LU101537B1 - Reminding method according to regime of soil in flowerpot - Google Patents

Abstract

Provided is a reminding method according to a regime of soil in a flowerpot and a flowerpot, the method comprises: recording a standard humidity and a standard pH value of soil in a flowerpot; monitoring a humidity threshold of the soil in the flowerpot; and when a humidity of the soil in the flowerpot is lower than the standard humidity of the soil and a difference between a pH value of the soil in the flowerpot and the standard pH value reaches a certain threshold, triggering an alarm signal. The standard humidity and the standard pH value of the soil in the flowerpot are recorded, and when the humidity of the soil in the flowerpot is lower than a preset humidity threshold, the alarm signal is triggered to remind a user, so that the flowerpot has a smart reminding function and prevents plants from withering due to water shortage.

Description

REMINDING METHOD ACCORDING TO REGIME OF SOIL IN FLOWERPOT !-4101537

FIELD OF TECHNOLOGY The present invention belongs to the field of daily products, and provides a reminding method according to a regime of soil in a flowerpot and a flowerpot.

BACKGROUND ART Plants are very common in our life, so what are their functions? The plants are closely related to our life, and have seven functions. They can produce photosynthesis, and absorb carbon dioxide and release oxygen; and can adjust the biological cycle of nature. The plants have high ornamental value and can decorate space. The plants can also be used to absorb harmful gases and purify air. The plants can be grown near roads to weaken noises. The plants can make the weather and climate better; and have certain drug values. Growing plants can cultivate one's sentiment and cultivate one's attitude towards life. Growing plants in working environments can change your mood and improve your working efficiency. Growing plants at home can improve home environment, purify indoor air and absorb toxic gases released from decoration materials. Afforestation can prevent wind and sand, reduce greenhouse effect and prevent soil erosion. Based on various benefits of the plants, more and more people also like to grow some plants that they like in their homes and offices. Every creature has a suitable environment for its life, and plants are no exception. The natural environment in which the plants live contains several important factors that affect the growth of the plants, such as air (oxygen and carbon dioxide), light, heat, water and inorganic salts (nutrients) and other factors, which are indispensable to the survival of the green plants. Generally, a soil moisture holding rate of about 70% is required for the plants. When the soil is too dry, the transpiration of the plants cannot be satisfied, so that the nutrition given to the roots by the overground part is also affected. When the soil is too wet, the oxygen content in the soil is reduced, while the root system is lack of oxygen and rotted. When the soil is too wet, the geothermal temperature will drop, which is conducive to the development of the root system. However, many people only grow the plants into flowerpots while planting, and often neglect the daily maintenance of the plants. Sometimes they forget to water the plants for a long time, and the plants are likely to be dried to death. A pot of plants cannot grow and blossom without continuousobservation and maintenance. Due to changes in illumination, temperature and weather, the watering | 01537 interval in each time is not uniform, which is difficult to maintain, resulting in the situation that the plant growth is affected by not watering on time to maintain the humidity in the soil. A prior application similar to this application is Chinese application No.201814447594.9 titled "Automatic Watering Method and Automatic Watering Device". The technical solution of this method is to automatically water by comparing a standard value of a humidity in soil with a current value. The defects of the above-mentioned technical solution are that frequent watering is required when taking the humidity into consideration only; moreover, unreasonable dry-wet conversion is unfavorable to the growth of potted plants, and many unnecessary watering situations ate caused. In view of this, the present invention has the advantages of both considering the dryness-humidity and the pH value at the same time, and processing when both of the dryness-humidity and the pH value fail to reach the standard, instead of only considering one dimension, so that processing is carried out in an emergency situation only, and unnecessary repeated actions and waste of resources are avoided. In conclusion, it is necessary to provide a reminding method according to a regime of soil in a flowerpot in view of the fact that the humidity in the soil is difficult to maintain and affect the growth of plants due to external factors while planting, which records a standard humidity and a standard pH value of soil in a flowerpot, and triggers an alarm signal to remind a user when the humidity of the soil in the flowerpot is lower than a preset humidity threshold and the pH value exceeds the standard, so that the flowerpot has a smart reminding function and prevents plants from withering due to water shortage.

SUMMARY OF THE INVENTION In view of the fact that the humidity in the soil is difficult to maintain and affect the growth of plants due to external factors while planting, the embodiments of the present invention provides a reminding method according to a regime of soil in a flowerpot, which records a standard humidity and a standard pH value of soil in a flowerpot, and triggers an alarm signal to remind a user when the humidity of the soil in the flowerpot is lower than a preset humidity threshold and the pH value exceeds the standard, so that the flowerpot has a smart reminding function and prevents plants from withering due to water shortage. The present invention is realized in this way: a reminding method according to a regime of soil in a flowerpot comprises the following steps of:

recording a standard humidity and a standard pH value of soil in a flowerpot; LU101537 monitoring a humidity threshold of the soil in the flowerpot; and when a humidity of the soil in the flowerpot is lower than the standard humidity of the soil and a difference between a pH value of the soil in the flowerpot and the standard pH value reaches a certain threshold, triggering an alarm signal.

Preferably, the method further comprises: watering and manuring according to the current humidity of the soil in the flowerpot and the current pH value of the soil in the flowerpot until the standard humidity and the standard pH value are reached, and meanwhile, sending a watering regime, a manuring regime and the current pH value to a preset information receiving end.

Preferably, the method further comprises: when watering, checking a weather forecast for a specific day and not watering if the weather forecast reports rain; and watering if the weather forecast reports no rain.

The embodiments of the present invention further provide a flowerpot, comprising: a recording unit a monitoring unit and a triggering unit, wherein: the recording unit is configured to record a standard humidity and a standard pH value of a soil in the flowerpot; the monitoring unit is configured to monitor a humidity threshold of the soil in the flowerpot; and the triggering unit with an input end respectively connected with an output end of the recording unit and an output end of the monitoring unit, is configured to, when a humidity of the soil in the flowerpot is lower than the standard humidity of the soil and a difference between a pH value of the soil in the flowerpot and the standard pH value reaches a certain threshold, trigger an alarm signal.

Preferably, the flowerpot further comprises: an implementation unit with an input end connected with an output end of the recording unit and an output end of the monitoring unit, configured to water and manure according to the current humidity of the soil in the flowerpot and the current pH value of the soil in the flowerpot; and an information sending unit with an input end respectively connected with an output end of the implementation unit and the output end of the monitoring unit, configured to send a watering regime, a manuring regime and a current pH value to a preset information receiving end.

According to the present invention, the standard humidity and the standard pH value of the soilin the flowerpot are recorded, and when the humidity of the soil in the flowerpot is lower than a preset! 01537 humidity threshold, the alarm signal is triggered to remind a user, so that the flowerpot has a smart reminding function and prevents plants from withering due to water shortage.

BRIEF DESCRIPTION OF THE DRAWINGS Figurel is a flow chart of a reminding method according to a regime of soil in a flowerpot provided by an embodiment of the present invention; and Figure 2 is a schematic structure diagram of a flowerpot provided by an embodiment of the present invention.

DESCRIPTION OF THE PREFERRED EMBODIMENTS To make the objects, technical solutions, and advantages of the present invention clearer, the present invention will be further described in details hereinafter with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the present invention and are not intended to limit the present invention.

Figure 1 is a flow chart of a reminding method according to a regime of soil in a flowerpot provided by an embodiment of the present invention. For ease of illustration, parts related to the embodiments of the present invention are illustrated only.

In step S100, a standard humidity and a standard pH value of a soil in a flowerpot are recorded.

In the embodiment, the humidity threshold of the soil in the flowerpot is recorded as 45% to 50%, and for the standard pH value, an adaptive pH value may be artificially preset according to a specific plant type.

In step S101, a humidity threshold of the soil in the flowerpot is monitored.

In the step S102, when a humidity of the soil in the flowerpot is lower than the standard humidity of the soil and a difference between a pH value of the soil in the flowerpot and the standard pH value reaches a certain threshold, an alarm signal is triggered.

In the embodiment, the alarm signal is not triggered when only the humidity in the soil of the flowerpot is monitored to be 45%, and the alarm signal is triggered when the difference between the current pH value and the standard pH value needs reaches a certain threshold value at the same time.

An alarm may be arranged in the flowerpot to give out an alarm whistle to achieve a warning purpose.

According to the present invention, the standard humidity and the standard pH value of the soil inthe flowerpot are recorded, and when the humidity of the soil in the flowerpot is lower than a preted’! 01537 humidity threshold, the alarm signal is triggered to remind a user, so that the flowerpot has a smart reminding function and prevents plants from withering due to water shortage.

In practice, automation and data tracking are becoming more and more important to users and to 5 taking good care of potted plants, so the present invention further comprises the following steps of: when a humidity of the soil in the flowerpot is lower than the standard humidity of the soil and a difference between a pH value of the soil in the flowerpot and the standard pH value reaches a certain threshold, watering and manuring according to a current humidity of the soil in the flowerpot and a current pH value of the soil in the flowerpot until the standard humidity and the standard pH value are reached, and meanwhile, sending a watering regime, a manuring regime and the current pH value to a preset information receiving end.

The watering regime comprises a watering quantity, a watering date, and other information.

The manuring regime comprises a manuring degree, a manuring category, a manuring date, and other information.

In this way, an automation degree and a data tracing degree of the present invention are improved.

Meanwhile, there will be "watering today and raining tomorrow" in practice, which often results in too much water and is not conducive to the potted plants.

In order to avoid this situation, watering should be controlled according to the weather forecast.

Specifically, the method further comprises the following steps of: when watering, checking a weather forecast for a specific day and not watering if the weather forecast reports rain; and watering if the weather forecast reports no rain.

Figure 2 is a schematic structure diagram of a flowerpot provided by an embodiment of the present invention, comprising: a recording unit 21, a monitoring unit 22 and a triggering unit 23, wherein: the recording unit 21 is configured to record a standard humidity and a standard pH value of a soil in the flowerpot; the monitoring unit 22 is configured to monitor a humidity threshold of the soil in the flowerpot; and the triggering unit 23 with an input end respectively connected with an output end of the recording unit 21 and an output end of the monitoring unit 22, is configured to, when a humidity of the soil in the flowerpot is lower than the standard humidity of the soil and a difference between a pH valueof the soil in the flowerpot and the standard pH value reaches a certain threshold, trigger an ala 01537 signal.

The working principle of the flowerpot is as follows: a user records the standard humidity and the standard pH value of the soil in the flowerpot at the recording unit 21; monitors the humidity threshold of the soil in the flowerpot at the monitoring unit 22; and when the humidity of the soil in the flowerpot is lower than the standard humidity of the soil and the difference between the pH value of the soil in the flowerpot and the standard pH value reaches a certain threshold, trigger the alarm signal at the triggering unit 23.

According to the present invention, the standard humidity and the standard pH value of the soil in the flowerpot are recorded, and when the humidity of the soil in the flowerpot is lower than a preset humidity threshold, the alarm signal is triggered to remind a user, so that the flowerpot has a smart reminding function and prevents plants from withering due to water shortage.

Meanwhile, automation and data tracking are becoming more and more important to users and to taking good care of potted plants, so the flowerpot further comprises: an implementation unit with an input end connected with an output end of the recording unit and an output end of the monitoring unit, configured to water and manure according to the current humidity of the soil in the flowerpot and the current pH value of the soil in the flowerpot; and an information sending unit with an input end respectively connected with an output end of the implementation unit and the output end of the monitoring unit, configured to send a watering regime, a manuring regime and a current pH value to a preset information receiving end.

Those described above are merely preferred embodiments of the present invention, but are not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made without departing from the principle of the present invention shall all fall within the scope of protection of the present invention.

Claims (5)

CLAIMS LU101537

1. A reminding method according to a regime of soil in a flowerpot, comprising the following steps of: recording a standard humidity and a standard pH value of soil in a flowerpot; monitoring a humidity threshold of the soil in the flowerpot; and when a humidity of the soil in the flowerpot is lower than the standard humidity of the soil and a difference between a pH value of the soil in the flowerpot and the standard pH value reaches a certain threshold, triggering an alarm signal.

2. The reminding method according to a regime of soil in a flowerpot of claim 1, further comprising the following steps of: watering and manuring according to a current humidity of the soil in the flowerpot and a current pH value of the soil in the flowerpot until the standard humidity and the standard pH value are reached, and meanwhile, sending a watering regime, a manuring regime and the current pH value to a preset information receiving end.

3. The reminding method according to a regime of soil in a flowerpot of claim 2, further comprising the following steps of: when watering, checking a weather forecast for a specific day and not watering if the weather forecast reports a rain; and watering if the weather forecast reports no rain.

4. À flowerpot, comprising: a recording unit, a monitoring unit and a triggering unit, wherein: the recording unit is configured to record a standard humidity and a standard pH value of soil in a flowerpot; the monitoring unit is configured to monitor a humidity threshold of the soil in the flowerpot; and the triggering unit with an input end respectively connected with an output end of the recording unit and an output end of the monitoring unit, is configured to, when a humidity of the soil in the flowerpot is lower than the standard humidity of the soil and a difference between a pH value of the soil in the flowerpot and the standard pH value reaches a certain threshold, trigger an alarm signal.

5. The flowerpot of claim 4, further comprising:

an implementation unit with an input end connected with the output end of the recording uli 01587 and the output end of the monitoring unit, configured to water and manure according to a current humidity of the soil in the flowerpot and a current pH value of the soil in the flowerpot; and an information sending unit with an input end respectively connected with an output end of the implementation unit and the output end of the monitoring unit, configured to send a watering regime, a manuring regime and the current pH value to a preset information receiving end.