Remote multi-person cooperative maintenance plant monitoring system

Abstract

The invention discloses a remote multi-person cooperative maintenance plant monitoring system. The system comprises a plant water supplementing module, a monitoring module, a data processing module, an online regulation and control module and a power supply control module, the system is characterized in that the plant water supplementing module comprises a planting box and a water storage device; the monitoring module comprises a growth environment sensor and a visual sensor; the data processing module comprises a node controller, a gateway and a server; the online regulation and control module comprises a plant selection and information display unit, a planting team management unit, a remote watering control unit and a plant growth summarization unit; the monitoring module sends collected plant environment information and plant video streams to the data processing module. According to the invention, it can be ensured that people maintain plants when going out, and remote cooperation and common plant maintenance can be completed according to a multi-person cooperation plant maintenance scheme.

Description

Technical Field

[0001] The present invention belongs to the technical field of intelligent plant maintenance, and in particular relates to a remote multi-person collaborative maintenance plant monitoring system. Background Art

[0002] Modern people who pursue high-quality life are increasingly keen on various potted plants at home or in the office. Potted plants can purify the air, cultivate sentiment, and create a good living environment. However, due to busy work or traveling, people often neglect management and leave them unattended, resulting in water shortage for plants, which brings a lot of trouble to people who love flowers and plants. How to provide a medium that can monitor potted plant information in real time and provide remote emotional maintenance through a system for remote intelligent maintenance of potted plants has application value and practical significance. Summary of the invention

[0003] In view of the technical problems existing in the prior art, the present invention provides a remote multi-person collaborative plant maintenance monitoring system. The system establishes a joint planting team through online software. After all members control the remote plants to water them under the online software, it can ensure the maintenance of the plants when people are away. The multi-person collaborative plant maintenance solution can better avoid the disadvantages of a single person neglecting care, thereby completing remote collaborative maintenance of plants.

[0004] In order to solve the problems of the prior art, the present invention adopts the following technical solutions:

[0005] A remote multi-person collaborative plant maintenance monitoring system, the system includes a plant water replenishment module, a monitoring module, a data processing module, an online control module and a power control module; the characteristics are: the plant water replenishment module includes a planting box and a water storage device; the monitoring module includes a growth environment sensor and a visual sensor; the data processing module includes a node controller, a gateway and a server; the online control module includes a plant selection and information display unit, a planting team management unit, a remote watering control unit and a plant growth summary unit; the monitoring module sends the collected plant environment information and plant video stream to the data processing module; wherein:

[0006] The data processing module includes a gateway, a node controller and a server that are communicatively connected to each other, and are respectively communicatively connected to the plant water replenishment module, the power control module, the online control module and the monitoring module; the gateway is respectively communicatively connected to the node controller and the server; wherein:

[0007] The plant selection and information display unit is used to select plants to be planted, display their information, and provide scientific knowledge on plant planting for members of the planting team.

[0008] The planting team management unit is used to establish and disband a planting team, and to add and delete members of the planting team;

[0009] The remote watering control unit is used to generate remote watering control information, wherein:

[0010] Planting personnel select plants to plant through the online control module, and the online control module sends the selected plant information to the data processing module;

[0011] Planting personnel form a planting team through the online control module and read the corresponding plants and their planting methods; the monitoring module sends the collected plant environment information and plant video stream to the data processing module; the data processing system receives the plant video information stream of the monitoring system and the plant information of the online control module through the gateway, and identifies the plant growth status through the plant information and plant video stream information;

[0012] If the plant is not mature as identified through the video stream, a screenshot of the plant for that day is generated and sent to the online control program;

[0013] All members of the planting team complete the remote watering operation by clicking on the remote watering control unit through the online control module;

[0014] The online control module sends remote watering control instructions to the data processing module;

[0015] The data processing module calculates the water replenishment output according to the plant growth environment information and plant information, and sends the water replenishment information and remote watering control information calculated by the following formula to the plant water replenishment module;

[0016] Crop water requirement:

[0017] ET0=CP(0.46t+8.13)

[0018] Where: ET0: crop water replenishment; C: correction coefficient; t: monthly average temperature; P: the percentage of daytime duration in each month to the annual daytime duration;

[0019] Calculation of water replenishment:

[0020] ET=K a K w K c ET O

[0021] Where: K a : Correction coefficient determined by plant species; K w : Correction factor determined by the plant growth stage; K c : Correction coefficient determined by plant growth environment information;

[0022] If the plant is identified to be mature through the video stream information, the plant growth summary unit is started to output the plant growth data packet and watering statistics;

[0023] The plant water replenishment module performs the watering task according to the received control instruction.

[0024] Furthermore, the data processing system processes the plant video stream information to identify the plant growth state, including:

[0025] Characterize the captured plant images to extract active plant feature information; the plant feature information includes: plant shape, texture, and color information;

[0026] The artificial neural network model processes plant characteristic information to determine the plant growth stage.

[0027] Furthermore, the growth environment sensor collects plant growth environment information, and the visual sensor is used to collect plant video streams; the growth environment sensor unit and the visual sensor unit are connected to the node controller and the server through a gateway, and are used to transmit the plant growth environment information and the plant video stream to the server and the node controller.

[0028] Furthermore, the data processing module STM32 single chip microcomputer is the control core.

[0029] Beneficial Effects

[0030] Compared with the traditional technical solution, the beneficial effects brought by the present invention are:

[0031] The present invention uses the plant intelligent planting box as a medium and establishes a joint planting team through online software. After all members water the remote plants through the online control module, the growth status of the plants is recorded through the image sensor during the growth process of the plants. After the plants are mature, the online program reminds, generates an album and a table of member-by-member watering statistics, reflecting the interaction between each other during the plant planting process and the time and energy spent together, completing the care of the remote plants and the emotional maintenance between people. BRIEF DESCRIPTION OF THE DRAWINGS

[0032] Figure 1 It is a schematic diagram of the structure of a remote multi-person collaborative maintenance plant monitoring system of the present invention;

[0033] Figure 2 This is a schematic diagram of a remote multi-person collaborative plant monitoring process of the present invention;

[0034] Figure 3 This is a flow chart of the data processing module in the present invention for judging plant maturity. DETAILED DESCRIPTION

[0035] The following is combined with Figure 1 ~Attached Figure 3 The present invention is described as follows:

[0036] like Figure 1 As shown, the present invention provides a remote multi-person collaborative plant maintenance monitoring system and method thereof, the system includes a plant water replenishment module, a monitoring module, a data processing module, an online control module and a power control module; the online control module in the present invention is a user's mobile phone APP program; wherein: the plant water replenishment module includes a planting box and a water storage device; the monitoring module includes a growth environment sensor and a visual sensor; the growth environment sensor in the present invention uses a DS18B20 sensor to measure the ambient temperature and soil moisture. The growth environment sensor is based on the principle of electromagnetic pulses, and according to the propagation frequency of electromagnetic waves in the medium, the apparent dielectric constant of the soil can be measured to obtain the relative water content of the soil.

[0037] The data processing module includes a node controller, a gateway and a server; the online control module includes a plant selection and information display unit, a planting team management unit and a remote watering control unit; a plant growth summary unit; wherein:

[0038] The data processing module includes a gateway, a node controller and a server that are connected to each other in communication, and are respectively connected to the plant water replenishment module, the power control module, the online control module and the monitoring module; the gateway is respectively connected to the node controller and the server in communication

[0039] The data processing module is used to send the plant growth environment information of the monitoring system, the plant information of the online control module, and the remote watering control information to the server and the node controller;

[0040] The data processing module is used to send the plant video stream information of the monitoring system to the server and the node controller; the data processing module STM32 single-chip microcomputer in the present invention is the control core, and the environmental data of the plant sent by the sensor is processed, and the data transmission code is programmed according to the communication protocol in the program, and the data is sent to the online control module in real time; wherein:

[0041] The node controller receives plant growth environment information from the monitoring module, plant information from the online program, and remote watering control information from the online program through the gateway, calculates the water replenishment amount based on the plant information and the plant growth environment information, and sends the calculated water replenishment amount information and remote watering control information to the water replenishment system;

[0042] Crop water requirement:

[0043] ET0=CP(0.46t+8.13)

[0044] Where: ET0: crop water replenishment; C: correction coefficient; t: monthly average temperature; P: the percentage of daytime duration in each month to the annual daytime duration;

[0045] Calculation of water replenishment:

[0046] ET=K a K w K c ET O

[0047] Where: K a : Correction coefficient determined by plant species; K w : Correction factor determined by the plant growth stage; K c : Correction coefficient determined by plant growth environment information.

[0048] The server receives the plant video information stream of the monitoring system and the plant information of the online program through the gateway, and intelligently identifies the growth status of the plant through the plant information and the plant video stream information; wherein: if the plant is not mature through the video stream, it generates the plant screenshot information of the day and sends it to the online program through the gateway. Figure 3 As shown, the data processing system processes the plant video stream information to identify the plant growth state, including:

[0049] Characterize the captured plant images to extract active plant feature information; the plant feature information includes: plant shape, texture, and color information;

[0050] The artificial neural network model processes plant characteristic information to determine the plant growth stage.

[0051] If the plant is mature as identified through the video stream information, a plant planting album and watering statistics of the planting team members are generated and sent to the online control module through the gateway; the plant selection and information display module is used to select the plant to be planted, display its information, and provide plant planting knowledge popularization for the planting team members. The online control module sends the selected plant information to the node controller and the server through the gateway; wherein: it includes the following steps, such as Figure 2 As shown:

[0052] The planting team management module is used to establish and disband a planting team, and add and delete members of the planting team;

[0053] The remote watering control module is used to generate remote watering control information. When all plant growers click the watering button, the online program sends the remote watering control information and the watering information of the planting team members to the node controller and the server through the gateway;

[0054] The plant selection and information display unit matches the plant cultivation data according to the plant information in the planting box and displays it to the planting team management unit;

[0055] The monitoring module sends the collected plant environment information and plant video stream to the data processing module;

[0056] The data processing module determines the maturity of the plant according to the plant status video stream. If the plant does not reach the maturity condition, the plant water replenishment module is started to water the plant; otherwise, the plant growth summary unit is started to output the plant growth data packet and watering statistics. Among them, the online control module performs the watering process:

[0057] Online plant growers water the plants via a remote watering control unit;

[0058] The node controller calculates and generates water replenishment data based on the plant growth environment information and remote watering control information fed back by the monitoring module;

[0059] Although the present invention has been described above, the present invention is not limited to the above-mentioned specific embodiments. The above-mentioned specific embodiments are merely illustrative and not restrictive. Under the guidance of the present invention, ordinary technicians in this field can make many modifications without departing from the purpose of the present invention, which are all within the protection of the present invention.

Claims

1. A remote multi-person collaborative plant maintenance monitoring system, the system comprising a plant water replenishment module, a monitoring module, a data processing module, an online control module and a power control module; characterized in that: The plant water replenishment module includes a planting box and a water storage device; the monitoring module includes a growth environment sensor and a visual sensor; the data processing module includes a node controller, a gateway and a server; the online control module includes a plant selection and information display unit, a planting team management unit, a remote watering control unit and a plant growth summary unit; the monitoring module sends the collected plant environment information and plant video stream to the data processing module; wherein: The data processing module includes a gateway, a node controller and a server that are communicatively connected to each other, and are respectively communicatively connected to the plant water replenishment module, the power control module, the online control module and the monitoring module; the gateway is respectively communicatively connected to the node controller and the server; wherein: The plant selection and information display unit is used to select plants to be planted, display their information, and provide scientific knowledge on plant planting for members of the planting team. The planting team management unit is used to establish and disband a planting team, and add and delete members of the planting team; The remote watering control unit is used to generate remote watering control information, wherein: Planting personnel select plants to plant through the online control module, and the online control module sends the selected plant information to the data processing module; Planters form planting teams through the online control module and read the corresponding plants and their planting methods; The monitoring module sends the collected plant environment information and plant video stream to the data processing module; the data processing system receives the plant video information stream of the monitoring system and the plant information of the online control module through the gateway, and identifies the plant growth status through the plant information and plant video stream information; If the plant is not mature as identified through the video stream, a screenshot of the plant for that day is generated and sent to the online control program; All members of the planting team complete the remote watering operation by clicking on the remote watering control unit through the online control module; The online control module sends remote watering control instructions to the data processing module; The data processing module calculates the water replenishment output according to the plant growth environment information and plant information, and sends the water replenishment information and remote watering control information calculated by the following formula to the plant water replenishment module; Crop water requirement: ET0=CP(0.46t+8.13) Where: ET0: crop water replenishment; C: correction coefficient; t: monthly average temperature; P: the percentage of daytime duration in each month to the annual daytime duration; Calculation of water replenishment: ET=K a K w K c AND O Where: K a : Correction coefficient determined by plant species; K w : Correction factor determined by the plant growth stage; K c : Correction coefficient determined by plant growth environment information; If the plant is identified to be mature through the video stream information, the plant growth summary unit is started to output the plant growth data packet and watering statistics; The plant water replenishment module performs the watering task according to the received control instruction.

2. A remote multi-person collaborative plant maintenance monitoring system according to claim 1, characterized in that: The data processing system processes the plant video stream information to identify the plant growth state, including: Characterize the captured plant images to extract active plant feature information; the plant feature information includes: plant shape, texture, and color information; The artificial neural network model processes plant characteristic information to determine the plant growth stage.

3. A remote multi-person collaborative plant maintenance monitoring system according to claim 1, characterized in that: The growth environment sensor collects plant growth environment information, and the visual sensor is used to collect plant video streams; the growth environment sensor unit and the visual sensor unit are connected to the node controller and the server through a gateway, and are used to transmit the plant growth environment information and the plant video stream to the server and the node controller.

4. The remote multi-person collaborative plant maintenance monitoring system according to claim 1 is characterized by: The data processing module STM32 single chip microcomputer is the control core.

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