CN203027821U

CN203027821U - Arbutus greenhouse with solar temperature control

Info

Publication number: CN203027821U
Application number: CN201220756838XU
Authority: CN
Inventors: 陆建益
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-12-28
Filing date: 2012-12-28
Publication date: 2013-07-03
Anticipated expiration: 2022-12-28

Abstract

The utility model discloses an arbutus greenhouse with a solar temperature control. The arbutus greenhouse with the solar temperature control comprises lagging jacks, arbutuses, a power supply box and solar panels, wherein every lagging jack is fixed in the soil through a first jack leg and a second jack leg to be formed in an arch shape, electric heating sheets are evenly distributed in the soil under the lagging jacks, the lagging jacks are covered by scrollable transparent film which covers the arbutuses, the power supply box is arranged under the lagging jacks, the lower portions of the lagging jacks are provided with a heat preservation lamp, a sprinkle device, a humidity-dependent sensor and a temperature sensor, the solar panels are arranged outside the lagging jacks, the output ends of the solar panels are correspondingly connected with the input end of the power supply box, and the power supply box is electrically connected with the heat preservation lamp, and the electric heating sheets, the humidity-dependent sensor and the temperature sensor through wires. According to the arbutus greenhouse with the solar temperature control, the arbutuses can grow in the best growth environment, and the fruit of the arbutuses can mature early through an economical and environment friendly way, so that the yield and the quality are greatly improved, the period of market adaptation is prolonged, the development of the arbutus industry is facilitated, and good economic and social benefits are obtained.

Description

Utilize the red bayberry booth of solar energy temperature control

Technical field

The utility model relates to a kind of red bayberry booth, particularly relates to a kind of red bayberry booth that utilizes the solar energy temperature control.

Background technology

Red bayberry is the important fruit tree species in China south, suitable growth have a moderate climate, in the environment that rainfall is abundant, require in early autumn late summer sunny, in order to flower bud differentiation; Require certain moisture before the fruit maturation, to promote that fruit expands; Need there be fine day in maturing stage, makes fruit grow annesl smoothly, and sweet and sour taste is rich in the nutrition and health care composition.But the maturing stage of red bayberry is very short, mainly concentrates in 6 months, in tens day time in the last ten-days period, happens the plum rain season of southern high-temperature high humidity this moment; because red bayberry meat berry; fruit does not have the exocarp protection, and juice is abundant, enzyme content height, and breathing is vigorous after plucking, aging course is very fast; only can preserve 2～3 days under the normal temperature; very easily rot, storage and transportation are very difficult, and the market fit phase is short; seriously restrict the development of red bayberry industry, influenced orchard worker's economic benefit.Therefore, how to change traditional red bayberry cultivation method, can improve output and product again when making the Waxberry fruit ripen in advance, be that the orchard worker expects always.

The utility model content

The purpose of this utility model is to provide a kind of red bayberry booth that utilizes the solar energy temperature control, fully satisfies in the red bayberry growth and development process the needs of environmental condition, makes the Waxberry fruit ripen in advance, thereby has improved output, quality and economic benefit.

For realizing above purpose, the utility model is achieved through the following technical solutions: a kind of red bayberry booth that utilizes the solar energy temperature control, comprise bow member, strawberry tree, power pack and solar panel, described bow member is fixed on by first and second pin and is arch in the soil, be evenly equipped with electric heating piece in the soil in bow member, be covered with collapsible light-transmissive film above the bow member and cover strawberry tree, be provided with power pack in the bow member, the bow member bottom is provided with the insulation lamp, spray equipment, moisture sensor and temperature sensor, the outside at bow member is provided with solar panel, the corresponding input that connects power pack of the output of described solar panel, power pack is by lead and insulation lamp, electric heating piece, moisture sensor and temperature sensor are electrically connected successively.

As further feature of the present utility model, but described bow member both sides are provided with the ventilation door and window of folding.

As further feature of the present utility model, be provided with accumulator and microprocessor in the described power pack, at the power pack peripheral hardware function key and display screen are arranged.

As further feature of the present utility model, described microprocessor comprises and charges and discharge circuit, temperature sensing circuit, humidity measuring circuit and display circuit.

As further feature of the present utility model, the inner surface of described insulation lamp is provided with and sends spectral range in the coating of 400～700nm light.

As further feature of the present utility model, described spray equipment comprises the water pipe that connects the water source and is installed at least one Self-rotary spray nozzle on the water pipe.

As further feature of the present utility model, described electric heating piece is to be composited in proper order by heat resistant layer, Electric radiant Heating Film and heat-conducting layer and according to this.

From the above, during the utility model is directly placed into the soil the frame pin of bow member, increased the stability of booth, take full advantage of simultaneously in zero pollution, the inexhaustible solar energy converting electrical energy input power pack and also stored, electric power is provided for insulation lamp, heating cable and spray equipment in the bow member, not only can reduce energy consumption, reduce production cost; Can effectively guarantee the ventilation in the booth again by the ventilation door and window of bow member both sides, can also be by the moisture sensor that sets and the concrete temp. and humidity of temperature sensor, temp. and humidity in control soil and the booth makes strawberry tree be in a kind of growing environment of the best.Especially be incubated lamp and send the spectral range of suitable plant growth at the light of 400～700nm, this section spectrum is commonly referred to the effective energy zone of photosynthesis of plant, thereby impel the Waxberry fruit ripen in advance with means relatively economical, environmental protection, improved yield and quality greatly, prolong the market fit phase, promote the development of red bayberry industry, produce favorable economic benefit and social benefit.

Description of drawings

Fig. 1 is structural representation of the present utility model;

Fig. 2 is circuit catenation principle figure of the present utility model.

Among the figure: 1. bow member, 2. solar panel, 3. lead, 4. insulation lamp, 5. spray equipment, 6. moisture sensor, 7. strawberry tree, 8. ventilation door and window, 9. electric heating piece, 10. first pin, 11. soil, 12. second pin, 13. power packs, 14. light-transmissive films, 15. temperature sensors.

Embodiment

Below in conjunction with accompanying drawing embodiment of the present utility model is described in further detail.

As shown in Figure 1, a kind of red bayberry booth that utilizes the solar energy temperature control comprises bow member 1, strawberry tree 7, power pack 13 and solar panel 2, and solar panel 2 is installed in bow member 1 outside.Bow member 1 in the present embodiment is arch, be fixed on formation arch booth in the soil 11 by first pin 10 and second pin 12 on the bow member 1, but also be provided with the ventilation door and window 8 of folding in bow member 1 both sides, be covered with collapsible light-transmissive film 14 above the bow member 1, this light-transmissive film 14 covers strawberry tree 7, put a power pack 13 in the bow member 1, be provided with accumulator and microprocessor in the power pack 13, power pack 13 peripheral hardwares have function key and display screen.Further, insulation lamp 4, spray equipment 5, moisture sensor 6 and temperature sensor 15 are installed respectively in the bottom of bow member 1, the inner surface of described insulation lamp 4 is provided with and sends spectral range in the coating of 400～700nm light, spray equipment 5 comprises the water pipe that connects the water source, and is installed at least one Self-rotary spray nozzle on the water pipe.Further, uniform by heat resistant layer, Electric radiant Heating Film and heat-conducting layer and according to this electric heating piece that is composited in proper order 9 in the soil 11 in booth, the corresponding input that connects power pack 13 of the output of described solar panel 2, power pack 13 is electrically connected with insulation lamp 4, electric heating piece 9, moisture sensor 6 and temperature sensor 15 successively by lead 3.

As shown in Figure 2, the electric energy of solar panel 2 fills diode by counnter attack and microprocessor is stored by power pack 13, and wherein, microprocessor comprises and charges and discharge circuit, temperature sensing circuit, humidity measuring circuit and display circuit.During operation, start function key, circuit turn-on, electric heating piece 9 heat production, spray equipment 5 water sprays, temperature sensing circuit detects the temperature parameter in the booth 1, and export temperature parameter to microprocessor, humidity measuring circuit detects the humidity parameter in the booth 1, and exporting humidity parameter to microprocessor, microprocessor is used for receiving the temperature and humidity parameter, exports display circuit after the processing to and shows, and according to the work of result control insulation lamp 4, electric heating piece 9 heat production and spray equipment 5, make strawberry tree be in a kind of growing environment of the best.Particularly be incubated lamp 4 and send the spectral range of suitable plant growth at the light of 400～700nm, impel the Waxberry fruit ripen in advance with means relatively economical, environmental protection, thereby improve the yield and quality of Waxberry fruit, promote the development of red bayberry industry, prolong the market fit phase.

Claims

1. red bayberry booth that utilizes the solar energy temperature control, comprise bow member, strawberry tree, power pack and solar panel, it is characterized in that, described bow member is fixed on by first and second pin and is arch in the soil, be evenly equipped with electric heating piece in the soil in bow member, be covered with collapsible light-transmissive film above the bow member and cover strawberry tree, be provided with power pack in the bow member, the bow member bottom is provided with the insulation lamp, spray equipment, moisture sensor and temperature sensor, the outside at bow member is provided with solar panel, the corresponding input that connects power pack of the output of described solar panel, power pack is by lead and insulation lamp, electric heating piece, moisture sensor and temperature sensor are electrically connected successively.

2. the red bayberry booth that utilizes the solar energy temperature control according to claim 1 is characterized in that, but described bow member both sides are provided with the ventilation door and window of folding.

3. the red bayberry booth that utilizes the solar energy temperature control according to claim 1 is characterized in that, is provided with accumulator and microprocessor in the described power pack, at the power pack peripheral hardware function key and display screen is arranged.

4. the red bayberry booth that utilizes the solar energy temperature control according to claim 3 is characterized in that, described microprocessor comprises and charges and discharge circuit, temperature sensing circuit, humidity measuring circuit and display circuit.

5. the red bayberry booth that utilizes the solar energy temperature control according to claim 1 is characterized in that, the inner surface of described insulation lamp is provided with and sends spectral range in the coating of 400～700nm light.

6. the red bayberry booth that utilizes the solar energy temperature control according to claim 1 is characterized in that, described spray equipment comprises the water pipe that connects the water source and is installed at least one Self-rotary spray nozzle on the water pipe.

7. the red bayberry booth that utilizes the solar energy temperature control according to claim 1 is characterized in that, described electric heating piece is to be composited in proper order according to this by heat resistant layer, Electric radiant Heating Film and heat-conducting layer.