KR101730857B1 - System for Return farmer energy village at an increase in profits - Google Patents

Abstract

The present invention relates to a system for forming an energy village business to return income to farmers, and more specifically, to a system for forming a business for an energy village to return income to farmers, support city dwellers becoming farmers in a salubrious town and prepare for a stable life in their later years. The system for forming an energy village business to return income to farmers comprises: a sunlight power generation plant checking state information on power generation through sunlight to be transmitted to a main data collector through a local area network; a mushroom cultivation station checking information on humidity, ventilation and temperature required for cultivation of mushrooms to be transmitted to the main data collector through the local area network; an agricultural food cultivation station checking information on incoming and outgoing agricultural products to be transmitted to the main data collector through the local area network; a garden and a parking lot checking information on burglary at night to be transmitted to the main data collector through the local area network; and a center control server receiving the power generation state information required for generation of electricity from sunlight or the information on humidity, ventilation and temperature required for cultivation of mushrooms from the main data collector through a communication network and controlling each piece of information as a control value of each time unit. An energy village for return farmers with remarkably low prices for a lot-solid land is formed, and prices for land are calculated while creating individual lots of land on condition of cooperation of the owner of the land such that a business owner can smoothly progress a business without any burden regarding purchasing of land. Thus, city dwellers are able to return to a nice town to prepare a stable life in their later years with ensured stable incomes. Moreover, they can obtain an income of 5,000,000 won per month through income ensuring businesses.

Description

In the case of a farmer's income,

The present invention relates to a system for establishing an energy village enterprise that is an income earner, and more specifically, a system for creating an energy village enterprise, in which an inhabitant in the city assists a stable income, Solar power plant to check the power generation status information and transmit it to the main data collector via LAN is checked for humidity, ventilation, and temperature information required for mushroom cultivation, and mushroom farms are sent to the main data collector via LAN. Crop farms that check and send to the main data collector over the LAN, night and theft information and send it to the main data collector via a LAN; photovoltaic power plants; mushroom farms; The network is connected to the master network and the local area network, And a central control server for receiving the power generation status information necessary for the solar power generation or the humidity, ventilation, and temperature information necessary for mushroom cultivation from the main data collector through the communication network and managing each information as time-dependent control values Which is an income-earned farmer's village.

Generally speaking, people are people who have lived in the city and then go back to the farm to build farming, etc. Since I am living in a rural area, I want to go back to the farm and build farming because I want to think about my hometown or farming.

Due to the increasing number of unemployed and unemployed people in the city, these days it is one of the social phenomena due to the fact that after going to work in a city, retire or early retirement, and then return to farming and farming.

Therefore, the government encourages farmers to start earning agriculture, and supports the purchase of housing.

For example, farmers who are engaged in agriculture or directly engaged in agriculture and migrate to rural areas to engage in farming, processing, manufacturing and distribution of agricultural and fishery products, and rural businesses, And the like.

However, the reason for the failure of the farm policy is that people who do not have financial independence are obliged to buy small farm land with empty hand, and farming, and when the price of agricultural products collapses, farmers and villagers can not recover, It is a reality that is becoming.

Meanwhile, in the conventional mushroom cultivation facility, only the greenhouse which is covered with the outside environment is covered with vinyl or the cover, so that the ventilation is difficult and the greenhouse efficiency and the sunlight blocking efficiency are insufficient. There is a problem that it is difficult to create a cultivation environment. It is also difficult to maintain the internal temperature of the facility at the optimal temperature required by the mushroom. In the case of the simple cultivation, it is difficult to maintain the internal temperature of the mushroom at the optimal temperature. The maintenance cost of the facility is increased.

Korea Patent Publication No. 2012-0028191 Korea Patent Publication No. 2013-0019051 Korean Patent Publication No. 2014-0052284 Korea Patent Publication No. 2015-0078366

DISCLOSURE OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a business base for assuring a stable income by recruiting retired people who are willing to live a stable life in the country, The purpose of this system is to provide a system for establishing an energy village enterprise, which is an income-type farmer, to raise the quality of stable living of ear-farmers and villagers and to increase the population of rural areas.

In order to solve the above problems, the present invention provides a solar power plant that checks the power generation status information through sunlight and transmits it to a main data collector via a LAN, checks humidity, ventilation, and temperature information necessary for mushroom cultivation, Mushroom farms that send mushrooms to the collector, crop farms that check the access information of the crops and send them to the main data collector over the LAN, check the nightly stolen information and send it to the main data collector over the LAN, A main data collector connected to a power plant, a mushroom farm, a crop farmer, and a gardener and a farmer and a short-range network to collect the above-mentioned information, a power plant status information required for the photovoltaic power generation, Temperature information from the main data collector through a communication network, The time and manages as a control value.

The solar power plant includes a real-time monitoring module for checking and storing CCTV and power generation status information in real time, an automatic lightning control module for anticipating a lightning stroke based on an input power signal, And an outsider access control module that transmits the data to the central control server through the main data collector.

The mushroom farm is equipped with CCTV, a humidity control module that automatically adjusts the humidity based on the input humidity signal, a ventilation automatic control module that automatically adjusts the degree of ventilation based on the inputted ventilation information, Captures an image of an outsider through the CCTV, and transmits the captured image to the central control server through the main data collector.

The crop repository is composed of an external access control module that captures an image of a CCTV or an outsider and transmits the captured image to the central control server through the main data collector.

The garden and the parking lot are an outside access control module for capturing an image through CCTV or CCTV to monitor night theft, a remote control module for capturing an image of an outsider through CCTV and transmitting the captured image to the central control server through the main data collector .

The present invention relates to a mushroom cultivating plant having a mushroom farm which is fixed on the ground and is open at all sides and is capable of cultivating mushrooms in a growing space; A greenhouse which is installed to open and close the cultivation space of the support frame and regulates a light amount and temperature of the cultivation space and blocks inflow of rainwater to form a wall surface so as to maintain the cultivation space in a greenhouse; A rainwater reservoir for storing rainwater flowing through the solar panel; And a photovoltaic power generation unit for receiving sunlight of solar energy from the upper portion of the support frame and converting the sunlight into electric energy.

As described above, the present invention provides an energy village of earnest people with a remarkably low land sale price, so that the land price can be calculated based on the condition that the land price cooperates with the land price, so that the business owner can smoothly proceed the business have.

In addition, the present invention can prepare a stable old age by returning people living in the center to a stable living with guaranteed stable income.

In addition, the present invention can guarantee about 5 million won per month if it is deduced from the entrance information of crops as the income guarantee business. 1) A solar power plant 100 KW / monthly income of about 2.3 million won, 2) Mushroom grower establishment / , 3) crops, farming / monthly income of about 1 million won, and 4) other crops.

In addition, according to the mushroom cultivation facility having a solar power plant, since the solar power generation facility is built together with the mushroom cultivation facility, it is possible to simultaneously produce electric energy together with the mushroom in one place, It is possible to prevent the shortage, further develop the power required for mushroom cultivation, and save the cost of maintenance of the facility by rainwater storage method using the inclined shape specificity of the solar panel.

FIG. 1 is a diagram showing the concept of an energy village enterprise system as an income earner according to an embodiment of the present invention.
FIG. 2 is a diagram showing the overall structure of an energy village enterprise system for an income earner according to an embodiment of the present invention.
FIG. 3 is a view showing an integrated space of a solar power plant and a mushroom farm in an energy village enterprise system of an income earner according to an embodiment of the present invention.
4 is a view showing the detailed configuration of FIG.

For a better understanding of the present invention, a preferred embodiment of the present invention will be described with reference to the accompanying drawings. The embodiments of the present invention may be modified into various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. The present embodiments are provided to enable those skilled in the art to more fully understand the present invention. Therefore, the shapes and the like of the elements in the drawings can be exaggeratedly expressed to emphasize a clearer description. It should be noted that in the drawings, the same members are denoted by the same reference numerals. Further, detailed descriptions of well-known functions and configurations that may be unnecessarily obscured by the gist of the present invention are omitted.

FIG. 1 is a view showing the concept of an energy village enterprise creation system according to an embodiment of the present invention. FIG. 2 is a diagram showing the overall structure of an energy village enterprise creation system according to an embodiment of the present invention. Fig.

As shown in FIGS. 1 and 2, the present invention includes a solar power plant 101 for checking generation status information through sunlight and transmitting it to a main data collector 200 via a local area network, humidity, ventilation, A mushroom farm 102 for checking the temperature information and transmitting it to the main data collector 200 through a local area network, a crop farm 103 for checking the entry and exit information of crops and transmitting the information to the main data collector 200 via a local area network, The mosaic farm 102, the crop farm 103, and the garden and livestock field 104, the solar power plant 101, the mushroom farm 102, the crop farm 103, A main data collector 200 connected to the host computer 104 via a local area network (LAN) to collect the above information, power generation status information required for the solar power generation, humidity, ventilation and temperature information necessary for mushroom cultivation A central control server 300 that receives data received from the data collector 200 through a communication network and manages each piece of information as a time-based control value, and the like.

As shown in FIG. 3, as an embodiment of the present invention, a mushroom plant 102 fixed on the ground and being open at all sides and having a mushroom cultivation area 102 capable of growing mushrooms in a cultivation space 5 A frame 10; A greenhouse 20 installed to open and close the cultivation space of the support frame to form a wall 21 so as to control light quantity and temperature of the cultivation space and to prevent inflow of rainwater to keep the cultivation space in a greenhouse; A rainwater storeroom (50, 51) for storing rainwater flowing through the solar panel; And a photovoltaic power generation plant 101 that receives sunlight of solar energy from the upper portion of the support frame and converts the sunlight into electric energy.

The rainwater storages (50, 51) further include a pipe (52) including a through hole through which a lower portion extending to the cultivation space (5) can pass.

Accordingly, the present invention relates to a method for producing mushrooms by storing rainwater in a rainwater storeroom (50) using temperature, light quantity, and ventilating action at which mushrooms can grow, using the inclined formality characteristic of a solar panel And functions to create an environment.

4 is a view showing the detailed configuration of FIG.

4, the solar power plant 101 includes a CCTV 1011, a real-time monitoring module 1012 for checking and storing power generation status information in real time, A lightning stroke prediction automatic control module 1013 and an outsider access control module 1014 for capturing an image of an outside person through the CCTV 1011 and transmitting the captured image to the central control server 300 through the main data collector 200 .

The mushroom station 102 includes a CCTV 1021, a humidity automatic control module 1022 that automatically adjusts the humidity based on the humidity signal to be input, a ventilation automatic control module 1022 that automatically adjusts the degree of ventilation based on the inputted ventilation information, A control module 1023, a temperature automatic control module 1024 for automatically and constantly controlling the temperature based on the input temperature signal, an image of an external person through the CCTV 1021, And an outsider access control module 1025 for transmitting to the central control server 300.

The crop repository 103 includes a CCTV 1031 and an outsider access control module 1032 for capturing an image of an outsider and transmitting the captured image to the central control server 300 through the main data collector 200.

The gardens and the parking lot 104 capture an image of an outsider through the nighttime theft prevention module 1042 that captures an image through the CCTV 1041 and the CCTV 1041 to monitor night theft, And an outsider access control module 1043 for transmitting the collected data to the central control server 300 through the collector 200.

In detail, the lightning stroke anticipated automatic control module 1013 includes an overcurrent sensing circuit unit for sensing an overcurrent flowing through a wire connected to a wire breaker in an electrical system; An overcurrent detection unit for full-wave rectifying the overcurrent of the overcurrent detection circuit unit to the bridge circuit, comparing the overcurrent value with the set value, and transmitting the interrupt signal to the microprocessor when the overcurrent is greater than the set value; A microprocessor for receiving an interrupt signal from the overcurrent sensing unit, comparing the duration of the interrupt with a reference value, and controlling the current flow to the wiring breaker to be blocked if the interrupt signal is greater than a reference value; And the like.

The outsider access control modules 1014, 1025, 1032, and 1043 include an input image edge extraction function and a lateral edge grouping function through a Sobel operator for setting an intelligent ROI (region of interest) A regional interest area setting module including an area fence automatic setting function; A moving object recognition module in a subdivision including a background separation algorithm function for detecting moving objects, a motion region extraction function, a motion region noise control function, and a moving object extraction function by merging Min-Max background modeling and GMM; A classification module for classifying intruders including geometry information extraction function, object classification algorithm function and intruder classification function using Histogram of Oriented Gradient (HOG) modeling method; An intrusion detection module for detecting an outsider's intrusion situation including an outsider's route learning function and an intruder's route learning function for comparing with the learned route; A theft detection module for detecting a theft situation in which an intruder's intrusion is identified by data stored in a human movement path learning DB through an intruder's route learning function; And a human path learning DB storing an attacker's travel path.

In particular, the night anti-theft module 1042 includes a classification module for classifying the intruder and the crop, and uses the HOG to extract geometric information features of the moving object to be monitored in real time for instantaneously grasping the stolen crop type, Is divided into cells of a predetermined size, a histogram of the direction of edge pixels is obtained for each cell, and a vector in which the values are connected in a line is generated and can be grasped.

The nighttime anti-tampering module 1042 also detects the intruder by using a Kanade-Lucas-Tomasi (KLT) algorithm and a motion object detection algorithm to extract the minutiae of the moving object in order to track each moving object when the motion area is extracted The feature point can be extracted using the color characteristic and position information of the clothes of the user.

In addition, the nighttime anti-theft module 1042 may extract the moving area after applying the image difference using the HSI color model dull to illumination change and the qualified HSI model normalized thereto.

In addition, the night anti-theft module 1042 may include an alarm device, and may set a basic alarm and transmit alarms according to the conditions to the outsourced access control modules 1014, 1025, 1032, 1043, Otherwise, a general alarm included in the predetermined basic alarm is generated.

Here, the alarm according to the condition can be contacted to the second and third administrators in turn, for example, when the manager who is the first alarm target is absent or does not contact within a predetermined time, Instead of simply receiving the alarms in turn, change them so that you can control the method and process.

For example, in the alarm content, detailed information on which of the plurality of places the theft occurred is displayed.

In particular, it is possible to control the alarm to be stopped when the number of alarms is equal to or greater than a predetermined value.

At this time, it is possible to adjust the maximum number of alarms to be constant by reflecting personal information such as schedule of the second and third administrators. That is, in the case of the leave of the second and third administrators, the number of alarms can be eliminated, and the number of alarms can be adjusted to a predetermined value or more when the working hours are over.

In addition, the alarm device may interfere with the classifier module for classifying the intruder and the crop, and may broadcast a pause, a siren sound, or the like when the characteristic of the geometric information of the moving object of the intruder is extracted.

In addition, in order to search for an intruder by interlocking with the nighttime anti-tamper module 1042, the alarm device extracts each moving object when the motion area is extracted, and sends a warning message such as 112 report, Alarm can be warned.

Or if the livestock is intruded through the classification module for classifying the intruder and the livestock including the function of extracting the geometric information using the HOG (Histogram of Oriented Gradient) modeling method and the object classification algorithm function and the animal / intruder classification function, And an intruder including a person intrudes, it is possible to improve intrusion prevention efficiency by changing contents of an alarm.

As an embodiment of the present invention, the following description will be made based on the village business promotion policy project of the Ministry of Government Administration and Home Affairs, the photovoltaic farm power plant project of the Ministry of Commerce, Industry and Energy,

Specifically, the administration will provide administrative support for the village enterprise development policy of the Ministry of Government Administration and Home Affairs, the solar farm farm power plant project,

The landowners will cooperate to carry out the project according to the present invention, but the land sale proceeds will cooperate to receive the payment as soon as they are sold, and the farmers and the villagers living in the villages will form a farming association corporation, We intend to create an income-type village enterprise that promotes and sells over 1,300 safes throughout the country at Saemaeul Safebox.

The purpose of the above-described embodiment of the present invention is to provide a business base in which retirees who have sufficient funds of the city can secure stable income by recruiting retired people who are willing to live a stable life in rural areas, It is to increase the quality of stable life and increase the rural population.

The reason for the failure of the current farm policy is the fact that people who do not have financial independence are obliged to buy small farm land with empty hand, .

   Therefore, among the retirees who have the funds of the city, the retired people who want to live a stable life in the country are recruited to raise the stable quality of life for the retired people and the villagers by establishing a business base that guarantees stable income. To increase the population of Namwon-si, Jeollabuk-do, representative of the earliest farming villages.

As an implementation method of the present invention, the administrative administration provides administrative support for the village enterprise development policy of the Ministry of Government Administration and Home Affairs, the solar farmhouse power plant project, and the farming of the farmers and villagers (until the sale is completed, The landowners will cooperate with each other so that the project can proceed, but the land sale price will be agreed upon to be paid as soon as the sale is made. The farmers and villagers living in the villages will form a farming association corporation We intend to create an income-type village enterprise that promotes the agricultural products made by the union in the central Saemaul coffin to 1,300 safes throughout the country and participates in sales as well.

For example, the following is a description of the business according to the present invention, with reference to the following six municipalities: Namseon-si, Gwangchi-dong 100, and other six parcels (145,001 ㎡ = 43,862 pyeong).

That is, in the case of 35 households = 1,000 pyung = 35,000 pyung,

1) 500 pyeong (500 pyung x35 households = 100KW X 35 households = 3,500KW) per household of solar power plants

2) 150 pyeong (150 pyung x 35) per mushroom grower household, included in solar power generation area

3) House of farm households Including site of lot warehouse 200 pyeong per household (construction is 25 ~ 30 pyeong and 35 buildings)

4) 500 pyung per farm household (500 pyung x 35)

5) It is possible to sell 35,000 pyeong of land with 1,000 pyeong of land for each person from 1 to 4, and the remaining 8,862 pyeong can be sold to the public lot for 35 households (roads, hall sites, village parking lots, sports facilities, landscaping sites, etc.).

As an embodiment of the present invention, those who are currently unemployed in the shipping industry or who are financially free of the Gyeonggi-do area will be promoting their family retirement farms in the countryside to those who want to retire and return home.

For example, the total development cost of the present invention is 19.3 billion won (19.375 billion), and the calculation history is as follows.

1. Solar light: 6,300,000,000 won (100KW / 180,000,000 won x 35)

2. Farm House Housing: 3,150,000,000 won (3,500,000 won per pyung = 25 pyung = 90,000,000 won x 35 households)

3. Mushroom grower: 2,625,000,000 won (500,000 won per 150 square meters = 75,000,000 won x 35)

4. Civil engineering and design: 4,500,000 won (150,000 won per 30,000 pyung = 4,500,000,000 won) (43,862 pyeong of solar power 100kw / 150 pyeong x 35 = 5,250 pyeong is included in the sale price of solar power plant is included)

5. Land cost: 2,200 million won (50,000 x 43,862 pyeong per square meter)

6. Other Operating Expenses: 3 years from construction to completion, 400,000,000 won

7. Provision: 200,000,000 won

For this purpose, if you look at the cost of housing and the amount of the loan,

1. Total investment cost 19.3 billion * 35 households = 550 million won per household

(Including 253 pyeong of common land for each household, 1,253 pyeong per household is sold, including solar power + mushroom grower + housing + farm)

2. 120,000,000 won out of 180,000,000 for solar power available (Central Saemaeul Bank)

3. Households 90,000,000 won 1 year Deposits can be borrowed at 2% interest rate for 19 years (government)

4. Mushroom grower 50,000,000 won 50% (25,000,000 won) loan available (Central Saemaeul Bank)

5. Total sale price is 550,000,000 won - Loan is about 235,000,000 = Completion is about 315,000,000 won

Therefore, according to the above-mentioned constitution, the present invention can calculate an energy village of a landowner who has a remarkably low land sale price, and collects the land price as a condition of cooperating with the landowner so that the owner does not have burden of buying land, Can proceed.

In addition, the present invention can prepare a stable old age by returning people living in the center to a stable living with guaranteed stable income.

In addition, the present invention can guarantee about 5 million won per month as income guarantee business.

101: Solar power plant
102: Mushroom grower
103: Crop plant
104: Gardens and runners
200: main data collector
300: Central control server
1011, 1021, 1031, 1042: CCTV
1012: Real-time monitoring module
1013: Lightning expected automatic control module
1014, 1025, 1032, 1043: Outside access control module
1022: Humidity automatic control module
1023: Ventilation automatic control module
1024: Temperature automatic control module
1042: Night security module

Claims (6)

A photovoltaic power plant that checks the power generation status information through the photovoltaic power and transmits it to the main data collector through a LAN;
Mushroom farms that check the humidity, ventilation, and temperature information required for mushroom cultivation and transmit them to the main data collector through a LAN;
A crop cultivator that checks information on access to crops and sends them to the main data collector via LAN;
Gardens and parking lots that check for nightly stolen information and send it to the main data collector over a local area network;
A main data collector connected to the solar power plant, the mushroom farm, the crop farm, the garden, and the parking lot and the local area network to collect the information;
The main data collector receives the power generation state information necessary for the solar power generation or the humidity, ventilation, and temperature information necessary for cultivation of the mushroom through the communication network or receives the image through the CCTV, and manages each information according to the hourly control value, A central control server for generating an alarm when an outsider is determined to be an intrusion;
A nighttime anti-theft module for capturing an image through the CCTV in the garden and parking lot to monitor nightly theft;
An interest area setting module in the shop including an input image edge extraction function, a lateral edge grouping function, and an interest area fence automatic setting function through a Sobel operator for setting an intelligent ROI (Region of Interest); A moving object recognition module in a subdivision including a background separation algorithm function for detecting moving objects, a motion region extraction function, a motion region noise control function, and a moving object extraction function by merging Min-Max background modeling and GMM; A classification module for classifying intruders including geometry information extraction function, object classification algorithm function and intruder classification function using Histogram of Oriented Gradient (HOG) modeling method; An intrusion detection module for detecting an outsider's intrusion situation including an outsider's route learning function and an intruder's route learning function for comparing with the learned route; A theft detection module for detecting a theft situation in which an intruder's intrusion is identified by data stored in a human movement path learning DB through an intruder's route learning function; And an outsider access control module including a person path learning DB storing an intruder's travel path,
The central control server may control the second and third administrators so that the first alarm person can be contacted in turn if the manager is absent or is not contacted within a predetermined time,
Wherein the alarm content displays detailed information on the occurrence of theft at any one of a plurality of places in the garden and the parking lot,
And to stop the alarm when the number of times the alarm is sounded is equal to or greater than a predetermined value,
The maximum number of alarms is adjusted to be constant by reflecting the schedule schedule of the second and third administrators so as to eliminate the number of alarms in the case of the leave of the second and third administrators, Of the total income of the households. The method according to claim 1,
The solar power plant includes a real-time monitoring module for checking and storing CCTV and power generation status information in real time, an automatic lightning control module for anticipating a lightning stroke based on an input power signal, And an outsider access control module for transmitting to the central control server through the main data collector. The method according to claim 1,
The mushroom farm is equipped with CCTV, a humidity control module that automatically adjusts the humidity based on the input humidity signal, a ventilation automatic control module that automatically adjusts the degree of ventilation based on the inputted ventilation information, And an external access control module for capturing an image of an outsider through the CCTV and transmitting the captured image to the central control server through the main data collector, Innovation Village Enterprise Creation System. delete delete The method according to claim 1,
A support frame fixedly installed on the ground and having a mushroom cultivation area in which a mushroom can be cultivated in a cultivation space, the mushroom cultivation area having an open structure in all directions; A greenhouse which is installed to open and close the cultivation space of the support frame and regulates a light amount and temperature of the cultivation space and blocks inflow of rainwater to form a wall surface so as to maintain the cultivation space in a greenhouse; A rainwater reservoir for storing rainwater flowing through the solar panel; And a photovoltaic power generation plant for receiving sunlight of solar energy from the upper part of the support frame and converting it into electrical energy.

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