WO2017124369A1 - Plant light intelligent illumination system - Google Patents

Abstract

A plant light intelligent illumination system, comprising a plant light system and a terminal device. The plant light system comprises a main control module (05), an alarm apparatus (11) electrically connected to the main control module (05), a humidity detection module (12), a temperature detection module (13), a liquid level detection module (14), a luminosity detection module (15), a plant light (18), a WiFi module (03), a WiFi camera (19) and a key module (01). An intelligent module communicating with the plant light system is mounted on the terminal device, and the plant light system detects state data of an environment where a plant is located, shares same with the intelligent module, and performs remote monitoring. The plant light intelligent illumination system can monitor the growth environment of a plant in real time, acquire the growth state of the plant in different periods, enable a user to interact with his/her friends and share maintenance knowledge of plants, thereby improving the enjoyment and knowledge of maintaining a plant. The plant light (18) has many uses, and can not only be used as a common desk lamp, but also can promote the growth of a plant and monitor the growth process of the plant.

Description

 Intelligent plant lamp lighting system

Technical field

The invention relates to the technical field of plant lamp systems, in particular to a more intelligent multifunctional plant lamp illumination system.

Background technique

In daily life, people often place plants in their work or living places to improve their work and living environment and their tastes of life. However, indoor potted plants have high requirements for light, temperature and humidity, and require careful care of people to thrive. However, people often forget to take care of potted plants due to their busyness, resulting in poor growth of potted plants.

At present, although the LED lamp system for plant growth can adjust the growth environment of plants according to the surrounding environment, but the function is single, it is impossible to record and observe the growth of plants in different time periods, and it is not convenient for users to be concerned with the process of caring for plants. Friends interact, share the growth of plants, and record the growth of plants. Therefore, the prior art plant lamp has a single function and cannot be used for multiple purposes, and the growth environment of the plant cannot be obtained in real time, and the growth state of the plant is recorded, and the feeling of experience needs to be strengthened.

Summary of the invention

The object of the present invention is to provide a smart plant lamp illumination system, which solves the technical problem that the current plant lamp has a single function and cannot realize wireless interconnection monitoring with the terminal device.

In order to achieve the above object, the technical solution proposed by the present invention is:

A smart plant light illumination system, comprising: a plant lamp system and a terminal device communicatively interconnected with the plant lamp system; wherein the plant lamp system comprises a main control module, and the main control module is electrically connected Alarm device, humidity detecting module, temperature detecting module, liquid level detecting module, photometric detecting module, plant lamp, WiFi module, WiFi camera and button module; the terminal device is equipped with an intelligent module for communicating with the plant lamp system, The plant lamp system detects that the environmental status data of the plant is shared with the intelligent module and performs remote monitoring.

The main control module is further electrically connected with a decorative lamp and a reading lamp, and the reading lamp can adjust the brightness through the button module.

The main control module is further electrically connected with a storage module, and the storage module stores environmental data monitored by the plant lamp system, and reads and writes data through the data interface.

The main control module is also electrically connected with a water storage device, and the water storage device is provided with a solenoid valve, and the main control module supplies water to the flower pot by controlling the electromagnetic valve.

The smart module includes a current plant sub-module for guiding a user to maintain a plant, a plant state sub-module for recording and comparing plant growth conditions, and a plant classroom sub-module for providing various plant cultivation methods for the user. And a current growth environment sub-module for displaying current monitoring plant growth.

The button module includes four buttons for controlling the switch of the plant lamp system, the brightness of the reading lamp, the selection of the system working mode, and the control of the decorative light switch.

Wherein, the plant lamp system is further provided with a two-dimensional code.

Wherein, the humidity detecting module comprises two humidity sensors, and the two humidity sensors respectively detect the humidity around the plant lamp system and the soil moisture of the plant.

Wherein, the alarm module comprises an LED three-color lamp.

Preferably, the terminal device is a mobile phone or a tablet.

The intelligent plant lamp illumination system of the invention can monitor the growth environment of plants in real time, acquire the growth state of plants in different periods, interact with friends to share the knowledge of plant conservation, enhance the interest and knowledge of plant maintenance, and the plants in the present application The desk lamp has many uses, and can be used as a common table lamp, and can promote plant growth and monitor the growth process of plants.

DRAWINGS

1 is a structural block diagram of a smart plant light illumination system of the present invention.

detailed description

The invention is further elaborated below with reference to the accompanying drawings.

Referring to Figure 1, in the present embodiment, the intelligent plant light illumination system of the present application comprises two major parts: a plant light system and a terminal device communicatively interconnected with the plant light system.

The plant lamp system includes: a main control module 05, a WIFI module 03, a button module 01, a storage module 02, a temperature detecting module 13, a humidity detecting module 12, a liquid level detecting module 14, a photometric detecting module 15, a WIFI camera 19, A decorative light 16, a reading light 17, a plant light 18, a water storage device 04, an alarm device 11, and a battery or external power source 10 for powering the plant light system.

The main control module 05 and the WIFI module 03, the button module 01, the storage module 02, the temperature detecting module 13, the humidity detecting module 12, the liquid level detecting module 14, the photometric detecting module 15, the WIFI camera 19, and the decorative light 16 respectively The reading lamp 17, the plant lamp 18, and the water storage device 04 are electrically connected to realize data transmission and command execution, and perform intelligent control. There is also a clock module electrically connected to the main control module 05. The clock module is used to set the time to control the automatic time switch of the plant light 18.

In this embodiment, the battery that powers the plant light system is a 12V/2A battery. The external power source is connected to the plant lamp system through a connecting line to supply power to the plant lamp, that is, an external mobile power source or a mains power supply mode is adopted.

The main control module 05 is used for the control of the entire plant light system. The WIFI module 03 is used for WIFI communication, realizes wireless communication with the terminal device, and uploads monitoring data and remote command transmission.

The button module 01 includes four buttons. Among them, one button is the switch of the plant lamp system; one button controls the reading lamp 17, presses one level at a time, a total of four levels to adjust the brightness of the reading lamp; one button is used as the switching mode of the plant lamp 18 working mode The switch switches between the manual mode and the automatic mode; one button controls the switch of the decorative light 16.

The storage module can be externally connected to the memory, and can transmit data through the USB port, and store the pictures taken by the humidity detecting module 12, the temperature detecting module 13 and the WiFi camera 19.

The temperature detecting module 13 includes a temperature sensor for measuring the ambient temperature around the plant lamp, and can make an alarm and an adjustment indication according to the plant growth temperature and the ambient temperature.

The humidity detecting module 12 includes two humidity sensors for measuring the environmental humidity around the plant lamp, and the second humidity sensor is for measuring the soil moisture of the planting plant. The detection data is transmitted to the central control module 05, and the main control module 05 determines whether to upload the terminal device.

The liquid level detecting module 14 includes a liquid level sensor for detecting the water level in the water storage device 04. The liquid level data is transmitted to the central control module 05, and according to the preset value, an execution instruction is given, and whether the electromagnetic valve is opened to supply water to the flower pot.

The photometric detection module 15 includes a photosensor for detecting illumination data around the plant lamp. The brightness of the manual or automatic plant light 18 can be adjusted according to the ambient illuminance and the luminosity required for plant growth.

The WIFI camera 19 is connected to the network through the WIFI module 03, can be automatically photographed and stored in the storage module 02, and communicates with the terminal device such as the mobile phone through the WIFI network, and then confirms whether it is transmitted together with the detected temperature and humidity data through the terminal device. Go to the phone and server.

The decorative light 16 is a manual switch with a power of 2 W, which is controlled to be turned on and off by a button in the button module 04.

The reading lamp 17 is a manual switch, and the switch and the leveling are controlled by the buttons in the button module 04. There are four levels in total, and one step is added once.

The plant lamp 18 is an automatic time switch with a power of 7W, and can also be manually operated, and the manual priority level is higher than the automatic priority level.

The water storage device 04 is a water storage container with a solenoid valve controlled by a main control module, the pipe is connected to the water storage device and the flower pot, and the pipe is provided with a solenoid valve, and the electromagnetic valve is controlled by the main control module according to the first Humidity data measured by the two humidity sensors to control on and off.

Preferably, the alarm device 11 includes an indicator light, and the indicator light is an LED tri-color lamp.

The intelligent module and the plant lamp system provided on the terminal device communicate with the intelligent terminal through the WIFI module and the WIFI network, and the terminal device is provided with a function module matched with the plant lamp system.

The smart module includes a current plant sub-module for guiding the user to maintain the plant, a plant state sub-module for recording and comparing plant growth conditions, and a plant classroom sub-module for providing various plant cultivation methods for the user, and for display The current growing environment sub-module currently monitoring plant growth.

More conveniently, the plant light system is provided with a two-dimensional code, which is scanned by the two-dimensional code of the smart terminal and then enters the download interface, and the APP can be downloaded and installed. The above smart module can be an APP with the following functions. The user enters the serial number of the plant lamp to register, and enters the main interface after successful login. The main interface includes sub-interface entrances of “current plant”, “plant state”, “plant classroom”, “current growing environment”, “camera” and “interactive center”.

The “current plant” sub-interface includes “growth conditions” and “growth steps”. After the user selects the type of plants to be protected by the smart flower pot, the user enters the interface to view the growth conditions and growth steps of the plant. Instruct users to maintain plants.

The "plant state" sub-interface includes "current growth status" and "compared with the last recorded situation", and the user can know the growth of the plant during this time period by comparing the current growth status with the last recorded condition.

The “plant class” sub-interface includes “plant classification” and “different plant culture steps”. In the “plant classification”, the plants are divided into multi-leaf plants and multi-root plants, and the cultivation steps of the plants are different according to the classification. The user can learn the cultivation method of the plant by "different plant culture steps".

The “current growth environment” sub-interface includes “temperature display”, “humidity display”, “liquid level display”, the temperature data detected by the temperature detection module by the plant light system through the WIFI network, the humidity data detected by the humidity detection module, and the liquid The liquid level data detected by the bit detection module is transmitted to the APP of the smart terminal.

The Camera can take photos, videos, and share photos or videos.

The “Interactive Center” sub-interface includes “Plant Status” and “Experience Exchange”. Users can share photos of plants or videos in the “Interactive Center” to upload the growth status of the plants, on the one hand to record the growth process of the plants, and on the other hand to facilitate the exchange of experience with other users.

The working process of the intelligent plant lighting system is as follows:

The plant lamp 18 has an automatic timing mode and a manual mode, and the button module 01 has a switch for the working mode of the plant lamp. In the automatic mode, the plant light is switched every 3 hours, and the manual mode priority is higher than automatic. The reading lamp 17 is a manual switch, and the switch and the leveling are controlled by the buttons in the button module 01. There are four levels in total, and one step is added once. The plant lamp 18 uses the brightness of the light to achieve the purpose of promoting plant growth, and the reading lamp 17 can be used as a common table lamp.

The WIFI camera 19 is connected to the network through the WIFI module 03, can be automatically photographed and stored in the storage module, and communicates with the mobile APP via the WIFI network, and then confirms whether it is transmitted to the mobile phone and the server together with the detected temperature and humidity data through the mobile phone.

The temperature detecting module 13 transmits the detected temperature data to the main control module, and then transmits the detected data to the terminal device through the WIFI module 03, and confirms whether it is uploaded to the server for storage by the terminal device. The humidity detecting module 12 includes a first humidity sensor for measuring ambient humidity around the desk lamp system, a second humidity sensor for measuring humidity in the soil of the planting plant, a first humidity sensor, and a second humidity sensor. The two humidity sensors transmit the detected humidity data to the main control module, and then transmit the detected data to the smart terminal device through the WIFI module 03, and confirm whether to upload to the server for storage by the terminal device. The liquid level detecting module 14 transmits the detected liquid level data in the water storage device 04 (if it is a hydroponic plant, the liquid level data in the hydroponic box is also detected) to the main control module 05, and the main control module 05 is The liquid level data determines whether the user needs to be reminded to replenish water into the water storage device. If the liquid level is lower than the threshold, the main control module sends an instruction to the reminder module, and the indicator light flashes green to remind the user to replenish water in the water storage device in time. The photometric detection module 15 detects the illumination intensity in the surrounding environment, and transmits the detected photometric data to the main control module 05. If the illumination intensity in the surrounding environment is less than 15 Lux, the main control module 05 issues an instruction to the alarm device 11, and the alarm device 11 an alarm is issued and the indicator light flashes red. The temperature detecting module 13, the humidity detecting module 12, and the photometric detecting module 15 transmit the detected data to the main control module 05, and then transmit the above data to the smart terminal through the WIFI module 03, and the smart terminal displays the temperature, humidity, and luminosity in real time. Values, and store the data to form a curve comparison of temperature, humidity, and luminosity.

The user can obtain the growth status of the plant through the APP login interface of the smart terminal, as well as the growth photos of the plant at different time periods, and can also learn related maintenance knowledge, communicate and share plant maintenance knowledge and plant growth status with other friends. It is convenient for interaction between friends who have common interests.

The environment of the plant lamp system is: temperature -15 degrees to 50 degrees; humidity 20RH to 90RH.

The above is only a preferred embodiment of the present invention, and is not intended to limit the embodiments of the present invention. Those skilled in the art can make various modifications or modifications in accordance with the main idea and spirit of the present invention. The scope of protection of the invention shall be determined by the scope of protection claimed in the claims.

Claims (10)

1. A smart plant light illumination system, comprising: a plant lamp system and a terminal device communicatively interconnected with the plant lamp system; wherein the plant lamp system comprises a main control module, and the main control module is electrically Connected with alarm device, humidity detection module, temperature detection module, liquid level detection module, photometric detection module, plant lamp, WiFi module, WiFi camera and button module; the terminal device is equipped with intelligence for communication with the plant lamp system The module, the plant lamp system detects that the environmental status data of the plant is shared with the intelligent module, and performs remote monitoring.
2. The intelligent plant light illumination system according to claim 1, wherein the main control module is further electrically connected with a decorative lamp and a reading lamp, and the reading lamp can adjust the brightness through the button module.
3. The intelligent plant lamp lighting system according to claim 1, wherein the main control module is further electrically connected with a storage module, wherein the storage module stores environmental data monitored by the plant lamp system, and performs data through the data interface. Read and write.
4. The intelligent plant light illumination system according to claim 1, wherein said main control module is further electrically connected to a water storage device, said water storage device is provided with a solenoid valve, and said main control module controls said solenoid valve Water for the flower pot.
5. The intelligent plant light illumination system of claim 1 wherein said intelligent module comprises a current plant sub-module for instructing a user to maintain a plant, and a plant state sub-module for recording and comparing plant growth conditions, And a plant classroom sub-module that provides the user with a variety of plant cultivation methods, as well as a current growth environment sub-module for displaying current monitoring of plant growth.
6. The intelligent plant light illumination system according to claim 2, wherein the button module comprises four buttons for controlling the switch of the plant lamp system, the brightness of the reading lamp, the selection of the system working mode, and the decorative light switch.
7. The intelligent plant light illumination system of claim 1 wherein said plant light system is further provided with a two-dimensional code.
8. The intelligent plant light illumination system according to claim 1, wherein said humidity detecting module comprises two humidity sensors, wherein said two humidity sensors respectively detect the humidity around the plant lamp system and the soil moisture of the planting plant.
9. The intelligent plant light illumination system of claim 1 wherein said alarm module comprises an LED tricolor lamp.
10. The intelligent plant light illumination system of claim 1 wherein said terminal device is a cell phone or a tablet.