WO2013177858A1 - 一种对植物浇水进行提醒的系统 - Google Patents

一种对植物浇水进行提醒的系统 Download PDF

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Publication number
WO2013177858A1
WO2013177858A1 PCT/CN2012/078902 CN2012078902W WO2013177858A1 WO 2013177858 A1 WO2013177858 A1 WO 2013177858A1 CN 2012078902 W CN2012078902 W CN 2012078902W WO 2013177858 A1 WO2013177858 A1 WO 2013177858A1
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WO
WIPO (PCT)
Prior art keywords
watering
plant
data
water
time
Prior art date
Application number
PCT/CN2012/078902
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English (en)
French (fr)
Inventor
冯林
Original Assignee
Feng Lin
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Feng Lin filed Critical Feng Lin
Priority to CN201280070178.2A priority Critical patent/CN104125769B/zh
Publication of WO2013177858A1 publication Critical patent/WO2013177858A1/zh

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Classifications

    • AHUMAN NECESSITIES
    • A01AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01GHORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
    • A01G27/00Self-acting watering devices, e.g. for flower-pots

Definitions

  • the present invention is in the field of the Internet and wireless communication technology, and relates to a system for alerting plants to watering.
  • the object of the present invention is to solve the problems existing in the prior art and to propose a watering of plants.
  • the present invention provides a system for alerting a plant watering, characterized in that the system comprises: a data acquisition device for acquiring data on the time and watering amount of watering a plant and transmitting the data to the server. ;
  • a server for analyzing data of watering time and watering amount of the plant and generating data of the plant to be watered and watered and sending the data;
  • the terminal is configured to obtain the above-mentioned plant watering time and watering amount data through the Internet; the terminal obtains the above-mentioned plant watering time and watering amount data and makes a reminder by audio or/and video signals.
  • the data acquisition device is a computer or a mobile phone, and the computer or the mobile phone obtains the time and watering amount data for watering the plant input by the watering person and transmits the data to the server.
  • the data acquisition device is a watering device, and the watering device includes a flow meter disposed at the water outlet of the water heater and a microprocessor connected to the flow meter, wherein the flow meter obtains watering the plant
  • the data of the water output amount, the microprocessor obtains the water discharge time data for watering the plant, and sends the water discharge amount data and the water discharge time data to the server through a wireless network module disposed on the water cooler.
  • the system also includes a computer that obtains the plant serial number entered by the user and the species of the plant corresponding to the plant serial number, the growing age of the plant, the height of the plant, and the environmental parameters of the plant and the data Sending to the server, the server analyzing and generating the watering device according to the data further includes a display module and a button module, wherein the wireless network module acquires, from the server, a list of plant serial numbers stored by the user in the server, the microprocessor will plant The serial number list transmitter, the microprocessor binds the plant serial number to the server together with the water discharge amount data and the water discharge time data when the plant is watered.
  • the wireless network module is a WiFi module, and the data of watering time and watering amount of the plant is first sent to the WiFi wireless router through the WiFi module, and then forwarded to the server via the WiFi wireless router.
  • the terminal includes a computer and a mobile phone, and the watering time and watering amount data are displayed on a display module of the computer or/and the mobile phone.
  • the watering device further includes a storage module and a buzzer, and the wireless network module acquires data of the plant to be watered and watered in the storage module, and the microprocessor Combining the time and watering data of the plant to be stored in the storage module and the data of the water output when the plant is watered and the time data of the water obtained by the flow meter, when the actual water discharge time of the watering device is When the watering time does not match, the microprocessor controls the buzzer to send an alarm signal. When the actual water output data of the watering device is greater than the data to be watered, the microprocessor controls the buzzer to issue an alarm signal.
  • the watering device further includes an electronically controlled water outlet valve.
  • the microprocessor controls the valve of the electronically controlled water outlet valve to open; when the watering device actually discharges water and the water to be watered When the time does not match, the microprocessor controls the valve of the electronically controlled outlet valve to be closed; when the water output of the watering device is equal to the amount of water to be watered, the microprocessor controls the valve of the electronically controlled outlet valve to close.
  • the server obtains data of the time of watering the plant and the amount of watering, and the watering task form corresponding to the plant analyzes and generates the health status information of the plant, and the server converts the health state information of the plant into a virtual plant growth state. And sending the virtual plant growth state to the terminal for display.
  • the system of the present invention guides people to watering by means of information prompts, and has the advantages of structural unit and low cost compared to watering the watering device by a computer or a single chip microcomputer.
  • the watering time and watering data are obtained through the flow meter of the watering device, and the data is directly uploaded to the server through the wireless network, and the method has the method, the cost is low, the degree of automation is high, and the acquired data is accurate. .
  • the button module and the display module are arranged on the watering device, so that the waterer can select different plant types when watering, thereby expanding the application surface of the watering device and saving the cost for the user who uses the system.
  • the watering time and the amount of watering during watering are monitored directly by the watering device, and an alarm is given in the case of non-watering time and over watering, which can accurately control the watering data and watering during watering.
  • Water time data can make the system more intelligent and more stable.
  • the water control valve and the water discharge time are controlled by the electronically controlled water outlet valve, so that the water to be watered and the water to be watered are more accurate than the actual watering time and the actual watering amount.
  • the system for reminding the watering of plants of the present invention directly monitors the watering activities of the person and reminds that, under the action of the human being, the same purpose as the watering by the computer controlled machine can achieve the same amount of watering on time. And the cost is very low.
  • FIG. 1 is a block diagram showing the structure of a system according to Embodiment 1 of the present invention.
  • FIG. 2 is a block diagram showing the structure of a system according to Embodiment 2 of the present invention.
  • Figure 3 is a block diagram showing the system structure of Embodiment 3 and Embodiment 4 of the present invention.
  • the embodiment provides a system for alerting a plant watering, the system comprising one or more computers, a server and one or more mobile phones, the computer for acquiring a user (the user Refers to the person using the system, including those who water the plants, or others)
  • the computer's keyboard or mouse selects or enters the number of plants owned by the user, and serializes each plant (or each, or each plate) to form a list of plant numbers, and obtains each of the user's choices.
  • the species of the plant, the age at which the plant grows, the height of the plant, and the environmental parameters of the plant can also affect more plants.
  • the frequency of watering and the amount of watering are counted, such as the leafy condition of the plant.
  • the smartphone also has the same function as the computer, and can also be used to obtain the user's own selection or input by the user's button. Number of plants, numbering each plant, forming a list of plant numbers, obtaining the type of each plant selected by the user, the age of growth of the plant, the height of the plant, and the environmental parameters of the plant), Computer Get the user to the Internet and send it to the remote server for storage, server Generating a watering task form corresponding to the plant according to a plurality of parameters associated with the plurality of plants, the task form is a watering task list of the plant, and the list is based on the time axis in the list The plant to be watered and the amount of water to be poured corresponding to each time are arranged, and the task form is stored in the server.
  • the person can rely on the person to input the time of each watering and the amount of water to be poured into the computer through the keyboard of the computer, and the computer obtains the serial number of the user input plant and waters the plant.
  • the time and watering data are then sent to the remote server via the Internet.
  • the remote server combines the time data of the plant watering and the watering data with the watering task form corresponding to the plant.
  • the watering task form is modified and updated.
  • the computer in advance (can be one hour in advance or one minute in advance), send the next time to be watered and the amount of water to be watered, the time to be watered and the amount of water to be watered by mobile phone text message or mobile instant messaging software
  • the way of instant messaging is displayed, and the time to be watered and the amount of water to be watered are also available.
  • the data to be watered and the amount of water to be poured next include the number of plants to be watered and the amount of water to be watered to be registered with the user according to the user (ie input or selection via computer or mobile phone) The number of plants.
  • the plants are watered according to the time to be watered and the amount of water to be watered. Not only the time to be watered and the amount of water to be watered can be displayed, but also when the watering time arrives (or a few minutes before), it can be directly reminded by an audio signal (similar to the alarm function of the alarm).
  • the watering time and the watering amount data are input into the computer or the mobile phone through the keys of the computer or the mobile phone, and then the computer or the mobile phone will be The above receipt is sent to the server. Even if the user does not pour water according to the watering time indicated on the computer or mobile phone, or does not water according to the watering amount indicated on the computer or mobile phone, the user needs to use the keyboard of the computer or mobile phone to actually The watering time and the actual watering amount are input to a computer or mobile phone, and then sent to the server by a computer or a mobile phone.
  • this embodiment provides another system for alerting a plant watering, the system comprising one or more waterers, a server, one or more computers, one or more mobile phones, Both the computer and the mobile phone can be used to obtain the number of plants owned by the user selected or input by the computer or the mobile phone, and serialize each plant to form a list of plant numbers, and obtain the type of each plant selected by the user, The growth age of the plant, the height of the plant, the degree of foliage, and the environmental parameters of the plant, the computer or mobile phone sends the above-mentioned parameters related to the plant to the server via the Internet, and the server stores the above parameters and according to the numerous related to the plant.
  • the parameter is followed by a generation characteristic of the plant in combination with a watering task form corresponding to the plant, the task form being a watering task list of the plant, in which time the plant is to be watered according to the time axis and each The amount of time to be watered is arranged, and the task form is stored in the server.
  • the time data for watering the plants and the watering amount data for the plants are obtained by a watering device, and the watering device includes a flow meter, a microprocessor, and a display.
  • the watering device includes a flow meter, a microprocessor, and a display.
  • the button module, the WiFi wireless module, the storage module and the power module, the watering device comprises a pot body and a base. The pot body is placed on the base when the water is not watered, and the base is connected to the utility power, and is used for the kettle body. Power supply and charging of the power module (ie, lithium battery).
  • the power module ie, lithium battery
  • the pot body of the watering device When the plant needs to be watered with a watering device, the pot body of the watering device is separated from the base, and the power module disposed in the kettle body starts to work, to the flow meter, The microprocessor, display module, button module, WiFi wireless module, and storage module are powered.
  • the WiFi wireless module of the watering device obtains a list of plant serial numbers registered by the user in the server from the server, and the microprocessor sends the plant serial number list to the display module for display, and the user displays according to the display.
  • the list of plant serial numbers displayed by the module and the plant serial number to be watered are selected or input on the button module, and the button module acquires the plant serial number selected by the user (ie, the waterer) and sends it to the microprocessor.
  • the flow meter is used to obtain the water output data when the plant is watered, and the microprocessor obtains the flow data of the flow meter. When the flow meter counts that the water output is greater than zero, it indicates that the water outlet of the water dispenser has When the water flows out, the microprocessor obtains the time data of the watering device for watering the plants. The water output data and the watering time data when the plant is watered are bound together with the serial number of the plant, and then sent to the WiFi wireless module.
  • the WiFi wireless router performs data transfer and then sends it to the remote server via the Internet.
  • the remote server generates a watering task form corresponding to the plant based on the time data and watering data of the plant. The next time the plant is watered and the amount of watering, and the next time the plant is watered and the watering data is updated in the watering task form corresponding to the plant, and the next time
  • the time of watering the plants and the amount of watering data will also be constantly affected by the weather (air humidity, temperature and sunlight). The change has occurred, so the server will also modify and update the watering task form for the plant based on a number of parameters associated with the plant.
  • the computer in advance (can be one hour in advance or one minute in advance), send the next time to be watered and the amount of water to be watered, the time to be watered and the amount of water to be watered by mobile phone text message or mobile instant messaging software
  • the instant message mode is displayed, and the time to be watered and the data to be watered can also be displayed by instant message of instant messaging software or pop-up window.
  • the plants are watered according to the time to be watered and the amount of water to be watered. Not only the time to be watered and the amount of water to be watered can be displayed, but also when the watering time arrives (or a few minutes before), it can be directly reminded by an audio signal (similar to the alarm function of the alarm).
  • the watering device After the user waters according to the watering time and watering amount indicated on the mobile phone or the computer, the watering device sends the actual watering time and the watering amount to the server, even if the user does not promptly follow the prompt on the computer or the mobile phone.
  • the water is watered, or it is not watered according to the amount of water indicated on the computer or mobile phone.
  • the watering device also sends the actual watering time and watering amount to the server and server.
  • this embodiment provides another system for alerting a plant watering, the system comprising one or more waterers, a server, one or more computers, one or more mobile phones, Both the computer and the mobile phone can be used to obtain the number of plants owned by the user selected or input by the computer or the mobile phone, and serialize each plant to form a list of plant numbers, and obtain the type of each plant selected by the user, The growth age of the plant, the height of the plant, the degree of foliage, and the environmental parameters of the plant, the computer or mobile phone sends the above-mentioned parameters related to the plant to the server via the Internet, and the server stores the above parameters and according to the numerous related to the plant.
  • the parameter is followed by a generation characteristic of the plant in combination with a watering task form corresponding to the plant, the task form being a watering task list of the plant, in which time the plant is to be watered according to the time axis and each The amount of time to be watered is arranged, and the task form is stored in the server.
  • the watering device includes not only a flow meter, a microprocessor, a display module, a button module, a WiFi wireless module, a storage module, and a power module, but also a buzzer and an electronically controlled water outlet valve.
  • the watering device comprises a pot body and a base. The pot body is placed on the base when the water is not watered, and the base is connected to the mains for supplying power to the pot body and charging the power module (ie, the lithium battery).
  • the body of the watering device is separated from the base, and the power module disposed in the kettle body starts to work, to the flow meter, the microprocessor, the display module, the button module, the WiFi wireless module, and The storage module is powered.
  • the flow meter is configured to obtain water output data when watering a plant, and the microprocessor obtains flow data of the flow meter, and when the flow meter counts that the water output is greater than zero
  • the microprocessor obtains the time data of watering the plant by the watering device, and the water output data and the watering time data during the watering are sent to the WiFi through the WiFi wireless module.
  • the wireless router performs data transfer and then sends it to the remote server through the Internet.
  • the remote server combines the time data of the watering of the plant and the watering amount data with the watering task form corresponding to the plant to generate the next The time of watering the plant and the watering data, and the next time the plant is watered and the watering data is also updated in the watering task form corresponding to the plant, and the next time The time the plant is watered and the amount of watering is constantly changing due to weather conditions (air humidity, temperature, and sunlight), so the server will also water the plant based on many parameters associated with the plant.
  • the task form is modified and updated.
  • the computer in advance (can be one hour in advance or one minute in advance), send the next time to be watered and the amount of water to be watered, the time to be watered and the amount of water to be watered by mobile phone text message or mobile instant messaging software
  • the instant message mode is displayed, and the time to be watered and the data to be watered can also be displayed by instant message of instant messaging software or pop-up window.
  • the data to be watered and the amount of water to be poured next include the number of plants to be watered and the amount of water to be watered to be registered with the user according to the user (ie input or selection via computer or mobile phone) The number of plants.
  • the next time to be watered and the data to be watered are also sent to the WiFi wireless module of the watering device via the Internet and the WiFi wireless router, and the WiFi wireless module stores the above-mentioned water to be watered and the water to be watered data storage.
  • the microprocessor combines the water to be watered and the watering amount data of the plant stored in the storage module, and the data of the water output when the plant is watered and the time data of the water discharged by the flowmeter. Analysis, when the actual water discharge time of the watering device does not match the time to be watered, the microprocessor controls the buzzer to send an alarm signal. When the actual water output data of the watering device is greater than the data to be watered, the microprocessor controls the buzzer. An alarm signal is issued.
  • the electronically controlled water outlet valve is disposed at the water outlet of the watering device and is located at the lower water level of the flow meter.
  • the microprocessor controls the valve of the electronically controlled water outlet valve to open, allowing pouring The water in the water flows out; when the actual water discharge time of the watering device does not match the time to be watered, the microprocessor controls The valve of the electronically controlled outlet valve is closed, and the water in the watering device is not allowed to flow out.
  • the microprocessor controls the valve of the electronically controlled water outlet valve to be closed, and the water of the watering device is not allowed to flow out.
  • the plants are watered according to the time to be watered and the amount of water to be watered. Not only the time to be watered and the amount of water to be watered can be displayed on the mobile phone or computer, but also when the watering time arrives (or a few minutes ago), it can be directly reminded by the audio signal (similar to the alarm reminder) Features).
  • the watering device After the user waters according to the watering time and watering amount indicated on the mobile phone or the computer, the watering device sends the actual watering time and the watering amount to the server, because of the time of watering the electronically controlled water outlet valve. After the watering amount is controlled, the time for the user to water the plants and the amount of watering will be effectively prepared to control the operation of the system.
  • this embodiment provides a system for alerting a plant watering, the system comprising one or more waterers, a server, one or more computers, one or more mobile phones, the computer And the mobile phone can be used to obtain the number of plants owned by the user selected or input by the computer or the mobile phone, and serialize each plant to form a list of plant numbers, and obtain the type of each plant selected by the user, the plant.
  • the age of growth, the height of the plant, the degree of foliage, and the environmental parameters of the plant the computer or mobile phone sends the above-mentioned parameters related to the plant to the server via the Internet, and the server stores the above parameters and according to various parameters related to the plant.
  • the task form is a watering task list of the plant, in which time the plant is to be watered according to the time axis and each time The corresponding amount of water to be watered is arranged, and the task form is stored in the server.
  • the watering device includes not only a flow meter, a microprocessor, a display module, a button module, a WiFi wireless module, a storage module, and a power module, but also a buzzer and an electronically controlled water outlet valve, the watering device including a pot body and a base, the pot body is placed on the base when not watering, the base is connected to the mains, is used to supply power to the kettle body and charge the power module (ie, lithium battery), when the plant needs to be watered
  • the power module ie, lithium battery
  • the flow meter is used to obtain water output data when watering a plant, and the microprocessor obtains flow data of the flow meter. When the flow meter counts that the water output is greater than zero, it indicates the water outlet of the watering device. When there is water flowing out, the microprocessor obtains the time data of the watering device for watering the plants, and the water output data and the watering time data of the above watering are sent to the WiFi wireless router through the WiFi wireless module for data transfer, and then sent through the Internet.
  • the remote server On the remote server, the remote server combines the time data of the watering of the plant and the watering data with the watering task form corresponding to the plant to generate the next time to water the plant and Watering data, and the next time the plant is watered and the watering data is updated in the watering task form corresponding to the plant, while the next time the plant is watered and watered
  • the amount of data will change constantly due to the weather (air humidity, temperature and sunlight), so the server will also The plant's watering task form was modified and updated based on a number of parameters associated with the plant.
  • the computer in advance (can be one hour in advance or one minute in advance), send the next time to be watered and the amount of water to be watered, the time to be watered and the amount of water to be watered by mobile phone text message or mobile instant messaging software
  • the instant message mode is displayed, and the time to be watered and the data to be watered can also be displayed by instant message of instant messaging software or pop-up window.
  • the server is further configured to analyze time and watering data of a previous plant watering and a watering task form corresponding to the plant, and generate health status information of the plant. Since the task form for watering the plant is the most suitable watering time and watering amount to promote the healthy growth of the plant, if the water is not watered on time or the amount of watering does not reach the most suitable watering standard, The problem of causing the plant to die due to lack of water or excessive water, so the health status of the plant can be analyzed based on the time and watering data of the plant watering and the watering task form corresponding to the plant.
  • the health status of the plant needs to be presented to the user with an intuitive image, so that the user can be prompted to water the plant in a timely manner, and the server converts the health status information of the plant into a virtual plant growth state, and the The virtual plant growth status is sent to a computer or mobile phone for display.

Abstract

本发明提供一种对植物浇水进行提醒的系统,其特征在于,该系统包括:数据获取装置,用于获取对一植物浇水的时间和浇水量的数据并将该数据发送到服务器上;服务器,用于将对该植物浇水的时间和浇水量的数据分析并生成该植物待浇水时间和浇水量数据并发送出去;终端,用于通过互联网获取上述的该植物待浇水时间和浇水量数据;终端获取上述的该植物待浇水时间和浇水量数据并通过音频或/和视频信号作出提醒。本发明的对植物浇水进行提醒的系统是直接对人的浇水活动进行监控并且提醒,在人的作用下,与采用计算机控制机器直接浇水相比,能够同样达到准时适量浇水的目的,而成本却非常低廉。

Description

一种对植物浇水进行提醒的系统
【技术领域】
本发明属于互联网以及无线通信技术领域,本发明涉及一种对植物浇水进 行提醒的系统。
【背景技术】
城市生活中, 人们会在家里养一些植物以增加生活情趣, 活的植物, 比 如花草树木, 需要对其定期浇水, 否则会导致花木枯萎甚至死亡, 而较名贵的 花木死亡的话, 会带来 ^艮大的损失, 而人们也会因为生活中的其他瑣事导致忘 记了去浇水而出现花木枯死的情况。
为了防止人们因为忘记对植物浇水而使其死亡的情况发生, 人们想了很 多方法, 比如采用自动植物浇水器, 这些自动植物浇水器需要通过微电脑对浇 水的水量以及浇水的时间进行控制, 由于需要用微电脑对其进行控制, 所以需 要对其外接电源, 这样就导致了, 需要将植物放置在可以外接电源的地方, 所 以就导致了植物放置地方受限制, 不利于空间布置, 同时也会因为有电源线的 存在而影响植物的美观。
而且这种自动植物浇水器和那种通过毛细管緩慢滴漏浇水都会存在一个 共同的问题, 就是其都需要在植物旁边放置一个储水器, 以防止水用完, 防止 这种储水器不仅会占用空间, 而且会影响美观。
所以, 有必要对植物浇水的情况进行的监控, 从而来达到提醒人们按照 正确的使用方法去对植物浇水的目的。但是目前没有这样的技术能够实现对植 物浇水的情况进行监控并且提醒人们去按时按量对植物进行浇水。
【发明内容】
本发明的目的就是为了解决现有技术存在的问题,提出了一种对植物浇水 进行提醒的系统。
本发明的具体技术方案如下:
本发明提供一种对植物浇水进行提醒的系统, 其特征在于, 该系统包括: 数据获取装置,用于获取对一植物浇水的时间和浇水量的数据并将该数据 发送到服务器上;
服务器,用于将对该植物浇水的时间和浇水量的数据分析并生成该植物待 浇水时间和浇水量数据并发送出去;
终端, 用于通过互联网获取上述的该植物待浇水时间和浇水量数据; 终端获取上述的该植物待浇水时间和浇水量数据并通过音频或 /和视频信 号作出提醒。
所述数据获取装置为计算机或手机,计算机或手机获取浇花者输入的对该 植物浇水的时间和浇水量数据并将该数据发送到服务器上。
所述数据获取装置为一浇水器,所述浇水器包括一设置在浇水器出水口的 流量计以及与流量计接通的微处理器,所述流量计获取对该植物浇水时的出水 量的数据, 微处理器获取对该植物浇水的出水时间数据, 通过设置在浇水器上 的无线网络模块将所述出水量的数据和出水时间数据发送到服务器上。
该系统还包括一计算机,所述计算机获取用户输入的植物序号以及与该植 物序号相对应的植物的种类、 该植物的生长年龄、 该植物的高度以及该植物所 处的环境参数并将这些数据发送给服务器,服务器根据这些数据分析并生成与 所述浇花器还包括显示模块以及按键模块,所述无线网络模块从服务器中 获取用户在服务器中存储的植物序号列表,所述微处理器将植物序号列表发送 器,所述微处理器将该植物序号与对该植物浇水时的出水量数据和出水时间数 据绑定后一起发送给服务器。
所述无线网络模块为 WiFi模块, 所述对植物浇水的时间和浇水量的数据 先通过 WiFi 模块发送给 WiFi无线路由器, 然后再经 WiFi无线路由器中转发 送给服务器。 所述终端包括计算机和手机,所述浇水时间和浇水量数据显示在计算机或 /和手机的显示模块上。
所述终端也为浇水器, 所述浇水器还包括一存储模块和蜂鸣器, 所述无线 网络模块获取该植物待浇水时间和浇水量数据存储在存储模块中,微处理器结 合存储在存储模块中的该植物待浇水时间和浇水量数据以及流量计获取的对 该植物浇水时出水量的数据和出水的时间数据进行分析, 当浇水器实际出水时 间与待浇水时间不符时, 微处理器控制蜂鸣器发出报警信号, 当浇水器实际出 水量数据大于待浇水量数据, 微处理器控制蜂鸣器发出报警信号。
所述浇水器还包括一电控出水阀, 当浇水器实际出水时间为待浇水时间 时, 微处理器控制电控出水阀的阀门开启; 当浇水器实际出水时间与待浇水时 间不符时, 微处理器控制电控出水阀的阀门关闭; 当浇水器出水量等于待浇水 量时, 微处理器控制电控出水阀的阀门关闭。
服务器获取历次对该植物浇水的时间和浇水量的数据以及与该植物相对 应的浇水任务表单分析并生成植物的健康状态信息,服务器将该植物的健康状 态信息转变成虚拟植物生长状态,并将该虚拟植物生长状态发送给终端显示出 来。
本发明有益的技术效果在于:
相较于现有技术, 本发明的系统是通过信息提示来指导人们去浇水, 相较 于通过计算机或者单片机去控制浇水器进行浇水, 具有结构筒单, 成本低廉的 优点。
通过浇水器的流量计来获取浇水的时间和浇水量数据,并且通过无线网络 将该数据直接上传到服务器, 具有方法筒单, 成本低廉, 而且自动化程度高, 获取的数据准确的优点。
在浇水器上设置按键模块以及显示模块,供浇水者在浇水时选择不同的植 物种类, 从而为扩大了浇水器的适用面, 能够为采用该系统的用户节省成本。
通过浇水器直接对浇水时浇水时间以及浇水量进行监控并且在非浇水时 间和超出浇水量的情况下作出报警, 能够非常准确的控制浇水时的浇水量数据 以及浇水时间数据, 能够使该系统更加智能化, 运行更加稳定。 通过电控出水阀来控制浇水器的出水量和出水时间,使得待浇水时间和待 浇水量与实际浇水时间和实际浇水量更加准确。
本发明的对植物浇水进行提醒的系统是直接对人的浇水活动进行监控并 且提醒, 在人的作用下, 与采用计算机控制机器直接浇水而言, 能够同样达到 准时适量浇水的目的, 而成本却非常低廉。
【附图说明】
图 1为本发明实施例 1的系统结构框图;
图 2为本发明实施例 2的系统结构框图;
图 3为本发明实施例 3和实施例 4的系统结构框图。
【具体实施方式】
为了使发明的目的、技术方案及优点更加清楚明白, 以下结合附图及实施 例, 对本发明进行进一步详细说明。 应当理解, 此处所描述的实施例仅用以解 释本发明, 并不用来限定本发明。
实施例 1
现代都市生活中, 花草树木在家庭或者办公环境中越来越收到欢迎和普 及, 而这些有生命的花草树木需要经常浇水、 施肥、 除虫等维护工作, 施肥和 除虫不是经常需要做的工作, 但是浇水却需要定期的去做, 而人们由于工作繁 忙会经常忘记浇水工作, 导致花木枯死, 为了解决这一问题, 需要借助外界的 工具对人们的浇水行为进行提醒, 从而能够避免出现花木枯死的情况。
即使是浇水也是有每次浇水的水量、 浇水间隔时间等因素要求的, 同时对 于不同的花木, 每次浇水的水量、 浇水间隔的时间要求也不同, 对于缺乏相关 植物栽培知识的人^艮容易将这些数据搞错, 导致浇水不当, 从而导致花木枯死 的情况, 所以也需要借助外界的工具对浇水的方法进行指导。
如图 1所示, 本实施例提供一种对植物浇水进行提醒的系统, 该系统包括 一个或多个计算机、一服务器和一个或多个手机,所述计算机用于获取用户(所 述用户指使用该系统的人, 包括对植物进行浇水的人, 也可以是其他人)通过 计算机的键盘或鼠标选择或输入的该用户所拥有的植物数量, 并对每一株(或 者每一颗, 或者每一盘)植物进行编序号, 形成植物序号列表, 同时获取用户 选择的每一株植物的种类、 该植物的生长年龄、 该植物的高度以及该植物所处 的环境参数(包括该植物所在的生长地区、 室内光线照射情况, 通风情况等), 还可以将更多的影响植物浇水的频率以及浇水量的因素统计进来, 比如该植物 的叶子茂盛情况等(智能手机也具有与计算机相同的功能, 也可用来获取用户 通过手机的按键选择或者输入的该用户所拥有的植物数量,并对每一株植物进 行编号, 形成植物序号列表, 同时获取用户选择的每一株植物的种类、 该植物 的生长年龄、 该植物的高度以及该植物所处的环境参数), 计算机获取用户输 互联网发送给远程的服务器进行存储,服务器根据与多个植物相关的众多参数 之后结合该植物的生成特性生成与该植物相对应的浇水任务表单,所述任务表 单即该植物的浇水任务列表,在该列表中根据时间轴对该植物待浇水时间和每 个时间对应的待浇水的量进行排列, 该任务表单存储在服务器中。
由于浇水是人去完成的,所以可以依靠人去将每一次浇水的时间与浇水的 水量通过计算机的键盘输入到计算机中去,计算机获取用户输入植物的序号以 及对该植物进行浇水的时间和浇水量的数据后再通过互联网发送给远程的服 务器,远程的服务器根据本次对该植物浇水的时间数据以及浇水量数据再结合 与该植物相对应的浇水任务表单,生成下一次对该植物进行浇水的时间以及浇 水量数据, 而下一次对该植物进行浇水的时间以及浇水量数据也在与该植物相 对应的浇水任务表单中更新, 同时下一次对该植物进行浇水的时间以及浇水量 数据因为天气的影响(空气湿度、 温度以及阳光照射情况)也会不断的发生改 变,所以服务器也会根据与该植物相关众多参数对该植物的浇水任务表单进行 修改和更新。 的计算机提前(可以提前一小时或者提前一分钟, )发送下一次待浇水的时间 和待浇水量数据,待浇水的时间和待浇水量数据以手机短信的方式或者手机即 时通讯软件的即时消息的方式显示出来, 而待浇水的时间和待浇水量数据也可 以以即时通讯软件的即时消息或者是弹出窗口弹出显示出来。
下次待浇水的时间和待浇水量的数据中包含了针对多少株植物的待浇水 时间和待浇水量数据需要根据该用户在服务器中登记(即通过计算机或者手机 输入或者选择) 的植物的数量。
在浇水者从手机或者计算机上看到待浇水的时间以及待浇水量后按照待 浇水的时间以及待浇水量对植物进行浇水。不仅待浇水的时间和待浇水量的数 据可以显示出来, 而且在浇水时间到达的时候(或者前几分钟)还可以直接通 过音频信号进行提醒(类似于闹钟的提醒功能)。
在用户按照手机或者计算机上提示的浇水时间和浇水量进行浇水后,将本 次浇水时间和浇水量数据通过计算机或者手机的按键输入到计算机或者手机 中, 然后计算机或者手机将上述收据发送到服务器中去。 即使用户未准时按照 计算机或者手机上提示的浇水时间进行浇水, 又或者没有按照计算机或者手机 上提示的浇水量进行浇水,用户在浇水后也需要通过计算机或者手机的键盘将 实际浇水时间和实际浇水量输入到计算机或者手机中,然后再由计算机或者手 机发送给服务器。
实施例 2
如图 2所示, 本实施例提供另外一种对植物浇水进行提醒的系统, 该系统 包括一个或多个浇水器、 一服务器、 一个或多个计算机、 一个或多个手机, 所 述计算机和手机均可用于获取计算机或手机选择或输入的该用户所拥有的植 物数量, 并对每一株植物进行编序号, 形成植物序号列表, 同时获取用户选择 的每一株植物的种类、 该植物的生长年龄、 该植物的高度、 枝叶茂盛程度以及 该植物所处的环境参数,计算机或手机将与植物相关的上述参数通过互联网发 送给服务器,服务器存储上述参数并根据与该植物相关的众多参数之后结合该 植物的生成特性生成与该植物相对应的浇水任务表单,所述任务表单即该植物 的浇水任务列表,在该列表中根据时间轴对该植物待浇水时间和每个时间对应 的待浇水的量进行排列, 该任务表单存储在服务器中。
与实施例不同的是, 本实施例中, 对植物浇水的时间数据与对该植物浇水 量数据是通过浇水器获取的,所述浇水器包括一流量计、微处理器、显示模块、 按键模块、 WiFi无线模块、存储模块以及电源模块, 该浇水器包括一壶体和一 底座, 在不浇水的时候壶体放置在底座上, 底座与市电接通, 用于向壶体进行 供电以及对电源模块(即锂电池)充电, 当需要用浇水器对植物进行浇水时, 浇水器的壶体与底座分离, 设置在壶体内的电源模块开始工作, 向流量计、 微 处理器、 显示模块、 按键模块、 WiFi无线模块以及存储模块进行供电。 在用户 对某一植物进行浇水之前, 浇水器的 WiFi无线模块从服务器中获取用户在服 务器中登记的植物序号列表,所述微处理器将植物序号列表发送给显示模块显 示,用户根据显示模块显示的植物序号列表以及将要对其浇水的植物序号在按 键模块上进行选择或者输入, 按键模块获取用户 (即浇水者)选择的植物序号 并发送给微处理器。 所述流量计用于获取该植物浇水时的出水量数据, 所述微 处理器获取流量计统计的流量数据, 当流量计统计到出水量大于零时, 表明该 浇水器的出水口有水流出, 微处理器获取浇水器对植物浇水的时间数据, 上述 的对该植物浇水时的出水量数据和浇水时间数据与该植物的序号一起绑定后 通过 WiFi无线模块发送给 WiFi无线路由器进行数据中转,然后通过互联网发 送到远程的服务器上,远程的服务器根据本次对该植物浇水的时间数据以及浇 水量数据再结合与该植物相对应的浇水任务表单,生成下一次对该植物进行浇 水的时间以及浇水量数据, 而下一次对该植物进行浇水的时间以及浇水量数据 也在与该植物相对应的浇水任务表单中更新, 同时下一次对该植物进行浇水的 时间以及浇水量数据因为天气的影响(空气湿度、 温度以及阳光照射情况)也 会不断的发生改变,所以服务器也会根据与该植物相关众多参数对该植物的浇 水任务表单进行修改和更新。 的计算机提前(可以提前一小时或者提前一分钟, )发送下一次待浇水的时间 和待浇水量数据,待浇水的时间和待浇水量数据以手机短信的方式或者手机即 时通讯软件的即时消息的方式显示出来, 而待浇水的时间和待浇水量数据也可 以以即时通讯软件的即时消息或者是弹出窗口弹出显示出来。
下次待浇水的时间和待浇水量的数据中包含了针对多少株植物的待浇水 时间和待浇水量数据需要根据该用户在服务器中登记(即通过计算机或者手机 输入或者选择) 的植物的数量。
在浇水者从手机或者计算机上看到待浇水的时间以及待浇水量后按照待 浇水的时间以及待浇水量对植物进行浇水。不仅待浇水的时间和待浇水量的数 据可以显示出来, 而且在浇水时间到达的时候(或者前几分钟)还可以直接通 过音频信号进行提醒(类似于闹钟的提醒功能)。
在用户按照手机或者计算机上提示的浇水时间和浇水量进行浇水后,浇水 器将实际浇水的时间和浇水量发送给服务器, 即使用户未准时按照计算机或者 手机上提示的浇水时间进行浇水,又或者没有按照计算机或者手机上提示的浇 水量进行浇水, 浇水器也将实际浇水的时间和浇水量发送给服务器, 服务器。
实施例 3
如图 3所示, 本实施例提供另外一种对植物浇水进行提醒的系统, 该系统 包括一个或多个浇水器、 一服务器、 一个或多个计算机、 一个或多个手机, 所 述计算机和手机均可用于获取计算机或手机选择或输入的该用户所拥有的植 物数量, 并对每一株植物进行编序号, 形成植物序号列表, 同时获取用户选择 的每一株植物的种类、 该植物的生长年龄、 该植物的高度、 枝叶茂盛程度以及 该植物所处的环境参数,计算机或手机将与植物相关的上述参数通过互联网发 送给服务器,服务器存储上述参数并根据与该植物相关的众多参数之后结合该 植物的生成特性生成与该植物相对应的浇水任务表单,所述任务表单即该植物 的浇水任务列表,在该列表中根据时间轴对该植物待浇水时间和每个时间对应 的待浇水的量进行排列, 该任务表单存储在服务器中。
与实施例 2不同的是,所述浇花器不仅包括流量计、微处理器、显示模块、 按键模块、 WiFi无线模块、存储模块以及电源模块外, 还包括蜂鸣器以及电控 出水阀, 该浇水器包括一壶体和一底座, 在不浇水的时候壶体放置在底座上, 底座与市电接通, 用于向壶体进行供电以及对电源模块(即锂电池)充电, 当 需要用浇水器对植物进行浇水时, 浇水器的壶体与底座分离, 设置在壶体内的 电源模块开始工作, 向流量计、 微处理器、 显示模块、 按键模块、 WiFi无线模 块以及存储模块进行供电。 所述流量计用于获取对一植物浇水时的出水量数 据, 所述微处理器获取流量计统计的流量数据, 当流量计统计到出水量大于零 时, 表明该浇水器的出水口有水流出, 微处理器获取浇水器对植物浇水的时间 数据, 上述的浇水时的出水量数据和浇水时间数据通过 WiFi无线模块发送给 WiFi无线路由器进行数据中转,然后通过互联网发送到远程的服务器上,远程 的服务器根据本次对该植物浇水的时间数据以及浇水量数据再结合与该植物 相对应的浇水任务表单, 生成下一次对该植物进行浇水的时间以及浇水量数 据, 而下一次对该植物进行浇水的时间以及浇水量数据也在与该植物相对应的 浇水任务表单中更新, 同时下一次对该植物进行浇水的时间以及浇水量数据因 为天气的影响(空气湿度、 温度以及阳光照射情况)也会不断的发生改变, 所 以服务器也会根据与该植物相关众多参数对该植物的浇水任务表单进行修改 和更新。 的计算机提前(可以提前一小时或者提前一分钟, )发送下一次待浇水的时间 和待浇水量数据,待浇水的时间和待浇水量数据以手机短信的方式或者手机即 时通讯软件的即时消息的方式显示出来, 而待浇水的时间和待浇水量数据也可 以以即时通讯软件的即时消息或者是弹出窗口弹出显示出来。
下次待浇水的时间和待浇水量的数据中包含了针对多少株植物的待浇水 时间和待浇水量数据需要根据该用户在服务器中登记(即通过计算机或者手机 输入或者选择) 的植物的数量。
所述下一次待浇水的时间和待浇水量数据还通过互联网以及 WiFi无线路 由器发送给浇水器的 WiFi无线模块, WiFi无线模块将上述的待浇水的时间和 待浇水量数据存储在存储模块中,所述微处理器结合存储在存储模块中的该植 物的待浇水时间和浇水量数据以及流量计获取的对该植物浇水时出水量的数 据和出水的时间数据进行分析, 当浇水器实际出水时间与待浇水时间不符时, 微处理器控制蜂鸣器发出报警信号, 当浇水器实际出水量数据大于待浇水量数 据, 微处理器控制蜂鸣器发出报警信号。
所述电控出水阀设置于浇水器的出水口且位于流量计的下水位, 当浇水器 实际出水时间为待浇水时间时, 微处理器控制电控出水阀的阀门开启, 允许浇 水器中的水流出; 当浇水器实际出水时间与待浇水时间不符时, 微处理器控制 电控出水阀的阀门关闭, 不允许浇水器中的水流出。 当浇水器的流量计检测到 的实际出水量大于或者等于待浇水量时, 微处理器控制电控出水阀的阀门关 闭, 不允许浇水器的水流出。
在浇水者从手机或者计算机上看到待浇水的时间以及待浇水量后按照待 浇水的时间以及待浇水量对植物进行浇水。不仅待浇水的时间和待浇水量的数 据可以在手机或者计算机上显示出来, 而且在浇水时间到达的时候(或者前几 分钟)还可以直接通过音频信号进行提醒(类似于闹钟的提醒功能)。
在用户按照手机或者计算机上提示的浇水时间和浇水量进行浇水后,浇水 器将实际浇水的时间和浇水量发送给服务器, 由于有了电控出水阀对浇水的时 间和浇水量进行控制后,用户对植物浇水的时间和浇水量的就会得有有效准备 的控制, 使得本系统运行更加稳定。
实施例 4
如图 3所示, 本实施例提供一种对植物浇水进行提醒的系统, 该系统包括 一个或多个浇水器、 一服务器、 一个或多个计算机、 一个或多个手机, 所述计 算机和手机均可用于获取计算机或手机选择或输入的该用户所拥有的植物数 量, 并对每一株植物进行编序号, 形成植物序号列表, 同时获取用户选择的每 一株植物的种类、 该植物的生长年龄、 该植物的高度、 枝叶茂盛程度以及该植 物所处的环境参数,计算机或手机将与植物相关的上述参数通过互联网发送给 服务器,服务器存储上述参数并根据与该植物相关的众多参数之后结合该植物 的生成特性生成与该植物相对应的浇水任务表单,所述任务表单即该植物的浇 水任务列表,在该列表中根据时间轴对该植物待浇水时间和每个时间对应的待 浇水的量进行排列, 该任务表单存储在服务器中。
所述浇花器不仅包括流量计、 微处理器、 显示模块、 按键模块、 WiFi 无 线模块、 存储模块以及电源模块外, 还包括蜂鸣器以及电控出水阀, 该浇水器 包括一壶体和一底座, 在不浇水的时候壶体放置在底座上, 底座与市电接通, 用于向壶体进行供电以及对电源模块(即锂电池)充电, 当需要用浇水器对植 物进行浇水时,浇水器的壶体与底座分离,设置在壶体内的电源模块开始工作, 向流量计、 微处理器、 显示模块、 按键模块、 WiFi无线模块以及存储模块进行 供电。 所述流量计用于获取对一植物浇水时的出水量数据, 所述微处理器获取 流量计统计的流量数据, 当流量计统计到出水量大于零时, 表明该浇水器的出 水口有水流出, 微处理器获取浇水器对植物浇水的时间数据, 上述的浇水时的 出水量数据和浇水时间数据通过 WiFi无线模块发送给 WiFi无线路由器进行数 据中转, 然后通过互联网发送到远程的服务器上, 远程的服务器根据本次对该 植物浇水的时间数据以及浇水量数据再结合与该植物相对应的浇水任务表单, 生成下一次对该植物进行浇水的时间以及浇水量数据,而下一次对该植物进行 浇水的时间以及浇水量数据也在与该植物相对应的浇水任务表单中更新, 同时 下一次对该植物进行浇水的时间以及浇水量数据因为天气的影响 (空气湿度、 温度以及阳光照射情况)也会不断的发生改变, 所以服务器也会根据与该植物 相关众多参数对该植物的浇水任务表单进行修改和更新。 的计算机提前(可以提前一小时或者提前一分钟, )发送下一次待浇水的时间 和待浇水量数据,待浇水的时间和待浇水量数据以手机短信的方式或者手机即 时通讯软件的即时消息的方式显示出来, 而待浇水的时间和待浇水量数据也可 以以即时通讯软件的即时消息或者是弹出窗口弹出显示出来。
在上述实施例 3的基础之上,所述服务器还用于将历次对一植物浇水的时 间和浇水量数据以及与该植物相对应的浇水任务表单分析并生成植物的健康 状态信息, 由于对该植物浇水的任务表单是促进该植物健康成长的最合适的浇 水时间以及浇水量,如果不按时浇水或者浇水的量达不到最合适的浇水量的标 准, 会导致植物因缺水或者水过多而死亡的问题, 所以根据历次对该植物浇水 的时间和浇水量数据以及与该植物相对应的浇水任务表单即可分析出该植物 的健康状态, 而该植物的健康状态需要用一个直观的形象向用户展示出来, 这 样才能够促使用户按时适量的去对植物浇水,服务器通过将该植物的健康状态 信息转变成虚拟植物生长状态,并将该虚拟植物生长状态发送给计算机或者手 机显示出来。
将植物的生长状态通过计算机或者手机显示出来后, 不仅能够让用户自 己, 也可以让他人直观的看到植物的生长状态, 通过将植物的生长状态添加到 游戏中去, 可以通过游戏互动, 用户带来动力或者压力去及时适量的对植物进 行浇水。 总之, 以上实施例仅用以说明本发明的技术方案而非限制, 尽管参照较佳 实施例对本发明进行了详细说明, 本领域的普通技术人员应当理解, 可以对本 发明的技术方案进行修改或者等同替换, 而不脱离本发明技术方案的精神和范 围, 其均应涵盖在本发明的权利要求范围当中。

Claims

权 利 要 求 书
1 . 一种对植物浇水进行提醒的系统, 其特征在于, 该系统包括: 数据获取装置,用于获取对一植物浇水的时间和浇水量的数据并将该数据 发送到服务器上;
服务器,用于将对该植物浇水的时间和浇水量的数据分析并生成该植物待 浇水时间和浇水量数据并发送出去;
终端, 用于通过互联网获取上述的该植物待浇水时间和浇水量数据; 终端获取上述的该植物待浇水时间和浇水量数据并通过音频或 /和视频信 号作出提醒。
2.根据权利要求 1所述的对植物浇水进行提醒的系统, 其特征在于, 所述 数据获取装置为计算机或手机,计算机或手机获取浇花者输入的对该植物浇水 的时间和浇水量数据并将该数据发送到服务器上。
3. 根据权利要求 1 所述的对植物浇水进行提醒的系统, 其特征在于, 所 述数据获取装置为一浇水器,所述浇水器包括一设置在浇水器出水口的流量计 以及与流量计接通的微处理器,所述流量计获取对该植物浇水时的出水量的数 据, 微处理器获取对该植物浇水的出水时间数据, 通过设置在浇水器上的无线 网络模块将所述出水量的数据和出水时间数据发送到服务器上。
4.根据权利要求 1所述的对植物浇水进行提醒的系统, 其特征在于, 该系 统还包括一计算机,所述计算机获取用户输入的植物序号以及与该植物序号相 对应的植物的种类、 该植物的生长年龄、 该植物的高度以及该植物所处的环境 参数并将这些数据发送给服务器,服务器根据这些数据分析并生成与植物序号 列表以及与植物序号相关联的浇水任务表单, 并存储在服务器中。
5.根据权利要求 4所述的对植物浇水进行提醒的系统, 其特征在于, 所述 浇花器还包括显示模块以及按键模块,所述无线网络模块从服务器中获取用户 在服务器中存储的植物序号列表,所述微处理器将植物序号列表发送给显示模 块显示, 按键模块用于获取浇水者选择的植物序号并发送给微处理器, 所述微 处理器将该植物序号与对该植物浇水时的出水量数据和出水时间数据绑定后 一起发送给服务器。
6. 根据权利要求 1 -5任一所述的对植物浇水进行提醒的系统, 其特征在 于, 所述无线网络模块为 WiFi模块, 所述对植物浇水的时间和浇水量的数据 先通过 WiFi模块发送给 WiFi无线路由器, 然后再经 WiFi无线路由器中转发 送给服务器。
7.根据权利要求 1所述的对植物浇水进行提醒的系统, 其特征在于, 所述 终端包括计算机和手机, 所述浇水时间和浇水量数据显示在计算机或 /和手机 的显示模块上。
8.根据权利要求 3所述的对植物浇水进行提醒的系统, 其特征在于, 所述 终端也为浇水器, 所述浇水器还包括一存储模块和蜂鸣器, 所述无线网络模块 获取该植物待浇水时间和浇水量数据存储在存储模块中,微处理器结合存储在 存储模块中的该植物待浇水时间和浇水量数据以及流量计获取的对该植物浇 水时出水量的数据和出水的时间数据进行分析, 当浇水器实际出水时间与待浇 水时间不符时, 微处理器控制蜂鸣器发出报警信号, 当浇水器实际出水量数据 大于待浇水量数据, 微处理器控制蜂鸣器发出报警信号。
9.根据权利要求 8所述的对植物浇水进行提醒的系统, 其特征在于, 所述 浇水器还包括一电控出水阀, 当浇水器实际出水时间为待浇水时间时, 微处理 器控制电控出水阀的阀门开启; 当浇水器实际出水时间与待浇水时间不符时, 微处理器控制电控出水阀的阀门关闭; 当浇水器出水量等于待浇水量时, 微处 理器控制电控出水阀的阀门关闭。
10.根据权利要求 1 所述的对植物进行提醒的系统, 其特征在于, 服务器 获取历次对该植物浇水的时间和浇水量的数据以及与该植物相对应的浇水任 务表单分析并生成植物的健康状态信息,服务器将该植物的健康状态信息转变 成虚拟植物生长状态, 并将该虚拟植物生长状态发送给终端显示出来。
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