CN204482537U - A kind of booth Intelligence Stanza Water System - Google Patents
A kind of booth Intelligence Stanza Water System Download PDFInfo
- Publication number
- CN204482537U CN204482537U CN201520109150.6U CN201520109150U CN204482537U CN 204482537 U CN204482537 U CN 204482537U CN 201520109150 U CN201520109150 U CN 201520109150U CN 204482537 U CN204482537 U CN 204482537U
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- CN
- China
- Prior art keywords
- micro
- branch pipe
- spool
- booth
- jet head
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
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Abstract
The utility model belongs to booth and irrigates field, particularly relate to a kind of booth Intelligence Stanza Water System, comprise booth platform, greenhouse frame, Water pipe bracket, collector support, booth supporting walls A, booth supporting walls B, water pump A, water pump B, water pump extension tube attached A, water pump extension tube attached B, spray controller, flow regulator A, spool A, flow regulator B, spool B, aqueduct A, aqueduct B, the micro-spray supervisor in ground, the micro-jet branch pipe in ground, spool C, spool D, transmit water pipe, main jet head controller, suspension bracket, micro-jet branch pipe collector, main jet head water pipe, main jet head, micro-jet branch pipe A, micro-spray shower nozzle A, micro-jet branch pipe B, micro-spray shower nozzle B, play day with fog to control, play day with fog, micro-jet branch pipe supports A, micro-jet branch pipe supports B, main jet head spring supporting, one end that described micro-jet branch pipe supports A connects described micro-jet branch pipe collector, the other end that described micro-jet branch pipe supports A connects described micro-jet branch pipe A.
Description
Technical field
The utility model belongs to booth and irrigates field, particularly relates to a kind of booth Intelligence Stanza Water System.
Background technology
Conventional sprinkling irrigation has duct type, parallel-moving type, center pivot formula, disk type and small-sized set type.
Center pivot formula and parallel-moving type giant sprinkler, so far in the extensive use of many countries and regions.It has obvious defect, can only walk exactly in preset range, can not have tall and big barrier in travel region, and soil requires more smooth.And its mechanization and automaticity high, be only applicable to large-scale farm or the higher farmland of scale management degree, four ditches in square plot can not be irrigated during use, cause land utilization rate low.
The region that center pivot sprinkling machine is irrigated is circular, can not be sprayed onto four ditches in square plot, thus creates Lou filling phenomenon.China soil adopts the output-based contract responsibility system, and the block area of user is little, arranges that unit installation site usually can make borderline region have bulk area and leak and fill with, and arranges that the shorter unit of multiple stage can increase cost.In the Northeast of China, although there is the farm that area is larger, but due to original shelterbelt be in line more band plantation, arrange that multiple stage unit is unfavorable for the erection of electric pole, as installed end spray gun additional to machine, need, in the upstream of end spray gun, a booster pump is installed, spray quality and be subject to wind effect larger.Set up pipeline sprinkler irrigation system, shortcoming needs to purchase pressure pipeline and newly-built pumping plant, and equipment investment is large, and need to drop into more labour, equipment investment supporting is in addition also higher.
Summary of the invention
The utility model provides a kind of booth Intelligence Stanza Water System, to solve the various shower nozzle storage difficulties proposed in above-mentioned background technology, the problem of impact plantation operation.
The technical problem that the utility model solves realizes by the following technical solutions: the utility model provides a kind of booth Intelligence Stanza Water System, it is characterized in that: comprise booth platform, greenhouse frame, Water pipe bracket, collector support, booth supporting walls A, booth supporting walls B, water pump A, water pump B, water pump extension tube attached A, water pump extension tube attached B, spray controller, flow regulator A, spool A, flow regulator B, spool B, aqueduct A, aqueduct B, the micro-spray supervisor in ground, the micro-jet branch pipe in ground, spool C, spool D, transmit water pipe, main jet head controller, suspension bracket, micro-jet branch pipe collector, main jet head water pipe, main jet head, micro-jet branch pipe A, micro-spray shower nozzle A, micro-jet branch pipe B, micro-spray shower nozzle B, play day with fog to control, play day with fog, micro-jet branch pipe supports A, micro-jet branch pipe supports B, main jet head spring supporting, described greenhouse frame, water pump A, water pump B on described booth platform, described Water pipe bracket, collector support at the top of described greenhouse frame, described collector support below described Water pipe bracket, described booth supporting walls A in the side of described greenhouse frame, described booth supporting walls B at the opposite side of described greenhouse frame, described Water pipe bracket, collector support connects described booth supporting walls A, booth supporting walls B, described water pump A, spray controller, flow regulator A on the side of described booth supporting walls A, described water pump B, flow regulator B is on the side of described booth supporting walls B, described water pump extension tube attached A is on described water pump A, described water pump extension tube attached B is on described water pump B, described spool A runs through described sprinkling controller, one end of described spool A connects described water pump A, and the other end of described spool A connects described flow regulator A, and one end of described spool B connects described flow regulator B, the other end of described spool B connects described water pump B, and described aqueduct A is at described booth supporting walls A, between spool A, described aqueduct A runs through described sprinkling controller, flow regulator A, described aqueduct A connects described water pump A, the micro-spray supervisor in described ground is in the bottom of described greenhouse frame, described ground micro-spray supervisor runs through described booth supporting walls B, described ground micro-spray supervisor connects described water pump B, the micro-jet branch pipe in described ground is responsible in the micro-spray in described ground, described spool C, transmit water pipe on described Water pipe bracket, described spool C is on described transmission water pipe, one end of described spool C connects described flow regulator A, and state flow regulator B described in the other end connection of described spool C, described transmission water pipe runs through described booth supporting walls A, main jet head controller, play day with fog to control, booth supporting walls B, one end of described transmission water pipe connects described aqueduct A, the other end of described transmission water pipe connects described aqueduct B, described spool D is on described collector support, described spool D runs through described booth supporting walls A, one end of described spool D connects described sprinkling controller, the other end of described spool D connects described booth supporting walls B, described main jet head controller is below described spool C, described main jet head controller connects described spool C, one end of described suspension bracket connects described main jet head controller, the other end of described suspension bracket connects described micro-jet branch pipe collector, described micro-jet branch pipe collector runs through described collector support, and described main jet head water pipe runs through described main jet head controller, suspension bracket, micro-jet branch pipe collector, main jet head spring supporting, one end of described main jet head water pipe connects described transmission water pipe, the other end of described main jet head water pipe connects described main jet head, described micro-jet branch pipe A is below described micro-jet branch pipe collector, one end of described micro-jet branch pipe A connects described main jet head water pipe, the other end of described micro-jet branch pipe A connects described micro-spray shower nozzle A, described micro-jet branch pipe supports A on described micro-jet branch pipe A, one end that described micro-jet branch pipe supports A connects described micro-jet branch pipe collector, the other end that described micro-jet branch pipe supports A connects described micro-jet branch pipe A, described micro-jet branch pipe B is below described micro-jet branch pipe A, one end of described micro-jet branch pipe B connects described main jet head water pipe, the other end of described micro-jet branch pipe B connects described micro-spray shower nozzle B, described micro-jet branch pipe supports B on described micro-jet branch pipe B, one end that described micro-jet branch pipe supports B connects described main jet head water pipe, the other end that described micro-jet branch pipe supports B connects described micro-jet branch pipe B.
Described aqueduct B is on the side of described water pump B, and described aqueduct B is between described booth supporting walls B, spool B, and described aqueduct B runs through described flow regulator B.
Described day with fog controls on described Water pipe bracket, and described day with fog controls on the side of described main jet head controller, spool C described in described day with fog control connection, and described day with fog is on described day with fog controls.
Described main jet head spring supporting is below described micro-jet branch pipe B, and described main jet head spring supporting is on described main jet head, and described main jet head spring supporting connects described main jet head.
The beneficial effects of the utility model are:
1 booth water-saving spray irrigation system, micro-jet branch pipe arranges micro-jet branch pipe support, on main jet head water pipe, micro-jet branch pipe collector is set, change the difficulty that the various shower nozzle of tradition sprinkling irrigation arranges occupation of land, block vision, shielded from sunlight, can use micro-jet branch pipe collector from suspension bracket, release micro-jet branch pipe when in use to support, main jet head water pipe, micro-jet branch pipe can put down expansion, implement sprinkling irrigation operation, then main jet head water pipe, micro-jet branch pipe can be stored as planted operation, save space, facilitate illumination, be easy to plantation.
2 main jet heads, main jet head water pipe coordinate main jet head spring supporting, can irrigate sprinkling targetedly, maneuverability, convenient operation to the specified plant in indivedual orientation, are the Gospels of irrigating differing heights plant.
3 can use day with fog while sprinkling irrigation, and while sprinkling irrigation water is saved, keep the stable of humidity, also can be used alone day with fog, and in order to keep the moistening of plant leaf blade, the setting of the micro-jet branch pipe in ground, conveniently irrigates rhizome.
4 flow regulators, can regulate main jet head water pipe, micro-jet branch pipe water velocity and intensity, better conserve water.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described further:
In figure: 1-booth platform, 2-greenhouse frame, 3-Water pipe bracket, 4-collector support, 5-booth supporting walls A, 6-booth supporting walls B, 7-water pump A, 8-water pump B, 9-water pump extension tube attached A, 10-water pump extension tube attached B, 11-sprays controller, 12-flow regulator A, 13-spool A, 14-flow regulator B, 15-spool B, 16-aqueduct A, 17-aqueduct B, the micro-spray supervisor in 18-ground, the micro-jet branch pipe in 19-ground, 20-spool C, 21-spool D, 22-transmits water pipe, 23-main jet head controller, 24-suspension bracket, the micro-jet branch pipe collector of 25-, 26-main jet head water pipe, 27-main jet head, the micro-jet branch pipe A of 28-, 29-micro-spray shower nozzle A, the micro-jet branch pipe B of 30-, 31-micro-spray shower nozzle B, 32-plays day with fog and controls, 33-plays day with fog, the micro-jet branch pipe of 34-supports A, the micro-jet branch pipe of 35-supports B, 36-main jet head spring supporting.
Embodiment:
The present embodiment comprises booth platform 1, greenhouse frame 2, Water pipe bracket 3, collector support 4, booth supporting walls A5, booth supporting walls B6, water pump A7, water pump B8, water pump extension tube attached A9, water pump extension tube attached B10, spray controller 11, flow regulator A12, spool A13, flow regulator B14, spool B15, aqueduct A16, aqueduct B17, the micro-spray in ground supervisor 18, the micro-jet branch pipe 19 in ground, spool C20, spool D21, transmit water pipe 22, main jet head controller 23, suspension bracket 24, micro-jet branch pipe collector 25, main jet head water pipe 26, main jet head 27, micro-jet branch pipe A28, micro-spray shower nozzle A29, micro-jet branch pipe B30, micro-spray shower nozzle B31, play day with fog and control 32, play day with fog 33, micro-jet branch pipe supports A34, micro-jet branch pipe supports B35, main jet head spring supporting 36, greenhouse frame 2, water pump A7, water pump B8 on booth platform 1, Water pipe bracket 3, collector support 4 at the top of greenhouse frame 2, collector support 4 below Water pipe bracket 3, booth supporting walls A5 in the side of greenhouse frame 2, booth supporting walls B6 at the opposite side of greenhouse frame 2, Water pipe bracket 3, collector support 4 connects booth supporting walls A5, booth supporting walls B6, water pump A7, spray controller 11, flow regulator A12 on the side of booth supporting walls A5, water pump B8, flow regulator B14 is on the side of booth supporting walls B6, water pump extension tube attached A9 is on water pump A7, water pump extension tube attached B10 is on water pump B8, spool A13 runs through sprinkling controller 11, one end of spool A13 connects water pump A7, one end connection traffic adjuster B14 of the other end connection traffic adjuster A12 of spool A13, spool B15, the other end of spool B15 connects water pump B8, and aqueduct A16 is at booth supporting walls A5, between spool A13, aqueduct A16 runs through sprinkling controller 11, flow regulator A12, aqueduct A16 connect water pump A7, and ground micro-spray supervisor 18 is in the bottom of greenhouse frame 2, the micro-spray in ground supervisor 18 runs through booth supporting walls B6, the micro-spray in ground supervisor 18 connects water pump B8, the micro-jet branch pipe in ground 19 on the micro-spray in ground supervisor 18, spool C20, transmit water pipe 22 on Water pipe bracket 3, spool C20 is on transmission water pipe 22, and the other end of one end connection traffic adjuster A12 of spool C20, spool C20 connects states flow regulator B14, transmits water pipe 22 and runs through booth supporting walls A5, main jet head controller 23, play day with fog and control 32, booth supporting walls B6, the one end of transmitting water pipe 22 connects aqueduct A16, the other end transmitting water pipe 22 connects aqueduct B17, spool D21 is on collector support 4, spool D21 runs through booth supporting walls A5, one end of spool D21 connects sprays controller 11, the other end of spool D21 connects booth supporting walls B6, main jet head controller 23 is below spool C20, main jet head controller 23 connects spool C20, and one end of suspension bracket 24 connects main jet head controller 23, and the other end of suspension bracket 24 connects micro-jet branch pipe collector 25, micro-jet branch pipe collector 25 runs through collector support 4, and main jet head water pipe 26 runs through main jet head controller 23, suspension bracket 24, micro-jet branch pipe collector 25, main jet head spring supporting 36, one end of main jet head water pipe 26 connects transmits water pipe 22, the other end of main jet head water pipe 26 connects main jet head 27, micro-jet branch pipe A28 is below micro-jet branch pipe collector 25, one end of micro-jet branch pipe A28 connects main jet head water pipe 26, the other end of micro-jet branch pipe A28 connects micro-spray shower nozzle A29, micro-jet branch pipe supports A34 on micro-jet branch pipe A28, one end that micro-jet branch pipe supports A34 connects micro-jet branch pipe collector 25, the other end that micro-jet branch pipe supports A34 connects micro-jet branch pipe A28, micro-jet branch pipe B30 is below micro-jet branch pipe A28, one end of micro-jet branch pipe B30 connects main jet head water pipe 26, the other end of micro-jet branch pipe B30 connects micro-spray shower nozzle B31, micro-jet branch pipe supports B35 on micro-jet branch pipe B30, one end that micro-jet branch pipe supports B35 connects main jet head water pipe 26, the other end that micro-jet branch pipe supports B35 connects micro-jet branch pipe B30.
Aqueduct B17 is on the side of water pump B8, and aqueduct B17 is between booth supporting walls B6, spool B15, and aqueduct B17 runs through flow regulator B14.
Play day with fog and control 32 on Water pipe bracket 3, play day with fog and control 32 on the side of main jet head controller 23, a day with fog controls 32 and connects spool C20, plays day with fog 33 and is rising in day with fog control 32.
Main jet head spring supporting 36 is below micro-jet branch pipe B30, and main jet head spring supporting 36 is on main jet head 27, and main jet head spring supporting 36 connects main jet head 27.
Utilize technical scheme described in the utility model, or those skilled in the art being under the inspiration of technical solutions of the utility model, designing similar technical scheme, and reach above-mentioned technique effect, is all fall into protection domain of the present utility model.
Claims (4)
1. a booth Intelligence Stanza Water System, is characterized in that: comprise booth platform, greenhouse frame, Water pipe bracket, collector support, booth supporting walls A, booth supporting walls B, water pump A, water pump B, water pump extension tube attached A, water pump extension tube attached B, spray controller, flow regulator A, spool A, flow regulator B, spool B, aqueduct A, aqueduct B, the micro-spray supervisor in ground, the micro-jet branch pipe in ground, spool C, spool D, transmit water pipe, main jet head controller, suspension bracket, micro-jet branch pipe collector, main jet head water pipe, main jet head, micro-jet branch pipe A, micro-spray shower nozzle A, micro-jet branch pipe B, micro-spray shower nozzle B, play day with fog to control, play day with fog, micro-jet branch pipe supports A, micro-jet branch pipe supports B, main jet head spring supporting, described greenhouse frame, water pump A, water pump B on described booth platform, described Water pipe bracket, collector support at the top of described greenhouse frame, described collector support below described Water pipe bracket, described booth supporting walls A in the side of described greenhouse frame, described booth supporting walls B at the opposite side of described greenhouse frame, described Water pipe bracket, collector support connects described booth supporting walls A, booth supporting walls B, described water pump A, spray controller, flow regulator A on the side of described booth supporting walls A, described water pump B, flow regulator B is on the side of described booth supporting walls B, described water pump extension tube attached A is on described water pump A, described water pump extension tube attached B is on described water pump B, described spool A runs through described sprinkling controller, one end of described spool A connects described water pump A, and the other end of described spool A connects described flow regulator A, and one end of described spool B connects described flow regulator B, the other end of described spool B connects described water pump B, and described aqueduct A is at described booth supporting walls A, between spool A, described aqueduct A runs through described sprinkling controller, flow regulator A, described aqueduct A connects described water pump A, the micro-spray supervisor in described ground is in the bottom of described greenhouse frame, described ground micro-spray supervisor runs through described booth supporting walls B, described ground micro-spray supervisor connects described water pump B, the micro-jet branch pipe in described ground is responsible in the micro-spray in described ground, described spool C, transmit water pipe on described Water pipe bracket, described spool C is on described transmission water pipe, one end of described spool C connects described flow regulator A, and state flow regulator B described in the other end connection of described spool C, described transmission water pipe runs through described booth supporting walls A, main jet head controller, play day with fog to control, booth supporting walls B, one end of described transmission water pipe connects described aqueduct A, the other end of described transmission water pipe connects described aqueduct B, described spool D is on described collector support, described spool D runs through described booth supporting walls A, one end of described spool D connects described sprinkling controller, the other end of described spool D connects described booth supporting walls B, described main jet head controller is below described spool C, described main jet head controller connects described spool C, one end of described suspension bracket connects described main jet head controller, the other end of described suspension bracket connects described micro-jet branch pipe collector, described micro-jet branch pipe collector runs through described collector support, and described main jet head water pipe runs through described main jet head controller, suspension bracket, micro-jet branch pipe collector, main jet head spring supporting, one end of described main jet head water pipe connects described transmission water pipe, the other end of described main jet head water pipe connects described main jet head, described micro-jet branch pipe A is below described micro-jet branch pipe collector, one end of described micro-jet branch pipe A connects described main jet head water pipe, the other end of described micro-jet branch pipe A connects described micro-spray shower nozzle A, described micro-jet branch pipe supports A on described micro-jet branch pipe A, one end that described micro-jet branch pipe supports A connects described micro-jet branch pipe collector, the other end that described micro-jet branch pipe supports A connects described micro-jet branch pipe A, described micro-jet branch pipe B is below described micro-jet branch pipe A, one end of described micro-jet branch pipe B connects described main jet head water pipe, the other end of described micro-jet branch pipe B connects described micro-spray shower nozzle B, described micro-jet branch pipe supports B on described micro-jet branch pipe B, one end that described micro-jet branch pipe supports B connects described main jet head water pipe, the other end that described micro-jet branch pipe supports B connects described micro-jet branch pipe B.
2. a kind of booth Intelligence Stanza Water System according to claim 1, is characterized in that: described aqueduct B is on the side of described water pump B, and described aqueduct B is between described booth supporting walls B, spool B, and described aqueduct B runs through described flow regulator B.
3. a kind of booth Intelligence Stanza Water System according to claim 1, it is characterized in that: described day with fog controls on described Water pipe bracket, described day with fog controls on the side of described main jet head controller, spool C described in described day with fog control connection, described day with fog is on described day with fog controls.
4. a kind of booth Intelligence Stanza Water System according to claim 1, it is characterized in that: described main jet head spring supporting is below described micro-jet branch pipe B, described main jet head spring supporting is on described main jet head, and described main jet head spring supporting connects described main jet head.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520109150.6U CN204482537U (en) | 2015-02-13 | 2015-02-13 | A kind of booth Intelligence Stanza Water System |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520109150.6U CN204482537U (en) | 2015-02-13 | 2015-02-13 | A kind of booth Intelligence Stanza Water System |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204482537U true CN204482537U (en) | 2015-07-22 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520109150.6U Expired - Fee Related CN204482537U (en) | 2015-02-13 | 2015-02-13 | A kind of booth Intelligence Stanza Water System |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204482537U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107396778A (en) * | 2017-09-05 | 2017-11-28 | 成都点金云科技有限公司 | Greenhouse water-saving spray irrigation system |
| CN107535305A (en) * | 2016-06-24 | 2018-01-05 | 上海亚世园蔬果专业合作社 | Micro-spray device is irrigated in one kind feedwater |
| CN107820948A (en) * | 2017-12-10 | 2018-03-23 | 武汉木兰博耀赛车文化有限公司 | A kind of mine grape cultivation greenhouse |
-
2015
- 2015-02-13 CN CN201520109150.6U patent/CN204482537U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107535305A (en) * | 2016-06-24 | 2018-01-05 | 上海亚世园蔬果专业合作社 | Micro-spray device is irrigated in one kind feedwater |
| CN107396778A (en) * | 2017-09-05 | 2017-11-28 | 成都点金云科技有限公司 | Greenhouse water-saving spray irrigation system |
| CN107820948A (en) * | 2017-12-10 | 2018-03-23 | 武汉木兰博耀赛车文化有限公司 | A kind of mine grape cultivation greenhouse |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150722 Termination date: 20190213 |
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| CF01 | Termination of patent right due to non-payment of annual fee |