Gardening social contact method and system for interaction between intelligent flowerpot and intelligent planting community

Abstract

The invention discloses a gardening social contact method and system for interaction between an intelligent flowerpot and an intelligent planting community, and relates to the technical field of community interaction, and the system comprises a flowerpot design end, an environment adjustment end and a park social contact end. The flowerpot design end is used for carrying out intelligent design on a flowerpot; the environment adjusting end is used for collecting planting parameters of professional cultivation of a botanical garden in real time and combining environment basic data of a corresponding floor at a corresponding position; and the park social terminal is used for giving plant variety suggestions and plant cultivation suggestions suitable for the user in real time according to the character interest of the user and the prediction result of the environmental change data, and establishing an intelligent planting community and a perfect horticultural doctor platform. According to the gardening social contact method and system for interaction between the intelligent flowerpots and the intelligent planting community, the limitation of suitable crowds of intelligent planting is reduced, whether plant cultivation is abnormal or not can be found in time according to the environment basic data of the corresponding floors at the corresponding positions in advance, and the problems of plants of planters are solved through real-time interaction.

Description

Technical Field

[0001] The present invention relates to the field of community interaction technology, and in particular to a gardening social method and system for interaction between a smart flowerpot and a smart planting community. Background Art

[0002] Publication No. CN110968135A discloses an intelligent planting method based on artificial intelligence, including: setting modes for the planting system, including manual mode, timing control mode, automatic control mode and intelligent control mode; the intelligent planting method based on artificial intelligence provided by the present invention provides and maintains the optimal environment for plant growth according to the quantified planting template, thereby achieving the purpose of standardized planting.

[0003] After searching the above patents, it was found that smart planting has some shortcomings: 1. The growth cycle of plants is long, and cultivation and care require a lot of energy, which is more suitable for middle-aged and elderly people who have more spare time. As a result, the applicable population of smart planting is limited and cannot meet the general needs; 2. The requirements for plant cultivation technology are high. For inexperienced novices, the success rate of plant cultivation is too low; 3. Compared with animals, the emotional value brought by cultivated plants is lower. For the fast-paced life, young people often do not have the patience and perseverance to "wait for the flowers to bloom". What they need more is immediate emotional feedback, resulting in poor gardening social effects of the interaction between smart flower pots and smart planting communities.

[0004] Therefore, a gardening social method and system for interacting with a smart flowerpot and a smart planting community is proposed to solve the above problems. Summary of the invention

[0005] The main purpose of the present invention is to provide a gardening social method and system for the interaction between smart flower pots and smart planting communities to solve the problems raised in the above background.

[0006] To achieve the above-mentioned purpose, the technical solution adopted by the present invention is: a gardening social method and system for the interaction between smart flower pots and smart planting communities, including a flower pot design end, an environment adjustment end, and a park social end; The flower pot design end is used to intelligently design the flower pot, install sensors at multiple angles and multiple positions, and set basic planting functions. By connecting the flower pot to a mobile phone, a remote control command and control function can be realized anytime and anywhere using a mobile phone APP. The environment adjustment terminal is used to collect the planting parameters of the botanical garden's professional cultivation in real time, combine the basic environmental data of the corresponding location and the corresponding floor, and use AI intelligent analysis to obtain the most suitable growth conditions for various plants in the local area, automatically adjust the growth environment of the plants, realize the self-adaptation of plant cultivation technology, and predict in real time whether the growth conditions of various plants are abnormal according to the environmental change data; The park social terminal is used to give plant variety recommendations and plant cultivation recommendations suitable for users based on real-time prediction results of users' personality interests and environmental change data, and to build a smart planting community for real-time sharing and exchange of planting experiences and harvest joy. At the same time, a complete gardening doctor platform is established to solve problems that arise with growers' plants through real-time online and offline interactions on a paid or non-profit basis, and real-name authenticated advertising blocking is used in paid services.

[0007] The flowerpot design terminal includes a flowerpot design module, an information acquisition module and a real-time monitoring module; The flowerpot design module includes a flowerpot parameter unit and a multi-angle monitoring unit; The flower pot parameter unit is used to set flower pots of different sizes and to set a temperature sensor, a humidity sensor, a USB connection interface, a Bluetooth communication module, an LCD1602 display panel and control buttons on the flower pots; The Bluetooth communication module is used to perform real-time intelligent control of the applet through a Bluetooth communication device; The multi-angle monitoring unit is used to set cameras at multiple angles and multiple positions of the flower pot, and to capture the real-time status of the flower pot in real time through multiple cameras; The information acquisition module includes a hardware system; The hardware system includes a soil moisture sensor module, a temperature acquisition module, a photosensitivity acquisition module, a motor drive module, a relay module, a temperature control module, a sunshade module and a water pump. The soil moisture sensor module is used to collect the planting moisture in the flowerpot at the current moment in real time through a soil moisture sensor. The temperature acquisition module is used to collect the planting temperature in the flowerpot at the current moment in real time through a temperature sensor. The photosensitivity acquisition module is used to collect the planting light intensity in the flowerpot at the current moment in real time through a photosensitivity collector. The motor drive module is used to receive the signal emitted by the single-chip microcomputer according to the sensor threshold to realize the sunshade awning to control the light of the plant. The relay module is used to issue instructions to control the system through the single-chip microcomputer. The temperature control module is used to control the planting temperature of the flowerpot in real time through a temperature controller. The sunshade module is used to realize the sunshade adjustment of the flowerpot through a retractable sunshade. The real-time monitoring module is used to monitor the flower pot parameters at the current moment in real time through a camera, and the flower pot parameters include temperature, humidity, light, watering, shading and fertilization.

[0008] The environment adjustment end includes an environment monitoring module, a condition analysis module and an environment prediction module; The environmental monitoring module includes a professional parameter unit and a corresponding parameter unit; The professional parameter unit is used to collect plant planting parameters of the professional cultivation institution of the botanical garden in real time, and the plant planting parameters include temperature, humidity, light intensity, light duration and pH value; The corresponding parameter unit is used to collect the planting parameters of the corresponding position and corresponding floor in real time through sensors and data acquisition instruments. The planting parameters include temperature, humidity, light intensity, light duration and pH value.

[0009] The condition analysis module includes an intelligent analysis unit and an environment adjustment unit; The intelligent analysis unit is used to set the most suitable growth condition deviation to be less than or equal to 0.02, and perform difference calculation between the plant planting parameters and the planting parameters of the corresponding floor at the corresponding position. If the difference between the plant planting parameters and the planting parameters of the corresponding floor at the corresponding position is less than or equal to 0.02, it means that the planting parameters of the corresponding floor at the corresponding position are suitable. If the difference between the plant planting parameters and the planting parameters of the corresponding floor at the corresponding position is greater than 0.02, it means that the planting parameters of the corresponding floor at the corresponding position are not suitable. The environment adjustment unit is used to remotely control the corresponding plant parameters in real time through a control button or a Bluetooth communication module according to the difference between the plant planting parameters and the planting parameters of the corresponding floor at the corresponding position.

[0010] The environmental prediction module includes a real-time prediction unit and an abnormal warning unit; The real-time prediction unit is used to predict the plant growth impact duration of different locations and floors in real time based on the planting parameters of the corresponding location and floor at the current moment, and collect the daily environmental parameters of the corresponding location and floor in real time through the environmental monitoring instrument, and combine the daily environmental parameters and planting parameters of the corresponding location and floor in real time to calculate the following formula: ; ; ; in, The time is the moment when the environmental state suddenly changes under the planting parameter execution state of the corresponding position and the corresponding floor, T is the construction shading section under the planting parameter execution state of the corresponding position and the corresponding floor, The planting parameters for the corresponding floor at the corresponding position are executed The amount of sunshade during construction at the moment, The planting parameters for the corresponding floor at the corresponding position are executed The amount of sunshade during construction at the moment, The planting parameters for the corresponding floor at the corresponding position are executed The amount of sunshade during construction at the moment, The planting parameters for the corresponding floor at the corresponding position are executed The amount of sunshade during construction at the moment, is the set impact duration percentage, and They respectively represent the duration of plant growth impact on the corresponding positions and floors under different environmental conditions; The abnormal warning unit is used to set the standard plant growth impact time, calculate the difference between the plant growth impact time and the standard plant growth impact time, subtract the former from the latter, and if the difference is less than or equal to 0.05 or greater than or equal to -0.05, it indicates that the plant growth conditions on the corresponding floor of the corresponding position are normal; if the difference is greater than 0.05 or less than -0.05, it indicates that the plant growth conditions on the corresponding floor of the corresponding position are abnormal.

[0011] The park social terminal includes a user interest module, a plant suggestion module, a planting community module and a gardening doctor module; The user interest module includes a user personality unit, a user interest unit and a user status unit; The user personality unit is used to collect the living habits of the community users at the corresponding location and floor in real time through a data collector, and obtain the user personal information of the corresponding location and floor in real time through a questionnaire survey or a page real-name authentication method, and the user personal information includes ID number, work schedule and the type and number of plants at home; The user interest unit is used to obtain the user's personal hobbies of the corresponding location and corresponding floor in real time through a questionnaire survey or page real-name authentication. The user's personal hobbies include areas of expertise, work content, favorite plants, and historical survival rates of plant plantings; The user status unit is used to collect the real-time status of users on the corresponding floor at the corresponding position in real time through a data collector. The real-time status of users includes real-time monitoring of the entry and exit of users on the corresponding floor at the corresponding position through a camera.

[0012] The plant suggestion module includes a species suggestion unit and a plant selection unit; The type suggestion unit is used to suggest plant planting types to users at the corresponding position and corresponding floor in real time according to the user status at the corresponding position and corresponding floor, and in combination with the planting and growth conditions of the plants; The plant selection unit is used to set a recommendation page. The recommendation page recommends plants suitable for maintenance in real time based on user personal information, user personal preferences, user real-time status data, and plant parameters of corresponding locations and floors. A variety of plants are recommended and relevant plant information is displayed. The computer page automatically displays the user's favorite plants based on personal preferences, and automatically matches other plant types with deviation values ​​less than or equal to 0.02 or greater than or equal to -0.02 in combination with the plant growth conditions of the favorite plants.

[0013] The planting community module includes an experience exchange unit, which is used to set up a social page, which is used to publish planting dynamics in real time through APP comments and build a smart planting community. A search function is set in the smart planting community to query the content that users are interested in in real time, and realize the functions of liking, commenting and collecting the plant dynamics published by others; The experience exchange unit also includes an advertisement blocking unit and a communication recording unit; The advertisement blocking unit is used to establish a gardening doctor platform through real-name authentication. The gardening doctor platform is used to set the appearance fee of the gardening doctor according to different kilometres, and to set a public welfare online and offline real-time interactive platform. The gardening doctor platform takes precedence over the public welfare online and offline real-time interactive platform, and blocks gardening doctors who have not been authenticated by real-name authentication information in real time through real-name authentication information comparison; The communication recording unit is used to record the communication planting experience of users at the corresponding location and corresponding floor in real time through a data recorder, and integrate multiple functional services, including my footprints, maintenance history and contacting a doctor.

[0014] The horticultural doctor module includes a horticultural interaction unit, a positioning navigation unit and an interactive feedback evaluation unit; The gardening interaction unit is used to interact with the gardening doctors in the gardening doctor platform in real time through the number of kilometers. The interaction mode is calculated in real time according to the exit distance, and a superimposed charging system is implemented according to a charge of 20 yuan for less than 1 kilometer and 5 yuan per kilometer for more than or equal to 1 kilometer; The positioning and navigation unit is used to locate and navigate the exit route of the horticultural doctor in real time through the positioning and navigation equipment; The interactive feedback evaluation unit is used to receive the usage feedback record of the smart planting community in real time through the APP real-time evaluation terminal, and update the usage feedback record on the system page in real time.

[0015] The gardening social method for the interaction between the smart flowerpot and the smart planting community includes the following steps: S1: Enter the flower pot design end, through intelligent design of the flower pot, install multi-angle and multi-position sensors, and set basic planting functions, through connecting with mobile phones, using mobile phone APP, remote control command and control functions can be realized anytime and anywhere; S2: Enter the environment adjustment terminal, collect the planting parameters of the botanical garden in real time, combine the basic environmental data of the corresponding location and floor, use AI intelligent analysis to obtain the most suitable growth conditions for various plants in the local area, automatically adjust the growth environment of the plants, realize the self-adaptation of plant cultivation technology, and predict in real time whether the growth conditions of various plants are abnormal based on the environmental change data; S3: Enter the social end of the park, and give suitable plant variety recommendations and plant cultivation suggestions based on the user's personality interests and the predicted results of environmental change data. Build a smart planting community to attract potted plant enthusiasts to settle in and share planting experiences and harvest joy. At the same time, establish a complete gardening doctor platform to solve plant problems for growers through real-time online and offline interactions for a fee or charity.

[0016] The present invention has the following beneficial effects: 1. In the present invention, by setting a flower pot design end, when conducting gardening social interaction of the smart flower pot and the smart planting community, the flower pot is intelligently designed, multi-angle and multi-position sensors are installed, and basic planting functions are set. The basic planting functions include automatic light adjustment, watering, shading and fertilizing. By connecting with a mobile phone and using a mobile phone APP, remote remote control command and control functions can be realized anytime and anywhere, which can reduce the energy of cultivation and care, reduce the limitations of the applicable population of smart planting, meet the needs of the general public, and increase the convenience of smart planting.

[0017] 2. In the present invention, by setting an environment adjustment terminal, when the gardening social interaction of the smart flower pot and the smart planting community is carried out, the planting parameters of the botanical garden's professional cultivation are collected in real time, combined with the basic environmental data of the corresponding floor of the corresponding position, and the growth environment of the plant is automatically adjusted according to the growth conditions, so as to realize the self-adaptation of plant cultivation technology, and predict in real time whether the growth conditions of various plants are abnormal according to the environmental change data, and timely discover whether the plant cultivation is abnormal according to the basic environmental data of the corresponding floor of the corresponding position in advance, so as to ensure the safety and reliability of the growth conditions of the whole process of the plant cultivation cycle and improve the success rate of plant cultivation.

[0018] 3. In the present invention, by setting up a park social terminal, when conducting gardening social interaction of the smart flower pot and the smart planting community, by building a smart planting community and at the same time establishing a complete gardening doctor platform, real-time online and offline interactions are carried out to solve the problems of the growers' plants for a fee or charity, and real-name authenticated advertising blocking is adopted in the paid service, and gardening workers in the corresponding community are given priority to increase the emotional value brought by cultivated plants, so that more users can get in touch with and understand gardening, get closer to nature, and enhance the gardening social experience of the interaction between the smart flower pot and the smart planting community. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 A schematic diagram of a method flow of a gardening social method and system for interacting a smart flowerpot with a smart planting community according to the present invention; Figure 2 A schematic diagram of the structure of a flowerpot design end of a gardening social method and system for interacting a smart flowerpot with a smart planting community according to the present invention; Figure 3A schematic diagram of the structure of the environment adjustment end of the gardening social method and system for interacting the smart flowerpot with the smart planting community of the present invention; Figure 4 The schematic diagram of the architecture of the garden social terminal of the garden social method and system for interacting the smart flowerpot with the smart planting community of the present invention. DETAILED DESCRIPTION

[0020] In order to make the technical means, creative features, objectives and effects achieved by the present invention easy to understand, the present invention is further explained below in conjunction with specific implementation methods.

[0021] Embodiment 1 Please refer to Figure 1-Figure 2 As shown: A gardening social method and system for the interaction between a smart flowerpot and a smart planting community, including a flowerpot design end, an environment adjustment end, and a park social end; The flower pot design end is used to intelligently design the flower pot, install sensors at multiple angles and positions, and set basic planting functions. By connecting the flower pot to a mobile phone, the mobile phone APP can be used to realize remote control command and control functions anytime and anywhere; The environment adjustment terminal is used to collect the planting parameters of the botanical garden's professional cultivation in real time, combine the basic environmental data of the corresponding location and floor, and use AI intelligent analysis to obtain the most suitable growth conditions for various plants in the local area, automatically adjust the plant's growth environment, realize the self-adaptation of plant cultivation technology, and predict in real time whether the growth conditions of various plants are abnormal based on environmental change data; The park's social terminal is used to give plant variety recommendations and plant cultivation suggestions suitable for users based on real-time predictions of users' personality interests and environmental change data, and to build a smart planting community for real-time sharing and exchange of planting experiences and the joy of harvest. At the same time, a complete gardening doctor platform is established to solve problems that growers encounter with their plants through real-time online and offline interactions, either for a fee or for charity, and to use real-name authenticated advertising blocking in paid services.

[0022] The flowerpot design end includes a flowerpot design module, an information acquisition module and a real-time monitoring module; The flowerpot design module includes a flowerpot parameter unit and a multi-angle monitoring unit; The flower pot parameter unit is used to set flower pots of different sizes and to set temperature sensors, humidity sensors, USB connection interfaces, Bluetooth communication modules, LCD1602 display panels and control buttons on the flower pots; The Bluetooth communication module is used to perform real-time intelligent control of the applet through a Bluetooth communication device; The multi-angle monitoring unit is used to set cameras at multiple angles and multiple positions of the flower pot, and to capture the real-time status of the flower pot in real time through multiple cameras; The information acquisition module includes a hardware system; The hardware system includes a soil moisture sensor module, a temperature acquisition module, a photosensitivity acquisition module, a motor drive module, a relay module, a temperature control module, a sunshade module and a water pump. The soil moisture sensor module is used to collect the planting humidity in the flowerpot at the current moment in real time through the soil moisture sensor. The temperature acquisition module is used to collect the planting temperature in the flowerpot at the current moment in real time through the temperature sensor. The photosensitivity acquisition module is used to collect the planting light intensity in the flowerpot at the current moment in real time through the photosensitivity collector. The motor drive module is used to receive the signal emitted by the single-chip microcomputer according to the sensor threshold to realize the sunshade awning to control the light of the plant. The relay module is used to issue instructions to control the system through the single-chip microcomputer. The temperature control module is used to control the planting temperature of the flowerpot in real time through the temperature controller. The sunshade module is used to realize the sunshade adjustment of the flowerpot through the retractable sunshade. The real-time monitoring module is used to monitor the flower pot parameters at the current moment in real time through the camera. The flower pot parameters include temperature, humidity, light, watering, shading and fertilization. AI intelligent analysis is used to obtain the most suitable growth conditions for various plants in the local area, and the growth environment of the plants is automatically adjusted according to the growth conditions. The adaptive plant cultivation technology can be realized, which can solve the problem of low success rate of plant cultivation for inexperienced novices.

[0023] Embodiment 2 Please refer to Figure 3 As shown: Based on the first embodiment, the environment adjustment end includes an environment monitoring module, a condition analysis module and an environment prediction module; The environmental monitoring module includes professional parameter units and corresponding parameter units; The professional parameter unit is used to collect plant cultivation parameters from professional cultivation institutions in botanical gardens in real time. Plant cultivation parameters include temperature, humidity, light intensity, light duration, and pH value. The corresponding parameter unit is used to collect the planting parameters of the corresponding floor at the corresponding position in real time through sensors and data acquisition instruments. The planting parameters include temperature, humidity, light intensity, light duration, and pH value.

[0024] The condition analysis module includes an intelligent analysis unit and an environment adjustment unit; The intelligent analysis unit is used to set the most suitable growth condition deviation to be less than or equal to 0.02, and to perform difference calculation between the plant planting parameters and the planting parameters of the corresponding floor at the corresponding position. If the difference between the plant planting parameters and the planting parameters of the corresponding floor at the corresponding position is less than or equal to 0.02, it means that the planting parameters of the corresponding floor at the corresponding position are suitable. If the difference between the plant planting parameters and the planting parameters of the corresponding floor at the corresponding position is greater than 0.02, it means that the planting parameters of the corresponding floor at the corresponding position are not suitable. The environmental adjustment unit is used to remotely control the corresponding plant parameters in real time through control buttons or Bluetooth communication modules according to the difference between the plant planting parameters and the planting parameters of the corresponding floor at the corresponding position. It uses AI intelligent analysis to obtain the most suitable growth conditions for various plants in the local area, and automatically adjusts the growth environment of the plants according to the growth conditions, thereby realizing the self-adaptation of plant cultivation technology and solving the problem of low success rate of plant cultivation for inexperienced novices.

[0025] The environmental prediction module includes a real-time prediction unit and an abnormal warning unit; The real-time prediction unit is used to collect the daily environmental parameters of the corresponding floor at the corresponding location in real time through the environmental monitoring instrument according to the planting parameters of the corresponding floor at the current moment, and to combine the daily environmental parameters and planting parameters of the corresponding floor at the corresponding location in real time to predict the plant growth impact duration of different locations and floors in real time. The calculation formula is as follows: ; ; ; in, The time is the moment when the environmental state suddenly changes under the planting parameter execution state of the corresponding position and the corresponding floor, T is the construction shading section under the planting parameter execution state of the corresponding position and the corresponding floor, The planting parameters for the corresponding floor at the corresponding position are executed The amount of sunshade during construction at the moment, The planting parameters for the corresponding floor at the corresponding position are executed The amount of sunshade during construction at the moment, The planting parameters for the corresponding floor at the corresponding position are executed The amount of sunshade during construction at the moment, The planting parameters for the corresponding floor at the corresponding position are executed The amount of sunshade during construction at the moment, is the set impact duration percentage, and They respectively represent the duration of plant growth impact on the corresponding positions and floors under different environmental conditions; The abnormal warning unit is used to set the standard plant growth impact time, calculate the difference between the plant growth impact time and the standard plant growth impact time, subtract the former from the latter, and if the difference is less than or equal to 0.05 or greater than or equal to -0.05, it indicates that the plant growth conditions on the corresponding floor of the corresponding position are normal; if the difference is greater than 0.05 or less than -0.05, it indicates that the plant growth conditions on the corresponding floor of the corresponding position are abnormal. According to the environmental change data, it is predicted in real time whether various plant growth conditions are abnormal, so that when planting plants, it is possible to promptly discover whether the plant cultivation is abnormal according to the basic environmental data of the corresponding floor of the corresponding position, thereby ensuring the safety and reliability of the growth conditions throughout the plant cultivation cycle and improving the success rate of plant cultivation.

[0026] Embodiment 3 Please refer to Figure 4 As shown: Based on the first embodiment, the park social terminal includes a user interest module, a plant suggestion module, a planting community module and a gardening doctor module; The user interest module includes a user personality unit, a user interest unit and a user status unit; The user personality unit is used to collect the living habits of the community users at the corresponding location and floor in real time through a data collector, and obtain the user personal information of the corresponding location and floor in real time through a questionnaire survey or page real-name authentication. The user personal information includes ID number, work schedule, and the types and number of plants at home; The user interest unit is used to obtain the personal hobbies of users at the corresponding location and floor in real time through questionnaires or page real-name authentication. The user's personal hobbies include areas of expertise, work content, favorite plants, and historical survival rates of plant plantings; The user status unit is used to collect the real-time status of users on the corresponding floor at the corresponding position through a data acquisition instrument. The real-time status of users includes real-time monitoring of the entry and exit of users on the corresponding floor at the corresponding position through a camera.

[0027] The plant suggestion module includes a species suggestion unit and a plant selection unit; The type suggestion unit is used to suggest plant planting types to users at corresponding locations and corresponding floors in real time according to the user status at corresponding locations and corresponding floors and in combination with the planting and growth conditions of the plants; The plant selection unit is used to set the recommendation page. The recommendation page recommends suitable plants for maintenance in real time based on user personal information, user personal preferences, user real-time status data, and plant parameters of the corresponding location and floor. There are multiple plants to recommend and relevant plant information is displayed. The computer page automatically displays the user's favorite plants based on personal preferences, and automatically matches other plant types with deviation values ​​less than or equal to 0.02 or greater than or equal to -0.02 based on the plant growth conditions of the favorite plants.

[0028] The planting community module includes an experience exchange unit, which is used to set up a social page. The social page is used to publish planting dynamics in real time through APP comments and build a smart planting community. The search function is set in the smart planting community to query the content that users are interested in in real time, and realize the functions of liking, commenting and collecting the plant dynamics published by others; The experience exchange unit also includes an ad blocking unit and a communication record unit; The advertisement blocking unit is used to establish a gardening doctor platform through real-name authentication. The gardening doctor platform is used to set the appearance fee of gardening doctors according to different kilometres, and to set up a public welfare online and offline real-time interactive platform. The gardening doctor platform takes precedence over the public welfare online and offline real-time interactive platform, and blocks gardening doctors who have not been authenticated by real-name authentication information in real time; The communication recording unit is used to record the communication and planting experience of users on the corresponding floor in real time through a data recorder, and integrates multiple functional services, including my footprints, maintenance history and contacting a doctor. It builds a smart planting community, which can attract potted plant enthusiasts to settle in and share their planting experience and harvest joy in real time. At the same time, it establishes a complete gardening doctor platform, which can solve the problems of growers' plants through real-time online and offline interactions for a fee or charity, and adopts real-name authentication for paid advertising blocking.

[0029] The horticultural doctor module includes a horticultural interaction unit, a positioning navigation unit, and an interactive feedback evaluation unit; The horticultural interaction unit is used to interact with the horticultural doctors in the horticultural doctor platform in real time through the number of kilometers. The interaction method is calculated in real time according to the exit distance, and a superimposed charging system is implemented with a charge of 20 yuan for less than 1 kilometer and 5 yuan per kilometer for more than or equal to 1 kilometer; The positioning and navigation unit is used to locate and navigate the exit route of the gardening doctor in real time through the positioning and navigation equipment; The interactive feedback evaluation unit is used to receive the usage feedback records of the smart planting community in real time through the APP real-time evaluation terminal, and update the usage feedback records in real time on the system page, giving priority to gardening workers in the corresponding community, so that gardening workers in the corresponding community can give full play to their technical capabilities and obtain additional income. Young people with a slow pace of life can get instant emotional feedback, improve the emotional value brought by cultivated plants, and allow more users to get in touch with and understand gardening, get closer to nature, and enhance the gardening social experience of the interaction between smart flower pots and smart planting communities.

[0030] In the present invention, a gardening social method and system for the interaction of smart flower pots and smart planting communities, when operating the system, first enters the flower pot design end, through intelligent design of the flower pot, installation of sensors at multiple angles and multiple positions, and setting of basic planting functions, by connecting with a mobile phone, using a mobile phone APP, remote control command and control functions can be realized anytime and anywhere, by intelligent design of the flower pot, installation of sensors at multiple angles and multiple positions, and setting of basic planting functions, the basic planting functions including automatic light adjustment, watering, shading and fertilization, by connecting with a mobile phone, using a mobile phone APP, remote control command and control functions can be realized anytime and anywhere, so that during the entire growth cycle of the plant, the energy for cultivation and care can be reduced, and it is no longer limited to middle-aged and elderly people with sufficient spare time, reducing the limitations of the applicable population of smart planting, being able to meet the needs of the general public, and increasing the convenience of smart planting; enters the environment adjustment end, through real-time collection of planting data of professional cultivation in the botanical garden Parameters, combined with the basic environmental data of the corresponding floor at the corresponding position, use AI intelligent analysis to obtain the most suitable growth conditions for various plants in the local area, automatically adjust the growth environment of the plants, realize the self-adaptation of plant cultivation technology, and predict in real time whether the growth conditions of various plants are abnormal according to the environmental change data. By collecting the planting parameters of professional cultivation in the botanical garden in real time, combined with the basic environmental data of the corresponding floor at the corresponding position, and using AI intelligent analysis to obtain the most suitable growth conditions for various plants in the local area, automatically adjust the growth environment of the plants according to the growth conditions, realize the self-adaptation of plant cultivation technology, which can solve the problem of low success rate of plant cultivation for inexperienced novices, and predict in real time whether the growth conditions of various plants are abnormal according to the environmental change data, so that when planting plants, it can be discovered in advance whether the plant cultivation is abnormal according to the basic environmental data of the corresponding floor at the corresponding position, so as to ensure the safety and reliability of the growth conditions of the whole process of the plant cultivation cycle and improve the success rate of plant cultivation;Enter the park social terminal, give suitable plant variety suggestions and plant cultivation suggestions based on the user's personality interests and the predicted results of environmental change data, and build a smart planting community to attract potted plant planting enthusiasts to settle in, share and exchange planting experiences and harvest joy. At the same time, set up a complete gardening doctor platform, pay or public welfare online and offline real-time interactive solution to plant problems of growers, through real-time online and offline interactive solution based on the user's personality interests and environmental change data prediction results, and build a smart planting community, which can attract potted plant planting enthusiasts to settle in, share and exchange planting experiences and harvest joy in real time, and set up a complete gardening doctor platform, pay or public welfare online and offline real-time interactive solution to plant problems of growers, and use real-name authentication in paid advertising blocking, give priority to gardening workers in the corresponding community, so that gardening workers in the corresponding community can give full play to their technical capabilities and obtain additional income, for young people with a slow pace of life can get instant emotional feedback, improve the emotional value brought by plant cultivation, and let more users get in touch with gardening, get closer to nature, and enhance the gardening social experience of interaction between smart flower pots and smart planting communities. ;

[0031] The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention to be protected. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A gardening social system that interacts with smart flowerpots and smart planting communities, characterized by: The system includes a flowerpot design end, an environment adjustment end, and a park social end; The flower pot design end is used to intelligently design the flower pot, install sensors at multiple angles and multiple positions, and set basic planting functions. By connecting the flower pot to a mobile phone, a remote control command and control function can be realized anytime and anywhere using a mobile phone APP. The environment adjustment terminal is used to collect the planting parameters of the botanical garden's professional cultivation in real time, combine the basic environmental data of the corresponding location and the corresponding floor, and use AI intelligent analysis to obtain the most suitable growth conditions for various plants in the local area, automatically adjust the growth environment of the plants, realize the self-adaptation of plant cultivation technology, and predict in real time whether the growth conditions of various plants are abnormal according to the environmental change data; The park social terminal is used to give plant variety recommendations and plant cultivation recommendations suitable for users based on real-time prediction results of users' personality interests and environmental change data, and to build a smart planting community for real-time sharing and exchange of planting experiences and harvest joy. At the same time, a complete gardening doctor platform is established to solve problems that arise with growers' plants through real-time online and offline interactions on a paid or non-profit basis, and real-name authenticated advertising blocking is used in paid services.

2. The system according to claim 1, characterized in that: The flowerpot design terminal includes a flowerpot design module, an information acquisition module and a real-time monitoring module; The flowerpot design module includes a flowerpot parameter unit and a multi-angle monitoring unit; The flower pot parameter unit is used to set flower pots of different sizes and to set a temperature sensor, a humidity sensor, a USB connection interface, a Bluetooth communication module, an LCD1602 display panel and control buttons on the flower pots; The Bluetooth communication module is used to perform real-time intelligent control of the applet through a Bluetooth communication device; The multi-angle monitoring unit is used to set cameras at multiple angles and multiple positions of the flower pot, and to capture the real-time status of the flower pot in real time through multiple cameras; The information acquisition module includes a hardware system; The hardware system includes a soil moisture sensor module, a temperature acquisition module, a photosensitivity acquisition module, a motor drive module, a relay module, a temperature control module, a sunshade module and a water pump. The soil moisture sensor module is used to collect the planting moisture in the flowerpot at the current moment in real time through a soil moisture sensor. The temperature acquisition module is used to collect the planting temperature in the flowerpot at the current moment in real time through a temperature sensor. The photosensitivity acquisition module is used to collect the planting light intensity in the flowerpot at the current moment in real time through a photosensitivity collector. The motor drive module is used to receive the signal emitted by the single-chip microcomputer according to the sensor threshold to realize the sunshade awning to control the light of the plant. The relay module is used to issue instructions to control the system through the single-chip microcomputer. The temperature control module is used to control the planting temperature of the flowerpot in real time through a temperature controller. The sunshade module is used to realize the sunshade adjustment of the flowerpot through a retractable sunshade. The real-time monitoring module is used to monitor the flower pot parameters at the current moment in real time through a camera, and the flower pot parameters include temperature, humidity, light, watering, shading and fertilization.

3. The system according to claim 1, characterized in that: The environment adjustment end includes an environment monitoring module, a condition analysis module and an environment prediction module; The environmental monitoring module includes a professional parameter unit and a corresponding parameter unit; The professional parameter unit is used to collect plant planting parameters of the professional cultivation institution of the botanical garden in real time, and the plant planting parameters include temperature, humidity, light intensity, light duration and pH value; The corresponding parameter unit is used to collect the planting parameters of the corresponding position and corresponding floor in real time through sensors and data acquisition instruments. The planting parameters include temperature, humidity, light intensity, light duration and pH value.

4. The system according to claim 3, characterized in that: The condition analysis module includes an intelligent analysis unit and an environment adjustment unit; The intelligent analysis unit is used to set the most suitable growth condition deviation to be less than or equal to 0.02, and perform difference calculation between the plant planting parameters and the planting parameters of the corresponding floor at the corresponding position. If the difference between the plant planting parameters and the planting parameters of the corresponding floor at the corresponding position is less than or equal to 0.02, it means that the planting parameters of the corresponding floor at the corresponding position are suitable. If the difference between the plant planting parameters and the planting parameters of the corresponding floor at the corresponding position is greater than 0.02, it means that the planting parameters of the corresponding floor at the corresponding position are not suitable. The environment adjustment unit is used to remotely control the corresponding plant parameters in real time through a control button or a Bluetooth communication module according to the difference between the plant planting parameters and the planting parameters of the corresponding floor at the corresponding position.

5. The system according to claim 4, characterized in that: The environmental prediction module includes a real-time prediction unit and an abnormal warning unit; The real-time prediction unit is used to predict the plant growth impact duration of different locations and floors in real time based on the planting parameters of the corresponding location and floor at the current moment, and collect the daily environmental parameters of the corresponding location and floor in real time through the environmental monitoring instrument, and combine the daily environmental parameters and planting parameters of the corresponding location and floor in real time to calculate the following formula: ； ； ； in, The time is the moment when the environmental state suddenly changes under the planting parameter execution state of the corresponding position and the corresponding floor, T is the construction shading section under the planting parameter execution state of the corresponding position and the corresponding floor, The planting parameters for the corresponding floor at the corresponding position are executed The amount of sunshade during construction at the moment, The planting parameters for the corresponding floor at the corresponding position are executed The amount of sunshade during construction at the moment, The planting parameters for the corresponding floor at the corresponding position are executed The amount of sunshade during construction at the moment, The planting parameters for the corresponding floor at the corresponding position are executed The amount of sunshade during construction at the moment, is the set impact duration percentage, and They respectively represent the duration of plant growth impact on the corresponding positions and floors under different environmental conditions; The abnormal warning unit is used to set the standard plant growth impact time, calculate the difference between the plant growth impact time and the standard plant growth impact time, subtract the former from the latter, and if the difference is less than or equal to 0.05 or greater than or equal to -0.05, it indicates that the plant growth conditions on the corresponding floor of the corresponding position are normal; if the difference is greater than 0.05 or less than -0.05, it indicates that the plant growth conditions on the corresponding floor of the corresponding position are abnormal.

6. The system according to claim 1, characterized in that: The park social terminal includes a user interest module, a plant suggestion module, a planting community module and a gardening doctor module; The user interest module includes a user personality unit, a user interest unit and a user status unit; The user personality unit is used to collect the living habits of the community users at the corresponding location and floor in real time through a data collector, and obtain the user personal information of the corresponding location and floor in real time through a questionnaire survey or a page real-name authentication method, and the user personal information includes ID number, work schedule and the type and number of plants at home; The user interest unit is used to obtain the user's personal hobbies of the corresponding location and corresponding floor in real time through a questionnaire survey or page real-name authentication. The user's personal hobbies include areas of expertise, work content, favorite plants, and historical survival rates of plant plantings; The user status unit is used to collect the real-time status of users on the corresponding floor at the corresponding position in real time through a data collector. The real-time status of users includes real-time monitoring of the entry and exit of users on the corresponding floor at the corresponding position through a camera.

7. The system according to claim 6, characterized in that: The plant suggestion module includes a species suggestion unit and a plant selection unit; The type suggestion unit is used to suggest plant planting types to users at the corresponding position and corresponding floor in real time according to the user status at the corresponding position and corresponding floor, and in combination with the planting and growth conditions of the plants; The plant selection unit is used to set a recommendation page. The recommendation page recommends plants suitable for maintenance in real time based on user personal information, user personal preferences, user real-time status data, and plant parameters of corresponding locations and floors. A variety of plants are recommended and relevant plant information is displayed. The computer page automatically displays the user's favorite plants based on personal preferences, and automatically matches other plant types with deviation values ​​less than or equal to 0.02 or greater than or equal to -0.02 in combination with the plant growth conditions of the favorite plants.

8. The system according to claim 7, characterized in that: The planting community module includes an experience exchange unit, which is used to set up a social page, which is used to publish planting dynamics in real time through APP comments and build a smart planting community. A search function is set in the smart planting community to query the content that users are interested in in real time, and realize the functions of liking, commenting and collecting the plant dynamics published by others; The experience exchange unit also includes an advertisement blocking unit and a communication recording unit; The advertisement blocking unit is used to establish a gardening doctor platform through real-name authentication. The gardening doctor platform is used to set the appearance fee of the gardening doctor according to different kilometres, and to set a public welfare online and offline real-time interactive platform. The gardening doctor platform takes precedence over the public welfare online and offline real-time interactive platform, and blocks gardening doctors who have not been authenticated by real-name authentication information in real time through real-name authentication information comparison; The communication recording unit is used to record the communication planting experience of users at the corresponding location and corresponding floor in real time through a data recorder, and integrate multiple functional services, including my footprints, maintenance history and contacting a doctor.

9. The system according to claim 8, characterized in that: The horticultural doctor module includes a horticultural interaction unit, a positioning navigation unit and an interactive feedback evaluation unit; The gardening interaction unit is used to interact with the gardening doctors in the gardening doctor platform in real time through the number of kilometers. The interaction mode is calculated in real time according to the exit distance, and a superimposed charging system is implemented according to a charge of 20 yuan for less than 1 kilometer and 5 yuan per kilometer for more than or equal to 1 kilometer; The positioning and navigation unit is used to locate and navigate the exit route of the horticultural doctor in real time through the positioning and navigation equipment; The interactive feedback evaluation unit is used to receive the usage feedback record of the smart planting community in real time through the APP real-time evaluation terminal, and update the usage feedback record on the system page in real time.

10. A gardening social method for interaction between a smart flowerpot and a smart planting community, used in a gardening social system for interaction between a smart flowerpot and a smart planting community as claimed in any one of claims 1 to 9, characterized in that: The following steps are involved: S1: Enter the flower pot design end, through intelligent design of the flower pot, install multi-angle and multi-position sensors, and set basic planting functions, through connecting with mobile phones, using mobile phone APP, remote control command and control functions can be realized anytime and anywhere; S2: Enter the environment adjustment terminal, collect the planting parameters of the botanical garden in real time, combine the basic environmental data of the corresponding location and floor, use AI intelligent analysis to obtain the most suitable growth conditions for various plants in the local area, automatically adjust the growth environment of the plants, realize the self-adaptation of plant cultivation technology, and predict in real time whether the growth conditions of various plants are abnormal based on the environmental change data; S3: Enter the social end of the park, and give suitable plant variety recommendations and plant cultivation suggestions based on the user's personality interests and the predicted results of environmental change data. Build a smart planting community to attract potted plant enthusiasts to settle in and share planting experiences and harvest joy. At the same time, establish a complete gardening doctor platform to solve plant problems for growers through real-time online and offline interactions for a fee or charity.

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