CN102823391A - Grain tank for rice and wheat harvester - Google Patents
Grain tank for rice and wheat harvester Download PDFInfo
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- CN102823391A CN102823391A CN201210335889XA CN201210335889A CN102823391A CN 102823391 A CN102823391 A CN 102823391A CN 201210335889X A CN201210335889X A CN 201210335889XA CN 201210335889 A CN201210335889 A CN 201210335889A CN 102823391 A CN102823391 A CN 102823391A
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Abstract
The invention discloses a grain tank for a rice and wheat harvester, relating to the field of the grain tank, the grain tank is provided with a small barn and a large barn. The grain tank is characterized in that when a turnover plate (11) is arranged on a left side plate turnover plate rear side limiting plate (27) of a left side plate (2) and a right side plate turnover plate rear side limiting plate (40) of a right side plate (3), the left side plate (2), the right side plate (3), a front upper side plate (5), a cone hopper of small barn (7), a top plate cover (8), a baffle plate (10) and the turnover plate (11) are enclosed to form the small barn; when the turnover plate (11) is arranged on a left side plate turnover plate front side limiting plate (28) of the left side plate (2) and a right side plate turnover plate front side limiting plate (34) of the right side plate (3), the left side plate (2), the right side plate (3), a rear side plate (4), a front lower side plate (6), the top plate cover (8), the baffle plate (10), the turnover plate (11), and a bottom plate of the large barn (9) are enclosed to form the large barn. The grain tank for the rice and wheat harvester has the advantages of simple structure, convenience in use, flexibility and high strength.
Description
Technical field
Harvester for both rice and wheat of the present invention relates to the tanker field that is designed with Xiao Cang and big storehouse when being installed on the harvester for both rice and wheat with tanker.
Background technology
The tanker that in the past was installed on the harvester for both rice and wheat often only has little storehouse or only has big storehouse; Being grain directly enters into the grain sack of packing into behind the awl bucket of little storehouse by the grain-entering mouth of tanker; Perhaps grain by the grain-entering mouth of tanker through big storehouse base plate through screw feeder by the screw feeder hole output of putting out cereal; The structural disadvantages of this tanker is to have only little storehouse awl bucket or can only export grain through screw feeder; Not only can select through little storehouse awl bucket output grain but also can select to adopt screw feeder to export this comprehensive all-in-one-piece tanker of grain if can design, be very easily when the harvester for rice wheat obviously.
Summary of the invention
The purpose of this invention is to provide a kind of harvester for both rice and wheat and use tanker; This tanker is through the upturned position of turnover panel in tanker; Not only can but also can select through little storehouse awl bucket output grain through the screw feeder of the big storehouse base plate hole output grain of putting out cereal, to reach the purpose of exporting grain on demand flexibly.
Harvester for both rice and wheat is used tanker; Forms by left plate, right plate, back side panel, basalar plate, preceding lower side panel, little storehouse awl bucket, top board lid, big storehouse base plate, baffle plate and turnover panel, the top board and arranged on left and right sides that top board covers respectively with the left plate of left plate on the right plate of flap and right plate flap link together through bolt; The baffle plate mainboard and arranged on left and right sides of baffle plate is installed the left plate turnover panel rear side limiting plate top that is connected left plate and the right plate turnover panel rear side limiting plate top of right plate respectively; The left and right two ends of turnover panel rotating shaft pipe of the turnover panel mainboard lower end of turnover panel are inserted in respectively in the left central siphon of left plate in the right central siphon with right plate; When turnover panel is shelved on the right plate turnover panel rear side limiting plate bottom of left plate turnover panel rear side limiting plate bottom and right plate of left plate; Form little silo; When turnover panel is shelved on the left plate turnover panel front side limiting plate of left plate on the right plate turnover panel front side limiting plate with right plate, form big silo; Bending plate is connected through bolt with the top cover front end of top board lid on the basalar plate of basalar plate; The basalar plate left upper portion angle steel of the basalar plate connecting plate and arranged on left and right sides of basalar plate and basalar plate right upper portion angle steel respectively with the left plate mainboard of left plate before before the right plate mainboard of upper lateral part and right plate upper lateral part be connected through bolt; The basalar plate left side central portion angle steel of basalar plate mainboard and arranged on left and right sides is connected through bolt with the middle part, left plate mainboard front side of left plate and the middle part, right plate mainboard front side of right plate respectively with basalar plate right side central angle steel, and bottom, the basalar plate left side angle steel of the little storehouse of basalar plate awl bucket abutment plate and arranged on left and right sides is connected through bolt with the left plate mainboard front side hypotenuse of left plate and the right plate mainboard front side hypotenuse of right plate respectively with basalar plate lower right side angle steel; Bending plate was connected through bolt with the middle part, left plate mainboard front side of left plate and the middle part, right plate mainboard front side of right plate respectively on the awl bucket left side on awl bucket and arranged on left and right sides top, little storehouse was gone up bending plate and bored the bucket right side, and the preceding lower side panel mainboard connecting plate that little storehouse awl struggles against is connected through bolt with the preceding lower side panel mainboard upper end of preceding lower side panel; Before lower side panel preceding lower side panel left side angle cleat respectively with the preceding bottom of left plate mainboard, left plate bending connecting plate front portion and the left plate of left plate under prelaminar part be connected through bolt; Preceding lower side panel right side angle cleat is connected through bolt with the right plate mainboard front side of right plate; Bending plate is connected through bolt with the base plate front side board bending plate of big storehouse base plate under the preceding lower side panel, and bending plate is fitted on the awl bucket back side panel of little storehouse awl bucket on the preceding lower side panel; The left rear side of the top board that the back side panel left side flap of back side panel upper end and the right flap of back side panel cover with top board respectively is connected through bolt with right lateral side; Back side panel left side plate left side is connected through bolt with the left plate rear side upper hem of left plate; Back side panel right panel right edge is connected through bolt with the right plate rear side upper hem of right plate; Plate bottom, a back side panel left side is connected through bolt with the base plate back side panel left side bending plate of big storehouse base plate; Back side panel right panel bottom is connected through bolt with the base plate back side panel right side bending plate of big storehouse base plate, under the left side of back side panel left side plate in the left plate rear side of hypotenuse and left plate side be connected through bolt; The left gripper shoe upper end of big storehouse base plate is connected through bolt with the left plate lower plate of left plate and the right plate mainboard lower end of right plate respectively with right gripper shoe upper end.
This harvester for both rice and wheat is explained as follows with tanker primary structure design principle:
The baffle plate mainboard and arranged on left and right sides of flat baffle plate is installed in the top of right plate turnover panel rear side limiting plate of left plate turnover panel rear side limiting plate and the right plate of left plate respectively; The and arranged on left and right sides of the turnover panel rotating shaft pipe of turnover panel is set in the tubular axis hole, a left plate turnover panel left side of left plate in the right tubular axis of the right plate turnover panel hole with right plate respectively on the left central siphon and right central siphon of installation; The turnover panel rotating shaft pipe of turnover panel can be overturn around left central siphon and right central siphon; When the left and right two ends of turnover panel mainboard of turnover panel are reversed the bottom of right plate turnover panel rear side limiting plate of the left plate turnover panel rear side limiting plate bottom that is shelved on left plate and right plate respectively; This moment the bottom turnover panel and top the baffle plate left and right sides respectively with vertical left plate rear side upper hem between slanted angle α and with vertical right plate rear side upper hem between slanted angle α ' all less than 45 °; And α=α '; This moment, the grain by the grain-entering mouth input of the top board lid of tanker entered into being installed in the little storehouse awl bucket between left plate and the right plate of bottom along the little storehouse that baffle plate, turnover panel, left plate, right plate, basalar plate enclose structure, and was installed in the grain sack by three awls quarrel of awl bucket lower end, little storehouse; When the left and right two ends of turnover panel mainboard of turnover panel are reversed on the left plate turnover panel front side limiting plate that is shelved on left plate on the right plate turnover panel front side limiting plate with right plate respectively; At this moment the turnover panel and arranged on left and right sides respectively with the angle β ' of the angle β of left side front side edge and right plate front side edge all less than 30 °; And β=β '; At this moment; Grain by the grain-entering mouth input of the top board of tanker lid gets into big storehouse base plate along the big storehouse of enclosing structure between baffle plate, turnover panel, left plate, right plate, back side panel and the preceding lower side panel, through the screw feeder hole output of putting out cereal.
This harvester for both rice and wheat is both can be separated into big silo grain through the turnover panel in the tanker to be transferred out through screw feeder by big storehouse base plate with the tanker advantage, also can be separated into little silo through turnover panel, and grain is transferred out by little storehouse awl bucket; Press actual needs; User's turnover panel that only need overturn can realize, and is easy to operate, and tanker is simple in structure; Intensity is high, and is easy for installation.
Description of drawings
Fig. 1: tanker 1 front side schematic three dimensional views.
Fig. 2: tanker 1 rear side schematic three dimensional views.
Fig. 3: left plate 2 outside schematic three dimensional views.
Fig. 4: left plate 2 inboard schematic three dimensional views.
Fig. 5: right plate 3 outside schematic three dimensional views.
Fig. 6: right plate 3 inboard schematic three dimensional views.
Fig. 7: back side panel 4 outside schematic three dimensional views.
Fig. 8: back side panel 4 inboard schematic three dimensional views.
Fig. 9: basalar plate 5 outside schematic three dimensional views.
Figure 10: basalar plate 5 inboard schematic three dimensional views.
Figure 11: preceding lower side panel 6 outside schematic three dimensional views.
Figure 12: preceding lower side panel 6 inboard schematic three dimensional views.
Figure 13: little storehouse awl bucket 7 outside schematic three dimensional views.
Figure 14: little storehouse awl bucket 7 inboard schematic three dimensional views.
Figure 15: top board covers 8 outside schematic three dimensional views.
Figure 16: top board covers 8 inboard schematic three dimensional views.
Figure 17: big storehouse base plate 9 front side schematic three dimensional views.
Figure 18: big storehouse base plate 9 rear side schematic three dimensional views.
Figure 19: baffle plate 10 outside schematic three dimensional views.
Figure 20: baffle plate 10 inboard schematic three dimensional views.
Figure 21: turnover panel 11 outside schematic three dimensional views.
Figure 22: turnover panel 11 inboard schematic three dimensional views.
Figure 23: the three-dimensional exploded sketch map that constitutes little silo in the tanker 1.
Figure 24: the three-dimensional exploded sketch map that constitutes big silo in the tanker 1.
Embodiment
Referring to Fig. 1, Fig. 2, Figure 23, Figure 24 and relevant each accompanying drawing; Harvester for both rice and wheat is used tanker; Forms by left plate 2, right plate 3, back side panel 4, basalar plate 5, preceding lower side panel 6, little storehouse awl bucket 7, top board lid 8, big storehouse base plate 9, baffle plate 10 and turnover panel 11, top board 73 and arranged on left and right sides of top board lid 8 respectively with the left plate of left plate 2 on the right plate of flap 15 and right plate 3 flap 31 link together through bolt; Baffle plate mainboard 89 and arranged on left and right sides of baffle plate 10 are installed left plate turnover panel rear side limiting plate 27 tops that are connected left plate 2 and right plate turnover panel rear side limiting plate 40 tops of right plate 3 respectively; The turnover panel rotating shaft pipe 95 left and right two ends of turnover panel mainboard 93 lower ends of turnover panel 11 are inserted in respectively in the left central siphon 103 of left plate 2 in the right central siphon 104 with right plate 3; When turnover panel 11 is shelved on right plate turnover panel rear side limiting plate 40 bottoms of left plate turnover panel rear side limiting plate 27 bottoms and right plate 3 of left plate 2; Form little silo; When turnover panel 11 is shelved on the left plate turnover panel front side limiting plate 28 of left plate 2 the 34 last times of right plate turnover panel front side limiting plate with right plate 3, form big silo; Bending plate 52 is connected through bolt with top cover 73 front ends of top board lid 8 on the basalar plate of basalar plate 5; The basalar plate left upper portion angle steel 53 of basalar plate connecting plate 51 and arranged on left and right sides of basalar plate 5 is connected through bolt with the left plate mainboard 16 preceding upper lateral parts of left plate 2 and the right plate mainboard 33 preceding upper lateral parts of right plate 3 respectively with basalar plate right upper portion angle steel 100; The basalar plate left side central portion angle steel 54 of basalar plate mainboard 50 and arranged on left and right sides is connected through bolt with the middle part, left plate mainboard 16 front sides of left plate 2 and the middle part, right plate mainboard 33 front sides of right plate 3 respectively with basalar plate right side central angle steel 101, and bottom, the basalar plate left side angle steel 55 of the little storehouse of basalar plate awl bucket abutment plate 49 and arranged on left and right sides is connected through bolt with the left plate mainboard 16 front side hypotenuses of left plate 2 and the right plate mainboard 33 front side hypotenuses of right plate 37 respectively with basalar plate lower right side angle steel 102; The awl bucket left side on awl bucket 7 and arranged on left and right sides tops, little storehouse goes up that bending plate 63 is connected through bolt with the middle part, left plate mainboard 16 front sides of left plate 2 and the middle part, right plate mainboard 33 front sides of right plate 3 respectively on bending plate 67 and the awl bucket right side, and little storehouse is bored 7 the preceding lower side panel mainboard connecting plate 68 of struggling against and is connected through bolt with preceding lower side panel mainboard 57 upper ends of preceding lower side panel 6; The preceding lower side panel left side angle cleat 58 of preceding lower side panel 6 is connected through bolt with left plate lower plate 18 front portions with left plate mainboard 16 preceding bottoms, left plate bending connecting plate 17 front portions of left plate 2 respectively; Preceding lower side panel right side angle cleat 61 is connected through bolt with right plate mainboard 33 front sides of right plate 3; Before under the lower side panel base plate front side board bending plate 82 of bending plate 56 and big storehouse base plate 9 be connected through bolt, bending plate 59 is fitted in little storehouse awl and struggles against on 7 the awl bucket back side panel 65 on the preceding lower side panel; The back side panel of back side panel 4 upper ends left side flap 42 and the right flap 43 of back side panel are connected through bolt with right lateral side with the left rear side that top board builds 8 top board 73 respectively; The left plate rear side upper hem 25 of back side panel left side plate 41 left side and left plate 2 is connected through bolt; The right plate rear side upper hem 30 of back side panel right panel 44 right edge and right plate 3 is connected through bolt; Bending plate 79 is connected through bolt on the left of the base plate back side panel of plate 41 bottoms, a back side panel left side and big storehouse base plate 9; The base plate back side panel right side bending plate 77 of back side panel right panel 44 bottoms and big storehouse base plate 9 is connected through bolt, under the left side of back side panel left side plate 41 in the left plate rear side of hypotenuse and left plate 2 side 24 be connected through bolt; Left gripper shoe 80 upper ends of big storehouse base plate 9 are connected through bolt with the left plate lower plate 18 of left plate 2 and right plate mainboard 33 lower ends of right plate 3 respectively with right gripper shoe 87 upper ends.
Referring to Fig. 3 and Fig. 4; The main body of the left plate 2 that cold-rolled steel sheet is made is formed by connecting flap 15, master plate mainboard 16, left plate bending connecting plate 17 and left plate lower plate 18 on the flat left plate bending successively; In master plate mainboard 16 top and bottom flap 15 and left plate bending connecting plate 17 on the left plate that bending connects arranged respectively; The 17 lower end bendings of left plate bending connecting plate be connected with left plate lower plate 18; Link to each other on the vertical bending of master plate mainboard 16 rear sides ground and to be connected to left plate rear side upper hem 25; In the upper and lower of left plate bending connecting plate 17 rear sides flanging 24 and left plate rear side bias limit 23 in the continuous left plate rear side of bending arranged respectively; At the left plate rear side lower hem 22 that left plate lower plate 18 rear sides have bending to link to each other, the left plate front side upper hem 21 and left plate front side lower hem 20 that have bending to link to each other in the upper and lower of left plate lower plate 18 front sides respectively.
On flap on the left plate 15, have screw; Be connected through top board 73 left sides of bolt with top board lid 8; On left plate rear side upper hem 25, have screw, be connected with the back side panel left side plate 41 of back side panel 4 through bolt, same; In the left plate rear side, have screw on the flanging 24; Be connected through hypotenuse under the left side, plate 41 bottom, a back side panel left side of bolt and back side panel 4, left plate rear side bias limit 23 is connected through bolt with base plate back side panel 78 left upper portion of big storehouse base plate 9, and left plate rear side lower hem 22 is connected through bolt with the bottom, base plate back side panel 78 left side of storehouse base plate 9 greatly; Left plate front side lower hem 20 passes on left bolt with the base plate front side board 83 of big storehouse base plate 9 and is connected, and left plate front side upper hem 21 passes on left bolt with the base plate front side board bending plate 82 of big storehouse base plate 9 and is connected.
Have peep hole 13 on left plate mainboard 16 tops, so that observe situation in the tanker; At the rear side of left plate mainboard 16 medial surfaces with the front side is equipped with respectively obliquely and 25 of left plate rear side upper hems are the left plate turnover panel rear side limiting plate 27 of α slanted angle; α＜45 °; And and 96 of left side front side edge be the left plate turnover panel front side limiting plate 28 of β slanted angle; β＜30 ° can shelved on the left plate turnover panel rear side limiting plate 27 or on left plate turnover panel front side limiting plate 28, shelve respectively for turnover panel 11 left sides, so that constitute little silo and big silo respectively; Also add left plate at left plate mainboard 16 medial surfaces and strengthen frid 26, so that strengthen the intensity of left plate mainboard 16; On left plate mainboard 16, have tubular axis hole, a left plate turnover panel left side 97, so that the left central siphon 103 that turnover panel rotating shaft pipe 95 left sides of confession turnover panel 11 are used is installed within it.
Have left plate screw feeder hole 19 in left plate lower plate 18 lower ends, use for the left side that screw feeder is installed.
Grain fluid stopping angle θ between vertical extensions in left plate mainboard 16 bottoms and left plate bending connecting plate 17 is less than 45 °, so that grain flows down smoothly.
Referring to Fig. 5 and Fig. 6; Right plate 3 and left plate 2 left and right corresponding configurations; The main body of right plate 3 by flat right plate mainboard 33 with right plate that its bending links to each other on flap 31 form; The right plate rear side upper hem 30 and right plate rear side lower hem 29 that have vertical bending to link to each other in right plate mainboard 33 rear side upper and lower parts respectively, the bias limit, right plate front side 35 and right plate front side lower hem 36 that have vertical bending to link to each other in lower end, right plate mainboard 33 front side respectively.
Flap 31 is connected through bolt with top board 73 right sides of top board lid 8 on the right plate; Right plate rear side lower hem 29 is connected through bolt with the right edge of the base plate back side panel 78 of big storehouse base plate 9; Right plate rear side upper hem 30 is connected through bolt with back side panel right panel 44 right sides of back side panel 4; Bias limit, right plate front side 35 is connected through bolt with bending plate 82 right sides, base plate front side of big storehouse base plate 9, and right plate front side lower hem 36 is connected through bolt with base plate front side board 83 right sides of big storehouse base plate 9.
Through bolt right plate top is installed on right plate mainboard 33 medial surface tops and strengthens frid 32; Right plate mainboard 33 medial surface top rear sides and the front side is equipped with respectively obliquely and 30 of right plate rear side upper hems be slanted angle α '＜45 ° right plate turnover panel rear side limiting plate 40 and and 99 of right plate front side edge be the right plate turnover panel front side limiting plate 34 of slanted angle β '＜30 °; For shelving turnover panel 11; So that constitute little silo and big silo respectively; Also add the right plate lateral middle that is horizontal arrangement at right plate mainboard 33 medial surfaces and strengthen frid 39 and the vertical bottom reinforcement of the right plate that is vertical configuration frid 38, so that strengthen the intensity of right plate mainboard 33; On right plate mainboard 33, also have the right tubular axis of right plate hole 98, so that the right central siphon 104 that turnover panel rotating shaft pipe 95 right sides of confession turnover panel 11 are used is installed.
Have right plate screw feeder hole 37 in right plate mainboard 33 lower ends, the right side that supplies screw feeder is installed is used.
Referring to Fig. 7 and Fig. 8, back side panel 4 main bodys are made up of back side panel left side 41, back side panel connecting plate 45 and back side panel right panel 44, and vertical respectively bending is connected with back side panel left side plate 41 and back side panel right panel 44 in back side panel connecting plate 45 both sides.
The back side panel left side flap 42 that has bending to connect at plate 41 tops, a back side panel left side, the right flap 43 of the back side panel that has bending to connect at back side panel right panel 44 tops, the back side panel that also has bending to connect at back side panel connecting plate 45 tops connects bending plate.
Back side panel left side flap 42 is connected through bolt with top board 73 left rear side of top board lid 8, and the right flap 43 of back side panel is connected through bolt with top board 73 right lateral side of top board lid 8; The left plate rear side upper hem 25 of back side panel left side plate 41 left side and left plate 2 is connected through bolt, and the right plate rear side upper hem of back side panel right panel 44 right edge and right plate 3 30 is connected through bolt; Bending plate 79 is connected through bolt on the left of the base plate right plate of the bottom of back side panel left side plate 41 and big storehouse base plate 9; Under the left side of back side panel left side plate 41 in the left plate rear side of hypotenuse and left plate 2 flanging 24 be connected through bolt, the base plate back side panel right side bending plate of back side panel right panel 44 bottoms and storehouse base plate 9 greatly 77 is connected through bolt.
Referring to Fig. 9 and Figure 10; Basalar plate 5 main bodys by bending plate 52 on the little storehouse of basalar plate awl bucket abutment plate 49, basalar plate mainboard 50, basalar plate connecting plate 51 and the basalar plate successively mutually bending connect to form; Awl bucket abutment plate 49 and arranged on left and right sides medial surfaces are equipped with bottom, basalar plate left side angle steel 55 and basalar plate lower right side angle steel 102 through bolt respectively in the little storehouse of basalar plate; Through bolt basalar plate left side central portion angle steel 54 and basalar plate right side central angle steel 101 are installed respectively at basalar plate mainboard 50 left and right sides medial surfaces, through bolt basalar plate left upper portion angle steel 53 and basalar plate right upper portion angle steel 100 are installed respectively in basalar plate connecting plate 51 medial surface and arranged on left and right sides.
Bottom, basalar plate left side angle steel 55 is connected through bolt with the front side hypotenuse of the left plate mainboard 16 of left plate 2; Basalar plate lower right side angle steel 102 is connected through bolt with the front side hypotenuse of the right plate mainboard 33 of right plate 3; Basalar plate left side central portion angle steel 54 is connected through bolt with the front side edge of the left plate mainboard 16 of left plate 2; The front side edge 99 of basalar plate right side central angle steel 101 and the right plate mainboard 33 of right plate 3 is connected through bolt; The front side edge 96 of basalar plate left upper portion angle steel 53 and the left plate mainboard 16 of left plate 2 is connected through bolt; The front side edge 99 of basalar plate right upper portion angle steel 100 and the right plate mainboard 33 of right plate 3 is connected through bolt.
Referring to Figure 11 and Figure 12; Preceding lower side panel 6 main bodys are by bending plate 56 under the preceding lower side panel; Before on lower side panel mainboard 57 and the preceding lower side panel bending plate 59 successively bending be formed by connecting; Lower side panel left side angle cleat 58 and preceding lower side panel right side angle cleat 61 before preceding lower side panel mainboard 57 medial surface and arranged on left and right sides are welded with are respectively installed through bolt at preceding lower side panel mainboard 57 medial surfaces and to be connected with three rectangular-shaped in line preceding lower side panel stiffeners 60 alternately each other.
Before under the lower side panel base plate front side board bending plate 82 of bending plate 56 and storehouse base plate 9 greatly be connected through bolt; Bending plate 59 is fitted on the awl bucket back side panel 65 of little storehouse awl bucket 7 on the preceding lower side panel; Preceding lower side panel left side angle cleat 58 is the whole angle cleats of three joint bending-likes; Be connected with left plate lower plate 18 front portions with left plate mainboard 16 preceding bottoms, left plate bending connecting plate 17 front portions of left plate 2 through bolt respectively, preceding lower side panel right side angle cleat 61 is connected through bolt with the corresponding bolt hole in right plate mainboard 33 front sides of right plate 3.
Referring to Figure 13, Figure 14 and Figure 23; Awl bucket 7 tops, little storehouse are for to enclose the little silo that structure forms by left plate 2, right plate 3, turnover panel 11, baffle plate 10 and basalar plate 5; Last storehouse awl bucket 7 encloses by awl bucket front side board 62 with at the awl bucket back side panel 65 of its rear side balanced configuration, awl bucket right plate 64 with in awl bucket left plate 69 welding of its left side balanced configuration and constitutes appearance profile, is divided into the conelet buckets of three separations in the little storehouse awl bucket 7 by awl bucket latus inframediums 66; Be connected with bending plate 63 on the awl bucket right side in the 64 upper end bendings of awl bucket right plate, be connected with bending plate 67 on the awl bucket left side, lower side panel mainboard connecting plate 68 before awl bucket back side panel 65 rear sides are connected with in the 69 upper end bendings of awl bucket left plate.The area of little storehouse awl bucket 7 lower ends three awls quarrel is: 100 * 120m m
2
Bending plate 63 is connected through bolt with the middle part, right plate mainboard 33 front sides of right plate 3 on the awl bucket right side; Awl bucket left side is gone up bending plate 67 and is connected through bolt with the middle part, left plate mainboard 16 front sides of left plate 2, and little storehouse awl bucket 7 upper end and arranged on left and right sides are installed between left plate 2 and the right plate 3.
The preceding lower side panel mainboard connecting plate 68 that is installed on the awl bucket back side panel 65 is connected through bolt with preceding lower side panel mainboard 57 upper ends of preceding lower side panel 6.Awl bucket 7 forward and backward both sides, little storehouse are installed between basalar plate 5 bottoms and preceding lower side panel 6 tops.Awl bucket right plate 64 that tilts and the angle between the vertical line equal 40 °.
Referring to Figure 15 and Figure 16, top board lid 8 by the cover plate 72 of flat top board 73, rectangular flat shape, be installed in the handle 71 on the cover plate 72 and be installed in cover plate 72 and the hinge 70 of 73 on top board is formed.Through shake hands 71 can make cover plate 72 wrap the page or leaf 70 on top board 73 upset 180 °.
Have the grain-entering mouth 12 of trapezoidal shape at top board 73 rear sides middle part, grain is got in the tanker by grain-entering mouth 12; Top board 73 and arranged on left and right sides respectively with the left plate of left plate 2 on the right plate of flap 15 and right plate 3 flap 31 be connected through bolt respectively; Top board 73 forward and backward both sides respectively with the basalar plate of basalar plate 5 on the right flap 43 of back side panel, back side panel left side flap 42 of bending plate 52 and back side panel 4 respectively through the bolt part that is connected as a body.
Be welded with two cover plate long margin frame plates 75 parallel to each other and two cover plate minor face deckle boards 74 parallel to each other at top board 73 medial surfaces, constitute rectangular cap edges of boards frame, be positioned at cover plate 72 bottoms, for shelving cover plate 72 usefulness.
Referring to Figure 17 and Figure 18, big storehouse base plate 9 is by the base plate front side board 83 of the left gripper shoe 80 of the vertical balanced configuration of and arranged on left and right sides, right gripper shoe 87, the configuration of forward and backward tilt, base plate back side panel 78, bending is connected the base plate front side board bending plate 82 of base plate front side board 83 upper ends and base plate back side panel right side bending plate 77 and base plate back side panel left side bending plate 79 that bending is connected base plate back side panel 78 upper ends and is positioned at base plate front side board 83 bottoms and base plate right plate 78 bottoms base plate 86 is between the two formed respectively.
Be connected with left support plate 76 in left gripper shoe 80 bottoms, play left side supporting usefulness, have left gripper shoe screw conveyor shaft bearing installing hole 81 at left gripper shoe 80 middle parts; Be connected with right support plate 88 in right gripper shoe 87 bottoms, play right side supporting usefulness, have the screw feeder hole 14 of putting out cereal at right gripper shoe 87 middle parts, use for screw feeder output grain.
Below base plate front side board 83 middle parts, be connected with by what put that grain oralia 84 forms and put grain mouth 85, for putting grain.
The left plate lower plate 18 of a left side gripper shoe 80 tops and left plate 2 lower ends is connected together through bolt, and right plate mainboard 33 lower ends of right gripper shoe 87 tops and right plate 3 are connected together through bolt; Bending plate 56 is connected together through bolt under the preceding lower side panel of base plate front side board bending plate 82 and preceding lower side panel 6 lower ends; The base plate back side panel right side bending plate 77 of base plate back side panel 78 upper ends and base plate back side panel left side bending plate 79 are connected together through bolt with the left plate of back side panel 41 lower ends with back side panel right panel 44 lower ends of back side panel 4 respectively.
The left upper portion of base plate back side panel 78 and bottom, left side are connected through bolt with the left plate rear side bias limit 23 of left plate 2 and left plate rear side lower hem 22 respectively, and the right plate rear side lower hem of base plate back side panel 78 right edge and right plate 3 29 is connected through bolt; The left plate front side lower hem 20 of base plate front side board 83 left sides and left plate 2 is connected through bolt, and the right plate front side lower hem of base plate front side board 83 right sides and right plate 3 36 is connected through bolt.
Big storehouse base plate 9 is installed between left plate 2, right plate 3, back side panel 4 and the preceding lower side panel 6, is positioned at tanker 1 bottom.
Referring to Figure 19 and Figure 20, the baffle plate mainboard 89 of baffle plate 10 is a rectangular flat, in baffle plate mainboard 89 medial surface bottoms baffle plate stiffener 91 is installed, and the baffle plate bending plate 90 that has bending to connect in baffle plate 10 lower ends is for shelving turnover panel 11 usefulness.
Referring to Figure 21 and Figure 22; The turnover panel handle 92 of turnover panel 11 is installed on the turnover panel mainboard 93 of rectangular flat shape slightly; Turnover panel reinforcement 94 is welded on turnover panel mainboard 93 medial surface places; To 93 booster actions of turnover panel mainboard, turnover panel rotating shaft pipe 95 is installed in turnover panel mainboard 93 lower ends, and turnover panel rotating shaft pipe 95 left and right two ends are inserted in respectively in the left central siphon 103 of left plate 2 in the right central siphon 104 with right plate 3.
Referring to Figure 23; Rotate turnover panel 11; Make turnover panel 11 and arranged on left and right sides be shelved on the left plate turnover panel rear side limiting plate 27 of left plate 2 the 40 last times of right plate turnover panel rear position margining plate with right plate 3, at this moment, form little silo; Grain can get into the awl bucket 7 back outputs of little storehouse, and little silo encloses structure by left plate 2, right plate 3, basalar plate 5, turnover panel 11, baffle plate 10, little storehouse awl bucket 7 and top board lid 8 and forms.At this moment, baffle plate 10 is same inclined angle alpha with turnover panel 11, inclined angle alpha＜45 °, and turnover panel 11 tops are fitted in baffle plate 10 bottoms.
Referring to Figure 24, rotate turnover panel 11, make turnover panel 11 and arranged on left and right sides be shelved on the left plate turnover panel front side limiting plate 28 of left plate 2 the 34 last times of right plate turnover panel front side limiting plate with right plate 3; At this moment; Form big silo, grain can get into big storehouse base plate 9, through screw feeder grain output is gone again.
Shown in figure 24, big silo encloses structure by top board lid 8, left plate 2, right plate 3, back side panel 4, turnover panel 11, baffle plate 10 and big storehouse base plate 9 and forms.
Claims (11)
1. harvester for both rice and wheat is used tanker; Form with turnover panel (11) by left plate (2), right plate (3), back side panel (4), basalar plate (5), preceding lower side panel (6), little storehouse awl bucket (7), top board lid (8), big storehouse base plate (9), baffle plate (10), it is characterized in that top board (73) and arranged on left and right sides that top board covers (8) respectively with the left plate of left plate (2) on the right plate of flap (15) and right plate (3) flap (31) link together through bolt; Baffle plate mainboard (89) and arranged on left and right sides of baffle plate (10) is installed left plate turnover panel rear side limiting plate (27) top that is connected left plate (2) and right plate turnover panel rear side limiting plate (40) top of right plate (3) respectively; The left and right two ends of turnover panel rotating shaft pipe (95) of turnover panel mainboard (93) lower end of turnover panel (11) are inserted in the left central siphon (103) of left plate (2) respectively and in the right central siphon (104) of right plate (3); When turnover panel (11) is shelved on right plate turnover panel rear side limiting plate (40) bottom of left plate turnover panel rear side limiting plate (27) bottom and right plate (3) of left plate (2); Form little silo; The left plate turnover panel front side limiting plate (28) that is shelved on left plate (2) when turnover panel (11) is gone up and last time of right plate turnover panel front side limiting plate (34) of right plate (3), forms big silo; Bending plate (52) is connected through bolt with top cover (73) front end of top board lid (8) on the basalar plate of basalar plate (5); The basalar plate left upper portion angle steel (53) of basalar plate connecting plate (51) and arranged on left and right sides of basalar plate (5) is connected through bolt with the preceding upper lateral part of left plate mainboard (16) of left plate (2) and the preceding upper lateral part of right plate mainboard (33) of right plate (3) respectively with basalar plate right upper portion angle steel (100); The basalar plate left side central portion angle steel (54) of basalar plate mainboard (50) and arranged on left and right sides is connected through bolt with the middle part, left plate mainboard (16) front side of left plate (2) and the middle part, right plate mainboard (33) front side of right plate (3) respectively with basalar plate right side central angle steel (101), and the basalar plate left side bottom angle steel (55) of the little storehouse of basalar plate awl bucket abutment plate (49) and arranged on left and right sides is connected through bolt with left plate mainboard (16) the front side hypotenuse of left plate (2) and right plate mainboard (33) the front side hypotenuse of right plate (37) respectively with basalar plate lower right side angle steel (102); The awl bucket left side on awl bucket (7) and arranged on left and right sides top, little storehouse goes up that bending plate (63) is connected through bolt with the middle part, left plate mainboard (16) front side of left plate (2) and the middle part, right plate mainboard (33) front side of right plate (3) respectively on bending plate (67) and the awl bucket right side, and little storehouse awl struggles against and is connected through bolt on the preceding lower side panel mainboard (57) of preceding lower side panel mainboard connecting plate (68) and preceding lower side panel (6) of (7); The preceding lower side panel left side angle cleat (58) of preceding lower side panel (6) is anterior with the preceding bottom of left plate mainboard (16), the left plate bending connecting plate (17) of left plate (2) respectively and left plate lower plate (18) is anterior is connected through bolt; Preceding lower side panel right side angle cleat (61) is connected through bolt with right plate mainboard (33) front side of right plate (3); Bending plate (56) is connected through bolt with the base plate front side board bending plate (82) of big storehouse base plate (9) under the preceding lower side panel, and bending plate on the preceding lower side panel (59) is fitted on the awl bucket back side panel (65) of little storehouse awl bucket (7); The back side panel left side flap (42) of back side panel (4) upper end and the right flap of back side panel (43) are connected through bolt with right lateral side with the left rear side that top board builds the top board (73) of (8) respectively; Back side panel left side plate (41) left side is connected through bolt with the left plate rear side upper hem (25) of left plate (2); Back side panel right panel (44) right edge is connected through bolt with the right plate rear side upper hem (30) of right plate (3); Plate (41) bottom, a back side panel left side is connected through bolt with the base plate back side panel left side bending plate (79) of big storehouse base plate (9); Back side panel right panel (44) bottom is connected through bolt with the base plate back side panel right side bending plate (77) of big storehouse base plate (9), under the left side of back side panel left side plate (41) in the left plate rear side of hypotenuse and left plate (2) side (24) be connected through bolt; Left gripper shoe (80) upper end of big storehouse base plate (9) is connected through bolt with the left plate lower plate (18) of left plate (2) and right plate mainboard (33) lower end of right plate (3) respectively with right gripper shoe (87) upper end.
2. harvester for both rice and wheat according to claim 1 is used tanker; The main body that it is characterized in that left plate (2) is formed by connecting flap (15), master plate mainboard (16), left plate bending connecting plate (17) and left plate lower plate (18) on the flat left plate bending successively; In master plate mainboard (16) top and bottom flap (15) and left plate bending connecting plate (17) on the left plate that bending connects arranged respectively; Left plate bending connecting plate (17) lower end bending be connected with left plate lower plate (18); Link to each other on the vertical bending of master plate mainboard (16) rear side ground and to be connected to left plate rear side upper hem (25); In the upper and lower of left plate bending connecting plate (17) rear side flanging (24) and left plate rear side bias limit (23) in the continuous left plate rear side of bending arranged respectively; At the left plate rear side lower hem (22) that left plate lower plate (18) rear side has bending to link to each other, the left plate front side upper hem (21) and the left plate front side lower hem (20) that have bending to link to each other in the upper and lower of left plate lower plate (18) front side respectively; Have peep hole (13) on the top of left plate mainboard (16); Rear side and front side at left plate mainboard (16) medial surface are equipped with left plate turnover panel rear side limiting plate (27) and left plate turnover panel front side limiting plate (28) respectively obliquely; Also add left plate at left plate mainboard (16) medial surface and strengthen frid (26), in the left plate turnover panel that on left plate mainboard (16), the has tubular axis hole, a left side (97) left central siphon (103) is installed; Have left plate screw feeder hole (19) in left plate lower plate (18) lower end.
3. harvester for both rice and wheat according to claim 1 is used tanker; It is characterized in that with left plate (2) about corresponding configuration right plate (3) main body by flat right plate mainboard (33) with right plate that its bending links to each other on flap (31) form; The right plate rear side upper hem (30) and the right plate rear side lower hem (29) that have vertical bending to link to each other in right plate mainboard (33) rear side upper and lower part respectively, the bias limit, right plate front side (35) and the right plate front side lower hem (36) that have vertical bending to link to each other in right plate mainboard (33) lower end, front side respectively; Right plate top reinforcement frid (32) is arranged on right plate mainboard (33) medial surface top and right plate turnover panel rear side limiting plate (40) and right plate turnover panel front side limiting plate (34) are installed obliquely respectively at right plate mainboard (33) medial surface top rear side and front side; Add the right plate lateral middle at right plate mainboard (33) medial surface and strengthen frid (39) and the vertical bottom reinforcement of right plate frid (38); In the right tubular axis hole of the right plate turnover panel that on right plate mainboard (33), has (98) right central siphon (104) is installed, has right plate screw feeder hole (37) in right plate mainboard (33) lower end.
4. harvester for both rice and wheat according to claim 1 is used tanker; It is characterized in that back side panel (4) main body is made up of back side panel left side plate (41) and back side panel right panel (44) that the respectively vertical bending in back side panel connecting plate (45) and both sides thereof connects; The back side panel left side flap (42) that has bending to connect at plate (41) top, a back side panel left side, the right flap (43) of the back side panel that has bending to connect at back side panel right panel (44) top; Plate (41) medial surface is equipped with inboard frid (47) and the back side panel inside top stiffener (46) strengthened of back side panel on a back side panel left side; Reinforcement frid (48) under the back side panel inboard is installed in back side panel right panel (44) medial surface bottom.
5. harvester for both rice and wheat according to claim 1 is used tanker; It is characterized in that basalar plate (5) main body is connected to form by bending plate (52) on the little storehouse of basalar plate awl bucket abutment plate (49), basalar plate mainboard (50), basalar plate connecting plate (51) and basalar plate bending successively; Awl bucket abutment plate (49) and arranged on left and right sides medial surface is separately installed with basalar plate left side bottom angle steel (55) and basalar plate lower right side angle steel (102) in the little storehouse of basalar plate; Be separately installed with basalar plate left side central portion angle steel (54) and basalar plate right side central angle steel (101) at basalar plate mainboard (50) and arranged on left and right sides medial surface, be separately installed with basalar plate left upper portion angle steel (53) and basalar plate right upper portion angle steel (100) at basalar plate connecting plate (51) and arranged on left and right sides medial surface.
6. harvester for both rice and wheat according to claim 1 is used tanker; It is characterized in that preceding lower side panel (6) main body is formed by connecting bending plate (59) on bending plate (56), preceding lower side panel mainboard (57) and the preceding lower side panel under preceding lower side panel bending successively; Lower side panel left side angle cleat (58) and preceding lower side panel right side angle cleat (61) have three preceding lower side panel stiffeners (60) at preceding lower side panel mainboard (57) medial surface before preceding lower side panel mainboard (57) medial surface and arranged on left and right sides has respectively.
7. harvester for both rice and wheat according to claim 1 is used tanker, it is characterized in that little storehouse awl bucket (7) encloses the formation appearance profile by awl bucket front side board (62) with at the awl bucket back side panel (65) of its rear side balanced configuration, awl bucket right plate (64) with at the awl bucket left plate (69) of its left side balanced configuration; Quilt awl bucket latus inframedium (66) is divided into the conelet bucket of three separations in the little storehouse awl bucket (7); Be connected with bending plate (63) on the awl bucket right side in awl bucket right plate (64) upper end bending, be connected with awl bucket left side in awl bucket left plate (69) upper end bending and go up bending plate (67), lower side panel mainboard connecting plate (68) before awl bucket back side panel (65) rear side is connected with; The area of little storehouse awl bucket (7) lower end three awls quarrel is: 100 * 120mm
2
8. harvester for both rice and wheat according to claim 1 is used tanker; It is characterized in that top board lid (8) by the cover plate (72) of flat top board (73), rectangular flat shape, be installed in the handle (71) on the cover plate (72) be installed in cover plate (72) with top board (73) between hinge (73) forms, can make cover plate (72) wrap page (70) through handle (71) and upward overturn 180 ° at top board (73); Have grain-entering mouth (12) at top board (73) rear side middle part, the rectangular cap edges of boards frame that is made up of two cover plate long margin frame plates (75) and two cover plate minor face deckle boards (74) is arranged, be positioned at cover plate (72) bottom, supply to shelve cover plate (72) and use at top board (73) medial surface.
9. harvester for both rice and wheat according to claim 1 is used tanker, it is characterized in that big storehouse base plate (9) is by the base plate front side board (83) of the left gripper shoe (80) of the vertical balanced configuration of and arranged on left and right sides, right gripper shoe (87), the configuration of forward and backward tilt, base plate back side panel (78), the bending base plate front side board bending plate (82) that is connected base plate front side board (83) upper end is connected the base plate back side panel right side bending plate (77) and the base plate back side panel left side bending plate (79) of base plate back side panel (78) upper end with bending and the base plate (86) that is positioned at bottom base plate front side board (83) bottom and the base plate back side panel (78) is between the two formed respectively; Left support plate (76) is arranged in left gripper shoe (80) bottom, have left gripper shoe screw conveyor shaft bearing installing hole (81), right support plate (88) is arranged, have the screw feeder hole (14) of putting out cereal at right gripper shoe (87) middle part in right gripper shoe (87) bottom at left gripper shoe (80) middle part; Have in base plate front side board (83) middle part below by what put that grain oralia (84) forms and put grain mouth (85).
10. harvester for both rice and wheat according to claim 1 is used tanker; The baffle plate mainboard (89) that it is characterized in that baffle plate (10) is a rectangular flat; In baffle plate mainboard (89) medial surface bottom baffle plate stiffener (91) is installed, the baffle plate bending plate (90) that has bending to connect in baffle plate (10) lower end.
11. harvester for both rice and wheat according to claim 1 is used tanker; The turnover panel handle (92) that it is characterized in that turnover panel (11) is installed on the turnover panel mainboard (93); Turnover panel reinforcement (94) is at turnover panel mainboard (93) medial surface place, and turnover panel rotating shaft pipe (95) is in turnover panel mainboard (93) lower end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210335889.XA CN102823391B (en) | 2012-08-31 | 2012-08-31 | Grain tank for rice and wheat harvester |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210335889.XA CN102823391B (en) | 2012-08-31 | 2012-08-31 | Grain tank for rice and wheat harvester |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102823391A true CN102823391A (en) | 2012-12-19 |
| CN102823391B CN102823391B (en) | 2014-08-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210335889.XA Expired - Fee Related CN102823391B (en) | 2012-08-31 | 2012-08-31 | Grain tank for rice and wheat harvester |
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| Country | Link |
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| CN (1) | CN102823391B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103081661A (en) * | 2013-02-04 | 2013-05-08 | 闻阳 | Multi-functional granary with size alterable |
| CN105359709A (en) * | 2015-12-17 | 2016-03-02 | 中联重机股份有限公司 | Grain box for harvester and combined harvester |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001069849A (en) * | 1999-09-03 | 2001-03-21 | Iseki & Co Ltd | Grain tank device for combine harvester |
| JP2005065560A (en) * | 2003-08-22 | 2005-03-17 | Kubota Corp | Grain tank structure for combine harvester |
| CN201403348Y (en) * | 2009-04-09 | 2010-02-17 | 张辉 | Grain silo of self-propelled reaper |
| CN102204460A (en) * | 2011-05-23 | 2011-10-05 | 江苏常发锋陵农业装备有限公司 | Grain collection box used for combine harvester |
| CN202799723U (en) * | 2012-08-31 | 2013-03-20 | 江苏宇成动力集团有限公司 | Grain tank for rice and wheat harvester |
-
2012
- 2012-08-31 CN CN201210335889.XA patent/CN102823391B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001069849A (en) * | 1999-09-03 | 2001-03-21 | Iseki & Co Ltd | Grain tank device for combine harvester |
| JP2005065560A (en) * | 2003-08-22 | 2005-03-17 | Kubota Corp | Grain tank structure for combine harvester |
| CN201403348Y (en) * | 2009-04-09 | 2010-02-17 | 张辉 | Grain silo of self-propelled reaper |
| CN102204460A (en) * | 2011-05-23 | 2011-10-05 | 江苏常发锋陵农业装备有限公司 | Grain collection box used for combine harvester |
| CN202799723U (en) * | 2012-08-31 | 2013-03-20 | 江苏宇成动力集团有限公司 | Grain tank for rice and wheat harvester |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103081661A (en) * | 2013-02-04 | 2013-05-08 | 闻阳 | Multi-functional granary with size alterable |
| CN105359709A (en) * | 2015-12-17 | 2016-03-02 | 中联重机股份有限公司 | Grain box for harvester and combined harvester |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102823391B (en) | 2014-08-20 |
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