CN112514688A

CN112514688A - Intelligent flowerpot capable of automatically irrigating and shading and supplementing light

Info

Publication number: CN112514688A
Application number: CN202011446533.4A
Authority: CN
Inventors: 席万强; 宋�莹; 朱晓雅; 翟慧茹; 殷纪元; 许琪亮
Original assignee: Binjiang College of Nanjing University of Information Engineering
Current assignee: Binjiang College of Nanjing University of Information Engineering
Priority date: 2020-12-11
Filing date: 2020-12-11
Publication date: 2021-03-19

Abstract

The invention discloses an intelligent flowerpot capable of automatically irrigating, shading and supplementing light, which comprises: the flowerpot comprises a flowerpot body, wherein the flowerpot body is divided into an upper part and a lower part by an internal partition plate, the upper part and the lower part are respectively a planting area for burying mud and an irrigation area for storing water, and a water absorption fiber rope is arranged in the planting area and penetrates through the internal partition plate to extend to the irrigation area; the automatic shading device comprises an atomization shading cover formed by splicing atomization glass, wherein atomization shading is realized through power on and off, the atomization shading cover is fixed with the flowerpot body through a bracket and covers the planting area, and a light supplementing lamp is arranged on the atomization shading cover; and the main control module is arranged on the flowerpot body and used for controlling the operation of electrical components in the device. This device can realize the automatic irrigation and the automatic light that hides of plant, and the growing environment of accessible various sensors to the plant is monitored, immediately feeds back to the user and removes the end to the user immediately controls this device according to actual conditions.

Description

Intelligent flowerpot capable of automatically irrigating and shading and supplementing light

Technical Field

The invention relates to the technical field of intelligent flowerpots, in particular to an intelligent flowerpot capable of automatically irrigating, covering and supplementing light.

Background

In modern society, the development of science and technology can drive the progress and development of society to a certain extent. For example, the development of electronic technology and computer technology has driven the overall increase in social work efficiency and the transition of social industry architecture. The development of modern production and scientific technology puts higher and higher requirements on the automation technology, and simultaneously provides necessary conditions for the innovation of the automation technology. The rhythm of human life is faster and faster, and people's life pressure is also bigger and bigger, and people wear the moon every day, and it is busy to rush a wave, has had the time even to accompany the family, let alone look after the plant of liking.

In the aspect of flower planting, most people are not specialized, especially for planting novices, some hands and feet are completely unscrupulous, and the people cannot find information by using a network platform without going on the hands, but the obtained information is not appropriate, systematic and specialized, and cannot be used for symptomatic medicine administration, and some people even can misunderstand the flower planting people. The social pressure is big, and many people increase a wiping color for oneself busy life in order to alleviate work pressure, also can plant cultivated in a pot in the office, but because probably often go on a business trip, do not have more time at ordinary times and manage the plant, often can cause the planting and breeding failure.

From this, current flowerpot can't satisfy people to the different demands of planting.

Disclosure of Invention

The purpose of the invention is as follows: in order to overcome the defects of the background art, the invention discloses an intelligent flowerpot capable of automatically irrigating and shading light.

The technical scheme is as follows: the invention relates to an intelligent flowerpot capable of automatically irrigating, shading and supplementing light, which comprises:

the flowerpot comprises a flowerpot body, wherein the flowerpot body is divided into an upper part and a lower part by an internal partition plate, the upper part and the lower part are respectively a planting area for burying mud and an irrigation area for storing water, and a water absorption fiber rope is arranged in the planting area and penetrates through the internal partition plate to extend to the irrigation area;

the automatic shading device comprises an atomization shading cover formed by splicing atomization glass, wherein atomization shading is realized through power on and off, the atomization shading cover is fixed with the flowerpot body through a bracket and covers the planting area, and a light supplementing lamp is arranged on the atomization shading cover;

and the main control module is arranged on the flowerpot body and used for controlling the operation of electrical components in the device.

Furthermore, an illumination sensor is further arranged on the atomization shading cover and connected with the main control module to identify the illumination condition of the plant.

Furthermore, still be equipped with camera device and main control module in the atomizing lens hood and be connected.

Further, the one end of the fibrous rope that absorbs water extends to in the earth in planting the district, and the other end extends to in the water in irrigation district, inside baffle below is equipped with the stock, the two-way rotation of motor drive realization body is passed through to the one end of stock, the middle section of the fibrous rope that absorbs water encircles on the stock, and the rotation through the stock realizes receiving and releasing of the tip under the fibrous rope that absorbs water.

Furthermore, a humidity sensor is arranged in the planting area and connected with the main control module.

Furthermore, a temperature sensor is arranged outside the planting area and connected with the main control module.

Furthermore, the main control module is connected with the wireless transmission module to realize information sharing with the mobile terminal and control signal receiving.

Has the advantages that: compared with the prior art, the invention has the advantages that: this device can realize the automatic irrigation and the automatic light that hides of plant, and the growing environment of accessible various sensors to the plant is monitored, immediately feeds back to the user and removes the end to the user immediately controls this device according to actual conditions.

Drawings

Fig. 1 is a schematic structural view of the present invention.

Detailed Description

The technical solution of the present invention is further described below with reference to the accompanying drawings and examples.

The intelligent flowerpot capable of automatically irrigating and shading light as shown in fig. 1 comprises:

the flowerpot comprises a flowerpot body 1, the flowerpot body 1 is divided into an upper part and a lower part by an internal partition plate 101, the upper part and the lower part are respectively a planting area 102 for burying mud and an irrigation area 103 for storing water, and a water-absorbing fiber rope 104 is arranged in the planting area 102 and penetrates through the internal partition plate 101 to extend to the irrigation area 103. One end of the water absorption fiber rope 104 extends into soil of the planting area 102, the other end extends into water of the irrigation area 103, a long rod 105 is arranged below the internal partition plate 101, one end of the long rod 105 is driven by a motor 106 to realize bidirectional rotation of the body, the middle section of the water absorption fiber rope 104 surrounds the long rod 105, and retraction of the lower end of the water absorption fiber rope 104 is realized through rotation of the long rod 105. A humidity sensor 107 is arranged in the planting area 102, and a temperature sensor 108 is arranged outside the planting area 102.

Automatic shade 2 includes and forms atomizing lens hood 201 by the concatenation of atomizing glass, realizes whether atomizing the shading through the break-make electricity, atomizing lens hood 201 passes through the support and fixes with flowerpot body 1, covers in planting district 102 top, be equipped with light filling lamp 202 on the atomizing lens hood 201. Still be equipped with light sensor on the atomizing lens hood 201, the illumination condition of discernment plant. The atomizing light shield 201 is also provided with a camera 204.

The main control module 3 is arranged on the flowerpot body 1 and used for controlling the operation of electrical components in the device, and the main control module 3 is connected with the wireless transmission module 301 and used for realizing information sharing with the mobile terminal and receiving control signals. The main control module 3 can set a program to control the operation of the automatic shading device 2 and the motor 106 on time, and also shares the growth condition of the plant with the movable end in real time through various sensors, so that a user can adjust the operation condition of the device at any time.

Taking planting a pot of meat as an example, a user firstly selects a plant to be planted at the mobile phone client app, if the plant of the variety does not exist, the plant can be fed back to a software author, and the plant can be added as soon as possible in the following process. After the succulent plants planted are set, the app can match the optimal planting scheme for the succulent plants, the optimal planting scheme comprises the appropriate temperature and humidity, the illumination time, the illumination intensity and the optimal fertilization opportunity, and the app can remind the user in the form of notification. Various sensors are through gathering growth information such as humidity, temperature, illumination of plant to upload data to user side app in real time, when the information of gathering and the scope value that the system set for mismatch, the corresponding feedback will be made to the system. When the plant is in water shortage, the acquired humidity information value is lower than the lowest threshold range set by the system, the user can receive a 'watering' notice by the hand, the user can automatically select whether to start an irrigation device carried by the intelligent flowerpot to carry out watering operation or manually water by the user, and if the user delays the selection due to other events, the system automatically starts the automatic irrigation function after half an hour; when the plant is irrigated and the soil humidity reaches the upper limit threshold value of the plant, the system can automatically close the automatic irrigation function. When the sunshine receiving time of the fleshiness reaches the upper limit of the set threshold value of the system, the system sends the user whether to start the automatic shading device or to manually carry the fleshiness to a shady and cool place, and if the user does not respond after ten minutes, the shading device is automatically started; when the duration of receiving the illumination in cloudy days is at the lower limit of the set threshold value of the system, the system can also remind the user whether to start the light supplement or carry the light to the light position manually. In addition, the system will periodically notify the user in an informed manner when to apply fertilizer and what fertilizer to apply.

Claims

1. The utility model provides an automatic irrigate and intelligent flowerpot of light that hides, its characterized in that includes:

the flowerpot comprises a flowerpot body (1), wherein the flowerpot body (1) is divided into an upper part and a lower part by an internal partition plate (101), the upper part and the lower part are respectively a planting area (102) for burying mud and an irrigation area (103) for storing water, and a water-absorbing fiber rope (104) is arranged in the planting area (102) and penetrates through the internal partition plate (101) to extend to the irrigation area (103);

the automatic shading device (2) comprises an atomization shading cover (201) formed by splicing atomization glass, wherein atomization shading is realized through power on and off, the atomization shading cover (201) is fixed with the flowerpot body (1) through a bracket and covers the planting area (102), and a light supplement lamp (202) is arranged on the atomization shading cover (201);

the main control module (3) is arranged on the flowerpot body (1) and used for controlling the operation of electrical components in the device.

2. An intelligent flowerpot capable of automatically irrigating and shading light according to claim 1, wherein the intelligent flowerpot comprises: still be equipped with illumination sensor (203) on atomizing lens hood (201) and be connected with main control module (3), the illumination condition of discernment plant.

3. An intelligent flowerpot capable of automatically irrigating and shading light according to claim 1, wherein the intelligent flowerpot comprises: still be equipped with camera device (204) in atomizing lens hood (201) and be connected with main control module (3).

4. An intelligent flowerpot capable of automatically irrigating and shading light according to claim 1, wherein the intelligent flowerpot comprises: one end of the water absorption fiber rope (104) extends into soil of the planting area (102), the other end extends into water of the irrigation area (103), a long rod (105) is arranged below the internal partition plate (101), one end of the long rod (105) is driven by a motor (106) to realize bidirectional rotation of the body, the middle section of the water absorption fiber rope (104) surrounds the long rod (105), and the retraction of the lower end part of the water absorption fiber rope (104) is realized through the rotation of the long rod (105).

5. An intelligent flowerpot capable of automatically irrigating and shading light according to claim 1, wherein the intelligent flowerpot comprises: a humidity sensor (107) is arranged in the planting area (102) and is connected with the main control module (3).

6. An intelligent flowerpot capable of automatically irrigating and shading light according to claim 1, wherein the intelligent flowerpot comprises: the outside of the planting area (102) is provided with a temperature sensor (108) which is connected with the main control module (3).

7. An intelligent flowerpot capable of automatically irrigating and shading light according to claim 1, wherein the intelligent flowerpot comprises: the main control module (3) is connected with the wireless transmission module (301) to realize information sharing and control signal receiving with the mobile terminal.