CN102668799A - Reciprocating double-layer vibrating screen for peanut combine harvester - Google Patents
Reciprocating double-layer vibrating screen for peanut combine harvester Download PDFInfo
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- CN102668799A CN102668799A CN2012101735966A CN201210173596A CN102668799A CN 102668799 A CN102668799 A CN 102668799A CN 2012101735966 A CN2012101735966 A CN 2012101735966A CN 201210173596 A CN201210173596 A CN 201210173596A CN 102668799 A CN102668799 A CN 102668799A
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Abstract
The invention discloses a reciprocating double-layer vibrating screen for a peanut combine harvester, which relates to the field of a vibrating screen which is installed on the peanut combine harvester and is provided with two layers of screens to clean peanuts. A front upper sieve connecting plate (21) of an upper sieve assembly (2) is inserted in gaps between a front upper connecting plate (7) and a left limiting plate (12) and between the front upper connecting plate (7) and a right limiting plate (11) of a screen frame (1); a triangular upper sieve connecting plate (24) and a rear plate (10) are installed together; a right cross bar welding plate (28) and a left cross bar welding plate (29) of a lower sieve assembly (3) are respectively connected with a right side plate (5) and a left side plate (6) of the sieve frame (1); a sieve frame lower sieve connecting plate (4) installed on a front lower connecting plate (8) is in compression joint with the front end of a secondary cleaning cross bar (27); and the rear end of the secondary cleaning cross bar (27) is added on a middle connecting plate (9) of the sieve frame (1). The reciprocating double-layer vibrating screen for the peanut combine harvester has the advantages of simple structure, reliable operation and high cleaning capability and is easy to install.
Description
Technical field
Peanut combine of the present invention relates to the vibratory sieve field that two-layer sieve is cleaned peanut that has that is installed on the peanut combine with reciprocating type double-deck screen shale shaker.
Background technology
The reciprocating vibration sieve of in the past on peanut combine, using generally all has only a sieve; These vibrating screen devices often make foreign material such as grass, mulch film, seedling be climing be difficult to separate fully with the peanut shell; In order to improve the ability of cleaning to peanut; If, above-mentioned foreign material are blown off in the field from last screen assembly through the blower fan of front, thereby can improve the ability of cleaning to peanut increasing screen assembly on design one deck in the screen frame seam again.
Summary of the invention
The purpose of this invention is to provide a kind of peanut combine and use reciprocating type double-deck screen shale shaker; Polylith screen frame connecting plate is installed on screen frame; Make each connecting plate, the integrant reciprocating type double-deck screen shale shaker single piece that is installed on the peanut combine frame of back plate of screen frame, last screen assembly, following screen assembly and screen frame, thereby can improve the ability of cleaning of peanut effectively.
Peanut combine is used reciprocating type double-deck screen shale shaker; Sieving connecting plate down by screen frame, last screen assembly, following screen assembly and screen frame forms; The left and right two ends of connecting plate are inserted in respectively in preceding upper junction plate and the gap between the left limit plate of screen frame and in the gap between preceding upper junction plate and right limit plate before the top sieve of last screen assembly front end; Be coated with connecting bolt in the back plate connecting bolt hole on the top sieve set square connecting plate of last screen assembly and in the top sieve set square connecting plate connecting bolt hole on the back plate of screen frame; Top sieve set square connecting plate is installed on the plate of back, and the bending hook hook of top sieve set square connecting plate upper end is contained in plate upper end, back; Right side cross bar welded plate on following screen assembly and left side cross bar welded plate respectively with screen frame on the right plate bottom level bending plate of right plate be integral with being connected through bolt with the left plate bottom level bending plate of left plate; Be installed in the screen frame on the lower connecting plate before the screen frame down the secondary that is crimped on down on the screen assembly of the cross bar pressing plate of sieve connecting plate clean the cross bar front end; Secondary on following screen assembly is cleaned between the bolt pad that installs additional on the cross bar rear end and the screen frame middle connecting plate bottom surface welded nut on the screen frame and is coated with connecting bolt, makes secondary clean the cross bar rear end and is connected with middle connecting plate on the screen frame;
Screen frame is welded into screen frame seam single piece by right plate, left plate, preceding upper junction plate, preceding lower connecting plate, middle connecting plate and back plate;
Last screen assembly by top sieve before connecting plate, once clean pipe, connect set square and top sieve set square connecting plate is welded into the seam single piece;
Following screen assembly is cleaned cross bar and secondary by right side cross bar welded plate, left side cross bar welded plate, secondary and is cleaned vertical pole and be welded into the seam single piece.
Peanut combine is installed in peanut machine frame with each sleeve pipe on the screen frame of reciprocating type double-deck screen shale shaker and connects on the rocking bar; After connecting rocking bar and driving operation through belt pulley, can make screen frame do before and after reciprocating vibration, foreign material such as the climing and grogs of grass, mulch film, seedling on the screen assembly are blown off to the soil by front end to rear end by the blower fan of last screen assembly front end; Once cleaning pipe and being connected the peanut to results such as set square and having carried out cleaning for the first time through last screen assembly; Then, fall down that peanut on the screen assembly is cleaned cross bar by secondary and secondary is cleaned vertical pole under reciprocating vibration, again peanut is carried out secondary and clean; Like this; Compare with the peanut combine that had only a vibratory sieve in the past, just improved the ability of cleaning of peanut, and whole reciprocating type double-deck screen shale shaker stability of structure has also been improved.
Peanut combine further specifies as follows with the structure and the annexation thereof of reciprocating type each parts of double-deck screen shale shaker:
Right plate on the screen frame is identical with the left plate structure; And be the mirror image balanced configuration each other; Both sides have right front casing tube wearing hole and right back casing tube wearing hole before and after the right plate mainboard of right plate; Supply to install right front sleeve pipe respectively and right back cover is effective, and be welded with right front journal stirrup and right back journal stirrup respectively in the right front casing tube wearing hole and the outside, right back casing tube wearing hole of right plate mainboard, right front sleeve pipe stretches out outside right front journal stirrup and right back journal stirrup with the vertical respectively evagination of right back sleeve pipe ground; Equally; Both sides also have left front casing tube wearing hole and left back casing tube wearing hole before and after the left plate mainboard of left plate, supply to install left front sleeve pipe respectively and left back cover is effective, and are welded with left front journal stirrup and left back journal stirrup respectively in the left front casing tube wearing hole and the outside, left back casing tube wearing hole of left plate mainboard; Left front sleeve pipe stretches out outside left front journal stirrup and left back journal stirrup with the vertical respectively evagination of left back sleeve pipe ground, can make screen frame be installed in peanut machine frame through above-mentioned four sleeve pipes and connect on the rocking bar.
In order to increase right plate intensity; Be connected with right plate upper end bending plate and right plate bottom level bending plate respectively at the right plate upper/lower terminal; Sieve under the screen frame that on right plate bottom level bending plate, has in the connecting bolt hole and in the following sieve screen frame connecting bolt hole that on the right side cross bar welded plate of following screen assembly, has; Through connecting bolt the right side cross bar welded plate of screen assembly is installed on the right plate bottom level bending plate of screen frame right plate, the screen frame that is welded on its bottom surface that its connecting bolt is installed on the right plate bottom level bending plate of right plate simultaneously sieves among the attaching nut down.
Equally; Be connected with left plate upper end bending plate and left plate bottom level bending plate respectively at the left plate upper/lower terminal; Sieve under the screen frame that on left plate bottom level bending plate, has in the connecting bolt hole and in the following sieve screen frame connecting bolt hole that on the left side cross bar welded plate of following screen assembly, has; Through connecting bolt the left side cross bar welded plate of screen assembly is installed on the left plate bottom level bending plate plate of left plate of screen frame, its connecting bolt is installed on the screen frame that is welded on its bottom surface of left plate bottom level bending plate of left plate down among the sieve attaching nut simultaneously.
The preceding upper junction plate left end and the preceding lower connecting plate left end of screen frame are vertically welded in left plate upper front end and front end bottom respectively; Preceding upper junction plate right-hand member and preceding lower connecting plate right-hand member are vertically welded in right plate upper front end and front end bottom respectively; Preceding upper junction plate and the alternate configured in parallel of preceding lower connecting plate two plates are at left plate and right plate front end; On top, the left and right two ends of preceding upper junction plate; The left limit plate and the right limit plate that are welded on left plate front end and right plate front end are arranged respectively, the left and right two ends of preceding upper junction plate respectively and gapped between the left limit plate on its top and the right limit plate, for the left and right two ends of connecting plate before the top sieve that installs the screen assembly front end.
Before the screen frame of the preceding lower connecting plate bottom surface of screen frame welding, sieve in the welded nut of lower connecting plate bottom surface and under screen frame in the connecting plate screen frame bolt hole of connecting plate and be coated with connecting bolt; The sieve connecting plate is installed on the preceding lower connecting plate of screen frame, and the secondary that makes the cross bar pressing plate that sieves connecting plate screen frame under be crimped on down screen assembly is cleaned the cross bar leading section.
In the screen frame middle connecting plate bottom surface welded nut of the middle connecting plate bottom surface of screen frame welding and at the secondary of screen assembly down, clean between the screw of the bolt pad that the cross bar rear part upper surface installs additional and be coated with connecting bolt, the secondary of screen assembly is cleaned on the middle connecting plate that the cross bar rear portion is installed in screen frame; The left and right two ends of described middle connecting plate are welded on respectively on the left plate bottom level bending plate of left plate on the right plate bottom level bending plate with right plate.
Back plate is welded on left plate rear end and right plate one end obliquely; Be coated with connecting bolt in the top sieve set square connecting plate connecting bolt hole that on the plate of described back, has and in the back plate connecting bolt hole that has on the top sieve set square connecting plate of last screen assembly, described top sieve set square connecting plate installed be connected on the plate of back.
Connecting plate is a rectangular flat before the top sieve of last screen assembly; The many alternate front ends of once cleaning pipe that are parallel to each other are welded on the preceding connecting plate of top sieve; Once clean the pipe rear lower at every and vertically be welded with the connection set square; Every that is parallel to each other connects set square and vertically is welded on respectively on the top sieve set square connecting plate; Every curvedly bending downwards of the rear end of once cleaning pipe is beneficial to the foreign material that dispatch is cleaned, and the connection set square that is welded can prevent that hooks such as grass, mulch film, seedling be climing are around the junction of once cleaning between pipe and the top sieve set square connecting plate; The connection set square that is welded has also strengthened the stability of last screen assembly, thereby can improve the ability of cleaning.
Bolt through installing in the back plate connecting bolt hole that on top sieve set square connecting plate, has and in the top sieve set square connecting plate connecting bolt hole that on the back plate of screen frame, has; Top sieve set square connecting plate snugly is connected on the back plate of screen frame; Simultaneously; There is the bending hook upper end behind top sieve set square connecting plate, so that make top sieve set square connecting plate be contained in simultaneously the back upper end of plate behind the screen frame by hook, both is installed combine more firmly.
The left and right two ends that the many secondaries that are parallel to each other on the following screen assembly are cleaned cross bar are welded on respectively on the horizontal bending plate of the left side cross bar welded plate that is the L type on the horizontal bending plate with the right side cross bar welded plate that is the L type; Many secondaries are cleaned vertical pole and are welded on the bottom that secondary is cleaned cross bar in parallel to each other, more than each parts constitute screen assembly single piece down through welding.
In the sieve connecting bolt hole and under the screen frame that the bottom of right plate bottom level bending plate is welded with, sieve among the attaching nut, right side cross bar welded plate is installed on the screen frame right plate in the following sieve screen frame connecting hole that on the horizontal bending plate of right side cross bar welded plate, has and under the screen frame that on the right plate bottom level bending plate of screen frame right plate, has through being installed on connecting bolt wherein.
Equally; In the following sieve screen frame connecting hole that on the horizontal bending plate of left side cross bar welded plate, has and under the screen frame that on the left plate bottom level bending plate of screen frame left plate, has in the sieve connecting bolt hole and in the screen frame lower frame attaching nut that the bottom of left plate bottom level bending plate is welded with through being installed on connecting bolt wherein, left side cross bar welded plate is installed on the screen frame left plate.
Screen frame sieve connecting plate down is three sections flat boards of bending; In the connecting plate screen frame bolt hole that on its leading portion level board, has with screen frame before the connecting bolt through installing in the welded nut of lower connecting plate bottom surface before the screen frame of lower connecting plate bottom surface, make and sieve connecting plate screen frame under and be installed on the preceding lower connecting plate of screen frame; Screen frame sieves the cross bar pressing plate of lifting up in the bending of connecting plate back segment down, and the secondary that can be fitted in down screen assembly is cleaned the front end of cross bar.
Peanut combine is simple in structure with reciprocating type double-deck screen shale shaker, installation is easy, and double vibrations is reliable, to the ability of the cleaning height of peanut.
Description of drawings
Fig. 1: peanut combine is with reciprocating type double-deck screen shale shaker forward three-dimensional structure sketch map.
Fig. 2: peanut combine is with the reverse three-dimensional structure sketch map of reciprocating type double-deck screen shale shaker.
Fig. 3: screen frame 1 forward three-dimensional structure sketch map.
Fig. 4: screen frame 1 reverse three-dimensional structure sketch map.
Fig. 5: go up screen assembly 2 forward three-dimensional structure sketch mapes.
Fig. 6: go up screen assembly 2 reverse three-dimensional structure sketch mapes.
Fig. 7: following screen assembly 3 forward three-dimensional structure sketch mapes.
Fig. 8: following screen assembly 3 reverse three-dimensional structure sketch mapes.
Fig. 9: screen frame is the sieve connecting plate 4 main cross-sectional schematic of looking down.
Figure 10: screen frame is sieve connecting plate 4 schematic top plan view down.
Figure 11: the top sieve set square connecting plate 24 three-dimensional structure sketch mapes of going up screen assembly 2.
Figure 12: the right side cross bar welded plate 28 three-dimensional structure sketch mapes of following screen assembly 3.
Figure 13: the right plate 5 three-dimensional structure sketch mapes of screen frame 1.
Embodiment
Referring to each accompanying drawing; Peanut combine is used reciprocating type double-deck screen shale shaker; Sieving connecting plate 4 down by screen frame 1, last screen assembly 2, following screen assembly 3 and screen frame forms; Before the top sieve of last screen assembly 2 front ends connecting plate 21 left and right two ends be inserted in the gap of 12 of preceding upper junction plate 7 and left limit plates of screen frame 1 respectively and the gap of 11 of preceding upper junction plate 7 and right limit plates in; Be coated with connecting bolt in the back plate connecting bolt hole 25 on the top sieve set square connecting plate 24 of last screen assembly 2 and in the top sieve set square connecting plate connecting bolt hole 26 on the back plate 10 of screen frame 1; Top sieve set square connecting plate 24 is installed on the plate 10 of back, and has bending hook 42 hooks to be contained in plate 10 upper ends, back in top sieve set square connecting plate 24 upper ends; Right side cross bar welded plate 28 on following screen assembly 3 and left side cross bar welded plate 29 respectively with screen frame 1 on the left plate bottom level bending plate of right plate bottom level bending plate 39 and left plate 6 of right plate 5 be connected through bolt and be integral; Be installed in the screen frame on the lower connecting plate 8 before the screen frame 1 down the secondary that is crimped on down on the screen assembly 3 of the cross bar pressing plate 34 of sieve connecting plate 4 clean cross bar 27 front ends; Secondary on following screen assembly 3 is cleaned between the bolt pad that installs additional on cross bar 27 rear ends and the screen frame middle connecting plate bottom surface welded nut 37 on the screen frame 1 and is coated with connecting bolt, makes secondary clean cross bar 27 rear ends and is connected with middle connecting plate 9 on the screen frame 1;
Following screen assembly 3 is cleaned cross bar 27 and secondary by right side cross bar welded plate 28, left side cross bar welded plate 29, secondary and is cleaned vertical pole 30 and be welded into the seam single piece.
Referring to Fig. 3 and Fig. 4; Preceding upper junction plate 7 left ends and preceding lower connecting plate 8 left ends of screen frame 1 are vertically welded in left plate 6 upper front end and front end bottom respectively; Preceding upper junction plate 7 right-hand members and preceding lower connecting plate 8 right-hand members are vertically welded in right plate 5 upper front end and front end bottom respectively, and preceding upper junction plate 7 is parallel to each other with 8 liang of plates of preceding lower connecting plate; On top, preceding upper junction plate 7 left and right two ends; The left limit plate 12 and right limit plate 11 that are welded on left plate 6 front ends and right plate 5 front ends are arranged respectively; There is certain interval at preceding upper junction plate 7 left and right two ends respectively and between the left limit plate 12 on its top and the right limit plate 11, for the left and right two ends of connecting plate 21 before the top sieve that installs screen assembly 2 front ends.
Lower connecting plate 8 left and right two ends also are welded on the upper front end of right plate bottom level bending plate 39 of upper front end and right plate 5 bottoms of the left plate bottom level bending plate of left plate 6 bottoms respectively before described.
Before screen frame 1, sieve in the connecting plate screen frame bolt hole 35 of connecting plate 4 in the lower connecting plate bottom surface welded nut 36 and under screen frame before the screen frame of the screw of lower connecting plate 8 and bottom surface thereof welding; Be coated with connecting bolt, sieve connecting plate 4 is installed on the preceding lower connecting plate 8 of screen frame 1.
In the screen frame middle connecting plate bottom surface welded nut 37 of the screw of screen frame 1 middle connecting plate 9 and bottom surface welding thereof and at screen assembly 3 secondaries down, clean in the bolt pad screw that cross bar 27 rear part upper surface install additional and be coated with connecting bolt, make down screen assembly 3 secondaries clean cross bar 27 rear portions and be installed on screen frame 1 middle connecting plate 9; Described middle connecting plate 9 left and right two ends are welded on respectively on the left plate bottom level bending plate of left plate 6 on the right plate bottom level bending plate 39 with right plate 5.
All having and sieving connecting bolt hole 32 screen frame under on the right plate bottom level bending plate 39 of the right plate 5 of screen frame 1 with on the left plate bottom level bending plate of left plate 6; And all be welded with sieve attaching nut 33 under the screen frame in described right plate bottom level bending plate 39 bottom surfaces and left plate bottom level bending plate bottom surface; For in both following sieve screen frame connecting bolt holes 31 of the right side cross bar welded plate 28 of following screen assembly 3 and left side cross bar welded plate 29; Pass through the connecting bolt that installed respectively, on the right plate bottom level bending plate 39 that the right side cross bar welded plate 28 that makes down screen assembly 3 and left side cross bar welded plate 29 are installed in screen frame 1 respectively and the left plate bottom level bending plate.
The back plate 10 of screen frame 1 is welded on left plate 6 rear ends and right plate 5 rear ends of mirror-symmetrical configuration obliquely; Connecting bolt through installing in the top sieve set square connecting plate connecting bolt hole 26 that the back has on the plate 10 and in the back plate connecting bolt hole 25 that has on the top sieve set square connecting plate 24 at last screen assembly 2 is installed in afterwards on the plate 10 top sieve set square connecting plate 24; Left plate 6 is identical with right plate 5 both structures; Right plate mainboard 40 upper/lower terminals at right plate 5 have the bending continuous outside, right plate upper end bending plate 41 and right plate bottom level bending plate 39 respectively; 38 outsides, two casing tube wearing holes that on right plate mainboard 40, have; Be welded with right front journal stirrup 18, right front sleeve pipe 17 and right back journal stirrup 19, right back sleeve pipe 20 respectively, the outside, two casing tube wearing holes that on the left plate mainboard, has is welded with left front journal stirrup 13, left front sleeve pipe 14 and left back journal stirrup 15, left back sleeve pipe 16 respectively; On right plate bottom level bending plate 39, have sieve connecting bolt hole 32 under the screen frame.
Referring to Fig. 5, Fig. 6 and Figure 11; The many alternate front ends of once cleaning pipe 22 that are parallel to each other on the last screen assembly 2 are welded on respectively on the preceding connecting plate 21 of top sieve of rectangular flat shape; Once clean pipe 22 lower rear at every and vertically be welded with leg-of-mutton connection set square 23, every of being parallel to each other connects set square 23 and vertically is welded on respectively on the top sieve set square connecting plate 24; The rear end of once cleaning pipe 22 that main body is straight pipe shape is circular arc ground downwarping; Top sieve set square connecting plate 24 rear upper end having plate connecting bolt hole, back 25 have bending hook 42; The ability hook is contained in the back upper end of screen frame 1 back plate 10.
Referring to Fig. 7 and Fig. 8; Many secondaries on following screen assembly 3 are cleaned on the horizontal bending plate that cross bar 27 left and right two ends are welded on the left side cross bar welded plate 29 that is the L type respectively in parallel to each other on the horizontal bending plate with the right side cross bar welded plate 28 that is the L type; Many secondaries are cleaned vertical pole 30 and are welded on secondary respectively in parallel to each other and clean cross bar 27 bottoms, more than constitute the following screen assembly 3 that seam is integral part.
Referring to Figure 12 and Figure 13; On both horizontal bending plates of the right side cross bar welded plate 28 of the following L type that is similarly of screen assembly 3 and left side cross bar welded plate 29; At least have a sieve screen frame connecting bolt hole 31 down respectively; Respectively with screen frame 1 on right plate bottom level bending plate 39 and left plate bottom level bending plate on have one screen frame at least down in the sieve connecting bolt hole 32; And among the following attaching nut 33 of sieve of the screen frame that is welded with at least,, described right side cross bar welded plate 28 and left side cross bar welded plate 29 are installed on the right plate 5 and left plate 6 of screen frame 1 respectively through the connecting bolt that installs therein.
Referring to Fig. 9 and Figure 10; Under the screen frame that three sections flat boards by bending constitute on the leading portion level board of sieve connecting plate 4 in the connecting plate screen frame bolt hole 35 that has with screen frame 1 before the connecting bolt through installing in the lower connecting plate bottom surface welded nut 36 before the screen frame of in the bolt hole on the lower connecting plate 8 and bottom surface, make and sieve connecting plate 4 screen frame under and be installed on the preceding lower connecting plate 8 of screen frame 1; The screen frame leading portion level board of sieve connecting plate 4 down is connected as a body through the cross bar pressing plate 34 of lifting up in stage casing bending plate and the back segment bending, and cross bar pressing plate 34 is fitted in down the secondary of screen assembly 3 and cleans cross bar 27 front ends.
Claims (10)
1. peanut combine is used reciprocating type double-deck screen shale shaker; Sieving connecting plate (4) down by screen frame (1), last screen assembly (2), following screen assembly (3) and screen frame forms; It is characterized in that left and right two ends of connecting plate (21) before the top sieve of screen assembly (2) front end are inserted in respectively in preceding upper junction plate (7) and the gap between left limit plate (12) of screen frame (1) and in the gap between preceding upper junction plate (7) and right limit plate (11); Be coated with connecting bolt in the back plate connecting bolt hole (25) on the top sieve set square connecting plate (24) of last screen assembly (2) and in the top sieve set square connecting plate connecting bolt hole (26) on the back plate (10) of screen frame (1); Top sieve set square connecting plate (24) is installed on the back plate (10), and has bending hook (42) hook to be contained in back plate (10) upper end in top sieve set square connecting plate (24) upper end; Right side cross bar welded plate (28) on following screen assembly (3) and left side cross bar welded plate (29) respectively with screen frame (1) on the left plate bottom level bending plate of right plate bottom level bending plate (39) and left plate (6) of right plate (5) be connected through bolt and be integral; Be installed on the preceding lower connecting plate of screen frame (1) (8) screen frame down the secondary that is crimped on down on the screen assembly (3) of the cross bar pressing plate (34) of sieve connecting plate (4) clean cross bar (27) front end; Secondary on following screen assembly (3) is cleaned between the bolt pad that installs additional on cross bar (27) rear end and the screen frame middle connecting plate bottom surface welded nut (37) on the screen frame (1) and is coated with connecting bolt, makes secondary clean cross bar (27) rear end and is connected with middle connecting plate (9) on the screen frame (1);
Screen frame (1) is welded into screen frame (1) seam single piece by right plate (5), left plate (6), preceding upper junction plate (7), preceding lower connecting plate (8), middle connecting plate (9) and back plate (10);
Last screen assembly (2) by connecting plate before the top sieve (21), once clean pipe (22), connect set square (23) and top sieve set square connecting plate (24) is welded into the seam single piece;
Following screen assembly (3) is cleaned cross bar (27) and secondary by right side cross bar welded plate (28), left side cross bar welded plate (29), secondary and is cleaned vertical pole (30) and be welded into the seam single piece.
2. peanut combine according to claim 1 is used reciprocating type double-deck screen shale shaker; Preceding upper junction plate (7) left end and preceding lower connecting plate (8) left end that it is characterized in that screen frame (1) are vertically welded in left plate (6) upper front end and front end bottom respectively; Preceding upper junction plate (7) right-hand member and preceding lower connecting plate (8) right-hand member are vertically welded in right plate (5) upper front end and front end bottom respectively, and preceding upper junction plate (7) and preceding lower connecting plate (8) two plates are parallel to each other; On top, the left and right two ends of preceding upper junction plate (7); The left limit plate (12) and the right limit plate (11) that are welded on left plate (6) front end and right plate (5) front end are arranged respectively, and there is certain interval at the left and right two ends of preceding upper junction plate (7) respectively and between the left limit plate (12) on its top and the right limit plate (11).
3. peanut combine according to claim 1 is used reciprocating type double-deck screen shale shaker, it is characterized in that described before the left and right two ends of lower connecting plate (8) also be welded on the upper front end of right plate bottom level bending plate (39) of upper front end and right plate (5) bottom of the left plate bottom level bending plate of left plate (6) bottom respectively.
4. peanut combine according to claim 1 is used reciprocating type double-deck screen shale shaker; It is characterized in that before the screen frame of the screw of the preceding lower connecting plate of screen frame (1) (8) and bottom surface welding thereof in the lower connecting plate bottom surface welded nut (36) and under screen frame, sieve in the connecting plate screen frame bolt hole (35) of connecting plate (4) being coated with connecting bolt, make and sieve connecting plate (4) under the screen frame and be installed on the preceding lower connecting plate (8) of screen frame (1).
5. peanut combine according to claim 1 is used reciprocating type double-deck screen shale shaker; It is characterized in that in the screen frame middle connecting plate bottom surface welded nut (37) of the screw of screen frame (1) middle connecting plate (9) and bottom surface welding thereof and clean in the bolt pad screw that cross bar (27) rear part upper surface installs additional being coated with connecting bolt, make down screen assembly (3) secondary clean cross bar (27) rear portion and be installed on screen frame (1) middle connecting plate (9) at screen assembly (3) secondary down; The left and right two ends of described middle connecting plate (9) are welded on the left plate bottom level bending plate of left plate (6) respectively and on the right plate bottom level bending plate (39) of right plate (5).
6. peanut combine according to claim 1 is used reciprocating type double-deck screen shale shaker; It is characterized in that in the right side cross bar welded plate (28) and both following sieve screen frame connecting bolt holes (31) of left side cross bar welded plate (29) of following screen assembly (3); Connecting bolt through installing respectively makes down on the right side cross bar welded plate (28) of screen assembly (3) and the right plate bottom level bending plate (39) and left plate bottom level bending plate that left side cross bar welded plate (29) is installed in screen frame (1) respectively.
7. peanut combine according to claim 1 is used reciprocating type double-deck screen shale shaker, it is characterized in that the back plate (10) of screen frame (1) is welded on left plate (6) rear end and right plate (5) rear end of mirror-symmetrical configuration obliquely; Left plate (6) is identical with both structures of right plate (5); The outside, two casing tube wearing holes (38) that on right plate mainboard (40), has; Be welded with right front journal stirrup (18), right front sleeve pipe (17) and right back journal stirrup (19), right back sleeve pipe (20) respectively, the outside, two casing tube wearing holes that on the left plate mainboard, has is welded with left front journal stirrup (13), left front sleeve pipe (14) and left back journal stirrup (15), left back sleeve pipe (16) respectively.
8. peanut combine according to claim 1 is used reciprocating type double-deck screen shale shaker; It is characterized in that the many alternate front ends of once cleaning pipe (22) that are parallel to each other on the screen assembly (2) are welded on respectively on the preceding connecting plate (21) of top sieve of rectangular flat shape; Once clean pipe (22) lower rear at every and vertically be welded with leg-of-mutton connection set square (23), every of being parallel to each other connects set square (23) and vertically is welded on respectively on the top sieve set square connecting plate (24); The rear end of once cleaning pipe (22) that main body is straight pipe shape is circular arc ground downwarping; Top sieve set square connecting plate (24) rear upper end having plate connecting bolt hole, back (25) has bending hook (42).
9. peanut combine according to claim 1 is used reciprocating type double-deck screen shale shaker; It is characterized in that many secondaries on following screen assembly (3) clean on the horizontal bending plate that the left and right two ends of cross bar (27) are welded on the left side cross bar welded plate (29) that is the L type respectively in parallel to each other on the horizontal bending plate with the right side cross bar welded plate (28) that is the L type; Many secondaries are cleaned vertical pole (30) and are welded on secondary respectively in parallel to each other and clean cross bar (27) bottom, constitute the following screen assembly (3) that seam is integral part.
10. peanut combine according to claim 1 is used reciprocating type double-deck screen shale shaker; It is characterized in that on the leading portion level board of sieve connecting plate (4) under the screen frame that three sections flat boards by bending constitute, having connecting plate screen frame bolt hole (35), the screen frame leading portion level board of sieve connecting plate (4) down is connected as a body through the cross bar pressing plate (34) of lifting up in stage casing bending plate and the back segment bending.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210173596.6A CN102668799B (en) | 2012-05-24 | 2012-05-24 | Reciprocating double-layer vibrating screen for peanut combine harvester |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210173596.6A CN102668799B (en) | 2012-05-24 | 2012-05-24 | Reciprocating double-layer vibrating screen for peanut combine harvester |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102668799A true CN102668799A (en) | 2012-09-19 |
| CN102668799B CN102668799B (en) | 2014-06-25 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210173596.6A Expired - Fee Related CN102668799B (en) | 2012-05-24 | 2012-05-24 | Reciprocating double-layer vibrating screen for peanut combine harvester |
Country Status (1)
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| CN (1) | CN102668799B (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103039182A (en) * | 2012-12-06 | 2013-04-17 | 青岛农业大学 | Double-layer vibration screen of peanut combine |
| CN104429401A (en) * | 2013-09-20 | 2015-03-25 | 迪尔公司 | Hanger mount for a reciprocating sieve |
| CN105815027A (en) * | 2016-03-22 | 2016-08-03 | 柳州首光科技有限公司 | Soil sieving structure for harvester |
Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4535894A (en) * | 1983-01-24 | 1985-08-20 | Shell Melvin E | Separator apparatus for peanuts and other seed crops |
| JPH0759422A (en) * | 1993-08-26 | 1995-03-07 | Kobayashi Tekkosho:Kk | Harvesting device for bulbs |
| CN201004707Y (en) * | 2007-01-26 | 2008-01-09 | 上海市民办双翼学校 | Transmitter with remote control |
| CN201131155Y (en) * | 2007-11-16 | 2008-10-15 | 胡志华 | A multifunctional combined harvester for peanuts |
| CN201418272Y (en) * | 2009-03-30 | 2010-03-10 | 郑州泰盛收割机械有限责任公司 | multifunctional harvester |
| CN101796906A (en) * | 2009-11-05 | 2010-08-11 | 董昌义 | One-off combine harvester for harvesting, cleaning and storing peanuts |
| CN201618691U (en) * | 2009-11-24 | 2010-11-03 | 赵新庄 | Winnowing peanut sorting machine |
| CN202565740U (en) * | 2012-05-24 | 2012-12-05 | 江苏宇成动力集团有限公司 | Reciprocating-type double-layer vibrating screen for peanut combined harvester |
-
2012
- 2012-05-24 CN CN201210173596.6A patent/CN102668799B/en not_active Expired - Fee Related
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4535894A (en) * | 1983-01-24 | 1985-08-20 | Shell Melvin E | Separator apparatus for peanuts and other seed crops |
| JPH0759422A (en) * | 1993-08-26 | 1995-03-07 | Kobayashi Tekkosho:Kk | Harvesting device for bulbs |
| CN201004707Y (en) * | 2007-01-26 | 2008-01-09 | 上海市民办双翼学校 | Transmitter with remote control |
| CN201131155Y (en) * | 2007-11-16 | 2008-10-15 | 胡志华 | A multifunctional combined harvester for peanuts |
| CN201418272Y (en) * | 2009-03-30 | 2010-03-10 | 郑州泰盛收割机械有限责任公司 | multifunctional harvester |
| CN101796906A (en) * | 2009-11-05 | 2010-08-11 | 董昌义 | One-off combine harvester for harvesting, cleaning and storing peanuts |
| CN201618691U (en) * | 2009-11-24 | 2010-11-03 | 赵新庄 | Winnowing peanut sorting machine |
| CN202565740U (en) * | 2012-05-24 | 2012-12-05 | 江苏宇成动力集团有限公司 | Reciprocating-type double-layer vibrating screen for peanut combined harvester |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103039182A (en) * | 2012-12-06 | 2013-04-17 | 青岛农业大学 | Double-layer vibration screen of peanut combine |
| CN104429401A (en) * | 2013-09-20 | 2015-03-25 | 迪尔公司 | Hanger mount for a reciprocating sieve |
| CN104429401B (en) * | 2013-09-20 | 2018-10-09 | 迪尔公司 | Hanger installation part for reciprocating screen |
| CN105815027A (en) * | 2016-03-22 | 2016-08-03 | 柳州首光科技有限公司 | Soil sieving structure for harvester |
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| CN102668799B (en) | 2014-06-25 |
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