CN203896883U - Tropical fruit large-scale production system device in northern area - Google Patents

Tropical fruit large-scale production system device in northern area Download PDF

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Publication number
CN203896883U
CN203896883U CN201420284468.3U CN201420284468U CN203896883U CN 203896883 U CN203896883 U CN 203896883U CN 201420284468 U CN201420284468 U CN 201420284468U CN 203896883 U CN203896883 U CN 203896883U
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CN
China
Prior art keywords
booth
main
scale production
northern area
tree
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CN201420284468.3U
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Chinese (zh)
Inventor
陈书来
索传化
吴绍行
宋夕志
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东平县宝岛农业科技有限公司
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Priority to CN201420284468.3U priority Critical patent/CN203896883U/en
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Publication of CN203896883U publication Critical patent/CN203896883U/en

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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02ATECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A40/00Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
    • Y02A40/10Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
    • Y02A40/25Greenhouse technology, e.g. cooling systems therefor

Abstract

The utility model discloses a tropical fruit large-scale production system device in the northern area. The system device comprises a greenhouse, a fertilizer water supply system and a temperature control system. The greenhouse comprises arch-shaped steel skeletons, a management room and a walking channel. Walls of the greenhouse comprise the inner side brick walls and the outer side brick walls, a plastic thermal insulation board and perlite are arranged between each inner side brick wall and the corresponding outer side brick wall, and an air vent is formed in reinforced concrete on the upper portion of each wall. The lower portion of each air vent is communicated with a perlite thermal insulation layer, the air vents are provided with atmosphere connecting tubes, slopes are arranged at the positions, close to the wall on the northern side, of the arch-shaped steel skeletons, and the slopes are provided with reinforced concrete plates covered with films and thermal insulation material. Ventilation windows are arranged on walls of the management room, insect prevention nets are arranged on the ventilation windows, and a seal door is arranged between the greenhouse and the management room. The thermal insulation performance is good, and a ventilation and heat dissipation system is high in reliability; irrigation and fertilization can be performed at the same time, the tropical fruit large-scale production system device is applied to cultivating tropical fruits in the environment in the northern area, and economic and social benefits of planting are increased.

Description

Tropical fruit (tree) northern area large-scale production system and device
Technical field
The utility model relates to booth industrialized agriculture equipment technical field, particularly a kind of tropical fruit (tree) northern area large-scale production system and device.
Background technology
The booth that north fruit of the prior art is used, and rich water feed system, the equipment such as temperature control equipment are mainly to build for the feature of northern fruit and vegetable, can meet the plantation needs of northern fruit, but can not meet well the southern Juice of the torrid zone or subtropical zone in plantation and the growth characteristic of northern area, make southern fruits and vegetables occur that in the plantation of northern area damage by disease and insect is many, the problem that product yield is low, due to the variation of tropical fruit (tree) environmental condition in the time that northern area is cultivated, to having proposed new requirement in production management, need to be in the structure of booth, rich water is supplied with, the facility system aspects such as temperature control design, to adapt to the requirement of southern tropical fruit (tree) at cultivated in north.
Summary of the invention
The purpose of this utility model is exactly the problems referred to above that exist for solving prior art, and a kind of tropical fruit (tree) northern area large-scale production system and device is provided; The utility model good heat insulating, aeration radiation system reliability is high, can irrigate simultaneously and apply fertilizer, be adapted to tropical fruit (tree) cultivates under the environmental condition of northern area, can be at the solid growth that carries out different plants height and the different multiple kind fruit of luminous intensity demand in a booth, improve the economic and social benefit of plantation.
The technical scheme of the utility model technical solution problem is:
A kind of tropical fruit (tree) northern area large-scale production system and device, comprise booth, rich water feed system, temperature control system, described booth comprises the body of wall at four sides, be supported on the arch form steel skeleton increasing gradually on body of wall from south to north, separate the management house of construction with a side wall body, with opposite side wall connecting be provided with notch cuttype walking channel upwards, described passage is as a part for body of wall, strengthen the heat insulation effect in booth, the passage at the upper and lower booth top from outside is provided for administrative staff simultaneously, carry out in time roller shutter operation or open and close ventilative window, described body of wall is located on the reinforced concrete beds of bottom, described body of wall top is covered with upper reinforcement concrete, wherein east side body of wall, west side body of wall, north side body of wall is high, southern side body of wall is low, described body of wall comprises interior brick-on-edge wall, outer brick-on-edge wall, wherein the inner side of outer brick-on-edge wall is provided with plastic, thermal-insulation plate, between warming plate and interior brick-on-edge wall, be provided with pearlite insulating layer, described upper reinforcement concrete is provided with air-vent, described air-vent bottom is communicated with pearlite insulating layer, described air-vent is provided with the atmosphere tube connector that circumferencial direction is sealed and matched, atmosphere tube connector is provided with tarpaulin, described arch form steel skeleton is being provided with slope near body of wall place, north side, described slope is provided with armoured concrete slab, on armoured concrete slab, be covered with insulation film made, on insulation film made, be covered with insulation material, the body of wall of described management house is provided with transom, and described transom is provided with fly net, between described booth and management house, separates by hermatic door to be opened/closed, and hermatic door top is provided with double-layer transparent glass.
Described arch form steel skeleton comprises top boom, lower boom, described top boom, the two ends up and down of lower boom respectively with north side body of wall, the prefabricated steel welding on body of wall top, southern side, described top boom, between lower boom, connect by many braces, described arch form steel skeleton is being provided with the ventilative window in bottom near body of wall place, southern side, be provided with ventilative window near high-order bit place, described transom opening's edge booth east-west direction and is connected setting, the described bottom window of breathing freely, the ventilative window in top is provided with fly net, be provided with insulating plastic pipe on arch form steel skeleton top, be provided with on insulating plastic pipe top, described insulation material is connected with shutter, described shutter is supported on body of wall, in booth, be provided with irrigation conduit.
The bottom, doorway of described management house is provided with the baffle plate being sealed and matched with ground and both sides metope, and described height of baffle plate exceedes 30cm.
Described rich water feed system comprises the water pump of being located in management house, described water pump is connected with variable-frequency motor, described pump outlet is connected with outlet conduit, described outlet conduit is connected with Main Underground pipeline, described Main Underground pipeline extends to inner greenhouse ground from pump house is underground, described Main Underground pipeline upwards elevates above the soil and forms the indoor main pipeline of booth in the close booth of management house one side, in booth, be provided with near near northern windbreak the main droping irrigating pipe that is laid on ground along east-west direction, in booth, be provided with the some aerial main irrigation pipes of laying along east-west direction that are supported on arched girder lower boom, described main droping irrigating pipe is connected with the indoor main pipeline of booth, aerial main jet filling device for cleaning pipeline is crossed the transition conduit being supported on arch form steel skeleton and is connected with the indoor main pipeline of booth.
Described main droping irrigating pipe is connected with a point droping irrigating pipe that is provided with multiple water jets, described point of droping irrigating pipe laid along ground along North and South direction, described multiple points of droping irrigating pipes are connected in parallel on main droping irrigating pipe, described aerial main irrigation pipe is provided with the some vertical pipes that are attached thereto, the lower end of described vertical pipe is provided with high-pressure nozzle, between the indoor main pipeline of booth and main droping irrigating pipe, be provided with first passage in parallel, second channel, described second channel is provided with Venturi tube, described Venturi tube is provided with nutrient solution mouth, described nutrient solution mouth is connected with nutrient tank by nutrient solution passage, described first passage, the both sides of the Venturi tube of second channel, main pipeline, main droping irrigating pipe, on main irrigation pipe, be respectively equipped with valve switch, in nutrient tank, be provided with and supply with the needed various nutrient solutions of fruit growing.
Described booth inside with the ground of north side body of wall contact position on be provided with the artificial channel of laying brick, the southern side of artificial channel is provided with column, builds ceiling on artificial channel top.
Left and right in described booth and centre position are respectively equipped with carbon dioxide reaction pond or retort, and described retort is placed on locomotive.
In described booth, CO is installed 2measuring instrument, CO 2measuring instrument is located near on the indoor body of wall of the booth of management house.
Described temperature control system comprises some temperature sensors, the humidity sensor be located in booth, and described temperature sensor, humidity sensor are connected with the digital Temperature and Humidity display instrument in management house by optical cable.
Body of wall in described booth is being provided with heater near wall bottom, described heater adopts the electric heater being connected with power supply, or the hot water of boiler heat supplying, vapor recycle pipeline heater, thereby the heat of described heater rotarily drives near air radiating tube by blower fan to be accelerated circulation and makes can evenly raise in whole booth in booth, makes booth room temperature remain on needed indoor temperature.
The beneficial effects of the utility model:
1. the utility model good heat insulating, aeration radiation system reliability is high, can irrigate simultaneously and apply fertilizer, be adapted to tropical fruit (tree) cultivates under the environmental condition of northern area, can, at the solid growth that carries out different plants height and the different multiple kind fruit of luminous intensity demand in a booth, improve the economic and social benefit of tropical fruit (tree) at north.
2. the body of wall of management house is provided with transom, transom is provided with fly net, between booth and management house, separate by hermatic door to be opened/closed, be provided with after transom, in the time that canopy temperature is too high, open transom and hermatic door, can secondary ventilation, accelerate air circulation in booth, discharge in time the waste heat in booth, avoid the too high harmful effect causing of canopy temperature, hermatic door top is provided with the double-layer transparent glass of high insulating effect, just can observe in time the actual conditions in booth in management house; In the time of high, the high humidity of indoor temperature on daytime, open lower air vent, upper air vent, accelerate room air and outdoor convection circulation; When outdoor temperature is at night low, canopy temperature is when lower, closes lower air vent, upper air vent, changed plastic film and thermal insulation quilt and made booth indoor heat insulating; In the time that in the booth of monitoring, humidity is lower, connect the pipeline in booth, switch on the pump and irrigate or connect high-pressure nozzle, increase indoor humidity; When indoor temperature is high, humidity hour, open the high-pressure nozzle on top simultaneously, the water under high pressure in jet pipe is sprayed in Interior Space with fine mist form by shower nozzle, plays cooling and humidification effect simultaneously.
3. the bottom, doorway of management house is provided with the baffle plate being sealed and matched with ground and both sides metope, effectively to prevent that the insect pest that the customs such as mouse are walked about along corner from entering booth from doorway.
4. need to spray various foliage fertilizers or nutritive element time, these fertilizer are placed in flow container or liquid pool, blend into needed concentration and ratio, effect by Venturi tube enters main jet droping irrigating pipe by nutrient solution together with the water of the indoor main pipeline of booth, then enter each point of spray droping irrigating pipe, multiple spray water dropping openings sprays by point spray droping irrigating pipe drip near fruit tree blade face or root, improve the absorption efficiency of nutrient solution.When only need to utilizing water sprinkling irrigation, while not needing supplying nutrition liquid, the valve switch of the both sides of Venturi tube to be closed, the valve switch of first passage is opened; In the time of needs supplying nutrition liquid, the valve switch of the both sides of Venturi tube to be opened, the valve switch of first passage is closed, and makes nutrient solution and together with water in pipeline, flows into a point droping irrigating pipe and be sprayed onto near fruit root for fruit root absorption.
5. the left and right in booth and centre position are respectively equipped with carbon dioxide reaction pond or retort, as indoor CO 2when concentration is lower, to shift the precalculated position in booth onto with the locomotive of retort, in retort, put into calcium carbonate granule, then pour sulfuric acid into, make, in two, chemical reaction occurs and produce carbonic acid gas, thereby increase the concentration of indoor carbon dioxide, to improve the accumulation of the photosynthetic efficiency of fruit, quickening plant organic matter, improve the yield and quality of fruit; Due to CO 2greenhouse effect, can increase indoor temperature simultaneously.CO is installed in booth 2measuring instrument, CO 2measuring instrument is located on the indoor body of wall of booth near management house, so that CO in observation ward at any time 2concentration.
6. different position, the inherent all directions of booth is provided with multiple dry temperature sensors, humidity sensor, temperature sensor, humidity sensor are connected with the digital Temperature and Humidity display instrument in management house by optical cable, environmental temperature and humidity in observation ward in time, adopts corresponding heating and moistening or reducing temperature and humidity measure.
7. in booth, be provided with heater, in booth, accelerate circulation and make can evenly raise in whole booth thereby utilize the thermal source such as power supply or boiler that the heat of heater is rotarily driven near air radiating tube by blower fan when cold weather, make booth room temperature remain on needed indoor temperature.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model booth;
Fig. 2 is the transverse sectional view of Fig. 1.
Embodiment
In order to understand better the utility model, explain in detail embodiment of the present utility model below in conjunction with accompanying drawing.
As Fig. 1, shown in Fig. 2, a kind of tropical fruit (tree) northern area large-scale production system and device, comprise booth 1, rich water feed system, temperature control system, described booth comprises the body of wall 2 at four sides, be supported on the arch form steel skeleton 4 increasing gradually on body of wall from south to north, separate the management house 7 of construction with a side wall body, with opposite side wall connecting be provided with notch cuttype walking channel 5 upwards, described passage is as a part for body of wall, strengthen the heat insulation effect in booth, the passage at the upper and lower booth top from outside is provided for administrative staff simultaneously, carry out in time roller shutter operation or open and close ventilative window.Described body of wall 2 is located on the reinforced concrete beds 1 of bottom, described body of wall 2 tops are covered with upper reinforcement concrete 25, wherein east side body of wall, west side body of wall, north side body of wall is high, southern side body of wall is low, described body of wall 2 comprises interior brick-on-edge wall 24, outer brick-on-edge wall 21, wherein the inner side of outer brick-on-edge wall 21 is provided with plastic, thermal-insulation plate 22, between warming plate 22 and interior brick-on-edge wall 24, be provided with pearlite insulating layer 23, described upper reinforcement concrete 25 is provided with air-vent, described air-vent bottom is communicated with pearlite insulating layer, described air-vent is provided with the atmosphere tube connector 26 that circumferencial direction is sealed and matched, atmosphere tube connector is provided with tarpaulin, described arch form steel skeleton is being provided with slope 47 near body of wall place, north side, described slope is provided with armoured concrete slab 8, on armoured concrete slab, be covered with insulation film made, on insulation film made, be covered with the insulation material such as thermal insulation quilt or straw mat 9.
Described arch form steel skeleton 4 comprises top boom 46, lower boom 44, described top boom, the two ends up and down of lower boom respectively with north side body of wall, the prefabricated steel welding on body of wall top, southern side, described top boom, between lower boom, connect by many braces 45, described arch form steel skeleton is being provided with the ventilative window 11 in bottom near body of wall place, southern side, be provided with ventilative window 41 near high-order bit place, described transom opening's edge booth east-west direction and is connected setting, the described bottom window 11 of breathing freely, the ventilative window 41 in top is provided with fly net 12, be provided with insulating plastic pipe 43 on arch form steel skeleton top, be provided with the insulation materials such as thermal insulation quilt 42 or straw mat on insulating plastic pipe top, described thermal insulation quilt or straw mat are connected with shutter 6, described shutter is supported on body of wall, in booth, be provided with irrigation conduit.
The body of wall of described management house 7 is provided with transom 121, described transom 121 is provided with fly net 122, between described booth and management house 7, separate by hermatic door 123 to be opened/closed, be provided with after transom, in the time that canopy temperature is too high, open transom 121 and hermatic door 123, can secondary ventilation, accelerate air circulation in booth, discharge in time the waste heat in booth, avoid the too high harmful effect causing of canopy temperature.Hermatic door 123 tops are provided with the double-layer transparent glass of high insulating effect, just can observe in time the actual conditions in booth in management house.In the time of high, the high humidity of indoor temperature on daytime, open lower air vent, upper air vent, accelerate room air and outdoor convection circulation; When outdoor temperature is at night low, canopy temperature is when lower, closes lower air vent, upper air vent, changed plastic film and thermal insulation quilt and made booth indoor heat insulating; In the time that in the booth of monitoring, humidity is lower, connect the pipeline in booth, switch on the pump and irrigate or connect high-pressure nozzle, increase indoor humidity; When indoor temperature is high, humidity hour, open the high-pressure nozzle on top simultaneously, the water under high pressure in jet pipe is sprayed in Interior Space with fine mist form by shower nozzle, plays cooling and humidification effect simultaneously.The bottom, doorway of described management house 7 is provided with the baffle plate 124 being sealed and matched with ground and both sides metope, and described height of baffle plate exceedes 30cm.Effectively to prevent that the insect pest that the customs such as mouse are walked about along corner from entering booth from doorway.
Described rich water feed system comprises the water pump 71 of being located in management house 7, described water pump 71 is connected with variable-frequency motor 72, described water pump 71 delivery ports are connected with outlet conduit, described outlet conduit is connected with Main Underground pipeline 61, described Main Underground pipeline 61 extends to inner greenhouse ground from pump house is underground, described Main Underground pipeline 61 upwards elevates above the soil and forms the indoor main pipeline 73 of booth in the close booth of management house one side, in booth, be provided with near near northern windbreak the main droping irrigating pipe 74 that is laid on ground along east-west direction, in booth, be provided with the some aerial main irrigation pipes 75 of laying along east-west direction that are supported on arched girder lower boom 44, described main droping irrigating pipe 74 is connected with the indoor main pipeline 73 of booth, aerial main irrigation pipe 75 is connected with the indoor main pipeline 73 of booth by the transition conduit 37 being supported on arch form steel skeleton 4.
Described main droping irrigating pipe 74 is connected with a point droping irrigating pipe 76 that is provided with multiple water jets 77, described point of droping irrigating pipe 76 laid along ground along North and South direction, described multiple points of droping irrigating pipes 76 are connected in parallel on main droping irrigating pipe 74, described aerial main irrigation pipe 75 is provided with the some vertical pipes 77 that are attached thereto, the lower end of described vertical pipe 77 is provided with high-pressure nozzle 78, between the indoor main pipeline 73 of booth and main droping irrigating pipe 74, be provided with first passage in parallel 84, second channel 85, described second channel 85 is provided with Venturi tube 86, described Venturi tube 86 is provided with nutrient solution mouth 87, described nutrient solution mouth 87 is connected with nutrient tank 88 by nutrient solution passage, described first passage 84, the both sides of the Venturi tube 86 of second channel, main pipeline 73, main droping irrigating pipe 74, on main irrigation pipe 75, be respectively equipped with valve switch 33, in nutrient tank 88, be provided with and supply with the needed various nutrient solutions of fruit growing.Need to spray various foliage fertilizers or nutritive element time, these fertilizer are placed in flow container or liquid pool, blend into needed concentration and ratio, effect by Venturi tube enters main jet droping irrigating pipe by nutrient solution together with the water of the indoor main pipeline of booth, then enter each point of spray droping irrigating pipe, multiple spray water dropping openings sprays by point spray droping irrigating pipe drip near fruit tree blade face or root, improve the absorption efficiency of nutrient solution.When only need to utilizing water sprinkling irrigation, while not needing supplying nutrition liquid, the valve switch of the both sides of Venturi tube 86 33 to be closed, the valve switch 33 of first passage 84 is opened; In the time of needs supplying nutrition liquid, the valve switch of the both sides of Venturi tube 86 33 to be opened, the valve switch 33 of first passage 84 is closed, and makes nutrient solution and together with water in pipeline, flows into a point droping irrigating pipe and be sprayed onto near fruit root for fruit root absorption.
Described booth inside with the ground of north side body of wall contact position on be provided with the artificial channel 27 of laying brick, the southern side of artificial channel 27 is provided with column, builds ceiling 28 on artificial channel 27 tops, plants climbing plant and climb for climbing plant near column; Described drip irrigation main pipeline 74 is laid along east-west direction along the ground in artificial channel southern side.
Left and right in described booth and centre position are respectively equipped with carbon dioxide reaction pond or retort 101, described retort is placed on locomotive 102, in the time that indoor CO2 concentration is lower, to shift the precalculated position in booth onto with the locomotive of retort, in retort, put into calcium carbonate granule, then pour sulfuric acid into, make, in two, chemical reaction occurs and produce carbonic acid gas, thereby increase the concentration of indoor carbon dioxide, to improve the accumulation of the photosynthetic efficiency of fruit, quickening plant organic matter, improve the yield and quality of fruit.Due to the greenhouse effect of CO2, can increase indoor temperature simultaneously; In described booth, CO is installed 2measuring instrument 115, CO2 measuring instrument 115 is located near on the indoor body of wall of the booth of management house, so that observe at any time.
Described temperature control system comprises some temperature sensors 111, the humidity sensor 112 be located in booth, and described temperature sensor 111, humidity sensor 112 are connected with the digital Temperature and Humidity display instrument 113 in management house 7 by optical cable 114.
Body of wall in described booth is being provided with heater near wall bottom, described heater adopts the electric heater 78 being connected with power supply, or the hot water of boiler heat supplying, vapor recycle pipeline, thereby the heat of described heater rotarily drives near air radiating tube by blower fan to be accelerated circulation and makes can evenly raise in whole booth in booth, makes booth room temperature remain on needed indoor temperature.
By reference to the accompanying drawings the embodiment of utility model is described although above-mentioned; but the not restriction to the utility model protection domain; on the basis of the technical solution of the utility model, those skilled in the art do not need to pay various amendments that creative work can make or distortion still in protection domain of the present utility model.

Claims (9)

1. a tropical fruit (tree) northern area large-scale production system and device, comprise booth, rich water feed system, temperature control system, it is characterized in that, described booth comprises the body of wall at four sides, be supported on the arch form steel skeleton on body of wall, separate the management house of construction with a side wall body, with the notch cuttype of opposite side wall connecting walking channel upwards, described body of wall is located on the reinforced concrete beds of bottom, described body of wall top is covered with upper reinforcement concrete, wherein east side body of wall, west side body of wall, north side body of wall is high, southern side body of wall is low, described body of wall comprises interior brick-on-edge wall, outer brick-on-edge wall, wherein the inner side of outer brick-on-edge wall is provided with plastic, thermal-insulation plate, between warming plate and interior brick-on-edge wall, be provided with pearlite insulating layer, described upper reinforcement concrete is provided with air-vent, described air-vent bottom is communicated with pearlite insulating layer, described air-vent is provided with the atmosphere tube connector being sealed and matched, atmosphere tube connector is provided with tarpaulin, described arch form steel skeleton is being provided with slope near body of wall place, north side, described slope is provided with armoured concrete slab, on armoured concrete slab, be covered with insulation film made, on insulation film made, be covered with insulation material, the body of wall of described management house is provided with transom, and described transom is provided with fly net, between described booth and management house, separates by hermatic door to be opened/closed, and hermatic door top is provided with double-layer transparent glass.
2. tropical fruit (tree) northern area large-scale production system and device as claimed in claim 1, it is characterized in that, described arch form steel skeleton comprises top boom, lower boom, described top boom, the two ends up and down of lower boom respectively with north side body of wall, the prefabricated steel welding on body of wall top, southern side, described top boom, between lower boom, connect by many braces, described arch form steel skeleton is being provided with the ventilative window in bottom near body of wall place, southern side, be provided with ventilative window near high-order bit place, described transom opening's edge booth east-west direction and is connected setting, the described bottom window of breathing freely, the ventilative window in top is provided with fly net, be provided with insulating plastic pipe on arch form steel skeleton top, be provided with insulation material on insulating plastic pipe top, described insulation material is connected with shutter, described shutter is supported on body of wall, in booth, be provided with irrigation conduit.
3. tropical fruit (tree) northern area large-scale production system and device as claimed in claim 1, is characterized in that, the bottom, doorway of described management house is provided with the baffle plate being sealed and matched with ground and both sides metope, and described height of baffle plate exceedes 30cm.
4. tropical fruit (tree) northern area large-scale production system and device as claimed in claim 1, it is characterized in that, described rich water feed system comprises the water pump of being located in management house, described water Pump and Electromotor connects, described pump outlet is connected with outlet conduit, described outlet conduit is connected with Main Underground pipeline, described Main Underground pipeline extends to inner greenhouse ground from pump house is underground, described Main Underground pipeline upwards elevates above the soil and forms the indoor main pipeline of booth in the close booth of management house one side, in booth, be provided with near near northern windbreak the main droping irrigating pipe that is laid on ground along east-west direction, in booth, be provided with the aerial main irrigation pipe of laying along east-west direction being supported on arched girder lower boom, described main droping irrigating pipe is connected with the indoor main pipeline of booth, aerial main jet filling device for cleaning pipeline is crossed the transition conduit being supported on arch form steel skeleton and is connected with the indoor main pipeline of booth, described main droping irrigating pipe is connected with a point droping irrigating pipe that is provided with water jet, described point of droping irrigating pipe laid along ground along North and South direction, described aerial main irrigation pipe is provided with the some vertical pipes that are connected, the lower end of described vertical pipe is provided with high-pressure nozzle, between the indoor main pipeline of booth and main droping irrigating pipe, be provided with first passage in parallel, second channel, described second channel is provided with Venturi tube, described Venturi tube is provided with nutrient solution mouth, described nutrient solution mouth is connected with nutrient tank by nutrient solution passage, described first passage, the both sides of the Venturi tube of second channel, main pipeline, main droping irrigating pipe, on main irrigation pipe, be respectively equipped with valve switch, in nutrient tank, be provided with and supply with the needed various nutrient solutions of fruit growing.
5. tropical fruit (tree) northern area large-scale production system and device as claimed in claim 1; it is characterized in that; described booth inside with the ground of north side body of wall contact position on be provided with the artificial channel of laying brick, the southern side of artificial channel is provided with column, builds ceiling on artificial channel top.
6. tropical fruit (tree) northern area large-scale production system and device as claimed in claim 1, is characterized in that, left and right and centre position in described booth are respectively equipped with CO 2reaction tank or retort, described retort is placed on locomotive.
7. tropical fruit (tree) northern area large-scale production system and device as claimed in claim 1; it is characterized in that; described temperature control system comprises temperature sensor, the humidity sensor be located in booth, and described temperature sensor, humidity sensor are connected with the digital Temperature and Humidity display instrument in management house by optical cable.
8. tropical fruit (tree) northern area large-scale production system and device as claimed in claim 1, is characterized in that, in described booth, CO is installed 2measuring instrument, described CO 2measuring instrument is located near on the indoor body of wall of the booth of management house.
9. tropical fruit (tree) northern area large-scale production system and device as claimed in claim 1; it is characterized in that; body of wall in described booth is being provided with heater near wall bottom, and described heater adopts the electric heater being connected with power supply, or the hot water of boiler heat supplying, vapor recycle pipeline heater.
CN201420284468.3U 2014-05-30 2014-05-30 Tropical fruit large-scale production system device in northern area CN203896883U (en)

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CN104472335A (en) * 2014-11-25 2015-04-01 弥勒品元园艺有限公司 Greenhouse type plant factory system for flower production
CN105028028A (en) * 2015-06-12 2015-11-11 钟延华 Plastic greenhouse
CN105052635A (en) * 2015-08-13 2015-11-18 张彦山 Dwarfing apple support with hail prevention function and building method thereof
CN105210727A (en) * 2015-10-28 2016-01-06 盐城工学院 Greenhouse shed environment control device
CN105309240A (en) * 2015-10-14 2016-02-10 锡山区先锋家庭农场 Steam heating device for greenhouse
CN105684789A (en) * 2016-04-08 2016-06-22 佛山市融信通企业咨询服务有限公司 Full-automatic greenhouse fully utilizing space
CN105766476A (en) * 2016-04-08 2016-07-20 佛山市融信通企业咨询服务有限公司 Planting greenhouse with high space utilization rate
CN108142152A (en) * 2016-12-05 2018-06-12 大同市南郊区解放农业科技开发有限公司 A kind of agricultural greenhouse
CN108157028A (en) * 2017-01-17 2018-06-15 青岛农业大学 Agricultural booth and greenhouse gardening method
CN110012783A (en) * 2017-09-29 2019-07-16 代贞杰 A kind of intelligent ventilating system for mushroom planting greenhouse

Cited By (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104472335A (en) * 2014-11-25 2015-04-01 弥勒品元园艺有限公司 Greenhouse type plant factory system for flower production
CN105028028A (en) * 2015-06-12 2015-11-11 钟延华 Plastic greenhouse
CN105052635A (en) * 2015-08-13 2015-11-18 张彦山 Dwarfing apple support with hail prevention function and building method thereof
CN105309240A (en) * 2015-10-14 2016-02-10 锡山区先锋家庭农场 Steam heating device for greenhouse
CN105210727A (en) * 2015-10-28 2016-01-06 盐城工学院 Greenhouse shed environment control device
CN105684789A (en) * 2016-04-08 2016-06-22 佛山市融信通企业咨询服务有限公司 Full-automatic greenhouse fully utilizing space
CN105766476A (en) * 2016-04-08 2016-07-20 佛山市融信通企业咨询服务有限公司 Planting greenhouse with high space utilization rate
CN108142152A (en) * 2016-12-05 2018-06-12 大同市南郊区解放农业科技开发有限公司 A kind of agricultural greenhouse
CN108157028A (en) * 2017-01-17 2018-06-15 青岛农业大学 Agricultural booth and greenhouse gardening method
CN110012783A (en) * 2017-09-29 2019-07-16 代贞杰 A kind of intelligent ventilating system for mushroom planting greenhouse

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