connected, and chamber middle position circumferential direction of propagating is set
Sleeve is dried, chamber left side extension tail end bottom of propagating sets second and goes out kind of a mouth, and second goes out in kind of mouth to set selected chamber, and selected intracavitary sets essence
Screening device, selected bottom of chamber portion connect set extend to the left set go out kind of a slot, it is left to go out extension tail end perforation main body on the left of kind of slot
The process velocity and quality of seed so as to fulfill water removal and transportation work is automatically controlled, are improved in side.
2. include what is be rotatably provided in conduction intracavitary bottom and be connected with the first taper cone pulley by rotating storage apparatus
Second taper cone pulley and up and down extension and rotatable engagement connection are arranged on conduction chamber and go out main in vivo second shaft between kind of slot,
Extension tail end puts in conduction intracavitary and is fixedly connected with the second taper cone pulley bottom, the second shaft bottom extension tail at the top of second shaft
End puts in out in kind of slot and is connected with going out kind of a slot inner bottom wall rotatable engagement, goes out circumferential fixed setting rotation in the second shaft in kind of slot
Rotaring sleeve, turnbarrel bottom outside face set rotating base, and rotating base is connected with seed-storage box, so as to fulfill automatically controlling
Kinds of bank deposits and collection work facilitate personnel to collect operation.
3. the configuration of the present invention is simple, easy to operate, water removal and transportation work can be automatically controlled, improves the processing speed of seed
Degree and quality, meanwhile, kinds of bank deposits and collection work can be automatically controlled, personnel is facilitated to collect operation, so as to which the later stage be facilitated to sow
Work and raising seed utilization rate.
The foregoing is merely the specific embodiment of the present invention, but protection scope 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, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.