专利摘要:
In this invention, a device is described for seeding through a self-propelled irrigation system. In one form of the invention, the seeds are metered into an auxiliary water line, supported on the main water line, and are sprinkled onto the ground by way of sequentially operated sprinklers. In another form of the invention, the seeds are metered directly into the main water line and are broadcast onto the ground by sequentially operated sprinklers.
公开号:SU1621800A3
申请号:SU853976495
申请日:1985-11-12
公开日:1991-01-15
发明作者:Ричард Остром Карл;Артур Чэпман Джон
申请人:Валлюнт Индастриз Инк (Фирма);
IPC主号:
专利说明:

enter the main water supply pipe 50 to move over a given flat pipe 1, but not into the auxiliary pipeline 11. In this design, the remotely controlled sprinklers 15 are built along the entire length of the water pipe 1, and they are controlled by programmable controllers. The system shown in FIG. 11 and 12, may contain small spray heads55
the water supply pipe communicates with a water source and is equipped with a plurality of sprinklers arranged at intervals along its length for spraying water in a predetermined area, a sowing device containing a seed bin and driving dosing means installed under the outlet
five
the water supply pipe communicates with a water source and is equipped with a plurality of sprinklers arranged at intervals along its length for spraying water in a predetermined area, a sowing device containing a seed bin and driving dosing means installed under the outlet
Bunker, characterized in that, in order to ensure uniform spreading of seeds in a given area, the sowing device is installed separately from the sprinkler and additionally contains a water tank for receiving seeds from the drive metering means, and the water tank contains the bottom wall and vertical side walls, and a tank for h is mounted on top of the water tank and is provided with a vertically arranged pipe having an open end under the driving dosing means, while the water tank is in common through one additional water supply system with a water supply pipe, and through another additional water supply system and pump — with an auxiliary pipe installed on the water supply pipe; in addition, the input end of the auxiliary pipe is connected to a vertically positioned pipe, and the water tank is equipped with water in it.
2. The installation according to claim 1, characterized in that it is a sprinkler with a central hinge.
3, Installation under item 1, characterized in that the vertical
five
0
five
0
but the located pipe has openings made below its upper end portion for supplying water from the tank and located offset from the longitudinal vertical plane passing through the axis of the pipe to form in the last swirl of incoming water.
4. Installation according to Claim 1, characterized in that the means for driving the dosing device is an engine with an adjustable speed.
5. The installation according to claim 1, wherein the driving dosing means is made in the form of a screw conveyor with inlet and outlet ends, wherein the inlet end communicates with the outlet of the seed hopper,
and the outlet end communicates with the upper end of the vertically disposed pipe.
6. Installation according to Claim 1, characterized in that all the sprinklers on the water supply pipe are controlled by means of valve means, which are electrically connected to the regulator for sequential actuation of each of the sprinklers to evenly spread the seeds over a given area.
18
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LJtMLlJ / Tt 18ff 2 1S
go-fig
70 2
I
fig L
ZJ 24 J4 J3 FIG. 5 27
Type L
Type B
Cfm oo
ABOUT
about
Ys / g
FIG. and
y-y
9
9 If
22
Fig fff
. FIG. eleven
FIG. 12
权利要求:
Claims (3)
[1]
45 claims
1. Self-propelled sprinkler installation containing a water supply pipe, supported by a plurality of supports 50 for moving over a predetermined area, the water supply pipe communicating with a water source and provided with a plurality of sprinklers arranged at intervals along its length to spray water! on a given area, a sowing apparatus comprising a seed hopper and a drive dosing means installed under the outlet of the hopper, characterized in that, in order to ensure uniform spread of seeds over a given area, the sowing apparatus is installed separately from the sprinkler and further comprises a water tank intended for receiving seeds from the drive dosing means, and the water tank contains a bottom wall and vertical side walls, and the seed hopper is mounted on top of the tank d water and is equipped with a vertically located pipe having an open end under the drive dosing means, while the water tank communicates through one additional water supply with a water supply pipe, and through another additional water supply and a pump - with an auxiliary pipe installed on the water supply pipe, in addition, the inlet end of the auxiliary pipe is in communication with a vertically located pipe, and the water tank is equipped with means for regulating the water level in it.
[2]
2. Installation according to π. 1, but the pipe located has holes made below its upper end part for supplying water from the tank and located with an offset relative to the longitudinal vertical plane passing through the pipe axis to form incoming water in the last swirl.
4. Installation according to π. 1, characterized in that the means for driving the metering device is an engine with an adjustable speed.
5. Installation according to claim ^, characterized in that the drive dosing means is made in the form of a screw conveyor with inlet and outlet ends, while the inlet end communicates with the outlet of the seed hopper, and the outlet end communicates with the upper end of the vertically arranged pipe.
6. Installation according to π. 1, characterized in that all the sprinklers on the water supply pipe are controlled by means of valve means, which are electrically sweeping in that it is a sprinkler system with a central hinge.
[3]
3. Installation pop, 1, characterized in that the vertical
30 are connected to the regulator for sequential actuation of each of the sprinklers for uniform dispersion of seeds over a given area.
fig a
View A 1 W B
Fig 8
类似技术:
公开号 | 公开日 | 专利标题
SU1621800A3|1991-01-15|Self-propelled sprinkler unit
US4798325A|1989-01-17|Method and apparatus for applying liquid and dry lawn treatment materials
US4729514A|1988-03-08|Means for seeding through a center pivot irrigation system
CN103170420A|2013-06-26|Sprayer pulsing nozzle flow control using rotational step positions
US4277026A|1981-07-07|Liquid chemical spraying apparatus movable by a tower-type water irrigation system
US419242A|1890-01-14|Apparatus for transmitting fertilizers
US2581028A|1952-01-01|Animal rubbing and oiling station or apparatus
US4419953A|1983-12-13|Apparatus for applying seasoning
US3369754A|1968-02-20|Method and apparatus for uniformly distributing treatment material by air
US2356950A|1944-08-29|Dusting and spraying apparatus
SU1403984A3|1988-06-15|Apparatus for disinfection of seeds
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US3504854A|1970-04-07|Liquid spraying apparatus
CN108835076A|2018-11-20|It is a kind of with the intelligent agricultural machinery device to spray automatically
EP0094796B1|1990-10-10|Spraying
SU719527A1|1980-03-05|Distributing head for pneumatic seeder
US6942128B1|2005-09-13|Automatic dispenser for underground sprinkler-systems
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SU1409115A3|1988-07-07|Installation for wet disinfecting of seeds
SU1535486A1|1990-01-15|Device for moistening feed
RU2730640C1|2020-08-24|Method for ultra-small-volume spraying of agricultural plants and device for implementation thereof using unmanned aerial vehicles of helicopter type
SU1628895A1|1991-02-23|Fertilizer distributor
同族专利:
公开号 | 公开日
ES556742A0|1987-04-01|
ES8704699A1|1987-04-16|
FR2583257B1|1990-08-17|
FR2583257A1|1986-12-19|
ES8704308A1|1987-04-01|
US4660775A|1987-04-28|
BR8505565A|1987-01-21|
ZA858395B|1986-06-25|
ES548958A0|1987-04-16|
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法律状态:
优先权:
申请号 | 申请日 | 专利标题
US06/745,183|US4660775A|1985-06-17|1985-06-17|Means for seeding through a center pivot irrigation system|
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