Cloud beekeeping system

Abstract

The invention provides a cloud beekeeping system, which belongs to the technical field of Internet of Things and comprises beehives, monitoring equipment, bee feeders, a beekeeping management subsystem and a transaction management subsystem, the beekeeping management subsystem collects state information of bees in a beehive through monitoring equipment; the transaction management subsystem manages the transaction of the cloud bee-keeping product, and establishes the user authority of the corresponding beehive in the bee-keeping management subsystem for the buyer after the order is paid; the beekeeping management subsystem displays the state information of bees in the corresponding beehive to the user, and responds to the user operation to control the bee feeder to feed the bees. According to the invention, the bee breeding process is presented online through the monitoring device and the bee feeder, the cloud bee breeding experience is used as a commodity through the online shopping platform, and the bee breeding process is opened to the user, so that the authenticity of the commodity is improved, the shopping experience of the user is ensured, and the income of bee farmers is increased.

Description

Technical Field

[0001] The invention belongs to the technical field of Internet of Things, and in particular relates to a cloud beekeeping system. Background Art

[0002] Beekeeping is an important part of agriculture. Traditional beekeeping methods mainly use traditional beekeeping methods or wooden barrel beekeeping, which have the characteristics of high honey quality and strong adaptability to the natural environment. However, traditional beekeeping methods have the following defects: It is difficult for beekeepers to understand the growth status of the bee colony, disease conditions and subtle changes in the external environment in real time. They can only rely on experience and judgment to obtain these contents, and often miss the best time for intervention, resulting in high bee mortality and reduced production.

[0003] With the increasing application of IoT technology in the agricultural field, the bee breeding process can be displayed to users through electronic components such as cameras and sensors, thereby achieving transparency and visualization of the bee breeding process and being able to monitor the growth process of the bee colony. However, bee breeding technology based on IoT technology still has the following problems: First, the bee breeding process still requires a lot of manpower, high labor intensity, cumbersome operation, and prone to errors, resulting in low overall management efficiency; second, the sales channel of honey products is single, mainly relying on local markets or wholesalers, and the market scope is limited; third, it is difficult for consumers to directly participate in the bee breeding process, unable to intuitively understand the production process of honey, and lack trust in the source of honey. Ultimately, the development of the beekeeping industry is restricted and the needs of beekeepers and users cannot be met.

[0004] In view of the above-mentioned defects, it is very necessary to provide a cloud beekeeping system. Summary of the invention

[0005] The embodiment of the present application provides a cloud beekeeping system, including a beehive, a monitoring device, a bee feeder, a beekeeping management subsystem, and a transaction management subsystem; The beekeeping management subsystem collects the status information of the bees in the beehive through monitoring equipment; The transaction management subsystem manages the transactions of cloud beekeeping products and, after the order is paid, establishes user permissions for the corresponding beehives in the beekeeping management subsystem for the buyer; The beekeeping management subsystem displays the status information of the bees in the corresponding beehive to the user, and controls the bee feeder to feed the bees in response to user operations.

[0006] Further, the beehive includes a beehive body and a beehive cover; The beehive body is a hollow box body with an opening facing upward, and the beehive cover is covered at the opening of the beehive body, and the protruding eaves of the beehive cover surround the four sides of the beehive body; A nest door is arranged at the bottom of the side of the beehive body, and a honeycomb is arranged inside the beehive body; The monitoring device includes a camera, a first infrared sensor, a second infrared sensor and a monitoring controller; The camera is set at the protruding eaves of the beehive cover and is set toward the nest door; The first infrared sensor is arranged on the bottom surface of the inner side of the beehive body and faces the beehive; The second infrared sensor is arranged at the nest door inside the beehive body; The monitoring controller is connected to the camera, the first infrared sensor and the second infrared sensor, and communicates remotely with the beekeeping management subsystem. By optimizing the beehive structure and combining the layout of the monitoring equipment, the status information of the bee colony can be fully and accurately collected, providing reliable data support for the beekeeping management subsystem.

[0007] Furthermore, the bee feeder includes a support frame, an electric push rod, a pollen bucket and a pollen disk; The support frame includes a support rod and a support plate, wherein the support rod is arranged on the upper part of the beehive cover, and the support plate is arranged on the upper part of the support rod and is perpendicular to the support rod; The electric push rod includes a motor, a conversion structure and a rod body. The motor is arranged at the lower part of the support plate and is connected to the rod body through the conversion structure. The rod body is parallel to the support rod. A pollen adding port is provided at the upper part of the beehive cover corresponding to the rod body of the electric push rod; The pollen barrel is arranged at the lower part of the beehive cover, and the upper part of the pollen barrel is provided with a large opening, the lower part is provided with a small opening, and the large opening is communicated with the pollen adding port of the beehive cover; The outer diameter of the electric push rod matches the inner diameter of the pollen barrel, and can slide along the pollen barrel as the motor rotates; The pollen tray is suspended from the underside of the hive cover and is set below the small opening of the pollen barrel; The motor of the electric push rod is connected to the monitoring controller. The bee feeder with automated design provides sufficient food source for bees in bad weather, reduces the manpower input in the bee breeding process, improves the breeding efficiency and accuracy, and helps to increase the honey production and quality.

[0008] Furthermore, it also includes a power module; The power module provides power to the monitoring equipment and bee feeder; The power module includes a battery, a voltage conversion unit, a solar controller and a solar panel; The solar panel is connected to a solar controller, the solar controller is also connected to a battery, the battery is also connected to a voltage conversion unit, and the voltage conversion unit is connected to a monitoring device and a bee feeder; Solar panels are installed on the top of the beehive cover, the pollen addition port and the top of the bee feeder. By introducing power modules, especially the use of solar panels, a continuous and reliable power supply is provided for monitoring equipment and bee feeders, reducing operating costs and enhancing the environmental friendliness of the cloud beekeeping system.

[0009] Furthermore, the beekeeping management subsystem includes: User management module, which manages the permissions of system users, beekeeper users and experience users; The monitoring module will display the status information of the bees in the beehive collected by the monitoring equipment according to the set frequency or in response to the viewing request of each user; The bee feeding module responds to the feeding requests of each user, controls the electric push rod to push the pollen in the pollen bucket into the pollen plate, and responds to the feeding request of the experience user, sends a feeding notification to the beekeeper user, and replenishes the pollen in the pollen bucket. Through the modular beekeeping management subsystem, the management of user permissions, monitoring, and feeding is realized, which improves the controllability and flexibility of the beekeeping process.

[0010] Furthermore, the monitoring module includes: The weather display unit calls the weather data of the beehive location and displays the real-time weather information of the beehive location; The bee colony online video display unit displays the video data of bees leaving the hive and arriving at the hive entrance collected by the camera; The bee colony infrared monitoring unit is used to watch the infrared video of the bee colony in the hive collected by the second infrared sensor in real time; The bee colony entry and exit frequency recording unit counts the number of bees passing through the hive door collected by the first infrared sensor over time. Through the various units of the monitoring module, beekeepers can understand the status of the bee colony from all angles and provide support for timely intervention and decision-making.

[0011] Furthermore, the transaction management subsystem includes: The cloud beekeeping product generation module responds to the merchant user's request to enter the cloud beekeeping product, obtains authentication information and submits the authentication request to the system administrator user; the authentication information includes the cloud beekeeping product price, the number of beehives, the bee species, the geographical location, the photo, the merchant's identity information, the qualification certificate, the honey source information and the experience period; The cloud beekeeping product review module responds to the authentication request of the system administrator user to review the authentication information of the cloud beekeeping product, and returns the authentication information to the merchant user if the review fails, and puts the cloud beekeeping product on the shelf according to the authentication information if the review passes; The cloud beekeeping product transaction module responds to the consumer user's selection and payment of the cloud beekeeping products on the shelves, keeps the payment amount, and allocates the consumer user's experience user rights for the corresponding beehive of the cloud beekeeping product selected in the beekeeping management subsystem; The cloud beekeeping product transaction completion module pays the merchant user with the stored payment amount after the experience period of the cloud beekeeping product ends, and obtains and displays the evaluation and rating of the cloud beekeeping product by the consumer user. Through the transaction management subsystem, the online transaction process of cloud beekeeping products is realized, the sales channels are broadened, and the rights and interests of both parties to the transaction are protected.

[0012] Furthermore, the beekeeping management subsystem supports both web and mobile terminals; The beekeeping management subsystem also includes a communication module, a bee-viewing appointment module, and a navigation module on the mobile terminal; The communication module responds to the communication request of the experience user to establish an instant conversation channel with the beekeeper user of the corresponding beehive, and communicates text, voice, pictures and video files in the conversation channel; The module for booking bee visits responds to the user's selection from the available bee visit time slots, generates a bee visit request and sends it to the beekeeper, and receives the geographic location of the beekeeper's return; The navigation module responds to the navigation request initiated by the experience user according to the agreed bee-viewing time period, and generates a navigation route for the experience user according to the current location of the experience user and the agreed geographical location. The beekeeping management subsystem supports web and mobile terminals, especially the communication, bee-viewing appointment and navigation modules added to the mobile terminal, which enhances the user experience and promotes the interaction between beekeepers and consumers.

[0013] Furthermore, the transaction management subsystem also includes: A honey product information generation module responds to a honey product entry request initiated by a beekeeper user and obtains honey product information; the honey product information includes honey variety, collection time, origin, quality grade, price and inventory; The honey product review module responds to the system administrator user to review the honey product information submitted by the beekeeper user, and returns the review opinion to the beekeeper user if the review fails, and puts the honey product on the shelf if the review passes; The honey product transaction module responds to the purchase request of the consumer user for the honey products that have been put on the shelves, keeps the payment amount after the payment operation, and generates an order. The consumer user can choose to purchase the honey produced by the beehive that is being experienced or completed, and view the product information of the honey product corresponding to the beehive; The honey product transaction completion module responds to the beekeeper user's successful payment for the honey product to package and ship it, and tracks and displays the logistics information in real time. After the consumer user receives the honey product, the beekeeper user pays the custody amount, and receives and displays the beekeeper user's evaluation and rating of the honey product. By introducing the honey product information production, review, transaction and transaction completion modules, the online sales process of honey products is realized, providing consumers with more choices and increasing the income source of beekeepers.

[0014] Furthermore, the transaction management subsystem also includes: The experience user privilege module sets a priority purchase period for the experience users before the approved honey products are put on the shelves, sends priority purchase notifications to the experience users, and sets up a temporary listing channel for the experience users during the priority purchase period. By setting up the experience user privilege module, the experience users are given the right of priority purchase, which enhances their sense of belonging and trust in the cloud beekeeping system, and helps to improve user stickiness and system reputation.

[0015] It can be seen from the above technical solutions that the present invention has the following advantages: In the cloud beekeeping system provided by the present application, the beekeeping process is presented online through monitoring equipment and bee feeders, and the experience of cloud beekeeping is used as a commodity through an online shopping platform. By opening the beekeeping process to users, the authenticity of the commodity is improved, the user's shopping experience is guaranteed, and the income of beekeepers is increased. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] In order to more clearly illustrate the technical solution of the present invention, the accompanying drawings required for use in the description will be briefly introduced below. Obviously, the accompanying drawings in the following description are only some embodiments of the present invention. For ordinary technicians in this field, other accompanying drawings can be obtained based on these accompanying drawings without paying creative work.

[0017] Figure 1 It is a schematic diagram of the cloud beekeeping system of the present invention.

[0018] Figure 2 It is a schematic structural diagram of a beehive of the present invention.

[0019] Figure 3 It is a control schematic diagram of the monitoring device and bee feeder of the present invention.

[0020] Figure 4 It is a control schematic diagram of the bee feeder of the present invention.

[0021] Figure 5 is a schematic diagram of a power module of the present invention.

[0022] Figure 6 It is a schematic diagram of the beekeeping management subsystem of the present invention.

[0023] Figure 7 It is a schematic diagram of the transaction management subsystem of the present invention.

[0024] Among them, 1. beehive, 2. monitoring equipment, 3. bee feeder, 4. beekeeping management subsystem, 5. transaction management subsystem, 6. cloud beekeeping products, 7. buyers, 8. users, 9. beehive body, 10. beehive cover, 11. nest door, 12. camera, 13. first infrared sensor, 14. second infrared sensor, 15. monitoring controller, 16. pollen barrel, 17. pollen disk, 18. support rod, 19. support plate, 20. motor, 21. conversion structure, 22. rod body, 23. pollen addition port, 24. battery, 25. voltage conversion unit, 26. solar controller, 27. solar panel, 28. user management module, 29. monitoring control module, 30. bee feeding module, 31. weather display unit, 32. bee colony online video display unit, 33. bee colony infrared monitoring unit, 34. bee colony entry and exit frequency recording unit, 35. cloud beekeeping product generation module, 36. cloud beekeeping product review module, 37. cloud beekeeping product transaction module, 38. cloud beekeeping product transaction completion module, 39. communication module, 40. bee appointment module, 41. navigation module, 42. honey product information generation module, 43. honey product review module, 44. honey product transaction module, 45. honey product transaction completion module, 46. experience user privilege module, 47. web terminal, 48. mobile terminal. DETAILED DESCRIPTION

[0025] In the following, the cloud beekeeping system will be described in detail, and various embodiments of the present disclosure will be described more fully. The present disclosure may have various embodiments, and adjustments and changes may be made therein. However, it should be understood that there is no intention to limit the various embodiments of the present disclosure to the specific embodiments disclosed herein, but the present disclosure should be understood to cover all adjustments, equivalents and / or alternatives that fall within the spirit and scope of the various embodiments of the present disclosure.

[0026] For example, beekeeping plays an important role in the agricultural sector. Traditional beekeeping methods, such as traditional methods or barrel beekeeping, are known for their high-quality honey and high adaptability to nature, but they also face a series of challenges. Specifically, under traditional methods, it is difficult for beekeepers to instantly grasp the growth dynamics of the bee colony, disease conditions, and changes in the external environment. The acquisition of this information mostly relies on personal experience, which often leads to delays in intervention, resulting in an increase in bee mortality and a reduction in honey production.

[0027] With the application of Internet of Things technology in agriculture, the beekeeping process can be intuitively displayed to users with the help of electronic devices such as cameras and sensors, realizing transparent and visual monitoring of breeding. However, this technology still faces several key problems in practical application: first, the breeding of bees still requires a lot of manpower input, the labor intensity is high, the steps are cumbersome, and it is easy to make mistakes, which in turn affects the overall management efficiency; secondly, the sales channels of honey products are relatively narrow, mainly limited to local markets or wholesalers, and the market coverage is limited; thirdly, it is difficult for consumers to personally participate in the beekeeping process and cannot witness the production process of honey with their own eyes, which affects their trust in the source of honey. These problems have jointly restricted the development of the beekeeping industry and failed to fully meet the needs of beekeepers and consumers.

[0028] In response to the above problems, this embodiment provides a cloud beekeeping system, which realizes remote monitoring and management of the beekeeping process and online trading of honey products by integrating beehives, monitoring equipment, bee feeders, beekeeping management subsystems and transaction management subsystems, thereby greatly improving the intelligence level and market coverage of the beekeeping industry.

[0029] Hereinafter, the terms "include" or "may include" used in various embodiments of the present disclosure indicate the presence of disclosed functions, operations, or elements, and do not limit the addition of one or more functions, operations, or elements. In addition, as used in various embodiments of the present disclosure, the terms "include", "have", and their cognates are intended only to indicate specific features, numbers, steps, operations, elements, components, or a combination of the foregoing, and should not be understood as first excluding the presence of one or more other features, numbers, steps, operations, elements, components, or a combination of the foregoing or the possibility of adding one or more features, numbers, steps, operations, elements, components, or a combination of the foregoing.

[0030] The expressions (such as "first", "second", etc.) used in the various embodiments of the present disclosure may modify the various constituent elements in the various embodiments, but may not limit the corresponding constituent elements. For example, the above expressions do not limit the order and / or importance of the elements. The above expressions are only used for the purpose of distinguishing one element from other elements. For example, the first user device and the second user device indicate different user devices, although both are user devices. For example, without departing from the scope of the various embodiments of the present disclosure, the first element may be referred to as the second element, and similarly, the second element may also be referred to as the first element.

[0031] It should be noted that if it is described that one component element is “connected” to another component element, the first component element may be directly connected to the second component element, and a third component element may be “connected” between the first component element and the second component element. Conversely, when one component element is “directly connected” to another component element, it can be understood that there is no third component element between the first component element and the second component element.

[0032] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0033] See also Figure 1 The figure is a schematic diagram of a cloud beekeeping system in a specific embodiment, and the system includes: Beehive 1, monitoring equipment 2, bee feeder 3, beekeeping management subsystem 4 and transaction management subsystem 5; The beekeeping management subsystem 4 collects the status information of the bees in the beehive 1 through the monitoring device 2; The transaction management subsystem 5 manages the transactions of cloud beekeeping products 6 and, after the order is paid, establishes user permissions for the corresponding beehive 1 in the beekeeping management subsystem 4 for the buyer 7; The beekeeping management subsystem 4 displays the status information of the bees in the corresponding beehive 1 to the user 8, and controls the bee feeder 3 to feed the bees in response to the operation of the user 8; It should be noted that the cloud beekeeping product 6 is a virtual product of the transaction management subsystem 5. By purchasing the cloud beekeeping product 6, the buyer 7 can obtain the user 8 authority of the corresponding beehive 1 managed in the beekeeping management subsystem 4, view the status of the bees in the beehive 1, and feed the bees in the beehive 1, thereby realizing the cloud beekeeping function; The beekeeping management subsystem 4 is a beekeeping management platform and can be used to manage a number of beehives 1 .

[0034] In this embodiment, a monitoring device 2 is added to the beehive 1 to record the beekeeping process, and the process is displayed in the beekeeping management subsystem 4 using the Internet of Things technology. The buyer 7 purchases the cloud beekeeping product 6 in the transaction management subsystem 5 as a commercial transaction platform, and obtains the access rights of the beehive 1 in the beekeeping management subsystem 4, thereby achieving the effect of online beekeeping.

[0035] In one embodiment of the present invention, based on the beehive 1, a possible embodiment will be given below to illustrate its specific implementation scheme in a non-limiting manner.

[0036] like Figure 2As shown, the beehive 1 includes a beehive body 9 and a beehive cover 10; The beehive body 9 is a hollow box body with an opening facing upward, and the beehive cover 10 covers the opening of the beehive body 9, and the protruding eaves of the beehive cover 10 surround the four sides of the beehive body 9; A nest door 11 is provided at the bottom of the side of the beehive body 9, and a honeycomb is provided inside the beehive body 9; like Figure 3 As shown, the monitoring device 2 includes a camera 12, a first infrared sensor 13, a second infrared sensor 14 and a monitoring controller 15; The camera 12 is arranged at the protruding eaves of the beehive cover 10 and is arranged toward the nest door 11; The first infrared sensor 13 is arranged on the bottom surface of the inner side of the beehive body 9 and faces the beehive; The second infrared sensor 14 is arranged at the nest door 11 inside the beehive body 9; It should be noted that the first infrared sensor 13 is usually closed, but can be used to roughly observe the size of the bee colony and the growth status of the young bees in the beehive 1 after it is opened. The second infrared sensor 14 is installed at the nest door 11 to record the number and frequency of bees passing through. The monitoring controller 15 is connected to the camera 12 , the first infrared sensor 13 and the second infrared sensor 14 , and performs remote communication with the beekeeping management subsystem 4 .

[0037] In one embodiment of the present invention, based on the beehive 1, a possible embodiment will be given below to illustrate its specific implementation scheme in a non-limiting manner.

[0038] like Figure 4 As shown, the bee feeder 3 includes a support frame, an electric push rod, a pollen barrel 16 and a pollen plate 17; The support frame includes a support rod 18 and a support plate 19. The support rod 18 is arranged on the upper part of the beehive cover 10, and the support plate 19 is arranged on the upper part of the support rod 18 and is perpendicular to the support rod 18. The electric push rod includes a motor 20, a conversion structure 21 and a rod body 22. The motor 20 is arranged at the lower part of the support plate 19 and is connected to the rod body 22 through the conversion structure 21. The rod body 22 is parallel to the support rod 18. A pollen adding port 23 is provided at the upper portion of the beehive cover 10 corresponding to the rod body 22 of the electric push rod; The pollen barrel 16 is disposed at the lower part of the beehive cover 10, and the pollen barrel 16 has a large opening at the upper part and a small opening at the lower part, and the large opening is connected to the pollen adding port 23 of the beehive cover 10; The outer diameter of the rod body 22 of the electric push rod matches the inner diameter of the pollen barrel 16, and can slide along the pollen barrel 16 as the motor 20 rotates; The pollen tray 17 is suspended on the lower side of the beehive cover 10 and is arranged at the lower part of the small opening of the pollen barrel 16; like Figure 3 As shown, the motor 20 of the electric push rod is connected to the monitoring controller 15; It should be noted that the electric push rod adopts the existing electric push rod, and the conversion structure 21 converts the rotation of the motor into the up and down movement of the rod body 22 to control the amount of food in the pollen barrel 16 entering the pollen plate 17; The pollen barrel 16 of the bee feeder 3 stores pollen and can also store sugar water. The pollen or sugar water in the pollen barrel 16 can be pushed into the pollen tray 17 by the user's control through an electric push rod. The pollen tray 17 is a position that the bees can reach and can provide the bees with necessary food in bad weather.

[0039] like Figure 5 As shown, another finger cloud beekeeping system provided in this embodiment may further include a power module; The power module supplies power to the monitoring device 2 and the bee feeder 3; The power module includes a battery 24, a voltage conversion unit 25, a solar controller 26 and a solar panel 27; The solar panel 27 is connected to the solar controller 26, the solar controller 26 is also connected to the battery 24, the battery 24 is also connected to the voltage conversion unit 25, and the voltage conversion unit 25 is connected to the monitoring device 2 and the bee feeder 3; The solar panel 27 is arranged on the upper part of the beehive cover 10 and is arranged on the upper part of the pollen adding port 23 and the bee feeder 3; It should be noted that the battery 24 is a storage battery, and the solar panel 27 can store electrical energy to provide electrical energy for the monitoring equipment 2 and the bee feeder 3 in the beehive 1. The solar panel 27 can also shield the pollen addition port 23 and the electric push rod of the bee feeder 3 to prevent rainwater from entering the beehive 1 when it rains.

[0040] like Figure 6 As shown, in one embodiment of the present invention, based on the beekeeping management subsystem 4, a possible embodiment will be given below to illustrate its specific implementation scheme in a non-limiting manner.

[0041] Beekeeping management subsystem 4 includes: User management module 28, performs authority management on system users, beekeeper users and experience users; The monitoring module 29 displays the status information of the bees in the beehive 1 collected by the monitoring device 2 according to the set frequency or in response to the viewing request of each user; the monitoring module 29 includes: The weather display unit 31 calls the weather data of the location of the beehive 1 and displays the real-time weather information of the location of the beehive 1; The bee colony online video display unit 32 displays the video data of the bees in the beehive body 9 leaving the hive and arriving at the hive door 11 collected by the camera 12; The bee colony infrared monitoring unit 33 is used to watch the infrared video of the bee colony in the beehive collected by the second infrared sensor 14 in real time; The bee colony entry and exit frequency recording unit 34 counts the number of bees passing through the nest door 11 collected by the first infrared sensor 13 according to time; It should be noted that the monitoring module 29 can display the data collected by the monitoring device 2 to authorized specific users, and these collected data can be automatically uploaded once every period of time, and the user can manually obtain real-time data and monitor the status of the beehive 1 through these data; The bee feeding module 30 responds to the feeding request of each user, controls the electric push rod to push the pollen in the pollen barrel 16 into the pollen plate 17, and responds to the feeding request of the experience user, sends a feeding notification to the beekeeper user, and replenishes the pollen in the pollen barrel 16; It should be noted that in bad weather, the user can send a notification to the electric push rod to push the food in the pollen bucket 16 into the pollen tray 17 for feeding; an ultrasonic sensor can also be set in the pollen bucket 16 of the bee feeder 3 to collect the food capacity in the pollen bucket 16 and display it in the bee feeding module 30. When the relevant user finds that the food is insufficient, he / she can send a refeeding notification to the beekeeper user.

[0042] like Figure 7 As shown, in one embodiment of the present invention, based on the transaction management subsystem 5, a possible embodiment will be given below to illustrate its specific implementation scheme in a non-limiting manner.

[0043] The transaction management subsystem 5 includes: The cloud beekeeping product generation module 35 responds to the merchant user's request to enter a cloud beekeeping product, obtains authentication information and submits an authentication request to the system administrator user; the authentication information includes the cloud beekeeping product price, the number of beehives, the bee species, the geographical location, the photo, the merchant's identity information, the qualification certificate, the honey source information and the experience period; It should be noted that a merchant user can manage multiple beehives 1, and a beekeeper user also corresponds to multiple beehives 1. In a specific application process, a merchant user and a beekeeper user can also be the same user; The cloud beekeeping product review module 36 reviews the authentication information of the cloud beekeeping product 6 in response to the authentication request system administrator user, and returns the authentication information to the merchant user if the review fails, and puts the cloud beekeeping product on the shelf according to the authentication information if the review passes; It should be noted that for cloud beekeeping products 6 that have not passed the review, merchants are allowed to modify and resubmit them. The cloud beekeeping products listed on the trading platform will display the cloud beekeeping product price, number of beehives, bee species, geographical location, photos, merchant identity information, qualification certificates, honey source information and experience period in the authentication information; The cloud beekeeping product transaction module 37 responds to the consumer user's selection and payment of the cloud beekeeping product 6 that has been put on the shelf, keeps the payment amount, and allocates the consumer user's experience user rights of the beehive 1 corresponding to the cloud beekeeping product selected in the beekeeping management subsystem 4; The cloud beekeeping product transaction completion module 38 pays the merchant user with the stored payment amount after the trial period of the cloud beekeeping product 6 ends, and obtains and displays the evaluation and rating of the cloud beekeeping product 6 by the consumer user; It should be noted that after the user purchases the cloud beekeeping product 6, the experience period of the cloud beekeeping product will be ended and the payment will be paid to the beekeeper user only when the deadline is reached and the user has no complaints. This effectively prevents the merchant user from forging the identity of the beekeeper user or unilaterally terminating the service, ensures the financial security of the experience user, and improves the experience of the experience user. The cloud beekeeping product itself is a commodity, and the experience user can rate and evaluate it, and can also view other experience users' evaluations of it and the comprehensive score of the product, providing a multi-faceted reference for the experience user.

[0044] This embodiment provides another cloud beekeeping system based on the above embodiments. The beekeeping management subsystem 4 supports a web terminal 47 and a mobile terminal 48; The beekeeping management subsystem 4 also includes a communication module 39, a bee-viewing appointment module 40 and a navigation module 41 on the mobile terminal 48; The communication module 39 responds to the communication request of the experience user to establish an instant conversation channel with the beekeeper user of the corresponding beehive 1, and communicates text, voice, pictures and video files in the conversation channel; The bee-viewing reservation module 40 generates a bee-viewing request and sends it to the beekeeper in response to the experience user selecting from the optional bee-viewing time periods, and receives the geographic location of the beekeeper's return; The navigation module 41 responds to the navigation request initiated by the experience user according to the agreed bee-seeing time period, and generates a navigation route for the experience user according to the current location of the experience user and the agreed geographical location; It should be noted that, since the communication module 39 and the bee-viewing appointment module 40 require instant communication, and the navigation module 41 needs to have a positioning function, these three modules are set on the mobile terminal 48, and the functions are realized with the assistance of a mobile terminal device such as a mobile phone; the navigation module 41 navigates by locating the destination to the location of the merchant; the bee-viewing appointment module 40 allows users to make an appointment for a certain time period, visit the beekeeper to raise bees, and take a close look at the bees they raise in the cloud while wearing protective equipment, and the communication module 39 allows users to understand the status of the bee colony in more detail and make reasonable requests to the beekeeper; the functions of the remaining modules allow authorized users to log in at any of the mobile terminal 48 and the web terminal 47 to enter the beekeeping management subsystem 4; The transaction management subsystem 5 also includes: The honey product information generation module 42 responds to the honey product entry request initiated by the beekeeper user and obtains the honey product information; the honey product information includes honey variety, collection time, origin, quality grade, price and inventory; The honey product review module 43 responds to the system administrator user to review the honey product information submitted by the beekeeper user, and returns the review opinion to the beekeeper user if the review fails, and puts the honey product on the shelf if the review passes; It should be noted that for honey product information that fails the review, merchants are allowed to modify it and resubmit it; The honey product transaction module 44 responds to the purchase request of the consumer user for the honey product that has been put on the shelf, keeps the payment amount after the payment operation, and generates an order. The consumer user can choose to purchase the honey produced by the beehive 1 that is being experienced or completed, and view the product information of the honey product corresponding to the beehive 1; The honey product transaction completion module 45 is used to package and ship the honey products paid by the consumer user in response to the beekeeper user, and to track and display the logistics information in real time. After the consumer user receives the honey product, the beekeeper user is paid for the custody amount, and the beekeeper user's evaluation and rating of the honey product is received and displayed; It should be noted that, unlike virtual cloud beekeeping products, honey products are physical products that require delivery and logistics information management; by introducing honey product information production, review, transaction and transaction completion modules, the online sales process of honey products is realized, providing consumers with more choices while increasing the income sources of beekeepers.

[0045] Based on the above embodiment, the transaction management subsystem 5 further includes: The experience user privilege module 46 sets a priority purchase period for the experience user before the approved honey product is put on the shelf, sends a priority purchase notification to the experience user, and sets a temporary listing channel for the experience user during the priority purchase period; It should be noted that the setting of the experience user privilege module 46 gives the experience user the right of priority purchase, establishes the association between honey products and cloud beekeeping products, broadens the sales channels of honey, enhances their sense of belonging and trust in the cloud beekeeping system, and helps to improve user stickiness and system reputation. In specific applications, the experience user privilege module 46 can also be set to set a discount purchase channel for experience users, set special purchase discounts for experience users, and experience users within the experience period or experience users within a certain period of time after the end of the experience period can enjoy the purchase discount.

[0046] The present invention presents the bee breeding process online through the monitoring device 2 and the bee feeder 3, and uses the experience of cloud bee breeding as a commodity through the online shopping platform. By opening the bee breeding process to users, the authenticity of the commodity is improved, the user's shopping experience is guaranteed, and the income of beekeepers is increased.

[0047] The cloud beekeeping system of the present invention realizes the comprehensive intelligence and onlineization of the beekeeping process, greatly improving the efficiency and market competitiveness of beekeeping. Through remote monitoring and management, beekeepers can understand the status of the bee colony in real time, take timely intervention measures, reduce the mortality rate of bees, and improve honey production and quality. At the same time, the expansion of online trading channels provides consumers with more choices and convenience, enhancing their trust in honey products and willingness to buy. In addition, the modular design of the system and the increase of mobile terminal functions further enhance the user experience and interactivity.

[0048] The above description of the disclosed embodiments enables one skilled in the art to implement or use the present invention. Various modifications to these embodiments will be apparent to one skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present invention. Therefore, the present invention will not be limited to the embodiments shown herein, but rather to the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. A cloud beekeeping system, characterized in that: Including beehives, monitoring equipment, bee feeders, beekeeping management subsystem and transaction management subsystem; The beekeeping management subsystem collects the status information of the bees in the beehive through monitoring equipment; The transaction management subsystem manages the transactions of cloud beekeeping products and, after the order is paid, establishes user permissions for the corresponding beehives in the beekeeping management subsystem for the buyer; The beekeeping management subsystem displays the status information of the bees in the corresponding beehive to the user, and controls the bee feeder to feed the bees in response to user operations.

2. The cloud beekeeping system according to claim 1, characterized in that: The beehive comprises a beehive body and a beehive cover; The beehive body is a hollow box body with an opening facing upward, and the beehive cover is covered at the opening of the beehive body, and the protruding eaves of the beehive cover surround the four sides of the beehive body; A nest door is arranged at the bottom of the side of the beehive body, and a honeycomb is arranged inside the beehive body; The monitoring device includes a camera, a first infrared sensor, a second infrared sensor and a monitoring controller; The camera is set at the protruding eaves of the beehive cover and is set toward the nest door; The first infrared sensor is arranged on the bottom surface of the inner side of the beehive body and faces the beehive; The second infrared sensor is arranged at the nest door inside the beehive body; The monitoring controller is connected with the camera, the first infrared sensor and the second infrared sensor, and performs remote communication with the beekeeping management subsystem.

3. The cloud beekeeping system according to claim 2, characterized in that: The bee feeder includes a supporting frame, an electric push rod, a pollen bucket and a pollen disk; The support frame includes a support rod and a support plate, wherein the support rod is arranged on the upper part of the beehive cover, and the support plate is arranged on the upper part of the support rod and is perpendicular to the support rod; The electric push rod includes a motor, a conversion structure and a rod body. The motor is arranged at the lower part of the support plate and is connected to the rod body through the conversion structure. The rod body is parallel to the support rod. A pollen adding port is provided at the upper part of the beehive cover corresponding to the rod body of the electric push rod; The pollen barrel is arranged at the lower part of the beehive cover, and the upper part of the pollen barrel is provided with a large opening, the lower part is provided with a small opening, and the large opening is communicated with the pollen adding port of the beehive cover; The outer diameter of the electric push rod matches the inner diameter of the pollen barrel, and can slide along the pollen barrel as the motor rotates; The pollen tray is suspended from the underside of the hive cover and is set below the small opening of the pollen barrel; The motor of the electric push rod is connected to the monitoring controller.

4. The cloud beekeeping system according to claim 3, characterized in that: Also includes a power module; The power module provides power to the monitoring equipment and bee feeder; The power module includes a battery, a voltage conversion unit, a solar controller and a solar panel; The solar panel is connected to a solar controller, the solar controller is also connected to a battery, the battery is also connected to a voltage conversion unit, and the voltage conversion unit is connected to a monitoring device and a bee feeder; The solar panel is arranged on the upper part of the beehive cover and on the pollen adding port and the upper part of the bee feeder.

5. The cloud beekeeping system according to claim 3, characterized in that: Beekeeping management subsystem includes: User management module, which manages the permissions of system users, beekeeper users and experience users; The monitoring module will display the status information of the bees in the beehive collected by the monitoring equipment according to the set frequency or in response to the viewing request of each user; The bee feeding module responds to the feeding requests of each user, controls the electric push rod to push the pollen in the pollen bucket into the pollen tray, and responds to the feeding requests of the experience users, sends feeding notifications to the beekeeper users, and replenishes the pollen in the pollen bucket.

6. The cloud beekeeping system according to claim 5, characterized in that: The monitoring modules include: The weather display unit calls the weather data of the beehive location and displays the real-time weather information of the beehive location; The bee colony online video display unit displays the video data of bees leaving the hive and arriving at the hive entrance collected by the camera; The bee colony infrared monitoring unit is used to watch the infrared video of the bee colony in the hive collected by the second infrared sensor in real time; The bee colony entry and exit frequency recording unit counts the number of bees passing through the nest door collected by the first infrared sensor over time.

7. The cloud beekeeping system according to claim 5, characterized in that: The transaction management subsystem includes: The cloud beekeeping product generation module responds to the merchant user's request to enter the cloud beekeeping product, obtains authentication information and submits the authentication request to the system administrator user; the authentication information includes the cloud beekeeping product price, the number of beehives, the bee species, the geographical location, the photo, the merchant's identity information, the qualification certificate, the honey source information and the experience period; The cloud beekeeping product review module responds to the authentication request of the system administrator user to review the authentication information of the cloud beekeeping product, and returns the authentication information to the merchant user if the review fails, and puts the cloud beekeeping product on the shelf according to the authentication information if the review passes; The cloud beekeeping product transaction module responds to the consumer user's selection and payment of the cloud beekeeping products on the shelves, keeps the payment amount, and allocates the consumer user's experience user rights for the corresponding beehive of the cloud beekeeping product selected in the beekeeping management subsystem; The cloud beekeeping product transaction completion module will pay the merchant user with the kept payment amount after the experience period of the cloud beekeeping product ends, and obtain and display the consumer users' evaluation and rating of the cloud beekeeping product.

8. The cloud beekeeping system according to claim 7, characterized in that: The beekeeping management subsystem supports web and mobile terminals; The beekeeping management subsystem also includes a communication module, a bee-viewing appointment module, and a navigation module on the mobile terminal; The communication module responds to the communication request of the experience user to establish an instant conversation channel with the beekeeper user of the corresponding beehive, and communicates text, voice, pictures and video files in the conversation channel; The module for booking bee visits responds to the user's selection from the available bee visit time slots, generates a bee visit request and sends it to the beekeeper, and receives the geographic location of the beekeeper's return; The navigation module responds to the navigation request initiated by the experience user according to the agreed bee-seeing time period, and generates a navigation route for the experience user according to the current location of the experience user and the agreed geographical location.

9. The cloud beekeeping system according to claim 8, characterized in that: The transaction management subsystem also includes: A honey product information generation module responds to a honey product entry request initiated by a beekeeper user and obtains honey product information; the honey product information includes honey variety, collection time, origin, quality grade, price and inventory; The honey product review module responds to the system administrator user to review the honey product information submitted by the beekeeper user, and returns the review opinion to the beekeeper user if the review fails, and puts the honey product on the shelf if the review passes; The honey product transaction module responds to the purchase request of the consumer user for the honey products that have been put on the shelves, keeps the payment amount after the payment operation, and generates an order. The consumer user can choose to purchase the honey produced by the beehive that is being experienced or completed, and view the product information of the honey product corresponding to the beehive; The honey product transaction completion module responds to the beekeeper user's successful payment for the honey product by the consumer user, packages and ships the honey product, tracks and displays the logistics information in real time, and pays the beekeeper user the custody amount after the consumer user receives the honey product, and receives and displays the beekeeper user's evaluation and rating of the honey product.

10. The cloud beekeeping system according to claim 9, characterized in that: The transaction management subsystem also includes: The experience user privilege module sets a priority purchase period for experience users before the approved honey products are put on the shelves, sends priority purchase notifications to experience users, and sets up a temporary listing channel for experience users during the priority purchase period.

Images