CN102605832B - Intelligent tap water control equipment and method - Google Patents
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Abstract
本发明的一种实现自来水的智能控制设备及方法，包括供水系统，及连接供水系统、用于控制供水系统的控制器，及与控制器相连的恒流变速器，及连接供水系统的用水设备；所述控制器还连接有控制器故障提示仪和扬声器。通过采用12V直流供电，低于36V人体安全电压，耗电25W，效率高垂直扬程可达30米，由单片微型计算机控制供水系统，当水源快缺水时控制器会间断的提示你，好让你有计划的用水，同时启动供水系统，以确保源源不断的水源，在使用过程中若进水口有脏东西堵塞，控制器会提示你清洗过滤网，控制器与潜水泵分别坏的时候它会有不同的提示。在雷雨天它会提示你拔掉电源，其使用安全，节能，智能且安装方便快捷。
An intelligent control device and method for realizing running water according to the present invention, comprising a water supply system, a controller connected to the water supply system, a controller for controlling the water supply system, a constant flow transmission connected to the controller, and water equipment connected to the water supply system; The controller is also connected with a controller fault prompting instrument and a loudspeaker. By adopting 12V DC power supply, which is lower than 36V human body safety voltage, power consumption is 25W, and the vertical head can reach 30 meters with high efficiency. The water supply system is controlled by a single-chip microcomputer. When the water source is about to be short of water, the controller will intermittently remind you, okay. Allows you to use water in a planned way, and start the water supply system at the same time to ensure a steady stream of water. During use, if the water inlet is blocked by dirt, the controller will prompt you to clean the filter. When the controller and the submersible pump are broken, it will There will be different prompts. It will prompt you to unplug the power supply during thunderstorms, which is safe to use, energy-saving, intelligent and easy to install.
Description
技术领域 technical field
本发明涉及一种实现自来水的智能控制设备及方法。 The present invention relates to an intelligent control device and method for realizing tap water.
背景技术 Background technique
传统的供水设备造价高不便于安装维抚，如水塔，在高处修建水池，或需要通过220V（100W至2000W）高耗能的交流电机抽水。 Traditional water supply equipment is expensive and difficult to install and maintain, such as water towers, building pools at high places, or pumping water through 220V (100W to 2000W) high-energy-consuming AC motors.
上述方案虽说可以实现供水，但是如水塔的安装很有局限性，安装起来费时费力很不方便，在瓦房上面根本无法安装，安装高度不够的时候根本就没有压力，所以很多地方就没法用。又如220V（100W至2000W）的电机虽说在安装上面没有那么多的局限性，但是因其输出的水流量太大与很多的用水设备不匹配，用水设备会将水流量压缩减小，从而使电机长期处于高负荷状态，容易损坏电机还会很耗电，及其容易出现漏电伤人的现象，在偏远地区还会因电压不足而不能使用，像这样的替代品使用起来是很不科学的。同时，现有的水泵不能实现智能控制，操作不方便；安装时只能潜水或安装在室内，不能实现一机二用，使用不方便。 Although the above scheme can achieve water supply, the installation of the water tower is very limited. It is time-consuming, laborious and inconvenient to install. It cannot be installed on the tile-roofed house. When the installation height is not enough, there is no pressure at all, so it cannot be used in many places. . Another example is the 220V (100W to 2000W) motor, although there are not so many limitations in installation, but because the output water flow is too large, it does not match many water equipment, and the water equipment will compress the water flow to reduce it. The motor is in a high-load state for a long time, it is easy to damage the motor and consumes a lot of power, and it is prone to leakage and injury. In remote areas, it cannot be used due to insufficient voltage. It is very unscientific to use such a substitute . At the same time, the existing water pumps cannot realize intelligent control and are inconvenient to operate; they can only be installed underwater or installed indoors, and cannot realize one machine with two functions, which is inconvenient to use. the
发明内容 Contents of the invention
本发明要解决的技术问题是提供一种使用安全，节能，智能且安装方便快捷的实现自来水的智能控制设备。 The technical problem to be solved by the present invention is to provide an intelligent control device for realizing tap water that is safe in use, energy-saving, intelligent and easy to install.
为解决上述技术问题，本发明采用如下技术方案：包括供水系统，及连接供水系统、用于控制供水系统的控制器，及与控制器相连的恒流变速器，及连接供水系统的用水设备；所述控制器还连接有控制器故障提示仪和扬声器；所述控制器为单片微型计算机；所述供水系统为水泵；所述控制器连接有主电源和辅电源，所述主电源由控制器控制可调12V—7V，供供水系统使用；所述辅电源为5V，在主电源上分压所得,供控制器使用。 In order to solve the above-mentioned technical problems, the present invention adopts the following technical solutions: comprising a water supply system, a controller connected to the water supply system, a controller for controlling the water supply system, a constant current transmission connected to the controller, and water equipment connected to the water supply system; The controller is also connected with a controller fault prompting instrument and a loudspeaker; the controller is a single-chip microcomputer; the water supply system is a water pump; the controller is connected with a main power supply and an auxiliary power supply, and the main power supply is controlled by the controller The control can be adjusted from 12V to 7V for the water supply system; the auxiliary power supply is 5V, obtained by dividing the main power supply, and used for the controller.
本发明要解决的另一技术问题是提供一种使用安全，节能，智能且安装方便快捷的实现自来水的智能控制方法。 Another technical problem to be solved by the present invention is to provide an intelligent control method for tap water that is safe in use, energy-saving, intelligent, and easy to install.
为解决上述技术问题，本发明采用如下技术方案：包括以下步骤： In order to solve the problems of the technologies described above, the present invention adopts the following technical solutions: comprising the following steps:
A、通电后控制器检测水泵压力开关：a、压力开关断开时：满压信号指示灯亮，蜂鸣器提示；b、压力开关导通时：工作指示灯亮，启动水泵，蜂鸣器提示； A. After the power is turned on, the controller detects the pressure switch of the water pump: a. When the pressure switch is disconnected: the full pressure signal indicator light is on, and the buzzer prompts; b. When the pressure switch is on: the working indicator light is on, the water pump is started, and the buzzer prompts;
B、控制器任何时候检测到水泵电流在10秒内1A以下工作，缺水指示灯亮，蜂鸣器提示，同时关闭水泵电源； B. The controller detects that the pump current is working below 1A within 10 seconds at any time, the water shortage indicator light is on, the buzzer prompts, and the power supply of the water pump is turned off at the same time;
C、当水泵管道的压力上升后，水泵的电流也会成正比的上升，在检测到水泵电流高于2A的时候，控制器会降低主电源电压，控制水泵的电流在1.5A-2.5A的范围，当控制器把主电源降到7V的时候，控制器会将水泵电流在1秒内提升到2.8A以内，电压也会在1秒内由7V上升到12V之间，此时会有以下a，b，c，d情况： C. When the pressure of the pump pipeline rises, the current of the pump will also rise proportionally. When the pump current is detected to be higher than 2A, the controller will reduce the main power supply voltage and control the current of the pump at 1.5A-2.5A. Range, when the controller lowers the main power supply to 7V, the controller will increase the pump current to within 2.8A within 1 second, and the voltage will also rise from 7V to 12V within 1 second, at this time there will be the following a, b, c, d case:
a、在这个1秒内水泵的压力开关断开，控制器将关闭水泵电源，然后回到A步中的a的功能； a. Within 1 second, the pressure switch of the water pump is disconnected, the controller will turn off the power of the water pump, and then return to the function of a in step A;
b、若1秒内压力开关还是处于导通，控制器不再恒流，全功率输出5秒，在这个5秒内水泵电流高于3.2A 控制器将关闭水泵电源，输出水泵故障信号，同时在这个5秒内水泵的压力开关断开， 控制器将关闭水泵电源，然后回到A步中的a的功能； b. If the pressure switch is still on within 1 second, the controller will stop the constant current and output full power for 5 seconds. During this 5 seconds, the pump current is higher than 3.2A. The controller will turn off the power supply of the pump and output the pump fault signal. At the same time In this 5 seconds, the pressure switch of the water pump is disconnected, the controller will turn off the power of the water pump, and then return to the function of a in step A;
c、若5秒内压力开关还是处于导通，电流也没大于3.2A，程序将返回到C步的功能中；循环工作至8次后，控制器将关闭水泵电源，蜂鸣器提示，漏水指示灯亮，熄掉其它的指示灯； c. If the pressure switch is still on within 5 seconds and the current is not greater than 3.2A, the program will return to the function of step C; after 8 cycles, the controller will turn off the power of the water pump, and the buzzer will prompt that there is water leakage When the indicator light is on, turn off other indicators;
d、在上述a，b，c过程中检测到类似于B步的时候，程返回到B步； D, when detecting similar to B step in above-mentioned a, b, c process, process returns to B step;
D、当水泵有时间规律启动、关闭时，控制器将不再启动水泵，蜂鸣器提示，漏水指示灯亮，熄掉其它的指示灯。 D. When the water pump starts and shuts down regularly, the controller will no longer start the water pump, the buzzer will prompt, the water leakage indicator light will be on, and other indicator lights will be turned off.
本发明的实现自来水的智能控制设备及方法：通过采用12V直流供电，低于36V人体安全电压，耗电25W，效率高垂直扬程可达30米，由单片微型计算机控制供水系统，当水源快缺水时控制器故障提示仪会间断的提示你，好让你有计划的用水，同时启动供水系统，以确保源源不断的水源，在使用过程中若进水口有脏东西堵塞，控制器故障提示仪会提示你清洗过滤网，控制器与潜水泵分别坏的时候它会有不同的提示。在雷雨天它会提示你拔掉电源，其使用安全，节能，智能且安装方便快捷。 The intelligent control device and method for realizing tap water of the present invention: by adopting 12V DC power supply, the human body safety voltage is lower than 36V, the power consumption is 25W, the vertical lift can reach 30 meters with high efficiency, and the water supply system is controlled by a single-chip microcomputer. When the water is short of water, the controller failure prompter will remind you intermittently, so that you can use water in a planned way, and at the same time start the water supply system to ensure a steady stream of water. If the water inlet is blocked by dirt during use, the controller failure prompt The instrument will remind you to clean the filter screen, and it will give different prompts when the controller and submersible pump are broken respectively. It will prompt you to unplug the power supply during thunderstorms, which is safe to use, energy-saving, intelligent and easy to install.
附图说明 Description of drawings
图1为本发明实现自来水的智能控制设备自动供水原理图； Fig. 1 realizes the automatic water supply schematic diagram of the intelligent control equipment of running water for the present invention;
图2为本发明实现自来水的智能控制设备自来水增压原理图； Fig. 2 is the principle diagram of tap water pressurization of the intelligent control equipment for tap water realized by the present invention;
图3为本发明实现自来水的智能控制设备的控制原理图； Fig. 3 realizes the control schematic diagram of the intelligent control equipment of running water for the present invention;
图4为本发明实现自来水的智能控制设备的电路图。 Fig. 4 is a circuit diagram of an intelligent control device for running water in accordance with the present invention.
具体实施方式 Detailed ways
本实施例中，参照图1至图4所示，该实现自来水的智能控制设备，包括供水系统，及连接供水系统、用于控制供水系统的控制器，及与控制器相连的恒流变速器，及连接供水系统的用水设备；所述控制器还连接有控制器故障提示仪和扬声器。所述供水系统和用水设备之间设置有用于连接供水系统和用水设备的供水管。所述控制器为单片微型计算机。所述供水系统为水泵。所述控制器连接有主电源和辅电源，所述主电源由控制器控制可调12V—7V，供供水系统使用；所述辅电源为5V，在主电源上分压所得,供控制器使用。本产品从安全，节能，智能与安装方便快捷入手，为用水设备量身制定的既能潜水又能挂在墙上的供水设备，打破了传统的只能潜水或室内的安装，让你怎样方便就怎样装。 In this embodiment, as shown in Fig. 1 to Fig. 4, the intelligent control device for running water includes a water supply system, a controller connected to the water supply system, and a controller for controlling the water supply system, and a constant flow speed changer connected with the controller, and water equipment connected to the water supply system; the controller is also connected with a controller fault prompting instrument and a loudspeaker. A water supply pipe for connecting the water supply system and the water equipment is arranged between the water supply system and the water equipment. The controller is a single-chip microcomputer. The water supply system is a water pump. The controller is connected with a main power supply and an auxiliary power supply, the main power supply is controlled by the controller and can be adjusted from 12V to 7V for the water supply system; the auxiliary power supply is 5V, obtained by dividing the main power supply, and used by the controller . This product starts with safety, energy saving, intelligence and convenient and quick installation. It is a water supply equipment tailored for water equipment that can not only dive but also hang on the wall. It breaks the traditional only diving or indoor installation. How convenient is it for you? Just pretend.
当水源快缺水时控制器故障提示仪会间断的提示你，好让你有计划的用水，同时启动水源供水设备，以确保源源不断的水源，2分钟后有水源来就关闭缺水提示，若水源供水设备不供水，控制器会发出不供水的提示，同时关闭水源供水设备，待水源的水耗尽后关闭潜水泵，再发出水源供水设备不供水的提示。 When the water source is about to be short of water, the controller fault prompter will remind you intermittently, so that you can use water in a planned way, and at the same time start the water source and water supply equipment to ensure a steady stream of water source, and turn off the water shortage prompt after 2 minutes when there is water source. If the water source water supply equipment does not supply water, the controller will issue a prompt of no water supply, and at the same time turn off the water source water supply equipment. After the water in the water source is exhausted, turn off the submersible pump, and then send out a prompt of water source water supply equipment not supplying water.
在使用过程中若进水口有脏东西堵塞，控制器故障提示仪会提示你清洗过滤网，控制器与潜水泵分别坏的时候它会有不同的提示，从而节省了维修时需要浪费大量时间检查出现故障部件的位置，提高了维修人员的维修效率；在雷雨天它会提示你拔掉电源，为了安全停止使用本机，安全性能高。 During use, if the water inlet is blocked by dirt, the controller failure indicator will remind you to clean the filter screen. When the controller and the submersible pump are broken, it will have different prompts, which saves a lot of time wasted during maintenance. The location of the faulty parts improves the maintenance efficiency of maintenance personnel; in thunderstorms, it will prompt you to unplug the power supply, in order to stop using the machine safely, with high safety performance.
根据使用情况可选择潜水泵每次开机的工作时间范围，若不选择每次开机只工作1小时，在停机前5分钟间断提示，待时间到后自动关闭潜水泵，此功能是解决忘记关水龙头或需要定时定量用水等问题，实现无人看管放水，提示声音太吵的时候，你可以选择关闭开启任何一项提示声音。 According to the usage conditions, the working time range of the submersible pump can be selected each time it is turned on. If it is not selected, it will only work for 1 hour each time it is turned on, and it will be prompted intermittently 5 minutes before the shutdown. After the time is up, the submersible pump will be automatically turned off. This function is to solve the problem of forgetting to turn off the faucet. Or you need to regularly and quantitatively use water and other issues to realize unattended water release. When the prompt sound is too loud, you can choose to turn off any prompt sound.
其控制方法包括以下步骤： Its control method comprises the following steps:
A、通电后控制器检测水泵压力开关：a、压力开关断开时：满压信号指示灯亮，蜂鸣器提示；b、压力开关导通时：工作指示灯亮，启动水泵，蜂鸣器提示； A. After the power is turned on, the controller detects the pressure switch of the water pump: a. When the pressure switch is disconnected: the full pressure signal indicator light is on, and the buzzer prompts; b. When the pressure switch is on: the working indicator light is on, the water pump is started, and the buzzer prompts;
B、控制器任何时候检测到水泵电流在10秒内1A以下工作，缺水指示灯亮，蜂鸣器提示，同时关闭水泵电源； B. The controller detects that the pump current is working below 1A within 10 seconds at any time, the water shortage indicator light is on, the buzzer prompts, and the power supply of the water pump is turned off at the same time;
C、当水泵管道的压力上升后，水泵的电流也会成正比的上升，在检测到水泵电流高于2A的时候，控制器会降低主电源电压，控制水泵的电流在1.5A-2.5A的范围，当控制器把主电源降到7V的时候，控制器会将水泵电流在1秒内提升到2.8A以内，电压也会在1秒内由7V上升到12V之间，此时会有以下a，b，c，d情况： C. When the pressure of the pump pipeline rises, the current of the pump will also rise proportionally. When the pump current is detected to be higher than 2A, the controller will reduce the main power supply voltage and control the current of the pump at 1.5A-2.5A. Range, when the controller lowers the main power supply to 7V, the controller will increase the pump current to within 2.8A within 1 second, and the voltage will also rise from 7V to 12V within 1 second, at this time there will be the following a, b, c, d case:
a、在这个1秒内水泵的压力开关断开，控制器将关闭水泵电源，然后回到A步中的a的功能； a. Within 1 second, the pressure switch of the water pump is disconnected, the controller will turn off the power of the water pump, and then return to the function of a in step A;
b、若1秒内压力开关还是处于导通，控制器不再恒流，全功率输出5秒，在这个5秒内水泵电流高于3.2A 控制器将关闭水泵电源，输出水泵故障信号，同时在这个5秒内水泵的压力开关断开， 控制器将关闭水泵电源，然后回到A步中的a的功能； b. If the pressure switch is still on within 1 second, the controller will stop the constant current and output full power for 5 seconds. During this 5 seconds, the pump current is higher than 3.2A. The controller will turn off the power supply of the pump and output the pump fault signal. At the same time In this 5 seconds, the pressure switch of the water pump is disconnected, the controller will turn off the power of the water pump, and then return to the function of a in step A;
c、若5秒内压力开还是处于导通，电流也没大于3.2A，程序将返回到C步的功能中；循环工作至8次后，控制器将关闭水泵电源，蜂鸣器提示，漏水指示灯亮，熄掉其它的指示灯； c. If the pressure switch is still on within 5 seconds and the current is not greater than 3.2A, the program will return to the function of step C; after 8 cycles, the controller will turn off the power supply of the water pump, and the buzzer will prompt that there is water leakage When the indicator light is on, turn off other indicators;
d、在上述a，b，c过程中检测到类似于B步的时候，程返回到B步； D, when detecting similar to B step in above-mentioned a, b, c process, process returns to B step;
D、当水泵有时间规律启动、关闭时，控制器将不再启动水泵，蜂鸣器提示，漏水指示灯亮，熄掉其它的指示灯。 D. When the water pump starts and shuts down regularly, the controller will no longer start the water pump, the buzzer will prompt, the water leakage indicator light will be on, and other indicator lights will be turned off.
本发明的实现自来水的智能控制设备及方法：通过采用12V直流供电，低于36V人体安全电压，耗电25W，效率高垂直扬程可达30米，由单片微型计算机控制供水系统，当水源快缺水时控制器故障提示仪会间断的提示你，好让你有计划的用水，同时启动供水系统，以确保源源不断的水源，在使用过程中若进水口有脏东西堵塞，控制器故障提示仪会提示你清洗过滤网，控制器与潜水泵分别坏的时候它会有不同的提示。在雷雨天它会提示你拔掉电源，其使用安全，节能，智能且安装方便快捷。 The intelligent control device and method for realizing tap water of the present invention: by adopting 12V DC power supply, the human body safety voltage is lower than 36V, the power consumption is 25W, the vertical lift can reach 30 meters with high efficiency, and the water supply system is controlled by a single-chip microcomputer. When the water is short of water, the controller failure prompter will remind you intermittently, so that you can use water in a planned way, and at the same time start the water supply system to ensure a steady stream of water. If the water inlet is blocked by dirt during use, the controller failure prompt The instrument will remind you to clean the filter screen, and it will give different prompts when the controller and submersible pump are broken respectively. It will prompt you to unplug the power supply during thunderstorms, which is safe to use, energy-saving, intelligent and easy to install.
上述实施例，只是本发明的一个实例，并不是用来限制本发明的实施与权利范围，凡与本发明权利要求所述内容相同或等同的技术方案，均应包括在本发明保护范围内。 The foregoing embodiment is only an example of the present invention, and is not intended to limit the implementation and scope of rights of the present invention. All technical solutions identical or equivalent to those described in the claims of the present invention shall be included in the protection scope of the present invention.
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| CN201210086270.XA CN102605832B (en) | 2012-03-23 | 2012-03-23 | Intelligent tap water control equipment and method |
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| CN102605832B true CN102605832B (en) | 2014-02-05 |
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| CN108426667B (en) * | 2018-01-10 | 2021-02-02 | 九阳股份有限公司 | Pressure detection method of reverse osmosis water purifier |
| CN108278198B (en) * | 2018-01-10 | 2020-05-19 | 杭州九阳净水系统有限公司 | Control method for booster pump of water purifier |
| CN110469516B (en) * | 2019-08-21 | 2021-03-05 | 东莞市有意思电子科技有限公司 | Control method for realizing automatic constant pressure of water pump by detecting current load |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2042477U (en) * | 1988-09-21 | 1989-08-09 | 辽宁省义县给水设备研究所 | AC/DC microcomputer controlled automatic water supply equipment |
| CN2054809U (en) * | 1989-07-15 | 1990-03-21 | 辽宁省义县给水设备研究所 | Automatic water feeder controlled by microcomputor |
| CN2321827Y (en) * | 1997-11-04 | 1999-06-02 | 孙凯 | Constant pressure automatic water supply equipment |
| CN2396107Y (en) * | 1999-12-02 | 2000-09-13 | 丘惠源 | Integrated automatic water supplying device for building construction, life and fire controlling |
| CN202595811U (en) * | 2012-03-23 | 2012-12-12 | 吕修伟 | An intelligent control device for realizing tap water |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3426447B2 (en) * | 1996-09-26 | 2003-07-14 | 敏弘 大海 | Automatic water supply |
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2042477U (en) * | 1988-09-21 | 1989-08-09 | 辽宁省义县给水设备研究所 | AC/DC microcomputer controlled automatic water supply equipment |
| CN2054809U (en) * | 1989-07-15 | 1990-03-21 | 辽宁省义县给水设备研究所 | Automatic water feeder controlled by microcomputor |
| CN2321827Y (en) * | 1997-11-04 | 1999-06-02 | 孙凯 | Constant pressure automatic water supply equipment |
| CN2396107Y (en) * | 1999-12-02 | 2000-09-13 | 丘惠源 | Integrated automatic water supplying device for building construction, life and fire controlling |
| CN202595811U (en) * | 2012-03-23 | 2012-12-12 | 吕修伟 | An intelligent control device for realizing tap water |
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