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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
201	WAY OF MECHANIZED SEEDING (VERSIONS)	US14920540	2015-10-22	US20160128274A1	2016-05-12	Sergei Vladimirovich Brindyuk
There are suggested versions of seeding, including risk farming areas on black earth, gray, brown forest and chestnut soils, in which mechanized direct sowing of agricultural crops to the soil is carried out in the period, when absolute humidity of soil is more than 2% higher than the upper limit of humidity of physical maturity of soil, by its temperatures above zero, moreover, at sowing the furrows for seeds laying are forming with the width no more than 12 cm from 0.5 to 15 cm. Besides that, at sowing the energetic device, which has the opportunity to move along the ground with absolute humidity of more than 2 percent and up to 100 percent higher than the upper limit of humidity of soil physical maturity with the velocity from 6 to 80 km/h.
202	APPARTUS FOR RESIZING ONE OR MORE PARTICLES	US14887038	2015-10-19	US20160114353A1	2016-04-28	Michael J. HILVERS; David R. Smith
A device for coating items is provided. The device includes a hopper configured to hold particles of coating. The device also includes a spout including a first end and a second end. The spout is coupled to the hopper at the first end and is configured to receive the particles of coating from the hopper. The device also includes a distribution device coupled between the hopper and the spout and configured to distribute the particles of coating from the hopper into the spout at the first end of the spout. The device also includes a size adjuster device coupled to the second end of the spout. The size adjuster device is configured to resize the particles of coating and to discharge the particles of coating.
203	Rice Cultivar Designated 'CL152'	US14005310	2012-03-30	US20140230086A1	2014-08-14	Steven D. Linscombe
The herbicide-tolerant rice cultivar designated ‘CL152’ and its hybrids and derivatives are disclosed.
204	COMPOSITIONS CONTAINING ANTHRAQUINONE DERIVATIVES AS GROWTH PROMOTERS AND ANTIFUNGAL AGENTS	US13288864	2011-11-03	US20120115728A1	2012-05-10	Hai Su; Pamela Marrone; Jason Lee Osborne
Compositions for modulating plant growth, seed germination and soil borne diseases comprising anthraquinone derivatives are disclosed.
205	Systems for the control and use of fluids and particles	US11980893	2007-10-31	US20080066663A1	2008-03-20	John Eastin; David Vu
The configuration of a feedstock material is controlled by bringing it into contact with at least a first gas moving against it at a location with an area and thickness of the feedstock liquid that forms drops or fibers of a selected size. In one embodiment, drops of agricultural input materials are formed for spraying on agricultural fields. In another embodiment, nanofibers of materials such as chitosan or metals are formed. In another embodiment seeds are planted with gel. In another embodiment particles carrying desired agricultural inputs with modified release characteristics are delivered.
206	Apparatus for the sowing of seeds and planting of saplings	US10258424	2003-01-16	US20030145770A1	2003-08-07	Matti Reinikainen
An apparatus for the sowing of seeds and/or planting of seedlings, comprising a spot scarification device (22) having rotatable cutters for mixing and chaffing a spot of a predeterminded sized at a desired seeding or planting place from the biomass, such as humus and mineral earth, in the ground, and a planting/seeding device (21) comprising a vertically movable planting/seedling part for the sowing of seeds and/or planting of seedlings. Using the apparatus of the invention, the seeds can be sown and the seedlings planted saving labor, time as well as seeds and seedlings and without stressing the soil in the area. In addition, the seeds can be sown and the seedlings planted in conjunction with felling and/or harvesting.
207	Germination promoter and sowing method for seeds of plant	US738706	1996-10-28	US5988082A	1999-11-23	Yoichi Ido
A germination promotor for promoting germination of plants, the germination promotor being adapted to hold seeds within a condition of high moisture percent in order to sprout the seeds promptly and uniformly without need for water irrigation, with the result that a high uniform germination and also a high germination percentage are obtained.
208	Seeding method and apparatus	US809378	1997-03-06	US5765492A	1998-06-16	Juha Sirkkala
A method and apparatus for sowing seeds using compressed-air pulses is provided. The apparatus includes a seed supply, a compressed-air duct extending to a sowing site, a compressed-air pulse producer for sending compressed-air pulses through the duct, and a seed dispenser communicating with the seed supply and the duct. The seed dispenser includes a reciprocating piston having an adjustable seed amount metering space for receiving a quantity of seeds from the seed supply. The piston is also biased toward the duct and has a depressible portion communicating with the duct. The piston moves toward a loading position when a compressed-air pulse exerts pressure against the depressible portion and returns toward a dispensing position in the absence of a compressed-air pulse exerting pressure against the depressible portion, the metering space communicating with the seed supply when the piston is in the loading position and the metering space communicating with the duct when the piston is in the dispensing position.
209	Global positioning planter system	US240332	1994-05-10	US5646846A	1997-07-08	Douglas M. Bruce; Allan L. Lorenc
A global positioning planter system for planting of seeds by a seed planter. A population control controls the seed planter. A global positioning system computer with digitized maps connects to the population control. The population control connects to the seeder for planting of seeds such as corn or beans or to seed drills for controlling the seed drill, and plants the seeds according to the population control which receives and transmits data with the global positioning system computer.
210	Seeding machine and method	US343671	1994-11-22	US5511499A	1996-04-30	Otmar Edinger
A planter or seeder is drawn rectilinearly over the field and has sowing blades like casters or tailwheels which are caused to swivel from side to side so that the rows defined by the sowing blades have an undulating or sinusoidal pattern.
211	Method for the preparation of hydrated, pregerminated seeds in gel capsules	US773604	1985-09-09	US4780987A	1988-11-01	Charles Nelsen; Steven Strickland; Roxanne Davis; Keith Redenbaugh
Novel methods are provided for the preparation and delivery of botanic seeds which are pregerminated and maintained in a hydrated state in gel capsules. Various types of botanic seeds are encapsulated, in some embodiments, with beneficial additives, in a gel matrix and pregerminated. These pregerminated seeds emerge more quickly than raw seeds from a number of planting matrices. These seeds can be encapsulated and pregerminated in variously described ways.
212	Landscaping and seeding apparatus	US409968	1982-08-20	US4436040A	1984-03-13	William M. Chumley
The present invention is directed to a multi-purpose lawn landscaping and seeding device for attachment to and operation from a prime mover, such as a tractor, and, more particularly, to such a multi-purpose device in which all functions normally carried out by multiple pieces of equipment in preparing, grading, seeding and fertilizing a new lawn, or in renovating an existing lawn, can be performed by a single piece of equipment transported by and operated from a tractor.
213	Method and apparatus for planting seeds while conditioning soil	US387330	1982-06-11	US4409910A	1983-10-18	Hoyle, Burton J.; Timothy B. K. Lee
Method and apparatus for planting seeds in a field. An anti-cohesion liquid chemical is injected at 30 to 50 p.s.i. into a narrow ribbon of soil, no more than two inches wide and two inches deep. Immediately thereafter, the soil ribbon is vigorously agitated at 900 to 2000 r.p.m. to insure coating of all of the soil particles with the chemical to a depth below that at which the seed is to be planted. The seeds are then placed at precise locations within and covered by the treated soil, and the soil over them is firmed.
214	Rotating field plot row marker	US43976	1979-05-30	US4237984A	1980-12-09	David L. Cobb; Brian L. Doyle; James A. Webster; David H. Smith, Jr.
A rotating row marker equipped with both transverse and longitudinal imprinting projections impresses a grid-type pattern into the soil for precise placement of seeds or seedlings in a subsequent planting operation. One of the transverse projections houses an eccentric weight for gravitationally returning the row marker to a predetermined position when the row marker is raised above the earth.
215	Seed planting method for cereal grains and grasses	US736894	1976-10-29	US4164190A	1979-08-14	Dwight C. Newman
A method for planting seeds in a pattern comprising longitudinal and transverse rows of seed planting sites, in which the transverse rows cross the longitudinal rows, the improvement comprising: planting the seeds with a seed-to-seed spacing of 1 to 31/2 inches along both the longitudinal and transverse rows, preferably in an approximately square, equidistant pattern. The equidistant spacing, in contrast with row-type spacing where plants are spaced relatively far apart in one direction and close together in the other direction, provides a significant improvement in the growth of the plants, and particularly encourages "stooling" or multiple sprouting of cereal grains and grasses.
216	4-Row trac planter	US779737	1977-03-21	US4100862A	1978-07-18	Robert P. Mowen; Jacob D. Gettings
A frame is provided from which front and rear pairs of opposite side wheels are journalled. A prime mover is mounted on the frame and drivingly connected to at least one pair of the wheels thereof. The frame defines a longitudinal center line and the wheels are disposed in four vertical planes paralleling the center line and spaced equally apart transversely of the frame. The wheels include narrow outer peripheral portions adapted, due to the gross weight of the planter, to form narrow depressed tracks in cultivated ground over which the planter travels and each of the wheels has seed planting structure operatively associated therewith and to discharge seeds into the depressed ground tracks at a metered rate. The axes of rotation of the wheels are spaced below the frame of the planter and each wheel has a rearwardly opening V-shaped wheat divider or similar crop stand divider operatively associated therewith for parting the crop stand through which the planter is being moved immediately ahead of the wheels of the planter.
217	Soil cultivating implements	US728118	1976-09-30	US4088084A	1978-05-09	Cornelis van der Lely
An implement attachment has a row of soil working members that are rotated about upwardly extending axes defined by shafts journalled in an elongated frame portion. One or more further implements are pivoted to respective points on the frame portion and are positioned to the rear of a supporting roller located behind the working members. The further implements can be material dispensing and each has a draw bar connected to a pivot point so that the further implements can each independently pivot about an upwardly extending axis. Delivery members on each further implement are raised automatically by a cable connection to an anchorage on the frame portion when the implement is raised by a lifting device of the prime mover for transport. The further implements are supported on ground wheels during operation and transport.
218	Sub-soil breaking, surface-soil conditioning and planter machine	US647465	1976-01-08	US4055126A	1977-10-25	Ronald P. Brown; Jerrell W. Harden
In a preferred embodiment of the invention, a trailer-like multi-sectioned frame is mounted on supporting spaced-apart wheels adjustable intermittently of the height of the frame and having mounted on the various sections of the frame, functional elements including a forward rotatable cutting blade for cutting upper earth soil, a following sub-soil cutting blade aligned to follow in the upper earth cut formed by the forward cutting blade and being formable of a sub-soil groove beneath the slot, a soil-fill-in tine rotatable wheel having laterally curved and directed tine ends extending a breadth wider than the slot such that are trailed along the slot the tine ends cave-in soil to fill the sub-soil groove, a seed-bed-preparing tine wheel mounted to trail in the slot behind the soil-fill-in tine rotatable wheel, and a seed planter of conventional nature mounted to trail the seed-bed-preparing tine wheel to plant within prepared soil along the slot, the tine elements of the seed-bed-preparing tine wheel being curved radially outwardly away from the direction of rotation thereof, and the tines of the soil-fill-in tine rotatable wheel being also curved radially outwardly away from the direction of rotation, there being a trailer hitch element mounted on a forward end retractably, on the forward section of the trailer frame, extended during operation of the machinery when pulled behind a pulling machine.
219	Shotshell with seed capsule	US588685	1975-06-20	US3996865A	1976-12-14	Vernon Thomas Dwyer
A cartridge for both hunting and seed distributing purposes comprising a cylindrical casing having a primer, a propellant charge ignitable upon firing of said primer, spaced-apart wads above said propellant charge defining a load-receiving volume therebetween, a load of plant seeds received within a capsule disposed within said volume; a multi-missile shot charge provided above said volume and means for enclosing the normally forward end of said cartridge.
220	Seed drilling machines	US50323474	1974-09-05	US3910217A	1975-10-07	OYJORD EGIL
Means in a seed drilling machine for visual control of the seed rate desired for each unit of length travelled, comprising a control feeder disposed in the feed path between an adjustable seed feeder and a coulter. The control feeder has one or more pockets capable of control by the operator and said pockets are movable transversely of the seed path and operated by the driving wheel of the seed drilling machine or other soil-operated wheel at a speed which is adapted to the length of travel such that the number of seeds in the single pocket or more indicate to the operator how many are sown per unit of length travelled, for example, per meter.

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