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    • 3. 发明专利
    • COMBINE HARVESTER
    • JP2001231344A
    • 2001-08-28
    • JP2000045972
    • 2000-02-23
    • ISEKI AGRICULT MACH
    • SATOJI HISAYUKIOCHI SHOJINAGAKI KAZUOOKADA TOSHIHIKOOKUMOTO KOJIIHARA YASUSHI
    • A01D41/02A01D67/00A01F12/46
    • PROBLEM TO BE SOLVED: To increase commercial value in appearance by bringing the center of gravity of a combine harvester to be lower to increase stability of the machine body and increasing compact feeling of the machine body. SOLUTION: The top end of a reaping apparatus 5 is located above the lower end of the grain discharge port 18 of a grain discharge cylinder 16 when the grain discharge cylinder 16 is positioned at a housed position to overlap to the reaping apparatus 5 in a planar view and the reaping apparatus 5 is lifted to its top position. As a second means, the grain discharge cylinder 16 is positioned to the ousted position to overlap to the raping apparatus 5 in the planar view and the top end of a pull up cover 25 for covering the upper side of a pull up device 22 of the reaping apparatus 5 is located above the lower end of the grain discharge port 18 of the grain discharge cylinder 16 when the reaping apparatus 5 is lifted to its top position. As a third means, when the grain discharge cylinder 16 is positioned at the housed position to overlap to the reaping apparatus 5 in the planar view and the reaping apparatus 5 is lifted to its top position, the top end of a dust protective cover 27 covering the upper side of the reaping apparatus 5 is positioned on the side above the lower end of the grain discharge port 18 of the grain discharge cylinder 16.
    • 7. 发明专利
    • AUGER-DRIVING DEVICE OF COMBINED HARVESTER
    • JPH0998653A
    • 1997-04-15
    • JP28435095
    • 1995-10-06
    • ISEKI AGRICULT MACH
    • SATOJI HISAYUKINAGAKI KAZUOHIROSE MASAKAZUYAMASHITA MAROHITOMATSUI MASAMI
    • A01F12/00A01F12/46
    • PROBLEM TO BE SOLVED: To provide an auger-driving device of combined harvester, facilitated in maintenance and enlarged in the volume of a grain tank by linearly arranging the engine of the auger-driving device of the combined harvester and all transmission mechanisms connected to a grain-delivering spiral on the inside of a travel frame and on one side of the frame. SOLUTION: An engine 2 is laterally disposed at the central and left place of a travel frame 1, and a bevel gear box 3 is attached to the front and right side of the travel frame 1. A grain tank 4 is set to the rear part of the travel frame 1, and a grain-delivering spiral 5 for laterally delivering the grains is disposed on the right side of the bottom of the grain tank. A belt 2c for driving a fan 2b and an engine output belt 8 for driving the input shaft 7a of HST 7 are connected to the right side output shaft 2a of the engine 2 on the side of a radiator 6. The input shaft 7a of the HST 7 and the driving shaft 3a of a bevel gear 3 are connected to each other through an engine output belt 9. The rectangular shaft 3b of the bevel gear 3 and the grain-delivering spiral 5 are linearly connected to each other through an auger-driving shaft 10.
    • 8. 发明专利
    • GRASS DIVIDER IN RUSH HARVESTER
    • JPH04228010A
    • 1992-08-18
    • JP11844391
    • 1991-05-23
    • ISEKI AGRICULT MACH
    • AKIYAMA TAKAOWATABE ICHIROMASUDA OSAMUNAGAKI KAZUO
    • A01D45/00A01D63/02
    • PURPOSE:To enable distributing and grass dividing in a state of reduced occurrence of twining or breaking, prevent waste rushes or weeds, etc., from being caught, and smoothly and sufficiently carry out grass dividing action. CONSTITUTION:A grass dividing unit of a rush harvester is equipped with a stem and culm raising up device 4 having raising up lugs for engaging with stems and culms of rushes, and raising up the stems and culms while transferring the stems and culms to the back upper part in the front of a reaper 3 installed in a front lower position of a mobile device 1, and a rotating grass dividing unit 5 rotating about the oblique shaft center directing from the back of a fixed grass diving unit (12a), fixed and arranged under the front end of a machine body in the front position of the above-mentioned stem and culm raising device 4 toward the upper part of the aforementioned stem and culm raising up device 4, and characterized as follows. The above-mentioned rotating grass dividing unit 5 is formed into a cross-sectional shape having respective different widths in the perpendicularly intersecting directions and formed so that the outer peripheral part may be a smooth curved surface. The rotating grass diving unit 5 is constructed so as to be rotated and driven about the shaft center at the central position thereof. At least the front end side of the aforementioned rotating grass dividing unit 5 is simultaneously formed into a tapered shape.
    • 9. 发明专利
    • CULM-RAISING APPARATUS OF RUSH HARVESTER
    • JPH03117420A
    • 1991-05-20
    • JP25578589
    • 1989-09-29
    • ISEKI AGRICULT MACH
    • NAGAKI KAZUOBENDA OSAMUKONO KENJISHIGEMATSU KENJIWATABE ICHIRO
    • A01D45/00A01D57/22
    • PURPOSE:To obtain the subject apparatus capable of harvesting rush without damaging the rush culm by placing a culm-raising apparatus in front of an undercarriage positioning the starting end of the apparatus at lower front side and the rear end at upper back side, opening a primary air-ejection port and a secondary air-ejection port in front of the culm-raising apparatus and blasting air upward. CONSTITUTION:A culm-raising apparatus 2 is placed in front of an undercarriage 1 in such a manner as to position the starting end of the apparatus at lower front side and the rear end at upper back side. In front of the culm-raising apparatus 2, a primary air-ejection port 3 is opened at the lower side and a secondary air-ejection port 4 is opened in the middle and air is blasted upward. A rush-harvester 7 having the above construction is moved forward with a crawler 8, the rush on the field is separated by the front grass-separation rod 5 and a rotary grass-separation apparatus 6, the entangled rush culms are loosened with air stream blasted from the primary air-ejection port 3 and the secondary air-ejection port 4 and the loosened rush culms are raised with a raising lug 16 to harvest the rush without damaging the culm.