KR102010413B1 - Community service system based on care of companion plant - Google Patents

Abstract

The present invention relate to technology configured to provide a community window composed of users having companion plants, via image terminals of the users, wherein a user character and a companion plant character reflecting a state of a companion plant are matched and displayed via the community window, thereby providing care information for the companion plant as well as consistently monitoring living states of members based on the states of the companion plant characters. According to the present invention, a community service system based on care of a companion plant comprises: a sensor node configured to wirelessly transmit measurement values related to growth of a companion plant measured through a plurality of sensors; a service server configured to generate a community window composed of a member character corresponding to a members consisting of a user and at least one participant and a companion plant character for each member, which is cared by the corresponding member, to provide the community window to an image terminal of the member, and to provide a community service among members through the community window; and the image terminal configured to output and display, on an image output screen, the community window provided from the service server and to perform a community service with the participant using the member character displayed via the community window. The service server is configured to determine a current state of the companion plant by comparing the measurement values related to growth of the companion plant provided from the sensor node with a predetermined basic growth range and to, when an event situation in which the current state of the companion plant is beyond the basic growth range occurs, update the community window to enable the event situation to be visually displayed on the companion plant character and provide the updated community window to the image terminal of each member.

Description

Community service system based on pet care {COMMUNITY SERVICE SYSTEM BASED ON CARE OF COMPANION PLANT}

The present invention provides a community window consisting of users owning a companion plant through a user's video terminal, and displays and matches the user's character and the companion plant character reflecting the state of the companion plant through the community window, thereby displaying and displaying the companion plant. In addition to being able to receive care information for, as well as technology that allows the member to continuously monitor the living conditions based on the status of the plant character.

The term "competer" means a plant that grows and grows in order to rely on it emotionally, with increasing interest in conjunction with the aging society and the growth of single households.

Compared with pets, pets are more closely aligned with people's living and working spaces because they can be cultivated in a smaller area and have lower initial and maintenance costs.

However, the management of companion plants is not easy.

Generally, when a person has no experience in plant cultivation, or when the plant is grown for the first time, it acquires plant cultivation information by using information publication media such as surrounding publications or the Internet and grows plants based thereon. However, it is difficult for a person who grows growth conditions of plants, such as temperature, humidity, and solar radiation, obtained through information transmission media such as publications or the Internet, to accurately predict and grow plants.

In addition, since the care method of the plant may vary depending on the cultivation environment of the companion plant, when the plant is grown based on the information collected through the information transmission medium, the life of the plant may not be sustained.

In other words, proper care and care are needed to properly care for pets.

Meanwhile, the cyber community, the so-called Community Service, which is a part of the change of human relations in society due to the Internet, forms the basis of the service form of SNS (Social Network Service) and Platform.

As a result of these community services, each individual goes beyond finding information in cyberspace regardless of physical or social distance and creates various cyber communities by interacting with other people with the same interests, hobbies and the same preferences.

Prior Art 1 discloses a method and system for operating a community on the Internet using virtual plants. However, this is a cultivation of virtual plants in the community, there is no way to give the meaning of "companion" because there is no realism to grow a real companion plant.

Therefore, a service that allows users to work with companion plants for a long time while providing care information about the companion plants in the community-related community where they are registered as participants, gives the meaning of “compliance” to the companion plants. It is necessary.

1. Korean Registered Patent No. 10-1134834 (Name: Community operating method and system on the Internet using virtual plants)

Accordingly, the present invention has been created in view of the above circumstances, but provides a community window consisting of users owning a companion plant through the user's video terminal, and reflects the state of the user character and the companion plant through the community window. By matching and displaying the plant character, there is a technical purpose to provide a community service system based on the companion plant care to receive information for the companion plant care through the community window.

In addition, the present invention provides a growth state for crops through a community window displayed through the user's video terminal, by allowing members to directly check the state of the crops to directly buy the crops of their choice, between consumers and farmers Its technical purpose is to provide a community service system based on pet plant care that enables reliable direct sales of food.

In addition, the present invention provides a community service system based on the companion plant care that allows to continuously manage the living conditions between community members based on the status of the companion plant character displayed through the user's video terminal is another technical There is a purpose.

According to an aspect of the present invention for achieving the above object, a sensor node for wirelessly transmitting the growth-related measurement value of the corresponding companion plants measured through a plurality of sensors for each user for the companion plant to be managed by the user's activity, Community window that visualizes the member character corresponding to each member and the companion character cared for by the member in a pair form for a large number of community members consisting of users who individually own the pet plants and perform pet plant care activities. Create and provide to each member's video terminal, and provide community service between members through community window, but based on community access log information through video terminal, the member character and its members Communicate so that the corresponding pet plant character is represented. And a service server for generating a tee window, a video terminal for displaying a community window provided from the service server on a video output screen, and performing a community service with other members using a member character. The service server visualizes and expresses the companion plant character so as to correspond to the growth-related measurement value of the companion plant provided from the sensor node, and compares with the preset basic growth environment value range to determine the current state of the companion plant to determine the companion plant. Respond to the event situation so that the companion plant care for the event situation can be resolved for the event situation where the current state is out of the basic growth environment value range, and the real-time status of the member's life pairing with the companion plant character can be recognized. Visual representation of the corresponding plant character In addition to changing the status, if the event status persists for a certain period of time, it is determined that the abnormal status has occurred to the member, and an abnormal status occurrence message for the member matching the companion plant is added to the corresponding community window to display the member and the community. Provided is a community service system based on pet care, characterized in that configured to provide to the video terminal of the other member to form.

In addition, the sensor node is equipped with a temperature sensor, a humidity sensor, and a moisture sensor of the soil, the sensor for measuring the pH concentration, wind speed, air quality, the amount of sunshine affecting the growth of the companion plant according to the type of companion plants It is configured to further include at least one of, the service server is provided with a community service system based on pet care, characterized in that configured to store in advance the basic growth range value corresponding to different sensor types for each kind of pet plants.

In addition, the service server performs the growth-related learning for each kind of plant based on the growth-related measurement value of the companion plant provided from the sensor node, and corrects the basic growth environment value range for the companion plant based on the learning result Provided is a community service system based on pet care.

In addition, the service server manages each member of the basic plant environment value range for each member, if the current status of the companion plant is out of the preset basic growth environment value range, a message for checking the current state of the companion plant Community based on companion plant care, characterized in that to provide a registered member and change the basic growth environment value range for the companion of the member based on the response information of the corresponding member terminal received for this A service system is provided.

In addition, the service server as a member of the farmer who grows the companion plant and the user who cares for the companion plants sold by the farmer, while generating a community window that the farmer's companion plant farm image is set as the wallpaper A community service system based on pet care is provided.

The service server may include a farmer who grows crops as a member, generate a community window in which the farmer's crop cultivation farm is set as a background, and provide it to the video terminal of the corresponding member, but cultivate the crop expressed in the community window. The farm is provided as a three-dimensional virtual image, and the crops planted in the farm are expressed in a unit form of a three-dimensional unit model whose surface state is changed to correspond to the growth state of the crop, and is displayed through a community window displayed on the video terminal. In addition to providing growth information for the crop selected by the member, there is provided a community service system based on pet care, which is configured to perform sales processing on the selected crop.

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In addition, the sensor node is configured to further include a tilt sensor installed on one side of the planter planted with the companion plant, the service server is tilted measured value of the pollen measured by the tilt sensor from the sensor node for a predetermined time In the case of continuous reception, the community service system based on the companion plant care is provided by adding an abnormal state occurrence message for the member to the corresponding community window and providing the message to the video terminal of each member.

The service server may be configured to provide a management request message including a personal information and an abnormal state occurrence message of the corresponding member to a preregistered emergency terminal when the abnormal state occurs for the member. Based community service system is provided.

In addition, the video terminal is a TV that displays and outputs a broadcast video, and is provided with a communication module for communicating with a service server, and the display window is displayed and output simultaneously with the broadcast video, overlapping one side of the broadcast video or PIP function There is provided a community service system based on companion plant care, characterized in that the output is divided into a broadcast image and the region.

According to the present invention, while providing a community window consisting of users owning a companion plant as a user's video terminal, the community service by matching and displaying the user character and the companion plant character reflecting the status of the companion plant through the community window, Along with this, information for pet care can be easily provided.

In addition, through the community window can provide a distribution service that allows farmers to directly trade the crops grown with community members.

In addition, by checking the status of the companion plants displayed through the community window, it is possible to continuously monitor the current living status of members indirectly.

1 is a diagram showing a schematic configuration of a community service system based on pet care according to a first embodiment of the present invention.
Figure 2 is a block diagram showing the functional separation of the internal configuration of the service server 300 shown in FIG.
3 is a diagram illustrating a growth data format generated by the growth data collection unit 320 shown in FIG.
4 is a diagram illustrating a display window 410 generated by the community processor 340 shown in FIG.
FIG. 5 is a flowchart for explaining an operation of a community service system based on pet care shown in FIG. 1; FIG.
6 to 8 illustrate a display window 410 displayed and output through the video terminal 400 in FIG. 6.

Hereinafter, with reference to the accompanying drawings will be described in detail the present invention. It should be noted that the same elements in the figures are denoted by the same reference signs wherever possible. On the other hand, the terms or words used in the present specification and claims are not to be construed as limiting the ordinary or dictionary meanings, the inventors should use the concept of the term in order to explain the invention in the best way. It should be interpreted as meanings and concepts corresponding to the technical idea of the present invention based on the principle that it can be properly defined. Therefore, the embodiments described in the present specification and the configuration shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all of the technical ideas of the present invention, and various alternatives may be substituted at the time of the present application. It should be understood that there may be equivalents and variations.

1 is a diagram illustrating a schematic configuration of a community service system based on pet care according to a first embodiment of the present invention.

As shown in FIG. 1, a community service system based on pet care according to the present invention includes a sensor node 100, a user terminal 200, a service server 300, and an image terminal 400.

The sensor node 100 is installed in a potted plant in which a companion plant is planted, and a plurality of sensors 110 for obtaining a growth-related measurement value of the companion plant, and converts the measured values provided from the respective sensors 110 into wireless signals. It is configured to include a wireless processing unit 120 for transmitting.

In this case, the sensor 110 may be installed inside or outside the potted plants or around the potted plant in accordance with the measurement target, the wireless processing unit 120 in consideration of the care activities (cultivation and management) of the companion plant It is preferable to be installed at a position spaced from the pot. The sensor 110 and the wireless processor 120 perform wireless communication.

In addition, the sensor 110 includes a temperature sensor, a humidity sensor, and a soil moisture sensor, and further includes at least one of a PH concentration, a wind speed, an air quality, an amount of sunshine, and a positioning sensor (GYRO, GPS, etc.). It can be configured to include. Sensor 110 is to determine the growth environment affecting the growth status of the companion plant may be provided differently depending on the type of the companion plant. For example, plants that need to interact with sunlight but have weak roots are additionally equipped with a wind speed sensor to detect a danger caused by wind speed.

In addition, the place where the sensor node 100 is located may be configured to further include a camera for taking an image of the companion plant surroundings. At this time, the image captured by the camera is provided to the service server 300, the service server 300 to determine the status of the companion plant or monitor the status of the user raising the companion plant based on the camera photographed image. Can be. In addition, the camera may store the captured image for a predetermined period of time in the memory, so that the user can directly download the image captured by the camera to the display window of the camera or the user terminal 200 of the camera.

The user terminal 200 provides user personal information for the service according to the present invention while connected to the service server 300 and performs community registration. The user terminal 200 may be a desktop computer, a laptop computer, a smart phone, a personal digital assistant (PDA). It may be a communication device capable of connecting to a network such as a digital assistant (PMP), a portable multimedia player (PMP), a navigation terminal, a tablet PC, and the like, and the type thereof is not limited.

The service server 300 is connected to the user terminal 200 to create a community group consisting of at least two members to grow pets, and members of each community group based on the growth measurement value provided from the sensor node 100 Creates a community window in which the character and the companion plant character to which the growth state of the companion plant is applied are visualized and represented, and provides a corresponding community window to the video terminal 400 that is registered for each member. In addition, the service server 300 provides a community service between members through a community window.

The video terminal 400 communicates with the service server 300 to display and display a community window provided from the service server 300 and to provide community services between members in association with the service server 300. IPTV, Apple TV, TV connected to the set-top box, smart phone, tablet PC, etc. can be a variety of devices capable of wireless communication, image processing and image display.

In this case, the video terminal 400 may simultaneously display and output the main video and the community window provided from the video terminal 400 through the video output screen. For example, when the video terminal 400 is a TV that provides a broadcast video, a community window may be displayed and output at one bottom of the broadcast video output screen, and the community window may overlap the broadcast video or the video output screen may be displayed through a PIP function. The area may be divided and output simultaneously with the broadcast in a predetermined area. That is, the user may visually check the display window while watching a TV broadcast.

Here, both the video terminal 400 and the user terminal 200 are users, that is, terminals of community members, and may be made of the same device or different types of devices. For example, the video terminal 400 and the user terminal 200 may be made of one smart phone or tablet PC, or the video terminal 400 may be made of a smart phone, and the user terminal 200 may be made of IPTV.

In the present specification, a terminal providing a community window will be described separately from the user terminal 200 using the video terminal 400.

FIG. 2 is a block diagram illustrating functionally separated internal configuration of the service server 300 shown in FIG. 1.

As shown in FIG. 2, the service server 300 includes a communication unit 310, a growth data collector 320, a growth data analyzer 330, a community processor 340, and a data store 350. It is composed.

The communication unit 310 is configured to include a sensor node communication module for obtaining companion plant-related growth measurements from the sensor node 100, and a terminal communication module for communicating with the video terminal 400 or the user terminal 200. . In addition, the terminal communication module may be provided with various types of communication interfaces corresponding to various device types that may be used as the image terminal 400 and the user terminal 200.

The growth data collection unit 320 generates growth data in a predetermined format based on the growth measurement values for the companion plants provided from the communication unit 310, and stores them in the data storage 350. As shown in FIG. 3, the growth data includes a sensor node identification number (A), a measurement value recording time (B), and sensor collection data (C), and the sensor collection data (C) includes a plurality of sensor codes. Sensor value, e.g., sensor code 1 and sensor value 1 (C1), sensor code 2 and sensor value 2 (C2). Is done. The sensor collection data is variably set according to the type of sensor or the number of sensors included in the corresponding sensor node 100.

The growth data analyzer 330 analyzes and determines the growth state of the companion plant based on the growth data stored in the data storage 350. That is, the growth data management unit 330 determines the growth state including the growth environment for the companion plant by comparing the basic growth range registered for each kind of companion plant with the sensor measurement value of the current growth data, and according to the determination result, the event information. Create For example, if the current growth environment of the companion plant is outside the preset basic growth range (when the soil lacks soil moisture or the temperature is low), the environmental status information outside the basic growth range (moisture shortage, low temperature state) is included. Generates event information.

In addition, the growth data analysis unit 330 receives confirmation information such as a confirmation question and answer through the user terminal 200 or the companion plant image based on the cumulative growth data stored for a certain period of time for each kind of pet plants stored in the data storage 350 and The learning is performed using the deep learning algorithm, and the growth learning function is performed to correct the basic growth range of the corresponding companion plant stored in the data storage 350 based on the result of the learning.

In this case, the growth learning function may be implemented to optimize the range of correction by applying exception handling data provided by the service operator. That is, the service operator may exclude the growth data for the measured value for the measured value for the companion plant that is cultivated in a special place or the growth data for the measured value that deviates by a certain value from the basic growth range at present.

In addition, the growth data analyzer 330 may manage the basic plant growth range for each member. This is to allow each member to create a community window customized for the pet care place considering the different places and environments in which the pet cares. For example, the growth data analysis unit 330 may receive a message for confirming the current status of the companion plant when the event status of the companion plant is out of the basic growth range registered in advance. 200, and based on the response information of the corresponding user terminal 200 received thereto, the basic growth range information for the companion plant of the member may be changed and set. That is, when the response information is received that the companion plant grows normally in response to an event situation caused by the same sensor measurement value for a predetermined period or more, the preset basic growth range is changed to extend by a predetermined ratio of the sensor measurement value.

The community processor 340 generates a community window including at least two or more member characters consisting of a user and a participant participating in the community and a companion plant character that the member cares, and provides the member to the video terminal 400 of the member. In conjunction with the terminal 400 provides a community environment.

When the current state of the companion plant is an event situation that is out of the basic growth range, the community processor 340 reflects the event state of the companion plant to be visually displayed on the companion plant character, and the companion plant care message corresponding to the event situation is displayed. The community window is updated to be displayed and provided to the video terminal 400 of each member.

4 illustrates a community window 410 generated by the community processor 340. Referring to FIG. 4, the community window 410 includes a user character 412 on the background screen 411, a user companion character 413, a participant character 414, and a corresponding participant character currently grown by the user. It is configured to include a participant companion character 415 currently being grown. At this time, the participant may be one or more, and in the community window 410, the participant character 414 and the participant companion plant character 415 matched thereto are represented to correspond to the number of participants. In addition, the companion character 413 visually expresses and displays the growth state corresponding to the measured value collected from the sensor node 100 installed in the companion plant. For example, when the land moisture content from the sensor node 100 of the companion plant is less than the basic growth range, as shown in FIG. 7, the participant companion character 415 is represented by a burning shape, indicating that the companion plant is currently in a water shortage state. Make the user aware. At this time, by directing the production of the background in a variety of ways (for example, to produce a desert green in the meadow green), the user can intuitively recognize that the emergency situation. In addition, a message for the care of the pet plant, “Please give water” may be additionally displayed, and the user may check the display window 410 to perform optimal care in response to the current state of the pet's pet. Can be.

In this case, the community processor 340 provides functions such as user profile management and interface management when selecting the user character 412 in FIG. 4, and basic information and current cultivation of the corresponding companion plant when selecting the user companion character 413. It provides growth status information in the space and provides community services such as SNS message transmission and chat through the video terminal 400 of the participant when the participant character 414 is selected.

In addition, as shown in FIG. 4, at one side of the community window 410, a sensor collection information item 416 in which real-time sensor collection information of a user's companion plant is displayed in text form may be formed. This is to allow the user to numerically recognize sensor readings for companion plants.

In addition, as shown in FIG. 4, a service call item 417 may be formed at another side of the community window 410 to provide a service interoperating with an external system. Link services supported by the service call item 147 include a pet clinic, a pet plant community, and the like. Here, the companion plant clinic service is connected to the terminal of the producer and expert producing and supplying the companion plant, and the user and the producer or expert communicate and share information such as the distribution and status of the companion plant. The companion community service connects users to communities that support on / offline activities, such as shared farming of companion plants.

That is, the community processor 340 may selectively provide the companion plant clinic service or the companion plant community service to the user through the service call item 417.

5 is a view for explaining the operation of the community service system based on pet care according to the present invention.

First, a user receives a companion plant to be cared for and places it in a space where he or she lives. In this case, the companion plant may be planted in a pot, and the sensor node 100 for wirelessly transmitting the measurement-related measurement value of the companion plant to the service server 300 is disposed around the companion plant, for example, one side of the pot. . In this case, the sensor node 100 is provided with a plurality of different sensors 110, each sensor 110 is disposed at an appropriate position for measuring the growth data of the companion plant.

In addition, the user registers his or her personal information in a state connected to the service server 300 through the user terminal 200, the service server 300 is registered through the user terminal 200, that is, multiple members Set up a community group consisting of: At this time, the user's personal information includes his or her name, address, contact information, companion plant basic information (plant name, planting date, farmer (farm name), etc.), and his character type.

And, the community group may be made up of acquaintances through following (community registration and acceptance) between members in the social network, or made up of users who grow the same kind of pet plants based on the plant names of the companion plants, It may be made up of farmers growing crops and users interested in the crops. Here, the community group whose members grow companion plants of the same kind includes a farmer who grows the companion plants as a member.

In addition, the service server 300 is registered in advance the measurement range value for each sensor, such as the general basic growth range, namely the temperature and humidity range, the amount of sunshine, the amount of soil moisture required for growth of the companion plant.

In the above state, the service server 300 displays the user character 412 for each community group, the user companion character 413, the participant character 414, and the participant companion character 415 on the background screen 411. A community window 410 is included (ST100).

At this time, the service server 300 has a community window 410 in which the farmer who grows the companion plants and the user who cares for the companion plants sold by the farmer, the farmer's companion plant farm image is set as the wallpaper. Can be generated.

In addition, the service server 300 may include a farmer who grows crops as a member, and generate a community window 410 in which the farmer's crop growing farm is set as a wallpaper. The companion plant farm screen information may be provided through the user terminal 200 of the farmer, and the companion plant farm may be linked with virtual reality (VR) based spatial information (eg, 'V World' of the Korea National Territory Information Institute). Or it may be represented by 3D modeling. At this time, the community window 410, as shown in Figure 6, the crop cultivation farm map (M) is provided with a background 411 as a three-dimensional virtual image, the crops planted in the farm 10 to the growth state of the crop The unit model (I) of the three-dimensional shape which changed the surface state to correspond to it is represented in the gathered form, and the farm map (M) is moved virtually in response to the movement of the user character 412, and the estimated yield for the selected crop is The information (T) can be provided and sales processing for the selected crop can be performed. Here, the configuration shown in the background shown in Figure 6 and the sale of crops through the service described in the patent application No. 10-2017-0167910 filed December 8, 2017, the detailed description thereof is omitted. do.

In addition, the service server 300 provides a community window with members of the acquaintances by adding a friend (eg, following SNS) between the user and the participant, based on the community access log information through the video terminal 400. A community window may be created to characterize participants only for a certain number of connections with a high frequency of access, for example, 3 to 5 participants. In this case, the remaining participant who is not a participant characterized may be represented as a list on one side of the display window 410.

On the other hand, the sensor node 100 installed around the companion plant by the user based on the measured value for the companion plant provided by the sensor 110, the companion plant measurement including the companion plant identification code and sensor code and the corresponding sensor measurement value The data is transmitted to the service server 300, and the service server 300 collects companion plant measurement data for the corresponding companion plant from each sensor node 100 (ST200). In this case, the companion plant identification code may be provided from the user terminal 200 or may be arbitrarily given by the service server 300 when registering user personal information.

The service server 300 generates growth data including a companion plant identification code, a measurement recording time, and a sensor-specific measurement value based on the companion plant measurement data collected from the sensor node 100, and stores the growth data in the data storage 350. (ST300).

In addition, the service server 300 compares the measured value received from the current sensor node 100 with the basic growth range previously registered for the corresponding companion plant to determine whether the current measured value of the companion plant is in an event state outside the basic growth range. Determine (ST400). For example, if the soil moisture sensor reading currently measured is "1,000" (excess moisture) or "300" (loss of moisture) with the basic growth range of the sensor set to 400 to 700 for soil moisture, It can be determined as an event state.

For the state in which the event does not occur in step ST400, the above-described operations of ST200 to ST300 are repeatedly performed.

On the other hand, when the event state occurs in step ST400, the service server 300 generates event information including the companion plant care message corresponding to the event state and stores it in the data store 350 (ST500).

In addition, the service server 300 changes and sets the state of the corresponding companion plant character constituting the community window 410 so as to correspond to the event state, and updates the community window 410 information of each video terminal of the corresponding community members. And transmits to 400 (ST600). That is, the service server 300 may be represented in a burning shape of the companion character 415 of the participant to represent the moisture of the soil, as shown in FIG. In this case, the service server 300 may display the sensor measurement value in the sensor collection information item 416, and the sensor measurement value may change the value of each sensor measurement value in addition to the event state. In this case, when the event state is continuously maintained for a predetermined time or more, the service server 300 may determine that an abnormal state has occurred in the corresponding member.

In addition, in a state in which a positioning sensor, more specifically, a gyro sensor, for example, a tilt sensor is installed on one side of the potted plant in which the companion plant is planted, the service server 300 from the corresponding sensor node 100. When the tilt measurement value of the potted plant measured by a tilt sensor such as a gyro sensor is received for a predetermined time or more, it may be determined that an abnormal state has occurred in the corresponding member.

8 illustrates a community window 410 when an abnormal state occurs in a member, and an abnormal state occurrence alarm logo 418 for a member matching the companion plant in the community window 410 including the member. An abnormal state occurrence message 419 may be added and provided to the video terminal 400 of each member.

This may be used to monitor the lives of elderly people living alone with pets, and for this purpose, the service server 300 determines that an abnormal state has occurred for a member, and is a registered emergency terminal, for example, a hospital terminal or a guardian's terminal. The management request message including the personal information and abnormal status occurrence message of may be further provided. As such, when providing a service for living safety for a single household including the elderly living alone, the video terminal 400 may be made of a TV generally owned by the elderly.

Meanwhile, in FIG. 5, the service server 300 performs growth-related learning on the companion plant based on the event information, and updates basic growth range information based on the learning result (ST700, ST800). Here, the growth-related learning of the companion plant may be performed using the growth data generated in the ST300 step including event information. At this time, the service server 300 provides event status occurrence information to the user terminal 200, and receives corresponding plant growth-related response information (text format or companion plant image, etc.), and returns the response information to plant growth learning. We use for. In addition, the user terminal 200 may receive the detailed information on the event status, for example, growth data accumulation information, etc. through the service server 300, and may easily check the growth status of the companion plant.

In addition, in the steps ST700 to ST800, the service server 300 may correct the basic growth range for the companion plant type by performing the growth-related learning for the companion plant type.

In addition, the service server 300 can manage the basic plant growth range information for each user, if the current state of the companion plant is an event situation outside the basic growth range, a message for checking the current state of the companion plant To the user terminal 200, and based on the response information of the user terminal 200 received for this can correct the basic growth range for the companion plant of the user.

That is, according to the above embodiment, it is possible to form a community through a companion plant and receive information for caring for a companion plant, as well as to provide a distribution service for crops by forming a community with crop growers. One-person households that need attention, such as the elderly, can provide life safety services to monitor emergency conditions.

100: sensor node, 110: sensor,
120: wireless processing unit, 200: user terminal,
300: service server, 310: communication unit,
320: growth data collection unit, 330: growth data analysis unit,
340: community processing unit, 350: data storage,
400: Video terminal.

Claims (11)

A sensor node for wirelessly transmitting the growth-related measurement values of the companion plants measured through a plurality of sensors for each user for the companion plants to be managed by the user's activity;
Community window that visualizes the member character corresponding to each member and the companion character cared for by the member in a pair form for a large number of community members consisting of users who individually own the pet plants and perform pet plant care activities. Create and provide to each member's video terminal, and provide community service between members through community window, but based on community access log information through video terminal, the member character and its members A service server for creating a community window so that the corresponding companion character is represented;
And a video terminal for displaying the community window provided from the service server on an image output screen and performing a community service with other members using a member character.
The service server visualizes and expresses the companion plant character so as to correspond to the growth-related measurement value of the companion plant provided from the sensor node, and compares with the preset basic growth environment value range to determine the current state of the companion plant to determine the companion plant. Respond to the event situation so that the companion plant care for the event situation can be resolved for the event situation where the current state is out of the basic growth environment value range, and the real-time status of the member's life pairing with the companion plant character can be recognized. In addition, it changes the visual expression form of the corresponding pet plant character, and if the event situation persists for a certain time, it is determined that the abnormal state has occurred to the corresponding member, and the abnormal state of the member matching the pet plant in the community window occurs. Add a message to configure it Companion plant care based community service system, characterized in that configured to provide to the video terminal of other members forming a circle and community.
The method of claim 1,
The sensor node includes a temperature sensor, a humidity sensor, and a soil moisture sensor, and at least one of a sensor for measuring pH concentration, wind speed, air quality, and amount of sunshine, which influence the growth of the companion plant according to the kind of companion plant. It is configured to include more
The service server is a community service system based on pet care, characterized in that configured to store in advance the basic growth range value corresponding to different sensor types for each kind of pet plants.
The method of claim 1,
The service server performs growth-related learning for each kind of companion plant based on the growth-related measurement value of the companion plant provided from the sensor node, and corrects the basic growth environment value range for the companion plant based on the learning result. Community service system based on pet care.
The method according to any one of claims 1 to 3,
The service server manages each member's basic growth environment value range for each member, but if the current status of the companion plant is out of the predetermined basic growth environment value range, a message for checking the current status of the companion plant is read. Provided to the registered member terminal, and based on the response information of the member terminal received in response to the change of the basic growth environment value range for the companion plant of the member characterized in that the community service system based on the pet plant care .
The method of claim 1,
The service server includes a farmer who grows a companion plant and a user who cares for a companion plant sold by the farmer, and creates a community window in which the farmer's companion plant farm image is set as a wallpaper. Community service system based on plant care.
The method of claim 1,
The service server includes a farmer who grows crops as a member, and generates a community window in which the farmer's crop cultivation farm is set as a background and provides it to the video terminal of the member, but the crop cultivation farm expressed in the community window is Provided as a three-dimensional virtual image, the crops planted on the farm is expressed in a three-dimensional unit model of the surface shape is changed to correspond to the growth state of the crops, the members are displayed through the community window displayed on the video terminal Companion plant care based community service system, characterized in that it is configured to provide the growth information for the selected crops, and to perform sales processing for the selected crops.
delete delete The method of claim 1,
The sensor node is configured to further include a tilt sensor installed on one side of the pot planted with the companion plant,
When the inclination measurement value of the potted plant measured by the inclination sensor is received from the sensor node for more than a predetermined time, the service server adds an abnormal state occurrence message for the member to the corresponding community window, and thus the video terminal of each member. Community service system based on pet care, characterized in that provided by.
The method according to claim 1 or 9,
When the service server determines that an abnormal state occurs for the member, the community based on the pet care system is configured to provide a management request message including personal information of the member and an abnormal state occurrence message to the registered emergency terminal. Service system.
The method according to claim 1 or 9,
The video terminal is a TV that displays and outputs broadcast video, and is provided with a communication module for communicating with a service server.
The display window is displayed and output simultaneously with the broadcast image, overlapping on one side of the broadcast image, or is divided into the broadcast image through the PIP function is output based on the pet care community service system.

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