CN205516772U - Intelligent water purifier - Google Patents

Abstract

The utility model provides an intelligent water purifier, includes a plurality of filter cores and connecting tube, can cross the connecting tube between the filter core and carry out the water route and switch on, connecting tube connects on the filter core integratively, connecting tube includes interconnect's tube socket and honeycomb duct, be equipped with a filter layer in the filter core, the filter layer becomes two mutual exclusive spaces with the inside interval of filter core, be equipped with a water inlet and a delivery port on the filter core, water inlet and outer space intercommunication, delivery port and outer space intercommunication, the water route between the filter core is established ties each other. The utility model effectively prolongs the service life of the product; and the effective filter area of the filter element is maximized by connecting the filter elements in series in water paths, so that the water purification effect of the product is ensured, and the safety of drinking water is ensured. In the aspect of filter core management, statistics discharge, the live time of filter core and the pressure difference information in the rivers to adopt high in the clouds to assist management, intelligent level is high, and the practicality is strong.

Description

Smart water purifier

technical field

The utility model relates to a water purification device, in particular to an intelligent water purifier.

Background technique

With the rapid development of my country's industrialization, the output of domestic sewage and industrial wastewater is increasing. Most of the produced sewage contains a variety of toxic and harmful substances, polluting water bodies, polluting the environment, endangering human health, and the safety of drinking water is becoming more and more serious. In order to ensure the safety of drinking water, the water purifier was born. When in use, the water inlet of the water purifier is directly connected to the faucet in the kitchen, and the tap water flowing out of the faucet is filtered to obtain pure water with low impurity content and impurity content. Higher concentrated water for drinking by users.

Since the development of the water purifier, both the filtration process, the structural structure, the control technology, and the popularity of use have been greatly developed and improved. Water purifiers have changed the way people drink water and promoted a healthy life. However, the pipelines of existing water purifiers are mostly made of connecting pipes or one-piece molding. The pipe connecting method will have a bunch of connecting pipes connected in parallel in the assembly and use of the finished product. If there are too many connecting pipes, improper connection will easily cause water leakage. , reduce the service life of the water purifier. Moreover, due to the problem of the mold structure, the design of the integrally formed pipeline is mostly designed in parallel connection at present, resulting in poor water purification effect.

In addition, the existing water purifier has a simple structure, low level of intelligence, and only has a filtering function, but cannot know the usage status of the filter element. Consumers need to record the usage time and the required replacement time. This part allows consumers to The management of the filter element is quite inconvenient, therefore, the traditional water purifier can no longer meet people's needs.

Utility model content

Therefore, the purpose of this utility model is to provide a kind of intelligent water purifier that improves product service life, understands the usage condition of filter element in time.

An intelligent water purifier, including a mainstream pipeline and a water purification device, external tap water flows into the water purification device from the mainstream pipeline, the intelligent water purifier also includes a number of filter elements and connecting pipes, and the waterway conduction between the filter elements can be carried out through the connecting pipes , the connecting pipe is integrally connected to the filter element, the connecting pipe includes a connected pipe seat and a guide tube, a filter layer is arranged inside the filter element, and the filter layer separates the inside of the filter element into two mutually independent The outer side of the filter layer is the outer space, the inner side of the filter layer is the inner space, the filter element is provided with a water inlet and a water outlet, the water inlet is connected with the outer space, and the water outlet is connected with the outer space , the waterways between the filter elements are connected in series.

Further, it also includes a water flow meter, a micro-generator, a water valve, a power storage device and a main control PCB. The water flow meter and the micro-generator are all installed on the main pipe, and the tap water flowing into the main pipe flows through the water valve. , micro generator, and water flow meter, it flows into the water purification device, and the micro generator, power storage device, main control PCB, and water flow meter are electrically connected in turn, and the micro generator converts kinetic energy into electrical energy and stores it in the On the power storage device, the power storage device supplies power to the water flow meter through the main control PCB, and the water flow meter collects the water flow information of the mainstream pipeline and the data of the pressure difference in the water flow, and feeds the collected data back to the main In the control PCB, at the same time, the main control PCB counts the use time of the filter element, and the main control PCB is connected to an external device.

Further, the power storage device includes a charging PCB, a battery, and a power output management PCB, and the charging PCB, battery, and power output management PCB are sequentially connected in series, and the charging PCB is electrically connected to the micro-generator.

Furthermore, the charging PCB is provided with an external power supply charging port and a USB charging port. When the power consumption of the battery is insufficient, the external power supply can directly charge the battery through the external power supply charging port and the USB charging port.

Further, the power output management PCB regulates the output voltage of the battery, and the intelligent water purifier also includes a power storage area. Transfer to power storage area.

Further, the main control PCB is provided with a display, a group of indicator lights, and a group of function keys, the display shows the usage information of the filter element, and the group of indicator lights is used to indicate the working state of the battery.

Further, the main control PCB is provided with a wireless module, and the main control PCB is connected to the external device through the wireless module.

Further, the intelligent water purifier is equipped with a microwave induction device, and each filter element is also provided with a microwave induction chip; when the filter element is loaded into the water purifier, the microwave induction device detects the microwave induction chip of the filter element to identify the The use status of the smart water purifier starts to count the water consumption and time.

The beneficial effect of the utility model is that: a micro-generator and a water flow meter are arranged on the mainstream pipeline, and the kinetic energy of the water flow is converted into electric energy by the micro-generator and stored on the battery to provide power for the water flow meter, which is energy-saving and environmentally friendly, and has strong practicability , Moreover, the utility model is additionally equipped with a charging interface for power compensation and good flexibility. In terms of filter element management, the water flow, filter usage time and pressure difference information in the water flow are counted, and the results are put into the wireless cloud service computing management by means of communication to achieve the wireless cloud background information management function, with a high level of intelligence , which has good promotional significance. In addition, the connecting pipeline is integrally connected to the filter element by injection molding or die-casting technology, so as to realize the purpose of integral pipeline forming and pipeline internal channel steering, and effectively improve the service life of the product; Moreover, the series connection of the waterways between the filter elements at all levels ensures that the effective filtration area of the filter elements is maximized, ensures the water purification effect of the filtered product, and ensures the safety of drinking water.

Description of drawings

Fig. 1 is a schematic diagram of connections between components of the intelligent water purifier of the present invention, wherein the water purifier is not shown.

Fig. 2 is a schematic diagram of the water purification device of the intelligent water purifier of the present invention when filtering, wherein the arrows indicate the direction of water flow.

Fig. 3 is a schematic diagram of water flowing through the connecting pipe as shown in Fig. 2, where the arrows indicate the direction of water flow.

detailed description

In order to make the technical solution of the utility model can be expressed more clearly, the utility model will be further described below in conjunction with the accompanying drawings.

As shown in Figures 1 to 3, the utility model provides an intelligent water purifier, which comprises a mainstream pipeline 10, a water flow meter 20, a micro generator 30, a water valve 40, a power storage device 50, a main Control PCB 60 and water purification device 70, described water flow meter 20, micro-generator 30, water valve 40 are all installed on the mainstream pipeline 10, and mainstream pipeline 10 is provided with an inlet (not marked in the figure) and an outlet (not marked in the figure) standard), the external tap water flows into the inlet of the main flow pipe 10, the outlet of the main flow pipe 10 is connected to the water purification device 70, and the tap water flowing into the main flow pipe 10 flows through the water valve 40, the micro generator 30, the water flow meter 20, The water flows into the water purification device 70, and the tap water is filtered by the water purification device 70 to ensure the safety of drinking water. The micro generator 30, the power storage device 50, the main control PCB 60, and the water flow meter 20 are electrically connected in sequence. The micro-generator 30 converts the kinetic energy into electrical energy and stores it on the power storage device 50 , and the power storage device 50 supplies power to the water flowmeter 20 through the main control PCB 60 .

The power storage device 50 includes a charging PCB 51, a battery 52, and a power output management PCB 53, and the charging PCB 51, the battery 52, and the power output management PCB 53 are sequentially connected in series. The charging PCB 51 is electrically connected to the micro generator 30 . The charging PCB 51 is provided with an external power supply charging port 511 and a USB charging port 512. On the one hand, the battery 52 can store the power generated by the micro generator 30 and directly supply power to the water flowmeter 20. On the other hand, when the power consumption of the battery 52 When insufficient, the external battery 52 can also directly charge the battery 52 through the external power supply charging port 511 and the USB charging port 512 . The power output management PCB 53 adjusts the output voltage of the battery 52. When the power stored in the battery 52 exceeds the set value, the power output management PCB 53 uses boost technology to transfer the power of the battery 52 to another power storage area.

The water flowmeter 20 is used to collect the data of the water flow rate and the pressure difference in the water flow of the mainstream pipeline 10, and feed back the collected data to the main control PCB 60, and the main control PCB 60 judges the water flow rate and the pressure difference in the water flow. Whether the water purification device 70 needs to be replaced.

The main control PCB 60 is provided with a display 61, a group of indicator lights 62, a group of function keys 63 and a wireless module 63. The display 61 displays the usage information of the filter element 80, so that the user can directly know relevant information from the intelligent water purifier. The indicator light group 62 is used to indicate the working state of the battery 52, and the indicator light group 62 includes a normal indicator light, a low battery indicator light, and a battery status indicator light. When the battery 52 is being charged, the power status indicator light is in a flashing state; during the non-charging period, when the power is lower than 30%, it will display red, when the power is 31%-75%, it will display orange, and when the power is 76%-100%, it will display green. The function button group 63 is used to control the working state of the entire main control PCB 60, such as data clearing, closing, opening and so on.

The wireless module 63 on the main control PCB 60 is used to connect with external devices (such as mobile phones, PCs, etc.), realize data transmission, and manage through the cloud, so that users can directly understand relevant information from the mobile phone (PC) and provide assistance Management, keep abreast of the usability of the filter element 80. Preferably, the main control PCB 60 also includes a counter (not shown in the figure), which counts the service time of the filter core 80, so that the user can know in time the date when the filter core 80 needs to be replaced, and completes the data statistics. The main control PCB 60 will Statistical information is uploaded to the cloud in a timely manner.

The water purification device 70 includes several filter elements 80 and connecting pipes 90, the waterway conduction can be carried out between the filter elements 80 through the connecting pipes 90, and the connecting pipes 90 are integrally connected to the filter elements 80 by injection molding or die-casting process, thereby realizing The purpose of integrated pipeline forming and pipeline internal channel turning. In this embodiment, the filter element 80 of the water purifying device 70 is divided into a pre-stage filter element 80 and a post-stage filter element 80, and the connecting pipe 90 includes a pipe seat and a flow guide pipe connected to each other. Described filter element 80 is provided with a filter layer, and described filter layer divides the inside of filter element 80 into two mutually independent spaces, and the outer side of the filter layer is the outer space, and the inner side of the filter layer is the inner space, and the filter element 80 is provided with an inlet A water outlet and a water outlet, the water inlet communicates with the outer space, the water outlet communicates with the outer space, the water outlet of the pre-stage filter element 80 is connected to the water inlet of the rear-stage filter element 80 through a connecting pipe 90 .

During work, the tap water flows into the outer space of the filter element 80 from the water inlet of the filter element 80, penetrates into the inner space of the filter element 80 (as shown by the arrow in Figure 2), then flows into the pipe seat channel from the water outlet of the filter element 80, and then turns to enter The water inlet of the filter element 80 of the latter stage (as shown by the arrow in FIG. 3 ), thus realizing the series connection of the waterways between the filter elements 80 of each stage. And when water flows through each stage core, it is permeated from the outside of the filter core 80 to the inner layer of the filter core 80, so that the effective filtering area of the filter core 80 is maximized, thereby ensuring that the water can be filtered most fully by the filter core 80.

More preferably, a microwave induction device (not shown) is provided on the intelligent water purifier, and a microwave induction chip (not shown) is correspondingly provided on each filter element 80 as a recognition device for the machine. When the user uses the machine, when the filter element 80 is loaded into the water purifier, the machine uses its own microwave induction device to detect the microwave induction chip of the filter element 80 to identify the usage status of the filter element 80 on the intelligent water purifier, so that the intelligent water purifier can The device starts to calculate the water consumption and time statistics for the filter element 80. After the product is started, the flow rate, time management and related water quality testing data of the filter element 80 are collected, and the information is put into the cloud server, so that the user can know the usage status of each filter element 80 at any time. When changing the filter core 80, because the machine interprets the wafer of the new filter core 80. The machine will understand that the user has replaced the filter element 80, and then carry out the identification and interpretation of the filter element 80 again, and make statistics to understand the usage of the filter element 80. The user can also set the parameters related to the water flow rate and the use time of the filter element 80 on the terminal (PC or mobile phone) according to the water quality requirements, and notify the user when the set value is exceeded.

The beneficial effect of the utility model is that: a micro-generator 30 and a water flow meter 20 are arranged on the mainstream pipeline 10, and the kinetic energy of the water flow is converted into electric energy by the micro-generator 30 and stored in the battery 52 to provide power for the water flow meter 20, The utility model is energy-saving and environment-friendly, and has strong practicability. Moreover, the utility model is additionally provided with a charging interface for power compensation, and has good flexibility. In terms of filter element 80 management, the information of water flow, time and pressure difference in the water flow is counted, and the results are put into the wireless cloud service computing management by means of communication to achieve the wireless cloud background information management function, with a high level of intelligence. It has good promotional significance. In addition, the connecting pipe 90 is integrally connected to the filter element 80 by injection molding or die-casting technology, so as to realize the purpose of integral pipeline forming and internal channel steering of the pipeline, and effectively improve the service life of the product. and the series connection of the waterways between the filter elements 80 at all levels ensures that the effective filtration area of the filter element 80 is maximized, ensures the water purification effect of the product, and ensures the safety of drinking water.

The above-mentioned embodiment only expresses one implementation mode of the utility model, and its description is relatively specific and detailed, but it should not be understood as a limitation to the patent scope of the utility model. It should be noted that those skilled in the art can make several modifications and improvements without departing from the concept of the present invention, and these all belong to the protection scope of the present invention. Therefore, the scope of protection of the utility model patent should be based on the appended claims.

Claims (8)

1. An intelligent water purifier, comprising a mainstream pipeline and a water purification device, external tap water flows into the water purification device from the mainstream pipeline, and is characterized in that: it also includes some filter elements and connecting pipelines, and the waterway can be carried out through the connecting pipelines between the filter elements Conduction, the connecting pipe is integrally connected to the filter element, the connecting pipe includes a connected pipe seat and a guide tube, a filter layer is arranged inside the filter element, and the filter layer divides the interior of the filter element into two The outer space of the filter layer is the outer space, and the inner side of the filter layer is the inner space. The filter element is provided with a water inlet and a water outlet. The water inlet is connected with the outer space, and the water outlet is connected with the outer layer. The space is connected, and the waterways between the filter elements are connected in series. 2. intelligent water purifier as claimed in claim 1, is characterized in that, also comprises water flowmeter, micro-generator, water valve, power storage device and main control PCB, and described water flowmeter, micro-generator all adorn It is installed on the mainstream pipeline, and the tap water flowing into the mainstream pipeline flows through the water valve, micro generator and water flow meter, and then flows into the water purification device. The micro generator, power storage device, main control PCB and water flow meter are sequentially powered The micro-generator converts the kinetic energy into electric energy and stores it on the power storage device. The power storage device supplies power to the water flow meter through the main control PCB. The water flow meter collects the water flow information and water flow of the main pipeline. The data of the internal pressure difference is collected, and the collected data is fed back to the main control PCB. At the same time, the main control PCB counts the use time of the filter element, and the main control PCB is connected to the external device. 3. intelligent water purifier as claimed in claim 2, is characterized in that, described electric storage device comprises charging PCB, battery and power output management PCB, and described charging PCB, battery, power output management PCB are connected in series successively, The charging PCB is electrically connected to the micro generator. 4. The intelligent water purifier according to claim 3, wherein the charging PCB is provided with an external power supply charging port and a USB charging port, and when the power consumption of the battery is insufficient, the external power supply can directly pass through the external power supply. The charging port and the USB charging port charge the battery. 5. The intelligent water purifier according to claim 3, wherein the power output management PCB regulates the output voltage of the battery, and the intelligent water purifier also includes a power storage area, when the stored power of the battery When the set value is exceeded, the power output management PCB transfers the power of the battery to the power storage area. 6. The intelligent water purifier according to claim 2, wherein the main control PCB is provided with a display, a group of indicator lights, and a group of function keys, the display shows the usage information of the filter element, and the group of indicator lights Used to indicate the working status of the battery. 7. The intelligent water purifier according to claim 2, wherein a wireless module is arranged on the main control PCB, and the main control PCB is connected to external devices through the wireless module. 8. The intelligent water purifier according to claim 2, wherein a microwave induction device is provided on the intelligent water purifier, and a microwave induction chip is correspondingly provided on each filter element; the filter element is loaded into the water purifier At this time, the microwave sensor device detects the microwave sensor chip of the filter element to identify the usage status of the filter element in the smart water purifier, and starts to count the water consumption and time.