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Self-check method for control part of water purifier

A technology of control components and water purifiers, applied in the direction of electrical testing/monitoring, osmosis/dialysis water/sewage treatment, etc., can solve the problem of increasing expenses, remote users are difficult to get timely and good services, and the penetration rate is less than 3% and other problems to achieve the effect of simplifying the difficulty of maintenance

Active Publication Date: 2016-08-24
杜也兵
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the water purifier has the characteristics of long-term continuous operation, filtering effect and filter life are greatly affected by environmental factors, and its maintenance content is mainly to replace damaged parts
Although the maintenance operation of the machine is relatively simple, due to the lack of understanding of the water purifier by the user, the machine cannot be inspected. They often feel that the machine is abnormal and ask the maintenance service personnel to come to the door for service, which not only increases the workload of the maintenance service personnel, but also increases related expenses. , and related matters surrounding door-to-door service are also very troublesome
In particular, it is difficult for remote users who purchase machines through online e-commerce to get timely and good services.
Since the current penetration rate of water purifiers is less than 3%, and the parts of various water purifier manufacturers are not compatible with each other, remote users can only grope for repairs under the guidance of manufacturers or distribution units, or stop using the machine and wait for regular repairs from manufacturers. On-site repairs during maintenance tours; or simply disassemble the machine and ship it back to the manufacturer for repairs
The above-mentioned existing defects and deficiencies have seriously affected the upgrading of water purifier products and the improvement of related technologies

Method used

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  • Self-check method for control part of water purifier

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0023] Example 1. In the drawings, the electric control device in the running mode is switched to the self-test mode by the switch key 1a. At this moment, the water purifier is in the standby detection state of abnormal operation, and only the selected detection control components are in the operational state. All the control components and related linkage items can be automatically selected and detected sequentially, or the corresponding control components to be detected can be selected by using the selection key 1b, and the relevant detection items can also be directly selected according to the fault phenomenon.

[0024] Firstly, test the electronic control device in the self-test mode. For the circuit mode in which a control switch or relay is set in the branch output circuit of the electronic control device, and the control component is connected to form a loop and control the latter to be turned on or off, the output indicator is connected to the electric control device....

Embodiment 2

[0039] Example 2. On the basis of Embodiment 1, the electric control valve is set in the water passing channel together with at least one of the control components of the water pressure touch switch or the flow sensor or the water level control switch, and the corresponding control components are set at the same time In the self-inspection mode linked with the electric control valve, the display and control device will prompt the status of the control parts accordingly. Among them, for the self-inspection mode in conjunction with the electric control valve and the water pressure touch switch, the electric control valve will be given separately when the electric control valve is turned on or off. The display and control device correspondingly prompts different content corresponding Two states associated with the electric control valve and the water pressure touch switch; for the self-inspection mode of the electric control valve and the flow sensor linkage, the impeller of the ...

Embodiment 3

[0044]Example 3. On the basis of Embodiment 1 and 2, an electric control valve 2, a booster pump 5, a return water tank 8 and a built-in high and low water level dual water level combination control switch 7 are set in the front water passage; In the self-test mode, select the booster pump to be linked with the electric control valve, the return water electric control valve and the high and low water level control switch of the return water tank: start the electric control valve and the booster pump to run, and simulate the water flowing through the previous water channel. The water inlet of the three water outlet filter gallbladder. The concentration discharge port enters the return water tank; when the water level of the return water tank rises and triggers the action of the high water level control switch, or after the booster pump has been operating normally for a specified time, close the electronically controlled valve 2 in the previous water passage and start the return...

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Abstract

The invention relates to industry of water treatment, and concretely relates to an aspect of drinking water purification. The invention discloses a self-check method for a control part of a water purifier. Multiple filtering cores are connected in series connection for forming a water passing channel, a control part is arranged in the water passing channel, a circuit thereof is connected to an electric control apparatus, and a display and control apparatus with a switch key is connected to the electric control apparatus; the switch key is used for switching the electric control system of the machine from an operation mode to a self-check mode, the control part which needs detection is selected, and the display and control apparatus prompts state of the control part in the operation or a simulation operation mode; the circuit of the related control part is conducted, so that the control part is in a working state, and the display and control apparatus correspondingly reflects a prompt that the related part is in a working state; the circuit of the related control part is shutoff, so that the control part is in a shutoff state, and the display and control apparatus correspondingly reflects a prompt that the related part is in a shutoff state; whether prompts corresponding to different detection states appear is used for judging whether the related control part is normal.

Description

technical field [0001] The invention relates to the water treatment industry, and specifically relates to the detection and maintenance of the control parts of the water purifier. Background technique [0002] At present, when water is used, water purifiers are used to deeply filter the impurities in the water and water pipelines, which better protects the health of users. Because the water purifier needs to "regularly" replace the filter gallbladder during the use process after the user purchases and installs. A series of matters surrounding the replacement of the filter cartridge, as well as expenses, have always been accompanied by the use of the water purifier. Therefore, the sales of water purifiers are different from the sales of other household appliances. They are called "semi-finished products" and require sales. Supported by strong maintenance service capabilities. With the popularization of water purifiers, quick-installed filter gallbladders are gradually popul...

Claims

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Application Information

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IPC IPC(8): C02F1/44G05B23/02
Inventor 杜也兵冉伊虹
Owner 杜也兵
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