TW201827675A - Smart water-saving equipment - Google Patents

Abstract

This study proposes a smart water-saving equipment. A smart water-saving equipment includes of battery, macro-direct electric generator, control system, linear fluid control valve, tap and infrared ray distance sensor. Infrared ray distance sensor can detect thermal body and connect to control system to send signal to control amount of by fluid control valve, low flow rate control valve, media flow rate control valve, high flow rate control valve. The smart system can save water efficiently.

Description

 Smart water saving device  

The invention relates to a water-saving device, in particular to a smart water-saving device, which senses a temperature-sensing object transmission signal to a controller by an infrared distance sensor, and the controller transmits a signal to a linear flow-type stepless control valve, and determines The closer the sensing object is to the infrared distance sensor, the linear flow rate stepless control valve is actuated to make the water flow a small amount of water. When the sensing object is slightly away from the distance, the linear type flowless stepless control valve acts to make the water flow out of the water. When the sensing object is slightly further away, the linear flow-type stepless control valve acts to make the water flow a large amount of water to achieve water-saving effect.

Republic of China Patent No. M285578: Smart water-saving high-efficiency jet type toilet without water tank. In the conventional structure, it includes a pelvic toilet body, which is provided with a sewer and a sewer, a sewer connected to a water spray hole, a sewer connected to a lower spray hole, a sewer and The sewer is connected to the outlet of the solenoid valve. The inlet of the solenoid valve is used to connect the water pipe network; the upper spray hole is a small hole distributed along the upper edge of the inner side of the pelvic cavity, and the spray direction is at an acute angle to the horizontal plane; the sewer is the bottom of the connected pelvic cavity. The passage of the hole, the lower injection hole at the end is located at the water storage bay, and the jet direction of the lower injection hole is substantially parallel to the discharge direction of the sewage pipe. The water consumption of the toilet of this structure is less than 4 liters, and the scouring force and the impact force are large. To ensure a clean flush, the Republic of China Patent No. M531497: water-saving device, which is assembled on a water outlet device, which mainly comprises: a water piece and a water stop plug, the water outlet device has a water outlet end There is a joint portion, and the inside of the water outlet device forms an abutting end upwardly along the joint portion, and the water stop plug is provided with a flat end to provide a water-saving sheet a water-saving sheet is fixed on the top of the water-repellent plug, and a water collecting portion is recessed from the top surface of the water-stopping plug, and a water outlet hole is formed in the center of the water-stopping plug. The outer edge of the water-stopping plug is provided with a joint end. The joint end is integrally formed with the joint portion of the water discharge device; and the water-saving sheet is provided with four water supply holes, so as to increase the effect of the water mist amount.

The inventors of the present invention have invented the present invention in view of the above-mentioned lack of water saving, the idea of creation and the idea of creation, the design of many years of experience, the trial of various samples and trials, and the many modifications.

The invention relates to a smart water saving device, which mainly comprises an energy storage battery, a micro DC generator, a controller, a linear flow type stepless control valve, a water outlet device and an infrared distance sensor, wherein the infrared distance sensor Placed in the water outlet sensing position of the water outlet device, the infrared distance sensor senses the temperature sensing object to the controller, the controller transmits the signal to the linear flow type stepless control valve, and determines that the closer the sensing object is to the infrared distance sensing When the device is operated, the linear flow type stepless control valve acts to make the water flow a small amount of water. When the sensing object is slightly away from the distance, the linear type flowless stepless control valve acts to make the water flow out of the water, and the sensing object is slightly farther away. The linear type flowless stepless control valve acts to make the water flow a large amount of water. The infrared distance sensor senses the object far and near to control the water outlet switch and control the water flow. The sensing object must have a temperature change to sense the tap water. The micro-DC generator flows into the linear type flow j without the section control valve, and flows into the linear type flowless stepless control valve. The controller controls the amount of water discharged, and the controller is coupled to the energy storage battery to actuate the signal.

10‧‧‧ Energy storage battery

20‧‧‧Micro DC generator

30‧‧‧ Controller

40‧‧‧Linear flowless stepless control valve

50‧‧‧Water outlet

60‧‧‧Infrared distance sensor

Figure 1 is a first view of the smart water saving device of the present invention.

Please refer to FIG. 1 , which is a first diagram of a smart water saving device according to the present invention, mainly comprising an energy storage battery (10), a micro DC generator (20), a controller (30), and a linear flow type without segment. The control valve (40), the water outlet device (50) and the infrared distance sensor (60) are formed, wherein the infrared distance sensor (60) is placed at the water outlet sensing position of the water outlet device (50), and the infrared distance sensor is (60) sensing the temperature sensing object transmission signal to the controller (30), the controller (30) transmitting the signal to the linear type flowless stepless control valve (40), and determining that the closer the sensing object is to the infrared distance sensor ( 60) When the linear type flowless stepless control valve (40) is actuated to make the water flow a small amount of water, when the sensing object is slightly away from the distance, the linear type flowless stepless control valve (40) acts to make the water flow out of the water, and the induction When the object is slightly further away, the linear flow type stepless control valve (40) acts to make the water flow a large amount of water, and the infrared distance sensor (60) senses the object to control the water outlet device (50) to switch and control the water flow. Size, the sensing object must have a temperature change in order to sense, tap water The linear flow-type stepless control valve (40) flows into the linear flow-type stepless control valve (40) through the micro-DC generator (20), and the controller (30) controls the water output, and the controller (30) is coupled. The storage battery (10) is connected to actuate the signal, and the linear flow type stepless control valve (40) and the coupled infrared distance sensor (60) on the water outlet device (50) are controlled by the controller (30). The controller (30) can be an 8051 or an Arduino, and the controller (30) can also use a mobile APP to link and monitor and control the entire system. The mobile APP and the controller (30) can be coupled via WIFI to indicate whether the current system status is operating normally. Or the linear flow type stepless control valve (40) with abnormal state and controlling the water inlet, the water quantity of the water inlet can be adjusted according to the user's demand through the mobile phone APP. The status of water saving performance and node performance will also be displayed in time on the APP.

In summary, the present invention has indeed achieved a breakthrough structural design, and has improved creation content, and at the same time, can achieve industrial utilization and progress, and the present invention is not found in any publication, but also novel, when In accordance with the provisions of the relevant laws and regulations of the Patent Law, the application for invention patents is filed according to law, and the examination authority of the bureau is required to grant legal patent rights.

Claims (10)

 The utility model relates to a smart water saving device, which mainly comprises an energy storage battery, a micro DC generator, a controller, a linear flow type stepless control valve, a water outlet device and an infrared distance sensor, wherein the infrared distance sensor is placed in the water outlet Inductive position of the device outlet, the infrared distance sensor senses the temperature of the sensing object to the controller, the controller transmits the signal to the linear flow type stepless control valve, and determines that the closer the sensing object is to the infrared distance sensor, The linear type flowless stepless control valve operates to make the water flow a small amount of water. When the sensing object is slightly away from the distance, the linear type flowless stepless control valve acts to make the water flow out of the water. When the sensing object is slightly further away, the linear flow is The stepless control valve acts to make the water flow a large amount of water. The infrared distance sensor senses the object far and near to control the water outlet switch and control the water flow. The sensing object must have a temperature change to sense, and the tap water is sent through the micro DC. The motor flows into the linear type flowless stepless control valve, and the linear flow type stepless control valve flows into the controller. The amount of water, the controller is coupled to convey the energy storage battery to actuating signals, a linear-type stepless flow control valve on the infrared distance sensor and the outlet of the device is coupled by the controller.    For example, in the smart water saving device described in claim 1, the controller may be 8051.    For example, in the smart water saving device described in claim 1, the controller may be an Arduino.    For example, in the smart water-saving device described in claim 1, the controller can externally use WIFI to monitor and control the mobile phone APP, and the mobile APP displays whether the current system state is normal operation or abnormal state and controls the linear flow control valve of the water inlet. Through the mobile app, you can easily control the water volume of the water inlet according to the user's needs, and the APP will display the state of water saving performance and node performance in time.    A water-saving device according to claim 1, wherein the water outlet device is a faucet.    A smart water-saving device according to claim 1, wherein the water outlet device is an industrial cooling device water outlet.    A smart water saving device according to claim 1, wherein the water outlet device is a water outlet of the motor cooling device.    A smart water saving device according to claim 1, wherein the water outlet device can be a water outlet of the server cooling device.    A smart water saving device according to claim 1, wherein the water outlet device can be a shower device outlet.    A smart water-saving device according to claim 1, wherein the water outlet device can be a water outlet of a commercial cooling device.