CN118619378A - A direct drinking water equipment with segmented purification process - Google Patents

Abstract

The application relates to direct drinking water equipment with a sectional purification process, which comprises a shell, a processing end and an operating end, wherein a window is arranged on the shell, a containing cavity is arranged in the shell, a head filter and a back filter are arranged in the containing cavity, the window is used for checking something worth reading the state of the head filter, the processing end is used for receiving the feedback information of the head filter input by the input end and sending the feedback information to the operating end, and the operating end is used for displaying the feedback information of the head filter and prompting management personnel. The application has the advantages of timely finding out the blockage of the filter element and replacing the filter element, and keeping a better filtering effect.

Description

A direct drinking water equipment with segmented purification process

Technical Field

The present application relates to the technical field of direct drinking water equipment, and in particular to direct drinking water equipment with a segmented purification process.

Background Art

Direct drinking water refers to tap water that has been filtered and processed into clean water that can be drunk directly. Some existing shopping malls and communities are equipped with direct drinking water equipment, but the existing direct drinking water equipment usually adopts a multi-pass filtration and purification method. However, in daily life, there are behaviors that are easy to affect water quality, such as maintenance of domestic water pipes. However, when replacing the filter element of the existing direct drinking water equipment, it is usually replaced according to the time period. Therefore, in the case of pipeline maintenance, the primary filter element is easy to be blocked, resulting in poor filtering effect.

Summary of the invention

In view of the shortcomings of the prior art, one of the purposes of this application is to provide a direct drinking water equipment with a segmented purification process, which has the advantages of being able to promptly detect filter element blockage and replace it, and being able to maintain a good filtering effect.

The above-mentioned purpose of the present application is achieved through the following technical solutions:

A direct drinking water device with a segmented purification process includes a shell, a processing end and an operating end. The shell is provided with a window, the shell is provided with a accommodating chamber, the accommodating chamber is provided with a head filter and a rear filter, the window is used to view the state of the head filter, the processing end is used to receive head filter feedback information input by the input end, and send the feedback information to the operating end, and the operating end is used to display the head filter feedback information and prompt the management personnel.

By adopting the above technical solution, during use, when the head filter is blocked due to abnormal conditions such as maintenance of domestic water pipelines, at this time, the water intake personnel (user) discovers it through the window and inputs the head filter feedback information through the input end. After the processing end receives the information, it sends the information to the operation end to prompt the management personnel, so that the blocked head filter can be replaced in time.

In a preferred example, the present application can be further configured as follows: the head filter includes a filter housing, a filter cover and a filter element, the filter cover and the filter housing form a chamber for accommodating the filter element, the filter housing is transparent, and a collecting component for collecting filter housing information is also provided in the housing. After receiving the feedback information, the processing end controls the collecting component to collect the filter housing information and sends the collected information to the operating end.

By adopting the above technical solution, during use, when the processing end receives feedback information, the information of the filter housing is collected through the collecting component and sent to the operating end, so that the management personnel can understand the status of the filter element.

In a preferred example, the present application can be further configured as follows: a feedback terminal is also provided on the shell, the operating terminal sends feedback information to the processing terminal, the processing terminal sends the feedback information to the feedback terminal, the feedback terminal displays the feedback information, and then the processing terminal disables the input terminal.

By adopting the above technical solution, after receiving the head filter feedback information, the management personnel send the feedback information to the processing end, and the processing end displays the information through the feedback end, so as to facilitate the water intake personnel (users) to understand the progress of maintenance. At the same time, disabling the input end can also reduce the probability of the head filter feedback information being reported multiple times.

In a preferred example, the present application can be further configured as follows: the feedback information includes the total steps and the current step, wherein the current step is highlighted.

By adopting the above technical solution, that is, by displaying the current step and all steps, it is possible for water intake personnel (users) to intuitively understand the maintenance process.

In a preferred example, the present application can be further configured as follows: there are at least two groups of head filters, and after receiving feedback information, the processing end controls the current head filter to stop working, connects another head filter to the pipeline, and starts working, and displays the working status of the head filter.

By adopting the above technical solution, during use, by setting up at least two groups of head filters, the water use of water intake personnel (users) can be guaranteed.

In a preferred example, the present application can be further configured as follows: a water storage bucket is provided in the shell, and the water storage bucket is connected to all head filters. After receiving the head filter feedback information input by the input end, the processing end performs water storage processing, that is, controls the current head filter to be in a working state for a preset time, and stores the filtered water in the water storage bucket.

By adopting the above-mentioned technical solution, that is, after the processing end receives the head filter feedback information input by the input end, water storage treatment is performed, and the currently working head filter continues to work for a period of time, thereby reducing the domestic water in a turbid state that may exist in the domestic water pipeline, thereby protecting the non-working head filter.

In a preferred example, the present application can be further configured as follows: after receiving the feedback information, the processing end determines whether the current head filter has been working for a preset time period for storing water. If the preset time period is reached, the current head filter is controlled to stop working, and the other head filter is connected to the pipeline, and the liquid in the water storage bucket is first extracted to work. The processing end displays the working status of the head filter. If the preset time period is not reached, the processing end waits for the current head filter to work for the preset time period.

By adopting the above technical solution, that is, after the current filter works for a preset period of time, the other filter is started to work. When the other filter is working, the water in the water storage bucket is preferentially extracted for filtration, thereby extending the service life and reducing the probability of extracting turbid water in the domestic water pipe.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG1 is a schematic diagram of the structure of this application.

Figure numerals: 1, primary filter; 2, secondary filter; 3, water storage tank.

DETAILED DESCRIPTION

The present application is further described in detail below in conjunction with the accompanying drawings.

Referring to Figure 1, a direct drinking water device with a segmented purification process disclosed in the present application includes a shell, a processing end, an operating end, a feedback end and a collection piece. A window is provided on the shell, and a receiving chamber is provided in the shell. The receiving chamber is provided with a head filter 1, a rear filter 2 and a water storage bucket 3. The window is used to view the status of the head filter 1. In this embodiment, the processing end can be a device with information processing functions, such as a CPU, etc., the operating end can be a mobile terminal or other equipment, and the collection piece can be a camera. The feedback end can be a display or an indicator light. The rear filter 2 includes but is not limited to PP cotton filtration, activated carbon filtration, RO membrane filtration, activated carbon filtration, ultraviolet sterilization and other steps.

The head filter 1 has at least two groups, and in this embodiment, there are two groups. The head filter 1 includes a filter housing, a filter cover and a filter element. The filter cover and the filter housing form a chamber for accommodating the filter element, and the filter housing is transparent. In this embodiment, the filter element used in the head filter 1 is a PP cotton filter element with a filtration accuracy of 5 microns. Filter elements of other materials or filtration accuracies can also be used.

The water inlets and outlets of all the head filters 1 are connected to the water storage bucket 3 through pipelines, and valves are provided on the pipelines.

The processing end is used to receive the head filter 1 feedback information input by the input end, and send the feedback information to the operation end. The operation end is used to display the head filter 1 feedback information and prompt the management personnel. After receiving the feedback information, the processing end also controls the collection component to collect the filter shell information and send the collected information to the operation end.

In this embodiment, the input end may be a button disposed on the housing, or may be disposed in a terminal in the user's mobile phone, such as an APP, or other application programs.

The manager sends feedback information to the processing end through the operation end. The feedback information includes the total steps and the current step. The processing end sends the feedback information to the feedback end, and the feedback end displays the feedback information, in which the current step is highlighted (for example, highlighted or the corresponding indicator light is on), and then the processing end disables the input end. Disabling the input end means that during the disabled time, the processing end ignores the head filter 1 feedback information input by the input end. After the preset time or by the manager, the processing end cancels the disablement of the input end.

After receiving the feedback information of the head filter 1 input by the input end, the processing end performs water storage processing, that is, controls the current head filter 1 to be in a working state for a preset time, and stores the filtered water into the water storage bucket 3. After receiving the feedback information, the processing end determines whether the current head filter 1 has been working for the preset time of water storage. If the preset time is reached, the current head filter 1 is controlled to stop working, and the other head filter 1 is connected to the pipeline, and the liquid in the water storage bucket 3 is first extracted to work. The processing end displays the working status of the head filter 1 (for example, each head filter 1 is provided with an indicator light, and different colors represent different working states, such as green represents working and red represents not working). If the preset time is not reached, wait until the current head filter 1 works for the preset time, then control the current head filter 1 to stop working, and connect the other head filter 1 to the pipeline.

The implementation principle of this embodiment is: that is, when there are more impurities in the water channel due to water pipeline maintenance or other reasons, since the head filter 1 can be observed through the window, when the user goes to the equipment to get water, the status of the head filter 1 can be observed through the window. After passing the user authentication (for example, by swiping a card, inserting coins, logging into an application, etc.), the feedback information of the head filter 1 is sent to the processing end through the input end to notify the management personnel so that the filter element can be replaced in time.

The embodiments of this specific implementation method are all preferred embodiments of the present application, and are not intended to limit the protection scope of the present application. Therefore, all equivalent changes made based on the structure, shape, and principle of the present application should be included in the protection scope of the present application.

Claims (7)

1. Direct drinking water equipment with sectional purification technology is characterized in that: including casing, processing end and operation end, be equipped with the window on the casing, be equipped with in the casing and hold the chamber, hold intracavity and be equipped with first straining (1) and postfiltration (2), the window is used for looking into something worth reading straining (1) state, the processing end is used for receiving first straining (1) feedback information that the input was put in to with feedback information send to the operation end, the operation end is used for showing first straining (1) feedback information, and carry out the suggestion to management personnel.

2. The direct drinking device with a sectional purification process according to claim 1, wherein: the head filter (1) comprises a filter shell, a filter cover and a filter element, wherein the filter cover and the filter shell form a cavity for accommodating the filter element, the filter shell is arranged in a transparent mode, an acquisition piece for acquiring information of the filter shell is further arranged in the shell, the processing end receives feedback information and then controls the acquisition piece to acquire the information of the filter shell, and the acquired information is sent to the operation end.

3. The direct drinking device with a sectional purification process according to claim 2, characterized in that: the shell is also provided with a feedback end, the operation end sends feedback information to the processing end, the processing end sends the feedback information to the feedback end, the feedback end displays the feedback information, and then the processing end disables the input end.

4. A direct drinking water apparatus with a staged purification process according to claim 3, characterized in that: the feedback information comprises an aggregate step and a current step, wherein the current step is highlighted.

5. A direct drinking water apparatus with a staged purification process according to claim 3, characterized in that: at least two groups of head filters (1) are arranged, after the processing end receives feedback information, the processing end controls the current head filter (1) to stop working, so that the other head filter (1) is connected into a pipeline and works, and the working state of the head filter (1) is displayed.

6. The direct drinking device with a sectional purification process according to claim 5, wherein: the water storage barrel (3) is arranged in the shell, the water storage barrel (3) is communicated with all the head filters (1), the processing end performs water storage treatment after receiving feedback information of the head filters (1) input by the input end, namely, the current head filter (1) is controlled to be in a working state for reaching a preset time, and filtered water is stored in the water storage barrel (3).

7. The direct drinking device with a sectional purification process according to claim 6, wherein: after receiving feedback information, the processing end judges whether the current head filter (1) works for a preset time length of water storage, if the current head filter (1) is controlled to stop working, the other head filter (1) is connected into a pipeline, liquid in the water storage barrel (3) is firstly extracted to work, the processing end displays the working state of the head filter (1), and if the preset time length is not reached, the processing end waits for the current head filter (1) to work for the preset time length.