专利检索_ 马铃薯种植机专利检索_ 马铃薯种植机专利检索查询

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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
121	플랜터	KR1020127007418	2010-08-23	KR101419446B1	2014-07-15	요네다,사토루; 나카오,히로아키; 나라하라,요자부로; 쿠와바라,미노루; 시미즈,슈이치
종구를 정확하게 심을 수 있는 플랜터를 제공하는 것을 과제로 한다. 플랜터(1)에 있어서, 개폐 구동부(83)는, 회전체 프레임(27)의 좌우 양측에 회동 가능하게 지지되며, 외측을 회전체 프레임(27)의 좌우 단부로부터 각각 바깥쪽 방향으로 돌출시켜, 좌우 한 쌍의 캠체(181·181)에 접촉하여 회동하는 좌우 한 쌍의 구동 아암(120·120)과, 좌우 한 쌍의 구동 아암(120·120)과 개공 유닛(82)을 연결하는 링크 기구를 구비하는 것이다.
122	플랜터	KR1020127007418	2010-08-23	KR1020120049366A	2012-05-16	요네다,사토루; 나카오,히로아키; 나라하라,요자부로; 쿠와바라,미노루; 시미즈,슈이치
종구를 정확하게 심을 수 있는 플랜터를 제공하는 것을 과제로 한다. 플랜터(1)에 있어서, 개폐 구동부(83)는, 회전체 프레임(27)의 좌우 양측에 회동 가능하게 지지되며, 외측을 회전체 프레임(27)의 좌우 단부로부터 각각 바깥쪽 방향으로 돌출시켜, 좌우 한 쌍의 캠체(181·181)에 접촉하여 회동하는 좌우 한 쌍의 구동 아암(120·120)과, 좌우 한 쌍의 구동 아암(120·120)과 개공 유닛(82)을 연결하는 링크 기구를 구비하는 것이다.
123	구근 파종 장치	KR1020047005105	2003-07-24	KR100600153B1	2006-07-12	포우데비그네,마르셀
The machine, comprising an articulated chassis with two rear supporting wheels (3) on an axle, has a housing with an upper hopper (1) containing the bulbs or cloves and equipped with a flow control flap, a pair of vertical rotating discs with spoons that pick up the bulbs at the bottom of the hopper, brushes (24, 25) to control the retention of bulbs and return surplus ones, and a shoe (23) to open the spoons and drop the bulbs into furrows made by coulters (7) on a support (27).
124	구근 파종 장치	KR1020047005105	2003-07-24	KR1020040045492A	2004-06-01	포우데비그네,마르셀
본 발명은 구근 파종 장치에 관한 것으로서, 2 개의 압축공기식 휠에 장착된 차축(2)에 의하여 후방에서 지지되는 깔때기(1)를 포함하며, 여기서 깔때기(1)는 평행 및 대칭의 2 개의 원형판(5)을 포함하는 수평의 회전축(4)에 의하여 거의 중앙 영역내에서 중간 높이로 횡단되며, 원형판(5)은 구근 조각(6)을 하나씩 포획하고 그리고, 보습(7)에 의하여 형성된 밭고랑에 수직으로 원하는 시점에 교대로 투하시키도록 하는 수단의 가장자리에서 지지되며, 정확히 말하면 장치의 프레임에서 2 개의 휠의 차축에 연결된 거더에 의하여 지지되는 보습 술바닥(8)에 의해 구근이 덮히는 것을 특징으로 한다.
125	Hill-compensating planter and method	US14053386	2013-10-14	US09258939B2	2016-02-16	Rainer Borgmann; Tyson Jensen
A seed planting device operable on ground includes a main frame, having wheels, configured to be moved in a planting direction on the ground, a seed hopper, attached to the frame, having a discharge, and a cup-type seed dispenser, having a dispenser axis, disposed adjacent to the discharge of the hopper. The seed dispenser is configured to controllably receive and dispense individual seeds from the hopper and drop the seeds from a seed discharge below the frame. The seed hopper and seed dispenser are pivotally attached to the main frame and configured to rotate about a generally horizontal axis to maintain the dispenser axis in a substantially upright orientation relative to an uphill or downhill planting direction.
126	Method for planting potatoes at high speed and equipment for carrying out that method	US13986700	2013-05-28	US20130319307A1	2013-12-05	Robert Craig McCloskey
The method for planting potatoes at high speed includes the steps of providing a press wheel behind the seed drop chute; opening a furrow in a soil; dropping potato seed pieces at spaced intervals in the furrow such that each seed piece or a portion thereof intersects a forward shadow of the press wheel, and catching and decelerating each seed piece against the soil in the furrow thereby reducing set roll in each seed piece. In an alternate embodiment a pair of spaced-apart press wheels are used. These alternate press wheels are mounted astride the furrow in a positive-camber alignment for moving the soil of the furrow against the seed piece.
127	Bulb planter with twin grips	US11095372	2005-03-31	US07647703B2	2010-01-19	David Demar; Thomas VanDyk; Roland Charriez; Michael Ballone; John Kiely; Keith Kristiansen; Melissa Fisher; Brian J. Conaway; Mandi Reese; Terry M. Birchler; Mark C. Eyman
A bulb planter includes a pair of blade halves cooperating to form a tubular tool head and a molded plastic handle body forming a pair of handles. The blade halves are preferably metal and riveted to the handle body. The handle body forms a living hinge for selectively pivoting the blade halves upon movement of the handles. The blade halves pivot toward and away from each other between a soil plug cutting position and a soil plug releasing position upon movement of the handles. A resilient member biases the blade halves toward the soil plug cutting position. The resilient member is preferably an elastomer ring encircling the blade halves. The handles extend in opposed directions substantially perpendicular to a central longitudinal axis and are manually movable against the bias of the resilient member to move the blade halves to the soil plug release position.
128	Row crop planting machine	US557021	1975-03-10	US3986464A	1976-10-19	Richard F. Uppiano
A machine for planting agricultural crops, particular seed potatoes, has multiple chassis frames that each constitute a multi-row module so as to facilitate manufacture of various models, later conversions of one model to another, and assembly, shipping, and maintenance of the machine. The chassis frames are hinged to accommodate multiple planting devices to the varying contour of the farmland being planted. A central chassis frame is flanked at opposite sides by chassis frames supported by ground-engaging wheels, some of which serve to drive the mechanisms of the planting devices carried by the frames. Hinging of the frames at the front is accomplished by respective pairs of elongate and upstanding hinge plates arranged face-to-face and pivotally interconnected at their lower ends (located as close to ground level as practical considering operating requirements). The flanking frames are linked to the upper ends of corresponding plates of respectively adjacent sets of hinge plates by stabilizer bars having lost motion connections with such plates to limit the oscillation thereof and to both accommodate and limit the extent of rise and fall of such flanking frames. The lower ends of these stabilizer bars are pivotally attached to the respective frames so as to be length adjustable. Hinging at the rear is similar, but without stabilizer bars. This arrangement not only minimizes displacement of deposited seed materials from the centers of row furrows by reason of the effect on the machine of uneven terrain, but makes planting depth more even than is normally achieved with conventional planting machines.
129	Hitch mechanism	US10075461	1961-04-04	US3028177A	1962-04-03	FRENCH DAMAS J

130	Potato planter attachment having a rotary cutting wheel	US18250850	1950-08-31	US2685314A	1954-08-03	SCOTT WARREN

131	Potato planter	US17188750	1950-07-03	US2642909A	1953-06-23	EDGAR OSBORNE JAMES

132	Planting device	US2305848	1948-04-24	US2554604A	1951-05-29	VETTER HERMAN J; VETTER WILBUR J

133	Seed spacing timer	US79168547	1947-12-15	US2463925A	1949-03-08	VETTER HERMAN J

134	Potato planter	US73513534	1934-07-14	US2091432A	1937-08-31	COOK CURTISS L

135	Potato planter	US65671733	1933-02-14	US1959561A	1934-05-22	ARTRIP WILLIAM F

136	Potato planter	US60165632	1932-03-28	US1959560A	1934-05-22	ARTRIP WILLIAM F

137	Potato planting machine	US43879530	1930-03-25	US1839957A	1932-01-05	CHARLES EDDLEMAN

138	Potato-setting machine	US40969929	1929-11-25	US1781986A	1930-11-18	FREDRIK LJUNGDAHL JANNE

139	Planter	US70925624	1924-04-26	US1607102A	1926-11-16	SCHUTTER FRED H

140	Feeding mechanism for potato planters	US40786520	1920-09-03	US1510021A	1924-09-30	JOHN STURROCK

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