KR102645710B1 - Integrated management system for honey source and beekeeping and management method thereof - Google Patents

Abstract

The present invention allows remote control of a smart farm that grows wheat plants, a smart beehive that keeps bees, and a smart beehive that protects multiple smart beehives, and processes and commercializes the harvested wheat sources, honey, etc. It is about an integrated management operation system for wheat and beekeeping that can easily manage the process up to sale and an operation method using it.
The present invention provides a smart farm 100 for measuring the growth environment in which wheat orchards are grown and generating wheat orchard growth information, and a smart beehive for generating internal and external beehive images and generating smart beehive environment information by measuring the internal environment. (200), a smart service 300 including a light shield and shielding film for protecting the smart beehive 200 and a transport rail for transporting the smart beehive 200, and consignment consumer information and consignment designation information. A consignment consumer device 500 for generating a consignment request signal, a beekeeping device 600 for generating beekeeper information including identification information and location information of the smart beehive 200, and a consignment consumer device 600 for entrusting the beekeeping. In the mill and beekeeping integrated management operating system including an integrated management server 700 for brokering a contract between the consignment consumer device 500 and the beekeeping device 600, 1 including honey harvested through the beekeeping. It includes an operating state detection sensor and a filming device to detect and photograph the operating status of honey powder processors, bee pollen tablet sterilizers, dryers, and packaging machines for commercializing tea products and manufacturing products, and generate operating data and manufacturing process images. It includes a smart factory 400, and the consignment consumer device 500 generates consignment consumer sales information, including price, to sell commercialized products of primary products harvested through the contracted beekeeping. It includes a sales request unit 506, and the beekeeping device 600 inputs the actual production amount of primary products, including honey harvested through the contracted smart beehive 200, and inputs delivery delivery data to provide status information. It includes a status input unit 609 for generating, and the integrated management server 700 receives and stores the consignment consumer information and beekeeper information, and stores and manages general consumer information for purchasing honey. The management unit 702 extracts beekeeper information corresponding to the consignment area information of the consignment request signal from the pre-stored beekeeper information, including the consignment consumer information, concession price information, and contract information for use of the smart factory 400. The beekeeping contract unit 703 for generating consignment contract information for beekeeping, and when an abnormal situation is detected by analyzing the manufacturing process video and operation data of the smart factory 400, detects an abnormal signal and uses the beekeeping device 600. ), and the local conditions according to the location information of the contracted smart beehive 200 among the pre-stored local conditions for each region are used to determine the production process of primary products including honey and diseases of bees. The productivity and profitability of the primary product are predicted by simulating the process of the smart bee hive (200), including the prevention and control of the appearance of wasps, and the manufacturing process of commercializing the primary product through the smart factory (400) A simulation unit 707 for simulating the calculation of commercialized products and automatic production cost calculation information, and a primary product including honey harvested from the smart beehive 200 from the beekeeping device 600. A statistical analysis unit 708 to collect status information including the actual production volume, generate statistical analysis information, and compare and analyze the statistical analysis information with public data from an external agency server to evaluate whether beekeeping is normal, and the entrusted consumer. It is characterized by including a shopping mall management unit 710 for listing sales information and providing it through general consumer information.

Description

Integrated wheat and beekeeping management operation system and operation method using the same {INTEGRATED MANAGEMENT SYSTEM FOR HONEY SOURCE AND BEEKEEPING AND MANAGEMENT METHOD THEREOF}

The present invention relates to a wheat garden and beekeeping integrated management operating system and an operating method using the same, and more specifically, to a smart farm that grows wheat garden plants, a smart beehive that keeps bees, and a smart beehive that protects multiple smart beehives. ) is about an integrated wheat farm and beekeeping management operation system that can remotely control the harvested wheat source, honey, etc., and easily manage the process from processing to commercialization and sale, and an operation method using the system.

Beekeeping is the practice of breeding bees to produce honey, bee wax, pollen, propolis, royal jelly, etc., and includes beekeeping, queen bee production, rental beekeeping, or planned beekeeping. Its production fields are diverse, ranging from fertilized beekeeping, and it is a business that provides economic value and has become one of the sources of income for farmers.

This beekeeping business uses bees to collect nectar and pollen from flowers, turning nature into a resource that gives new economic value, and self-sufficiency in sweeteners that can replace sugar. It has important values such as self-purification, production of health products using honey as a medicinal and nutritional agent, production as fuel for industrial and cosmetics, and increasing the fruiting rate of crops as a pollinator for crops.

In the conventional beekeeping business, beekeepers produce honey and then deliver it to wholesalers, who then deliver the honey to retailers or consumers for sale. There is a problem with the distribution process until the honey is delivered to consumers. .

In particular, there is a problem that the reliability of honey is reduced because consumers cannot know the beekeeping environment and beekeepers who produce the honey delivered from wholesalers or retailers. As a result, the number of people who want to produce their own honey is increasing, but it is difficult to start beekeeping because bees are absolutely influenced by and react sensitively to natural climatic conditions and the surrounding environment.

Accordingly, in order to stably grow bees, Publication Patent No. 10-2015-0160115 (publication date: December 15, 2015) uses a temperature and humidity sensor installed on the temperature and humidity sensor fixture located on one side of the inside of the bee hive. A device for monitoring the temperature and humidity inside the bee hive, comprising a bee hive having a certain receiving space, a temperature and humidity sensor fixing part to which the temperature and humidity sensor is detachably provided and disposed on one side of the receiving space, and the temperature and humidity sensor detected by the temperature and humidity sensor. A plurality of sensing boards that sense information about the temperature and humidity inside the accommodation space, a middleware embedded that collects and stores the information sensed by the plurality of sensing boards, and the information collected and stored in the middleware embedded is received at regular intervals. Monitoring devices for the bee hive, including the main server that compiles the data, can be used.

However, even if the above-mentioned published patent is used, there is a problem in that it is difficult for people living a long distance from areas with conditions for growing bees to engage in beekeeping because abnormal signs such as diseases and wasps in bees must be checked and managed from time to time.

In addition, beekeepers who make beekeeping business can suffer enormous damage to their beekeeping business by receiving information about infectious diseases late, and it is difficult to manage the distribution process of produced honey.

Accordingly, smart farms that grow wheat sources, smart beehives that keep bees, smart beehives that protect multiple smart beehives, smart factories that process honey and commercialize it, smart factories that process honey to commercialize it, etc. There is a demand for technology that can comprehensively manage shopping malls that sell commercialized honey.

The present invention was proposed to solve the above-mentioned problems, and includes a smart farm that grows wheat sources while matching a consignment consumer who entrusts beekeeping to purchase honey with a beekeeper who performs beekeeping, a smart beehive for beekeeping, and a plurality of beekeepers. A smart beehive that protects smart beehives, a smart factory that processes honey and commercializes it, a smart factory that processes honey to commercialize it, and a shopping mall that sells commercialized honey. Integration of beekeepers and beekeepers to manage them in an integrated manner. The purpose is to provide a management operation system and an operation method using it.

In other words, by monitoring smart beehives and smart farms under consignment management, abnormal signals such as the appearance of wasps and the occurrence of bee diseases can be detected, and the process status is monitored using smart beehive environmental information measuring the internal environment of the smart beehive and local conditions of beekeeping. The purpose is to provide an integrated management operation system for wheat and beekeeping that can predict and manage the production of honey produced through beekeeping and an operation method using it by simulating.

In addition, the purpose is to provide an integrated management operation system for honey gardens and beekeeping that can process and commercialize honey harvested through beekeeping, and manage distribution and sales, as well as an operation method using the system.

The problems to be solved by the present invention are not limited to the problems mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the description below.

In order to achieve the above object, the integrated management operation system for wheat garden and beekeeping according to the present invention and the operating method using the same include a smart farm (100) for generating wheat garden growth information by measuring the growing environment in which wheat garden is grown, and internal and Transporting the smart beehive 200, a smart beehive 200 for generating smart beehive environment information that measures the internal environment while generating an external hive image, a light shield and shield to protect the smart beehive 200, and the smart beehive 200. A smart service 300 including a transport rail for the consignment, a consignment consumer device 500 for generating a consignment request signal containing consignment consumer information and consignment designation information, and identification information and location information of the smart beehive 200. A beekeeping device 600 for generating beekeeper information, and an integrated management server 700 for brokering a contract between the consignment consumer device 500 and the beekeeper device 600 to entrust the beekeeping. In the integrated management operation system for wheat and beekeeping, detecting the operating status of the honey powder processor, bee pollen purification sterilizer, dryer, and packaging machine for commercializing primary products including honey harvested through beekeeping and manufacturing products; It includes a smart factory 400 including an operating state detection sensor and a recording device for generating operating data and manufacturing process images by filming, and the consignment consumer device 500 is a primary bee harvested through the contracted beekeeping. It includes a Wuhan consignment consumer sales request department 506 that generates consignment consumer sales information, including price, in order to sell commercialized products, and the beekeeping device 600 is operated through the contracted smart beehive 200. It includes a status input unit 609 for inputting the actual production amount of primary products including harvested honey and inputting courier delivery data to generate status information, and the integrated management server 700 is configured to input the consignment consumer information and beekeeper information. A member management unit 702 for receiving and storing information and storing and managing general consumer information for purchasing honey, and extracting beekeeper information corresponding to the consignment area information of the consignment request signal from the pre-stored beekeeper information and A beekeeping contract unit 703 for generating consignment contract information for beekeeping, including consignment consumer information, concession price information, and contract information for use of the smart factory 400, a manufacturing process video of the smart factory 400, and An abnormality detection unit 705 for detecting an abnormal signal and transmitting it to the beekeeping device 600 when an abnormal situation is detected by analyzing operational data, and the location of the contracted smart beehive 200 among pre-stored regional conditions for each region. Using local conditions according to information, the production process of primary products including honey and the process of the smart bee hive 200, including the prevention and control of bee diseases or wasp emergence, are simulated to increase the productivity and profitability of the primary products. A simulation unit 707 for predicting and simulating the manufacturing process of commercializing the primary product through the smart factory 400 to simulate calculation and automatic production cost calculation information for products in which the primary product is commercialized; From the beekeeping device 600, status information including the actual production amount of primary products including honey harvested from the smart beehive 200 is collected to generate statistical analysis information, and then the statistical analysis information and public data from an external agency server are collected. It is characterized by comprising a statistical analysis unit 708 for comparative analysis to evaluate whether beekeeping is normal, and a shopping mall management unit 710 for listing the consignment consumer sales information and providing it through general consumer information.
In one embodiment, the integrated management server 700 includes a server communication unit 701 for communicating with the smart farm 100 and the smart factory, respectively, and the entrustment of the entrustment request signal received from the entrusted consumer device 500. A beekeeping contract unit 703 for generating consignment contract information for beekeeping by matching beekeeper information corresponding to regional information and transmitting it to the corresponding consignment consumer device 500 and beekeeper device 600, and the contracted smart beehive 200 ) and a monitoring unit 704 for receiving and monitoring operation data and manufacturing process images from the smart factory while receiving and monitoring beehive images and smart beehive environment information and wheat source growth information from the smart farm 100, and the contract Using the smart beehive environment information received from the smart beehive 200 and the milwon growth information received from the smart farm 100, the internal environment of the smart beehive 200 and the service environment of the smart service 300 and the above A remote control unit for generating an environmental control signal, a volunteer control signal, and a growth control signal to control the growth environment of the smart farm (100) and transmitting them to the corresponding smart beehive (200), smart volunteer (300), and smart farm (100). (706) and a production management unit 709 for managing the production history and delivery delivery history of products commercialized from the harvested primary product using the collected status information, and the abnormality detection unit 705 , the monitoring unit 704 analyzes the beehive image to determine wasp detection or bee disease, and when an abnormal situation is detected, an abnormal signal can be detected and transmitted to the beekeeping device 600.
In one embodiment, the entrusted consumer device 500 generates entrusted consumer information by entering the entrusted consumer communication unit 501 for communicating with the integrated management server 700 and the information of the entrusted consumer who entrusts beekeeping. A consignment consumer information unit 502 for generating a consignment request signal containing the consignment consumer information and consignment area information and transmitting it to the integrated management server 700, and the integrated management server ( A consignment contract storage unit 504 for receiving and storing the beekeeping consignment contract information from 700), and a consignment contract storage unit 504 for receiving and displaying hive images of the contracted smart beehive 200 through the integrated management server 700. It includes a display unit 505, and the beekeeping device 600 includes a beekeeper communication unit 601 for communicating with the integrated management server 700, and storing identification information and location information of the smart beehive 200. A smart beehive DB unit 602 for entrusting the beekeeping, a beekeeper information unit 603 for generating beekeeper information including identification information and location information of the smart beehive 200 and beekeeper information in order to entrust the beekeeping, and the integrated A consignment contract storage unit 604 for receiving and storing the beekeeping consignment contract information from the management server 700, and a beehive image and smart beehive environment of the contracted smart beehive 200 from the integrated management server 700. A beekeeper monitoring unit 605 for receiving and displaying information and wheat plant growth information of the smart farm 100, and an emergency notification unit 606 for providing emergency notification when an abnormal signal is received from the integrated management server 700. ), and generating a smart beehive environment control signal and a smart service environment control signal to control the internal environment of the smart beehive 200 and the service environment of the smart service 300 and transmitting them to the integrated management server 700. A smart beehive management unit 607 for generating a growth environment control signal to control the growth environment of the smart farm 100 and transmitting it to the integrated management server 700, and a smart farm management unit 608 for controlling the growth environment of the smart farm 100. It includes a beekeeper sales request unit 610 for generating beekeeper sales information in order to sell commercialized tea products, and the shopping mall management unit 701 of the integrated management server 700 receives the beekeeper device 600 from the beekeeper device 600. It is desirable to list the received beekeeper sales information and provide it through general consumer information.
In the present invention, a consignment request step of transmitting a consignment request signal including consignment consumer information and consignment area information to the integrated management server 700 from the consignment consumer device 500 for entrusting beekeeping, and the integrated management server 700 ), extract the beekeeper information corresponding to the consignment area information of the consignment request signal from the beekeeper information stored in advance, generate consignment contract information for beekeeping, and transmit it to the corresponding consignment consumer device 500 and beekeeping device 600. A monitoring step in which the integrated management server (700) monitors beehive images and smart beehive environment information from the contracted smart beehive (200) and wheat source growth information from the smart farm (100), and the integrated management server (700) Using a mill and beekeeping integrated management operating system that includes a remote control step of remotely controlling the internal environment of the contracted smart beehive (200), the growth environment of the smart farm (100), and the service environment of the smart service (300) In the operation method, the monitoring step is to receive and monitor operation data and manufacturing process images according to production instructions of smart factories including honey powder processors, bee pollen tablet sterilizers, dryers, and packaging machines, and monitor the integrated management server ( An abnormality detection step of detecting an abnormality signal in 700) by analyzing the operation data and manufacturing process video of the smart factory 400 and transmitting the abnormal signal to the beekeeping device 600, and the integrated management server. At (700), status information including the actual production amount of primary products including honey harvested through beekeeping is received and collected from the beekeeping device 600, and statistical analysis information is generated using the status information. A statistical analysis step of comparing and analyzing statistical analysis information and public data from an external agency server to evaluate whether beekeeping is normal and transmitting it to the beekeeping device (600) or the consignment consumer device (500), and the integrated management server (700) Including a shopping mall management step of receiving sales information for the sale of products commercialized with the primary product from the beekeeping device 600 or the consignment consumer device 500, storing it, listing it, and providing it as pre-stored general consumer information. It is characterized by:

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As described above, according to the present invention, a smart farm that grows wheat crops by matching a consignment consumer who entrusts to purchase products such as wheat crops and honey with a beekeeper who performs beekeeping, a smart beehive that keeps bees, and a plurality of smart Smart beehives that protect beehives, smart factories that process honey and commercialize them, smart factories that process honey to commercialize them, and shopping malls that sell commercialized honey can be managed in an integrated manner, enabling consignment consumers. Not only can beekeepers conveniently monitor and manage, but through monitoring, they can easily determine and manage abnormal information such as the appearance of wasps and the occurrence of bee diseases, which has the effect of quickly responding to emergency situations.

In particular, by monitoring smart bee hives and smart farms that are managed on consignment, abnormal signals such as the appearance of wasps and the occurrence of bee diseases can be detected, enabling stable production of products such as wheat crops and honey, and wheat crops provided to consignment consumers. It has the effect of improving the reliability of products such as honey.

In addition, by simulating the process status of beekeeping using smart beehive environmental information that measures the internal environment of the smart beehive and local conditions of beekeeping, it is possible to predict the amount of honey produced through beekeeping and to prevent and control wasps/disease. There is.

In addition, by managing the distribution and sales of products such as wheat crops and honey produced through beekeeping, it is possible to easily determine sales volume and profits, and has the effect of lowering the selling price by simplifying the distribution process.

1 is a wheat garden and beekeeping integrated management operating system according to an embodiment of the present invention;
Figure 2 shows a smart farm of a wheat garden and beekeeping integrated management operating system according to an embodiment of the present invention;
Figure 3 shows a smart beehive of the integrated management system for wheat and beekeeping according to an embodiment of the present invention;
Figure 4 shows a consignment consumer device of the wheat garden and beekeeping integrated management operating system according to an embodiment of the present invention;
Figure 5 shows beekeeping equipment of the integrated management system for wheat and beekeeping according to an embodiment of the present invention;
Figure 6 shows the integrated management server of the wheat garden and beekeeping integrated management operating system according to an embodiment of the present invention;
Figure 7 shows an operation method using the integrated management operation system for wheat and beekeeping according to an embodiment of the present invention.

Hereinafter, with reference to the attached drawings, the integrated management operation system for wheat and beekeeping according to the present invention and the operation method using the same will be described in detail.

Figure 1 is a smart farm and beekeeping integrated management operating system according to an embodiment of the present invention, Figure 2 is a smart farm of a wheat garden and beekeeping integrated management operating system according to an embodiment of the present invention, and Figure 3 is an example of the present invention. This is a smart beehive of the integrated management and operation system for wheat and beekeeping according to the embodiment.

In addition, Figure 4 is a consignment consumer device of the integrated mill and beekeeping management operating system according to an embodiment of the present invention, and Figure 5 is a beekeeping device of the integrated mill and beekeeping management operating system according to an embodiment of the present invention. 6 is an integrated management server of the integrated management operation system for wheat garden and beekeeping according to an embodiment of the present invention, and Figure 7 is an operation method using the integrated management operation system for wheat garden and beekeeping according to an embodiment of the present invention.

In adding quotation marks to the components of the drawings, the same components are given the same symbols as much as possible even if they are shown in different drawings, a known function that is judged to unnecessarily obscure the gist of the present invention. and detailed description of the configuration is omitted. Additionally, directional terms such as 'top', 'bottom', 'front', 'back', 'front', 'front', 'back', etc. are used in connection with the orientation of the disclosed drawing(s). Since components of embodiments of the present invention can be positioned in various orientations, the term directional is used for illustrative purposes and is not limiting.

As shown in FIG. 1, the integrated management system for wheat garden and beekeeping according to a preferred embodiment of the present invention includes a smart farm 100 for measuring the growth environment of wheat garden plants and generating wheat garden growth information, and an internal and a smart beehive 200 for generating smart beehive environment information by measuring the internal environment while generating a hive image by photographing the outside, and light irradiated into the smart beehive 200 to protect the smart beehive 200. The product is commercialized by commercializing primary products including honey harvested from the smart beehive (200), a smart beehive (300) that includes a light shield and shielding film for controlling the light and a transport rail for transporting the smart beehive (200), and A smart factory (400) for manufacturing, a consignment consumer device (500) for generating a consignment request signal containing consignment consumer information and consignment area information to entrust beekeeping, and the smart beehive (200) for entrusting beekeeping. A beekeeping device 600 for generating beekeeper information including identification information and location information, the entrusted consumer device 500 and the beekeeping device 600 are intermediary to entrust the beekeeping, and the entrusted smart device By monitoring the beehive 200 and the smart farm 100, the smart beehive 200, the smart farm 100, and the smart service 300 are remotely controlled while the smart factory 400 and the sales of the products are carried out. It may include an integrated management server 700 for management.

The smart farm 100 is intended to properly maintain and manage the growth environment of wheat sources or crops, and has a space of a certain size for growing wheat sources.

In addition, as shown in FIG. 2, the smart farm 100 includes a growth environment measurement unit 101 for measuring the growth environment of the space where wheat plants are grown and generating wheat plant growth information, and the integrated management server. A smart farm communication unit 102 for communicating with (700), a growth environment control unit 103 for controlling the growth environment, and an irrigation unit 104 for supplying irrigation water to the mill according to a preset irrigation time. , It may include a fertigation unit 105 for supplying fertilizer to the wheat source according to a preset fertigation time.

The growth environment measuring unit 101 may use a temperature sensor, a humidity sensor, a sunlight sensor, etc. to measure the growth environment including temperature, humidity, and sunlight in a space where wheat sources are grown.

The growth environment measurement unit 101 periodically measures the growth environment including temperature, humidity, and amount of sunlight in the space where the wheat plant is grown, generates wheat plant growth information, and transmits it to the integrated management server 700.

The smart farm communication unit 102 may use a wireless network to communicate with the integrated management server 700 for transmitting wheat plant growth information generated through the growth environment measurement unit 101.

The growth environment control unit 103 is for controlling the temperature and humidity of the space where the wheat source is grown, and controls the temperature and humidity, etc. to appropriately maintain the temperature and humidity of the space where the wheat source is grown. You can.

When the growth environment control unit 103 receives a growth control signal from the integrated management server 700, it is desirable to adjust the growth environment according to the growth control signal.

The irrigation unit 104 may set an irrigation time in advance and supply irrigation water to the wheat source according to the irrigation time.

The fertigation unit 105 sets the fertigation time in advance and supplies fertilizer to the wheat source according to the fertigation time. At this time, the fertilizer supplied to the wheat source is preferably a fertilizer solution mixed with irrigation water.

Irrigation and fertilization of the wheat source can be managed through the irrigation unit 104 and the fertilization unit 105, thereby supplying moisture to the wheat source regularly and helping the growth of the wheat source.

The smart beehive 200 is intended to house bees, and it is desirable to have a plurality of beehives installed inside.

In addition, the smart beehive 200 is provided with a viewing window or a hole penetrating the inside to see through the inside, and must be assigned a unique identification number so that it can be identified from other smart beehives.

As shown in FIG. 3, the smart beehive 200 includes a photographing unit 201 for generating a hive image by photographing the inside and outside where bees are grown, and a smart beehive environment by measuring the internal environment inside. An internal environment measurement unit 202 for generating information, a smart beehive communication unit 203 for communicating with the integrated management server 700 to transmit the image and smart beehive environment information, and a smart beehive communication unit 203 for controlling the internal environment. It is desirable to include an internal environment control unit 204.

In addition, it is preferable that the smart beehive 200 further includes a temperature and humidity sensor, a vibration sensor, a weight sensor, a gas sensor, and an acoustic sensor.

The photographing unit 201 may use a thermal image camera, an infrared camera, a visible image camera, etc. to capture interior and exterior images.

The thermal imaging camera detects the temperature of bees inside the smart beehive 200, internally mounted consumption, beeswax, honey, pollen, wood, isolating plates, specification modules, etc., and captures the consumption state of the smart beehive 200. For this purpose, it is possible to check the completeness of the honeycomb, the consumption state of the smart beehive 200, honey, larvae, etc. inside the hive.

The infrared camera detects and photographs infrared rays emitted from the smart beehive 200 or bees at night.

The visible image camera can photograph the interior of the smart beehive 200 through a viewing window during the day, and can also photograph the exterior of the smart beehive 200.

The photographing unit 201 transmits hive images captured inside and outside the smart beehive 200 to the integrated management server 700 in real time.

The internal environment measurement unit 202 periodically measures the internal environment of the smart beehive 200, such as temperature and humidity, using a temperature sensor, a humidity sensor, etc., and generates smart beehive environment information.

The smart beehive environment information may include not only the internal temperature and internal humidity of the smart beehive 200, but also the amount of ventilation and internal irradiation that may affect the life of bees. In particular, the smart beehive environment information must include the unique identification number of the smart beehive 200 so that it can be identified from the smart beehive environment information of other smart beehives 200.

The smart beehive communication unit 203 uses a wireless network to communicate with the integrated management server 700.

The internal environment control unit 204 is capable of controlling the internal environment of the smart beehive 200, such as temperature and humidity, and when receiving an environmental control signal from the integrated management server 700, the environmental control signal is Accordingly, the internal environment of the smart beehive 200 can be adjusted.

Meanwhile, the smart beehive 200 may further include a gap adjustment unit installed therein to adjust the gap between consumption.

The gap adjusting unit may adjust the gap between the consumption by moving the consumption installed therein.

The smart service 300 is intended to protect the smart beehive 200 from rain, snow, wind, sunlight, etc. and to facilitate management, and is a light shield and shield for controlling the light irradiated to the smart beehive 200 placed inside. It is preferable that a transport rail for transporting the smart beehive 200 is included.

The smart service 300 can be remotely controlled later through the integrated management server 700.

The smart factory 400 includes a honey powder processor, a bee pollen purification sterilizer, a dryer, and a packaging machine for manufacturing products using primary products including honey harvested through beekeeping.

At this time, the smart factory 400 operates to generate operational data by detecting the operating status of the honey powder processor, bee pollen tablet sterilizer, dryer, and packaging machine. The process of manufacturing products using primary products such as honey harvested through a detection sensor (not shown) and the smart beehive 200, and the operating status of the honey powder processor, bee pollen tablet sterilizer, dryer, and packaging machine, etc. It is desirable to include a photographing device (not shown) for taking pictures and generating manufacturing process images.

As shown in FIG. 4, the entrusted consumer device 500 has a entrusted consumer communication unit 501 for communicating with the integrated management server 700, and inputs the information of the entrusted consumer who entrusts beekeeping to the entrusted consumer. A consignment consumer information unit 502 for generating information, a consignment request unit 503 for generating a consignment request signal containing the consignment consumer information and consignment area information and transmitting it to the integrated management server 700; A consignment contract storage unit 504 for receiving and storing beekeeping consignment contract information from the integrated management server 700, and receiving hive video of the contracted smart beehive 200 through the integrated management server 700. It includes a display unit 505 for displaying, and a consignment consumer sales request unit 506 for generating consignment consumer sales information, including prices, to sell products commercialized from the primary products harvested through beekeeping.

The entrusted consumer communication unit 501 uses a wireless network to communicate with the integrated management server 700.

The entrusted consumer information unit 502 generates entrusted consumer information by inputting the entrusted consumer's information, including the name and contact information of the entrusted beekeeping consumer.

The consignment request unit 503 selects a beekeeping area in which beekeeping is desired from a plurality of pre-stored areas, generates consignment area information, and then generates a consignment request signal including the consignment area information and the consignment consumer information.

The consignment request signal generated by the consignment request unit 503 is transmitted to the integrated management server 700 to entrust beekeeping.

The consignment contract storage unit 504 receives and stores beekeeping consignment contract information from the integrated management server 700 when a beekeeping consignment contract is made through the consignment request signal.

It is preferable that the consignment contract storage unit 504 is discarded when the beekeeping consignment contract expires.

The display unit 505 can receive the hive image of the contracted smart beehive 200 from the integrated management server 700 and display it. That is, the display unit 505 displays the hive image of the smart beehive 200 contracted through the beekeeping consignment contract, allowing the consignment consumer to monitor the smart beehive 200 that is managed on consignment.

Through the display unit 505, the consignment consumer can monitor the smart beehive 200 that is managed on consignment, thereby improving the beekeeper's reliability.

The consignment consumer sales request unit 506 generates consignment consumer sales information, including country of origin, price, etc., to request sales of products commercialized from the primary products harvested through beekeeping, and sends the information to the integrated management server 700. ) and send it to

By generating the above consignment consumer sales information, consignment consumers who have entrusted beekeeping can also sell products such as honey, and since they do not have to run their own shopping mall, sales management of products such as honey can become easier.

As shown in FIG. 5, the beekeeper device 600 stores the identification information and location information of the beekeeper communication unit 601 for communicating with the integrated management server 700 and the smart beehive 200. A smart beehive DB unit 602 for entrusting the beekeeping, a beekeeper information unit 603 for generating beekeeper information including identification information and location information of the smart beehive 200 and beekeeper information in order to entrust the beekeeping, and the integrated A consignment contract storage unit 604 for receiving and storing the beekeeping consignment contract information from the management server 700, and a beehive image and smart beehive environment of the contracted smart beehive 200 from the integrated management server 700. A beekeeper monitoring unit 605 for receiving and displaying information and wheat plant growth information of the smart farm 100, and an emergency notification unit 606 for providing emergency notification when an abnormal signal is received from the integrated management server 700. ), and generating a smart beehive environment control signal and a smart service environment control signal to control the internal environment of the smart beehive 200 and the service environment of the smart service 300 and transmitting them to the integrated management server 700. A smart beehive management unit 607 for generating a growth environment control signal to control the growth environment of the smart farm 100 and transmitting it to the integrated management server 700, and a smart farm management unit 608 for controlling the growth environment of the smart farm 100, and the beekeeper A status input unit 609 for generating status information by inputting the actual production amount of primary products including honey harvested through and entering courier delivery data to the consignment consumer, and selling products in which the primary products are commercialized. It includes a beekeeper sales request unit 610 for generating beekeeper sales information.

The beekeeper communication unit 601 uses a wireless network to communicate with the integrated management server 700.

The smart beehive DB unit 602 stores identification information and location information of the smart beehive 200. At this time, the identification information of the smart bee hive 200 is a unique identification number assigned to the smart bee hive 200, and the location information of the smart bee hive 200 is the location where the smart bee hive 200 is installed.

Through the smart beehive DB unit 602, it is possible to systematically manage the smart beehive 200 managed by the beekeeper.

The beekeeper information unit 603 inputs the beekeeper's information, including the name, contact information, and location of the beekeeper who manages the smart bee hive 200 and entrusts beekeeping, and combines the input beekeeper information with the smart bee hive (200). ) Generates beekeeper information including identification information and location information of the smart beehive 200.

The beekeeper information is transmitted to the integrated management server 700 so that beekeeping can be entrusted.

The consignment contract storage unit 604 receives and stores the beekeeping consignment contract information when the beekeeping consignment is matched in the integrated management server 700.

The consignment contract storage unit 604 may be deleted when the consignment contract information expires.

The beekeeper monitoring unit 605 receives and displays beehive images and smart beehive environment information of the smart beehive 200 contracted by the consignment contract information through the integrated management server 700, and displays the smart farm 100. )'s wheat field growth information is received and displayed.

When an abnormal signal is received from the integrated management server 700, the emergency notification unit 606 can issue an emergency notification through a warning sound, etc.

When outputting an emergency notification through the emergency notification unit 606, it is preferable that the beehive image of the smart beehive 200 received at the same time through the beekeeper monitoring unit 605 is displayed.

In addition, the emergency notification unit 606 allows the beekeeper to directly output an emergency notification when an emergency situation such as the appearance of a wasp occurs when monitoring the beehive image through the beekeeper monitoring unit 605.

When the emergency notification is output, the emergency notification unit 606 can generate emergency data such as the appearance of a wasp and transmit it to a related agency server (not shown).

The smart beehive 200 and the smart farm 100 can be monitored through the beekeeper monitoring unit 605 and the emergency notification unit 606, so that the beekeeper can check the smart beehive 200 and the smart farm 100 at any time. The inconvenience of visiting can be eliminated, and emergency situations can be quickly responded to, resulting in a stable supply of bees.

The smart beehive management unit 607 generates a smart beehive environment control signal by inputting temperature and humidity values of the smart beehive 200 to control the internal environment of the smart beehive 200.

The smart beehive environment control signal preferably further includes identification information of the smart beehive 200 for which the internal environment of the smart beehive 200 is desired to be adjusted, and is transmitted to the integrated management server 700.

In addition, the smart beehive management unit 607 generates a smart service environment control signal to adjust the service environment of the smart service 300 according to the smart beehive environment information of the smart bee hive 200 and sends the integrated management server 700 ) and send it to

The smart bee environment control signal may be generated by inputting a control value for controlling the sunshade, shield, transfer rail, etc. of the smart bee hive (300) in order to control the light irradiated to the smart bee hive (200).

The smart farm management unit 608 can generate a growth environment control signal by inputting the temperature and humidity values of the smart farm 100 so as to control the growth environment of the smart farm 100.

Through the smart farm management unit 608, the beekeeper can directly control the growth environment of the smart farm 100.

Because the smart beehive management unit 607 and the smart farm management unit 608 are configured, beekeepers can check and control the smart farm 100, smart beehive 200, and smart service 300 in real time without having to visit them directly. It can help the growth of bees and wheat fields.

The status input unit 609 inputs the actual production amount of primary products, including honey harvested through beekeeping, and inputs courier delivery data for courier delivery of the primary products, etc. to the corresponding consignment consumer to generate status information. do.

At this time, the status information includes not only the actual production and delivery delivery data of primary products, including honey harvested through the smart beehive 200, which is managed on consignment, but also the production and delivery delivery data of various products commercialized with the primary products. You can.

The status information generated through the status input unit 609 is transmitted to the integrated management server 700.

When selling a product commercialized from the primary product, the beekeeper sales request unit 610 must generate beekeeper price sales information, including beekeeper information, sales price, etc., and transmit it to the integrated management server 700.

Since sales of the product can be easily managed through the beekeeper sales request unit 610, beekeeper satisfaction can be improved.

As shown in FIG. 6, the integrated management server 700 includes a server communication unit 701 for communicating with the smart farm 100 and the smart factory, respectively, the consignment consumer device 500, and the beekeeping device. A member management unit (702) for receiving and storing consignment consumer information and beekeeper information from (600), respectively, and matching beekeeper information corresponding to the consignment area information of the consignment request signal received from the consignment consumer device (500) to perform beekeeping. A beekeeping contract unit 703 for generating consignment contract information, a monitoring unit 704 for monitoring the contracted smart beehive 200, the smart farm 100, and the smart factory 400, and An abnormality detection unit 705 for detecting abnormal signals through the monitoring unit 704 and transmitting them to the beekeeping device 600, the internal environment of the smart beehive 200, and the service environment of the smart beehive 300 The smart beehive (200) uses a remote control unit (706) to remotely control the growth environment of the smart farm (100), and regional conditions according to the location information of the contracted smart beehive (200) among pre-stored regional conditions for each region. ), a simulation unit 707 for predicting the productivity of primary products including honey by simulating the process process, and the actual primary products including honey harvested from the smart beehive 200 from the beekeeping device 600. A statistical analysis unit 708 for collecting status information including production volume and generating statistical analysis information, and using the collected status information to manage the production history and delivery history of products commercialized from the harvested primary product. It may include a production management unit 709 for this purpose, and a shopping mall management unit 710 for receiving, storing, and managing sales information for selling the product from the consignment consumer device 500 or the beekeeping device 600. .

The server communication unit 701 includes the smart farm 100, the smart beehive 200, the smart service 300, the smart factory 400, the consignment consumer device 500, and the beekeeping device 600. You can use a wireless network to communicate with each other.

The member management unit 702 receives, stores, and manages entrusted consumer information and beekeeper information from the entrusted consumer device 500 and the beekeeper device 600, respectively.

At this time, it is desirable that the member management unit 702 classifies and stores the beekeeper information by preset region.

Additionally, the member management unit 702 can also store and manage information on general consumers who only purchase honey.

When receiving a consignment request signal from the consignment consumer device 500, the beekeeping contract unit 703 selects beekeeper information corresponding to the consignment area information of the consignment request signal among the beekeeper information stored in the member management unit 702. Extract. That is, the beekeeping contract unit 703 extracts beekeeper information corresponding to the consignment request signal received from the consignment consumer device 500, matches the consignment consumer with the beekeeper, and generates beekeeping consignment contract information.

The beekeeping consignment contract information includes the relevant consignment consumer information and beekeeper information, the contract period is set, and contract information for the use of the smart factory 400, including the honey powder processor, bee pollen tablet sterilizer, dryer, and packaging machine. It is desirable that it is also included.

The beekeeping consignment contract information is transmitted to the consignment consumer device 500 that transmitted the consignment request signal and the beekeeping device 600 corresponding to the matched beekeeper information.

The monitoring unit 704 receives and monitors beehive images and smart beehive environment information from the contracted smart beehive 200, and monitors the consignment consumer device 500 and beekeeper device 600 that have contracted for the smart beehive 200. The beehive image and smart beehive environment information of the smart beehive 200 are transmitted.

In addition, the monitoring unit 704 can receive and monitor wheat orchard growth information from the smart farm 100 and transmit the wheat orchard growth information to the corresponding beekeeping device 600.

Through the monitoring unit 704, the beekeeping status of the smart beehive 200 can be checked at any time, the smart beehive 200 can be systematically managed, and the convenience of beekeepers can be improved.

Meanwhile, the monitoring unit 704 provides manufacturing process images and operations for pre-operation, heating, counting, abnormality information, etc. according to production instructions of the smart factory 400, including the honey powder processor, bee pollen tablet sterilizer, dryer, and packaging machine. Data can be received and monitored.

The abnormality detection unit 705 can analyze the beehive image monitored through the monitoring unit 704 to detect wasps inside or outside the smart beehive 200 or detect an abnormal signal by detecting a disease in bees. there is.

In order to detect wasps, the abnormality detection unit 705 uses one of the following: radiation source, ultrasonic waves, average size, flight pattern, flight sound, and issue data corresponding to bees inside the hive of bees flying outside the smart beehive 200. It can be recognized as a wasp if it corresponds to wasp information including any one or more of the extracted and pre-stored wasp radiation source, ultrasonic waves, average size, flight pattern, flight sound, and bee response issue data inside the hive.

Here, the issue data corresponding to the bees inside the hive include abnormal temperature rise data, abnormal sound rise data, abnormal vibration rise data, specific gas (pheromone) increase data, abnormal weight data, and abnormal image data according to preset abnormal change standards. You can.

In order to detect a disease in bees, the abnormality detection unit 705 extracts a bee image according to a preset shape of the bee from the hive image and compares it with a pre-stored normal bee image to determine whether the bee is diseased or to determine the temperature in the smart bee hive. , humidity, weight, sound, vibration, and specific gas (pheromone) can be compared and analyzed to determine the presence or absence of disease.

Here, the abnormality detection unit 705 may extract the type of disease of the bee by comparing data such as images of diseased bees previously stored for each chronic disease with data such as images of bees determined to have the disease.

The abnormality detection unit 705 detects an abnormal signal when any one of wasp detection and bee disease is detected through the hive image of the smart beehive 200 and transmits it to the corresponding beekeeping device 600.

Through the abnormality detection unit 705, the beekeeper can eliminate the inconvenience of having to continuously monitor the hive image of the smart beehive 200, prevent wasps from invading the smart beehive 200, and prevent bee diseases. By preventing this infection in advance, it is possible to prevent bees' stress, shortened lifespan, and reduced honey production.

Meanwhile, when the abnormality detection unit 705 monitors the manufacturing process video and operation data of the smart factory 400 including the honey powder processor, bee pollen tablet sterilizer, dryer, and packaging machine in the monitoring unit 704, high temperature, When an abnormal situation such as operation is detected, an abnormal signal may be detected and transmitted to the beekeeping device 600.

The remote control unit 706 receives smart beehive environment information from the contracted smart beehive 200 and sends an environmental control signal and A service control signal is generated and transmitted to the smart bee hive 200 and the smart beehive 300, respectively.

In other words, the remote control unit 706 must store appropriate smart beehive environment information, including appropriate temperature and appropriate humidity values for specifying bees in advance, and the smart beehive received from the contracted smart beehive 200. After comparing the environmental information and the appropriate smart beehive environment information, if the smart beehive environment information and the appropriate smart beehive environment information are not the same, the smart beehive environment information is identical to the appropriate smart beehive environment information. An environmental control signal is generated to control the internal environment of the beehive 200.

In addition, when the smart beehive environment information received from the contracted smart beehive 200 in the remote control unit 706 and the appropriate smart beehive environment information are not the same, the light irradiated to the smart beehive 200 is adjusted. In order to generate a service control signal to control the sunshade, shield, and transfer rail of the smart service (300).

Here, the remote control unit 706 may manage the supply of sugar water, disease medication, pollen packs, etc. to the smart beehive 200.

In addition, the remote control unit 706 must store in advance the appropriate wheat orb growth information, including the appropriate temperature value and appropriate humidity value for growing the wheat orchard, and the wheat orb growth information received from the smart farm 100 and the optimal wheat orchard growth information. The wheat plant growth information is compared, and if the wheat plant growth information and the appropriate wheat plant growth information are not the same, a growth control signal for controlling the growth environment of the smart farm 100 is generated and transmitted to the smart farm 100. .

Additionally, the remote control unit 706 may control the supply of irrigation and fertilizer to the smart farm 100.

By forming the remote control unit 706, it is possible to maintain an optimal environment for growing bees and wheat sources, thereby contributing to the growth of bees and wheat sources, which has the effect of improving honey production.

The simulation unit 707 must store regional conditions for each region in advance.

It is desirable that the above regional conditions include regional climate, number of wheat sources, regional characteristics, etc.

The simulation unit 707 extracts regional conditions according to the location information of the contracted smart beehive 200 from the regional conditions for each region and then simulates the process process of the smart beehive 200 using the extracted regional conditions. .

The process of the simulated smart bee hive 200 can simulate the production process of primary products including honey that can be harvested from the smart bee hive 200 according to the local conditions, and can prevent diseases of the bees or wasps. Prediction and control of the emergence of can be simulated.

Through the simulation unit 707, it is possible to predict the productivity and profitability of primary products, including honey, harvested from the smart beehive 200.

In addition, the simulation unit 707 simulates the manufacturing process of commercializing the primary product through the smart factory 400 including the honey powder processor, bee pollen tablet sterilizer, dryer, and packaging machine to calculate and calculate the produced product. Automatic production cost calculation information, etc. can be simulated.

The statistical analysis unit 708 collects the status information from the beekeeping device 600 and stores it cumulatively.

The statistical analysis unit 708 generates statistical analysis information by performing statistical analysis on the actual production volume of primary products included in the status information.

It is desirable that the regular statistical analysis information is a statistical analysis of the production volume of primary products, including honey, by period, time, region, climate, and regional characteristics.

The statistical analysis unit 708 can set the viewing authority in advance and provide the generated statistical analysis information to the beekeeping device 600 or the consignment consumer device 500 that has the viewing authority.

The production management unit 709 can manage the production history of products commercialized from the harvested primary products using the collected status information.

The production management unit 709 may manage the delivery history sent by the beekeeper to the entrusted consumer using the delivery delivery data included in the status information.

Meanwhile, the production management department 709 records quality measurement information, producer history information, shipment instructions, and storage information of products produced through the smart factory 400, including the honey powder processor, bee pollen tablet sterilizer, dryer, and packaging machine. You can save and manage it.

The shopping mall management unit 710 receives and stores consignment consumer sales information or beekeeper sales information for the sale of the product from the consignment consumer device 500 or the beekeeping device 600, and performs purchase sales management and automatic delivery. Management and customer feedback management are possible.

The shopping mall management unit 710 may receive the consignment consumer sales information or the beekeeper sales information, list them, and provide them to general consumers.

Through the shopping mall management unit 710, the beekeeper or consignment consumer can sell honey-related products even if they do not create their own homepage, and general consumers can also improve the reliability of the products they purchase.

Meanwhile, the present invention may further include an external agency server (not shown) for periodically transmitting pre-stored public data to the integrated management server 700.

The external agency server may be the Korea Meteorological Administration, Rural Development Administration, or Korea Forest Service, and the public data may be meteorological information, agricultural and forestry meteorological information, mountainous meteorological information, clinical maps, etc. that may affect the growth of bees.

Here, when the integrated management server 700 receives public data from the external agency server through API, the productivity and productivity of primary products including honey harvested based on the public data are evaluated through the simulation unit 707. Profitability can also be predicted, and it is possible to evaluate whether beekeeping is normal by comparing and analyzing the statistical analysis information and the public data through the statistical analysis unit 708.

The operation method using the Millwon and Beekeeping integrated management operating system configured as described above, as shown in FIG. 7, generates a consignment request signal including consignment consumer information and consignment area information in the consignment consumer device 500. It is transmitted to the integrated management server 700 (S10).

The integrated management server 700 extracts the beekeeper information corresponding to the consignment area information of the consignment request signal from the beekeeper information stored in the member management unit 702, generates beekeeping consignment contract information, and provides the consignment consumer device 500. and transmit it to the beekeeping device 600 (S20).

The integrated management server 700 receives and monitors beehive images, smart beehive environment information from the contracted smart beehive 200, and wheat ore growth information from the smart farm 100, and monitors the manufacturing process video of the smart factory 400. And operation data is received and monitored (S30).

When the integrated management server 700 analyzes the smart beehive environment information and beehive images of the contracted smart beehive 200 to detect wasps flying outside the smart beehive 200 or detects a disease in bees, or , when high temperature or non-operation is detected through the manufacturing process video and operation data of the smart factory 400, an abnormal signal is detected and transmitted to the beekeeping device 600 (S40).

The integrated management server 700 compares the smart beehive environment information of the contracted smart beehive 200 and the wheat source growth information of the smart farm 100 with the pre-stored appropriate smart beehive environment information and appropriate wheat source growth information, To control the internal environment of the smart beehive (200) and the growth environment of the smart farm (100) when the appropriate smart beehive environment information and appropriate wheat source growth information do not match the smart beehive environment information and the wheat source growth information. An environmental control signal and a growth control signal are generated and transmitted to the smart beehive 200 and the smart farm 100, respectively (S50).

At this time, the integrated management server 700 generates a bee control signal to control the environment of the smart bee hive 300 when the appropriate smart bee hive environment information and the smart bee hive environment information do not match, and the smart bee hive (300) ) and send it to

The integrated management server 700 receives and collects the status information from the beekeeping device 600, generates statistical analysis information using the status information, and then sends the information to the beekeeping device 600 or the consignment consumer device 500. ) (S60).

The integrated management server 700 receives sales information for products from the beekeeper device 600 or the consignment consumer device 500, stores it, and lists it for general consumers to purchase (S70).

The integrated management and management system for wheat gardens and beekeeping operated as described above matches consignment consumers with beekeepers and allows consignment of smart farms for growing wheat garden crops and smart beehives for beekeeping, so that consignment consumers can directly grow wheat garden crops or , you will be able to receive related products, products, and services without having to keep bees.

In addition, beekeepers can monitor consignment-managed smart farms, smart bee hives, smart services, and smart factories, which not only improves the convenience of consignment consumers and beekeepers, but also improves the convenience of consignment consumers and beekeepers through monitoring, such as the appearance of wasps and the occurrence of bee diseases. By being able to easily determine and manage abnormal information, it is effective in responding quickly to emergency situations. In particular, by consigning wheat crops and beekeeping, related products and services such as honey can be produced stably, and the reliability of related products and services such as honey can be improved.

In addition, by simulating the process status of beekeeping, it is possible to predict the production volume of primary products, including honey harvested through beekeeping, and has the effect of preventing and controlling wasps/disease.

In addition, it allows management of primary products, including honey harvested through beekeeping, from commercialization to sales, making it possible to easily determine honey sales volume and profits, while simplifying the product distribution process to help lower product sales prices. can give.

The embodiments of the present invention described above and shown in the drawings should not be construed as limiting the technical idea of the present invention. The scope of protection of the present invention is limited only by the matters stated in the claims, and those skilled in the art can improve and change the technical idea of the present invention into various forms. Therefore, if such improvements and changes are obvious to those skilled in the art, they will fall within the scope of protection of the present invention.

100: Smart Farm 101: Growth Environment Measurement Department
102: Smart Farm Communication Department 103: Growth Environment Control Department
104: irrigation department 105: irrigation department
200: Smart beehive 201: Filming department
202: Internal Environment Measurement Department 203: Smart Beehive Communication Department
204: Internal environment control department 300: Smart service
400: Smart Factory 500: Consignment Consumer Devices
501: Entrusted Consumer Communication Department 502: Entrusted Consumer Information Department
503: Consignment request department 504: Consignment contract storage department
505: Display department 506: Consignment consumer sales request department
600: Beekeeping equipment 601: Beekeeping communication department
602: Smart Beehive DB Department 603: Beekeeper Information Department
604: Consignment contract storage department 605: Beekeeper monitoring department
606: Emergency notification department 607: Smart beehive management department
608: Smart Farm Management Department 609: Status Input Department
610: Beekeeper sales request department 700: Integrated management server
701: Server Communication Department 702: Membership Management Department
703: Beekeeping Contract Department 704: Monitoring Department
705: Abnormality detection unit 706: Remote control unit
707: Simulation Department 708: Statistical Analysis Department
709: Production Management Department 710: Shopping Mall Management Department

Claims (5)

A smart farm (100) for measuring the growing environment in which wheat sources are grown and generating wheat plant growth information, and a smart beehive (200) for generating smart beehive environment information by measuring the internal environment while generating images of the inside and outside of the hive. And, a smart service 300 including a light shield and shielding film to protect the smart beehive 200 and a transport rail for transporting the smart beehive 200, and a consignment request containing consignment consumer information and consignment designation information. A consignment consumer device 500 for generating a signal, a beekeeping device 600 for generating beekeeper information including identification information and location information of the smart beehive 200, and a consignment consumer for entrusting the beekeeping. In the mill and beekeeping integrated management operating system including an integrated management server 700 for brokering a contract between the device 500 and the beekeeping device 600,
To detect and photograph the operating status of honey powder processors, bee pollen purification sterilizers, dryers, and packaging machines to commercialize primary products, including honey harvested through beekeeping, and to manufacture products, to generate operating data and manufacturing process images. It includes a smart factory 400 including an operating state detection sensor and a photographing device,
The consignment consumer device 500 includes a consignment consumer sales request unit 506 that generates consignment consumer sales information, including prices, in order to sell commercialized products of primary products harvested through the contracted beekeeping. ,
The beekeeping device 600 includes a status input unit 609 for generating status information by inputting the actual production amount of primary products including honey harvested through the contracted smart beehive 200 and inputting delivery delivery data. Contains,
The integrated management server 700 includes a member management unit 702 for receiving and storing the entrusted consumer information and beekeeper information and storing and managing general consumer information for purchasing honey, and the consignment among the pre-stored beekeeper information. A beekeeping contract department ( 703), an abnormality detection unit 705 for detecting an abnormal signal when an abnormal situation is detected by analyzing the manufacturing process video and operating data of the smart factory 400 and transmitting it to the beekeeping device 600, and Among the stored local conditions for each region, the smart bee hive (200) includes the production process of primary products including honey and the prevention and control of bee diseases or the appearance of wasps using regional conditions according to the location information of the contracted smart bee hive (200). ) by simulating the process process to predict the productivity and profitability of the primary product, and simulating the manufacturing process of commercializing the primary product through the smart factory 400 to calculate and commercialize the product of the primary product. Statistical analysis information is collected from the simulation unit 707 for simulating automatic production cost calculation information and the beekeeping device 600, including the actual production amount of primary products including honey harvested in the smart beehive 200. After creating a statistical analysis unit 708 to evaluate whether beekeeping is normal by comparing and analyzing the statistical analysis information with public data from an external agency server, and listing the consignment consumer sales information and providing it through general consumer information. A wheat garden and beekeeping integrated management operating system characterized by including a shopping mall management unit 710 for the purpose.
In claim 1,
The integrated management server 700 includes a server communication unit 701 for communicating with the smart farm 100 or smart factory, respectively, and a server communication unit 701 corresponding to the consignment area information of the consignment request signal received from the consignment consumer device 500. A beekeeping contract unit 703 for generating beekeeping consignment contract information by matching beekeeper information and transmitting it to the corresponding consignment consumer device 500 and beekeeper device 600, and beehive video and A monitoring unit 704 for receiving and monitoring smart beehive environment information and wheat source growth information from the smart farm 100 while receiving and monitoring operation data and manufacturing process images from the smart factory, and the contracted smart beehive 200 ), the internal environment of the smart beehive (200), the service environment of the smart service (300), and the smart farm (100) using the smart beehive environment information received from and the wheat source growth information received from the smart farm (100). A remote control unit 706 for generating an environmental control signal, a volunteer control signal, and a growth control signal to control the growth environment and transmitting them to the corresponding smart beehive 200, smart volunteer 300, and smart farm 100, It includes a production management department 709 for managing the production history and delivery delivery history of products commercialized from the harvested primary product using the collected status information,
The abnormality detection unit 705 analyzes the beehive image through the monitoring unit 704, determines wasp detection or bee disease, and when an abnormal situation is detected, detects an abnormal signal and transmits it to the beekeeping device 600. A wheat farm and beekeeping integrated management operating system characterized by:
In claim 2,
The consignment consumer device 500 includes a consignment consumer communication unit 501 for communicating with the integrated management server 700, and a consignment consumer information unit ( 502), a consignment request unit 503 for generating a consignment request signal containing the consignment consumer information and consignment area information and transmitting it to the integrated management server 700, and the beekeeper from the integrated management server 700 A consignment contract storage unit 504 for receiving and storing consignment contract information, and a display unit 505 for receiving and displaying hive images of the contracted smart beehive 200 through the integrated management server 700. Including,
The beekeeper device 600 includes a beekeeper communication unit 601 for communicating with the integrated management server 700, a smart beehive DB unit 602 for storing identification information and location information of the smart beehive 200, and , a beekeeper information unit 603 for generating beekeeper information including identification information and location information of the smart bee hive 200 and beekeeper information in order to entrust the beekeeping, and A consignment contract storage unit 604 for receiving and storing consignment contract information, and a beehive image and smart beehive environment information of the contracted smart beehive 200 and the smart farm 100 from the integrated management server 700. A beekeeper monitoring unit 605 for receiving and displaying milwon growth information, an emergency notification unit 606 for emergency notification when an abnormal signal is received from the integrated management server 700, and the smart beehive 200 A smart beehive management unit 607 for generating a smart beehive environment control signal and a smart service environment control signal for controlling the internal environment and the service environment of the smart service 300 and transmitting them to the integrated management server 700, A smart farm management unit 608 to generate a growth environment control signal to control the growth environment of the smart farm 100 and transmit it to the integrated management server 700, and to sell the commercialized product of the primary product. It includes a beekeeper sales request unit 610 to generate beekeeper sales information,
The shopping mall management unit 701 of the integrated management server 700 lists the beekeeper sales information received from the beekeeper device 600 and provides it through general consumer information.
A consignment request step in which a consignment request signal including consignment consumer information and consignment area information is transmitted from the consignment consumer device (500) for entrusting beekeeping to the integrated management server (700), and a beekeeper pre-stored in the integrated management server (700) A consignment contract step of generating beekeeping consignment contract information by extracting beekeeper information corresponding to the consignment area information of the consignment request signal from the information and transmitting it to the corresponding consignment consumer device 500 and beekeeping device 600, and the integrated management A monitoring step of monitoring beehive images and smart beehive environment information from the contracted smart beehive 200 at the server 700 and wheat ore growth information from the smart farm 100, and the contracted smart beehive at the integrated management server 700. In the operating method using the integrated beekeeping and beekeeping management operating system, which includes a remote control step of remotely controlling the internal environment of the beehive (200), the growth environment of the smart farm (100), and the service environment of the smart service (300),
In the monitoring step, while monitoring, operation data and manufacturing process video are received and monitored according to the production instructions of the smart factory, including the honey powder processor, bee pollen tablet sterilizer, dryer, and packaging machine,
An abnormality detection step in which the integrated management server 700 analyzes the operating data and manufacturing process video of the smart factory 400 and detects an abnormal signal when an abnormal situation is detected and then transmits it to the beekeeping device 600; ,
The integrated management server 700 receives and collects status information including the actual production amount of primary products, including honey harvested through beekeeping, from the beekeeping device 600, and uses the status information to provide statistical analysis information. After generating, a statistical analysis step of comparing and analyzing the statistical analysis information and public data from an external agency server to evaluate whether beekeeping is normal and transmitting it to the beekeeping device (600) or the consignment consumer device (500);
The integrated management server 700 receives sales information for the sale of products commercialized with the primary product from the beekeeping device 600 or the consignment consumer device 500, stores it, lists it, and stores general consumer information in advance. An operation method using a mill and beekeeping integrated management operation system, characterized by including a shopping mall management step provided by. delete

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