KR101614917B1 - Plant management device possible Plant emotional expression. - Google Patents

Abstract

The present invention relates to a flower arrangement management system for expressing the sensibility of a plant, and more particularly, a flower arrangement sensor is installed on a flower or soil to measure temperature and humidity and soil temperature and humidity information, The present invention relates to a flower arrangement management system for expressing the state of a plant in a user terminal in a form of a picture or a letter, and presenting mood state information to a plant and expressing emotional state of the plant on the screen.

Description

[0001] The present invention relates to a plant management device capable of expressing plant sensitivity.

The present invention relates to a flower arrangement management system for expressing the sensibility of a plant, and more particularly, a flower arrangement sensor is installed on a flower or soil to measure temperature and humidity and soil temperature and humidity information, The present invention relates to a flower arrangement management system for expressing the state of a plant in a user terminal in a form of a picture or a letter, and presenting mood state information to a plant and expressing emotional state of the plant on the screen.

In each home or office, or in the case of a flowerpot, only an indoor thermometer is installed, and there is no manual recording method for judging behavior after visual inspection or by necessity.

Preliminary information on the pests that affect growth and life such as crops and trees can be predicted according to the temperature and the surrounding temperature. However, it is possible to provide real-time real-time soil condition information (temperature, humidity, etc.) ), But it is difficult to introduce such a specialized apparatus or system in the current agriculture or forestry (including orchards).

In general, plants including flowers and the like are attracted to be marketed as ornamental plants because they have a function to provide a sense of stability to users and are attractive to users. Especially in recent years, fragrances, insect repellents, medicinal plants and edible plants, But they are sold as functional plants, and these plants are cultivated by planting in pots and the like.

In particular, when a planter purchases a plant cultivated in a flowerpot or the like, cultivation management of the plant is required, and in the case of a person who has experienced plant cultivation for a predetermined period of time, the plant can be cultivated by his / In the case of a person who has no experience in plant cultivation, the plant is cultivated by acquiring the cultivation information of the plant using the information delivery medium such as the surrounding publications or the Internet. However, It is difficult to accumulate experience for all plants when cultivated. Also, even if information on the cultivation of plants is acquired by using information media such as publications and the Internet, Humidity, and solar radiation are accurately predicted by the individual growers and the plant is grown. There were various problems such does not.

none.

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems of the prior art, and it is an object of the present invention to provide a method and apparatus for monitoring plant information, And information of diseases and pests that may occur in the temperature / humidity and specific temperature / humidity required from the flower management server so as to be provided with a notification function from the characteristics of the crop, the cultivation method, the moisture or the temperature danger.

Another object of the present invention is to present a state of a plant in a user terminal in a form of a picture or a letter, and to present a current mood state information to a plant so that a current mood state can be expressed on a screen.

In order to achieve the object of the present invention,

According to an embodiment of the present invention, there is provided a flower arrangement management system for expressing emotion of a plant,

A user terminal (160) for communicating with the wireless router (130), acquiring current status information from the flower sensor and displaying the status of the plant on the screen;

A flower arrangement sensor 400 installed in the flower arrangement for communicating with the wired / wireless router;

A member registration module 210 for receiving member information from a user terminal and registering the member,

A flower arrangement registering module 220 for acquiring and registering plant information to be cultivated as flower arrangement,

A plant growing plant 230 in which a plant cultivation method according to a plant name is recorded,

A flower arrangement matching module 240 for determining whether the data of the flower arrangement registration module 220 matches with the plant names of the plant cultivation reservation 230,

Management method, cultivation method, crop characteristic, disease, and pest insult information from the information of the plant cultivation divisions 230 to be matched through the flower matching module 240 and the information of the flower registration module 220 An information generation module 250,

A sensor data collection module 260 for collecting sensor data sent periodically by the flower sensor,

And a user notification module 280 for converting the text message into a text message when the individual information is provided to the user and providing the converted text message to the user, thereby solving the problems of the present invention.

According to the present invention, there is provided a flower arrangement management system for expressing emotion of a plant,

The sensor information measured by the flower sensor, and the current state of the plant can be confirmed through the user terminal. Information on the diseases and pests that may occur in the temperature / humidity and specific temperature / humidity required for cultivation of the crop, , It is possible to monitor the status of the plant under cultivation in real time by receiving the feature of the crop, the cultivation method, and the function of warning from the danger of moisture or temperature.

In addition, it is possible to express the state of a plant in a user terminal in a form of a picture or a letter, to present current mood state information to the plant, and to express the current mood state on the screen, thereby providing the pleasure of plant cultivation.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an overall configuration diagram of a flower arrangement management apparatus for expressing emotion of a plant according to an embodiment of the present invention; Fig.
2 is a block diagram of a flower arrangement management server according to an embodiment of the present invention.
3 is a flowchart illustrating an installation process of a flower sensor according to an embodiment of the present invention.
4 is a block diagram of a flower arrangement sensor of a flower arrangement management apparatus expressing emotion of a plant according to an embodiment of the present invention.
FIG. 5 is an exemplary view schematically showing an appearance of a flower arrangement management apparatus expressing sensitivity of a plant according to an embodiment of the present invention.
FIG. 6 is a cross-reference diagram of a user using a flower arrangement management apparatus for expressing emotions of a plant according to an embodiment of the present invention.
7 is a block diagram of a user terminal of a flower arrangement management apparatus for expressing emotion of a plant according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described in detail with reference to embodiments of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an overall configuration diagram of a flower arrangement management apparatus for expressing emotion of a plant according to an embodiment of the present invention; Fig.

As shown in Fig. 1, the present invention is a flower arrangement management apparatus for expressing emotion of a plant,

A user terminal 160 for communicating with the wireless router 130;

A flower arrangement sensor 400 installed in the flower arrangement for communicating with the wired / wireless router;

And a flower arrangement management server 200 for generating and providing local information, a management method, a cultivation method, a crop characteristic, a disease, and pest-insemination information to a user terminal.

That is, the wired / wireless router 130 plays a role as an access device via the wireless communication network 140.

At this time, a flower sensor 400 is connected to the router 130, a user terminal 160 is connected, and information is provided from the flower arrangement management server 200 through the wireless communication network 140.

2 is a block diagram of a flower arrangement management server according to an embodiment of the present invention.

2, the flower arrangement management server 200 according to the present invention includes:

A member registration module 210 for receiving member information from a user terminal and registering the member,

A flower arrangement registering module 220 for acquiring and registering plant information to be cultivated as flower arrangement,

A plant growing plant 230 in which a plant cultivation method according to a plant name is recorded,

A flower arrangement matching module 240 for determining whether the data of the flower arrangement registration module 220 matches with the plant names of the plant cultivation reservation 230,

Management method, cultivation method, crop characteristic, disease, and pest insult information from the information of the plant cultivation divisions 230 to be matched through the flower matching module 240 and the information of the flower registration module 220 An information generation module 250,

A sensor data collection module 260 for collecting sensor data sent periodically by the flower sensor,

And a user notification module 280 for converting the text message into a text message and providing the text message when the individual information is provided to the user.

When the user provides the information for member registration by the member registration module 210, the member registration module 210 performs the function of acquiring the corresponding information and registering the information as a member.

The user installs a flower sensor in the flower arrangement and registers the flower arrangement in the flower arrangement management server 200 through the flower arrangement registration module 220.

At the time of registration, the user registers details of the types of plants to be cultivated as flowerpot, and the contents of the plant cultivating organization 230 already established in the flowerpot management server are presented and selected by the user.

When a large number of flower sensors are installed, the user registers the flower sensor many times.

When the member registration and the flower sensor are registered, the flower sensor automatically communicates with the flower information management server.

If the content stored in the flower sensor is different from the contents registered in detail by the user, the flower arrangement management server notifies the user and confirms which one is correct.

When the data of the flower registration module 220 is matched with the plant type of the plant cultivation database 230 through the flower matching module 240, the flower management server transmits individual information of the flower sensor through the individual information generation module 250 Respectively.

Management method, cultivation method, crop characteristic, disease, pest and disease information, etc., and notifies the user terminal of the location of the flower sensor, and weather information of the area is also provided using the local information.

When providing the individual information to the user, the flower arrangement management server 200 may convert the above information into voice through the voice conversion module 270 and provide the user with a text message through the user notification module 280 Can also be transmitted.

Meanwhile, the flower arrangement management server 200 collects and stores sensor data sent periodically by the flower sensor through the sensor data collection module 260.

3 is a flowchart illustrating an installation process of a flower sensor according to an embodiment of the present invention.

As shown in FIG. 3, there is a step S310 of setting the flower sensor to the router mode, and a mode is selected to connect the flower sensor to the router.

Thereafter, there is a step of connecting to the flower sensor by a smart phone (user terminal) (S320), and a connection is established through Bluetooth or WiFi, and the router access information is set to the flower sensor (S330).

That is, the user inputs the matters related to the security and communication method of the wireless router through the user's smartphone.

For example, a method such as wpa, psk, etc. and a password are input.

Thereafter, the flower sensor is automatically connected to the wireless router (S340)).

On the other hand, the user selects a plant species already stored using the button of the flower sensor and sets the plant species in the flower sensor (S350).

Next, the flower sensor performs step S360 of measuring the atmospheric temperature and humidity and the soil temperature and humidity, and the measured sensor data is periodically transmitted to the flower arrangement management server at step S370.

The flower arrangement management server receives the sensor data and stores the flower arrangement data in a sensor plant-based database (S380), and the flower arrangement management server provides flower arrangement information for each user (S390).

4 is a block diagram of a flower arrangement sensor of a flower arrangement management apparatus expressing emotion of a plant according to an embodiment of the present invention.

As shown in Fig. 4, the flower arrangement sensor 400,

An atmospheric temperature sensor 410 for sensing the atmospheric temperature,

A soil temperature sensor 420 installed in the soil to sense the temperature of the soil,

An atmospheric humidity sensor 415 for sensing the humidity in the atmosphere,

A soil humidity sensor 425 installed in the soil to sense the humidity of the soil,

A Wi-Fi communication unit 430 for connecting with the wireless router,

A Bluetooth communication unit 440 for communicating with the user terminal,

A user display unit 450 for allowing the user to confirm the display,

A user button input unit 460 provided for the user to input,

A basic plant name database (470) storing the plant name information for the plant to be planted in the flower stock,

And a plant vegetation database 480 storing basic temperature and humidity and vegetation information according to the selected basic plant name.

The flower sensor has at least four sensors.

An atmospheric temperature sensor 410 for sensing the temperature in the air, an atmospheric humidity sensor 415 for sensing the humidity in the air, a soil temperature sensor 420 for sensing the temperature of the soil installed in the soil, And a soil humidity sensor 425 for measuring soil moisture.

Meanwhile, a Wi-Fi communication unit 430 is provided to connect with the wireless router, and a Bluetooth communication unit 440 for communicating with the user terminal is also provided.

In addition, the user display unit 450 may be provided for the user to view, and the user button input unit 460 may be provided for the user to input.

(470), the plant name for the plant to be planted in the flower flora can be selected through the basic plant name, and the plant name of the vegetable plant (480) Supply, and so on.

Since the user display unit 450 and the user button input unit 460 can utilize the user terminal after the Bluetooth communication is performed, they are selectively supported by the flower sensor.

In addition, the basic vegetation name (470) and vegetation vegetation (480) can be placed in the user terminal by downloading and installing the application in the user terminal.

For this purpose, the user can easily manage the application by managing the application for managing the flower arrangement in the flower arrangement management server and downloading and executing the connected members.

FIG. 5 is an exemplary view schematically showing an appearance of a flower arrangement management apparatus expressing sensitivity of a plant according to an embodiment of the present invention.

As shown in Fig. 5, the flower arrangement sensor 400,

A lower end portion 570 having an acute angle at the lower end,

A buried line 580 that provides a reference for the user to insert into the soil in the middle,

A soil temperature sensor 420 for measuring the temperature of the soil below the buried line,

A soil humidity sensor 425 for measuring the humidity of the soil is constructed below the buried line,

An atmospheric temperature sensor 410 for measuring the atmospheric temperature at the upper part of the buried line,

An atmospheric humidity sensor 4150 for measuring the humidity of the atmosphere is formed on the upper part of the buried line,

On the upper side,

A user display unit 450 for displaying the information so that the user can acquire information,

And includes a left button 510 and a right button 515 as a user button so that the user can easily input.

The flower sensor 500 has a lower end portion 570 having an acute angle at the lower end, so that the flower sensor 500 can easily sit on the soil of flower.

There is a buried line (580) in the suspended part of the flower sensor, which provides the user with a reference to the soil. Below the buried line is a soil humidity sensor that measures the humidity of the soil and a soil temperature sensor that measures the temperature of the soil. Above the buried line, an atmospheric temperature sensor for measuring the atmospheric temperature and a counterattack (530) for measuring the atmospheric humidity are constructed.

And a left button 510 and a right button 515 are formed as user buttons so that the user can easily input the information.

FIG. 6 is a cross-reference diagram of a user using a flower arrangement management apparatus for expressing emotions of a plant according to an embodiment of the present invention.

6, when a plurality of users 640 and 660 plant the same plant species to constitute the flower sensor 630 or 650, the flower information can be cross-referenced by the flower arrangement management server 200 with the user's consent help.

In this case, from the viewpoint of the user 1 (640), the user 2 (660) can see the current state of growing the plant, so that it becomes more interesting and easily replenishes its own weak points so that the plant can be cultivated with good conditions.

That is, the users 640 and 660, who are able to present data to each other through the wireless communication network, can photograph and plant plants planted in the flower parts of each other to prepare for publication or exchange. It encourages the cultivation motivation through the exchange of information between users and enables sharing of experience.

To this end, the flower arrangement management server arranges a user-provided content collection unit (not shown) to collect the contents provided by the user, and provides the collected contents to the individual information generation module 250 of FIG.

7 is a block diagram of a user terminal of a flower arrangement management apparatus for expressing emotion of a plant according to an embodiment of the present invention.

On the other hand, as shown in FIG. 7, in order to provide a flower arrangement management apparatus expressing emotions of plants,

An information value acquiring unit 161 for acquiring appropriate soil moisture, temperature, and humidity information according to the type of plant and the measured sensor value,

A plant state extracting unit 162 for extracting the state of the plant by comparing the measured soil moisture, temperature, and humidity information with the measured sensor value,

A plant state information storage unit 163 for storing picture or character information for each plant state,

A picture / character information extraction unit 164 for extracting picture or character information according to the state from the plant state information storage unit by referring to the extracted state of the plant,

And a picture providing unit 165 for obtaining the picture or character information and providing the picture or character information to the screen.

That is, by measuring the growth state (soil moisture, temperature, humidity, etc.) of the plant, the user can easily understand the mood of the plant, that is, the present state of the plant.

The information value obtaining unit 161 obtains appropriate soil moisture, temperature, humidity information and measured sensor values according to the type of plant, and the plant state extracting unit 162 obtains appropriate soil moisture, temperature, The state of the plant is extracted by comparing the measured sensor values.

For example, if the soil moisture is 100, the temperature is 35, the humidity is 30%, and the moisture measured by the sensor value is 60, the temperature is 35, the humidity is 30% Can be judged.

At this time, the picture / character information extracting unit 164 extracts picture or character information according to the corresponding state from the plant state information storage unit 163 by referring to the extracted state of the plant.

For example, because the water is less than 40, it is extracting the character information of the frown plant image and the water please.

At this time, the screen providing unit 165 obtains a picture or character information, and outputs a character saying " Please give a water to a plant image that frowns on the screen ".

For example, the present state can be expressed as joy, sadness, surprise, suffering, etc. This is to compare the currently measured value with the appropriate value, and to extract the matching image or character information and provide it to the screen.

Meanwhile, the user terminal 160,

And a status request signal generator 166 for generating a status request signal for requesting the current status with the flower sensor.

For example, if you want to check the soil moisture, temperature, and humidity data of a growing plant by requesting status information from the application as a letter (status request signal) through the application, the plant will be able to answer the current situation .

To this end, the flower sensor further includes an answer signal sending unit for sending an answer signal with reference to status information according to the current moisture, temperature, and humidity state at the time of acquiring the status request signal.

At this time, the user terminal 160,

A ment information storage unit 167 for storing ment information displayed for each answer signal,

And a mental state provisioning unit 168 for extracting the ment information corresponding to the answer signal and providing it to the screen providing unit.

That is, it is intended to provide various status request information through the application, and to provide the following information to the screen.

For example, what is the current temperature condition in your app? And provides the information to the flower sensor. The temperature state information and the current temperature state information of the current time of last year stored in the flower sensor are extracted and provided to the user terminal.

Then, the mentor providing unit 168 extracts ment information corresponding to the answer signal from the ment information storing unit and provides the mentor information to the screen providing unit.

That is, if the temperature of the previous year is 30 degrees and the current temperature is 35 degrees, the corresponding answer signal is acquired and the corresponding ment information is extracted from the ment information storage unit by referring to the corresponding answer signal. For example, I will give you a warm message.

Therefore, the longer the plant is grown, the more information related to the past will be managed by the database.

In the present invention, this is defined as a flower arrangement management device expressing the sensitivity of a plant.

In addition, a ment output unit for extracting the ment information and providing it as voice or sound in addition to the screen or character may be provided as voice or sound.

Through the above-described configuration and operation, information on the sensor information and the current state of the plant measured by the flower sensor can be confirmed through the user terminal, and the disease / And pest information can be taken from the flower management server so that the status of plant being cultivated can be monitored in real time by providing the function of the crop, the cultivation method, and the notification function from the risk of moisture or temperature.

In addition, it is possible to express the state of a plant in a user terminal in a form of a picture or a letter, to present current mood state information to the plant, and to express the current mood state on the screen, thereby providing the pleasure of plant cultivation.

It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is to be understood, therefore, that the embodiments described above are to be considered in all respects as illustrative and not restrictive.

The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

130: Router
140: Wireless communication network
160: User terminal
400: Flower sensor
200: Flower management server

Claims (9)

A flower arrangement management device comprising:
An information value acquiring unit 161 for acquiring appropriate soil moisture, temperature, and humidity information according to the type of plant and the measured sensor value,
A plant state extracting unit 162 for extracting the state of the plant by comparing the measured soil moisture, temperature, and humidity information with the measured sensor value,
A plant state information storage unit 163 for storing picture or character information for each plant state,
A picture / character information extraction unit 164 for extracting picture or character information according to the state from the plant state information storage unit by referring to the extracted state of the plant,
A screen providing unit 165 for obtaining the picture or character information and providing the picture or text information to the screen,
A ment information storage unit 167 for storing ment information displayed for each answer signal,
A mender provisioning unit 168 for extracting ment information corresponding to the answer signal and providing the extracted ment information to the screen providing unit,
And a ment output unit for extracting the ment information and providing it as voice or sound in addition to a screen or a character. The communication unit 130 communicates with the wireless router 130, acquires current status information from the flower sensor, and displays the status of the plant on the screen A user terminal (160)
An atmospheric temperature sensor 410 for sensing the atmospheric temperature,
A soil temperature sensor 420 installed in the soil to sense the temperature of the soil,
An atmospheric humidity sensor 415 for sensing the humidity in the atmosphere,
A soil humidity sensor 425 installed in the soil to sense the humidity of the soil,
A Wi-Fi communication unit 430 for connecting with the wireless router,
A Bluetooth communication unit 440 for communicating with the user terminal,
A user display unit 450 for allowing the user to confirm the display,
A user button input unit 460 provided for the user to input,
A basic plant name database (470) storing the plant name information for the plant to be planted in the flower stock,
And a plant vegetation database (480) storing basic temperature and humidity and vegetation information according to the selected basic plant name;
A member registration module 210 for receiving member information from a user terminal and registering the member,
A flower arrangement registering module 220 for acquiring and registering plant information to be cultivated as flower arrangement,
A plant growing plant 230 in which a plant cultivation method according to a plant name is recorded,
A flower arrangement matching module 240 for determining whether the data of the flower arrangement registration module 220 matches with the plant names of the plant cultivation reservation 230,
Management method, cultivation method, crop characteristic, disease, and pest insult information from the information of the plant cultivation divisions 230 to be matched through the flower matching module 240 and the information of the flower registration module 220 An information generation module 250,
A sensor data collection module 260 for collecting sensor data sent periodically by the flower sensor,
A voice conversion module 270 for converting the local information, the management method, the cultivation method, the crop characteristics, the disease, the pest-insemination information and the weather information of the area into the voice when the individual information is provided to the user,
A user notification module 280 for converting the text message into a text message and providing the text message when the individual information is provided to the user,
And a flower arrangement management server 200 configured to collect plant cultivation contents provided by the user and provide the collected flower cultivation contents to the individual information generation module 250,
The flower sensor (400)
A lower end portion 570 having an acute angle at the lower end,
A buried line 580 that provides a reference for the user to insert into the soil in the middle,
A soil temperature sensor 420 for measuring the temperature of the soil below the buried line,
A soil humidity sensor 425 for measuring the humidity of the soil is constructed below the buried line,
An atmospheric temperature sensor 410 for measuring the atmospheric temperature at the upper part of the buried line,
An atmospheric humidity sensor 415 for measuring the humidity of the atmosphere is formed at the upper part of the buried line,
On the upper side,
A user display unit 450 for displaying the information so that the user can acquire information,
And includes a left button 510 and a right button 515 as user buttons so that the user can easily input the information.
The user terminal 160,
And a status request signal generator 166 for generating a status request signal for requesting the current status with the flower sensor,
Wherein the flower sensor further comprises an answer signal sending unit for sending an answer signal with reference to status information according to current moisture, temperature, and humidity conditions when acquiring a status request signal. Device.
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