A method and system for automatically processing deep groundwater to prepare mineral water

Abstract

The present invention relates to the field of water treatment, specifically to an automated processing method and system for preparing mineral water from deep groundwater. Based on the raw water quality data and geological state data in the process of extracting deep groundwater, the extracted raw water is subjected to diversion and canning treatment, and the aeration treatment operation state is adjusted based on the change trend of the canned raw water during the aeration treatment process; based on the material content state data of the canned raw water, a material database of all canned raw water is generated, and all canned raw water is marked in combination with the material ratio characteristics of the mineral water; based on the mineral water preparation specification characteristics and identification information, the container of the canned raw water is packaged, and the filtration treatment and disinfection treatment of the canned raw water are also adjusted. The present invention can perform stable and effective groundwater extraction within a limited deep groundwater extraction range, mark raw water suitable for preparation of different types of mineral springs, realize continuous and automated preparation of different types of mineral water, and improve the preparation efficiency and quality of mineral water.

Description

Technical Field

[0001] The present invention relates to the field of water treatment, and in particular to an automated processing method and system for preparing mineral water from deep groundwater. Background Art

[0002] Mineral water is rich in a variety of minerals and is an important source of mineral supplements for humans. The sources of mineral water include surface water and groundwater. Among them, surface water mainly includes water stored in natural lakes or artificial lakes such as reservoirs. Surface water has the characteristics of easy collection and large reserves, but surface water is easily polluted by the outside world, resulting in the inability to maintain stable surface water quality. It is necessary to frequently retest and screen suitable water intake points. Groundwater is less affected by external pollution and can provide a water source with stable water quality for a long time. However, groundwater exploitation is difficult, and there are strict regulations on groundwater exploitation. Groundwater cannot be over-exploited, resulting in greater instability in the use of groundwater as a source of mineral water.

[0003] In particular, the difficulty of mining deep groundwater is significantly greater. Under normal circumstances, it is only allowed to drill water intake points within a specific area. Considering the complex groundwater network in deep strata and the fact that deep groundwater may contain a large amount of harmful gases, as well as the different mineral content ratios of different types of mineral water, deep groundwater mined and extracted from a single water intake point cannot meet the needs of preparing different types of mineral water. At the same time, in the process of using deep groundwater to prepare mineral water, it is necessary to operate and process the steps of groundwater mining, extraction, purification, filtration, bottling and sealing. How to use deep groundwater for automated mineral water preparation and meet the composition requirements of different types of mineral water is of great significance to improving the efficiency of mineral water production lines and realizing the production of multiple varieties of mineral water. Summary of the invention

[0004] In order to extract groundwater stably and effectively within a limited deep groundwater extraction range, identify raw water suitable for preparing different types of mineral springs, realize continuous and automated preparation of different types of mineral water, and improve the preparation efficiency and quality of mineral water, the present invention provides an automated processing method for preparing mineral water from deep groundwater, the method comprising the following steps:

[0005] Obtaining raw water quality data and geological status data during the extraction of deep groundwater, and performing diversion and canning of the extracted raw water based on the raw water quality data and the geological status data; obtaining aeration treatment status data of canned raw water, and determining the change trend of canned raw water during aeration treatment based on the aeration treatment status data, thereby adjusting the operating status of aeration treatment;

[0006] When the aeration treatment is completed, the material content status data of all canned raw water is obtained to generate a material database of all canned raw water; based on the material ratio characteristics of mineral water and the material database, all canned raw water is marked;

[0007] Based on the specification characteristics of mineral water preparation and the identification information of all canned raw water, the corresponding canned raw water is extracted into a container, and the raw water extraction data during the canned raw water extraction process is obtained; based on the raw water extraction data, the operating status of the filtration treatment of the canned raw water during the extraction process and the operating status of the disinfection treatment of the container are adjusted.

[0008] Preferably, the water quality data and geological status data in the process of extracting deep groundwater are obtained, and the raw water is extracted and diverted and canned based on the raw water quality data and the geological status data, specifically:

[0009] Detecting the raw water flow of all extraction points in the deep groundwater extraction area to obtain the water quality status data of all extraction points; wherein the water quality status data includes the water hardness and pH change data of the raw water flow;

[0010] Detecting the underground structure of the deep groundwater extraction area to obtain geological status data of the deep groundwater extraction area; wherein the geological status data includes groundwater channel distribution data and sedimentation velocity change data of the deep groundwater extraction area;

[0011] Based on the groundwater channel distribution data and the sedimentation velocity change data, all extraction points are divided into a number of extraction point groups;

[0012] Perform time domain change analysis on the water quality status data of all extraction points in each extraction point group to obtain the time interval distribution information of the raw water flow output by each extraction point group meeting the preset water hardness and pH conditions;

[0013] Based on the time interval distribution information, the raw water flow output by each extraction point group is diverted to form a number of raw water output flows; based on the flow change characteristics of all raw water output flows, all raw water output flows are respectively subjected to negative pressure extraction and canning treatment.

[0014] Preferably, the aeration treatment state data of the canned raw water is obtained, and based on the aeration treatment state data, a change trend of the canned raw water during the aeration treatment process is determined to adjust the operating state of the aeration treatment, specifically:

[0015] Conduct microbial testing and gas release testing on the aeration treatment process of canned raw water to obtain microbial inventory data and harmful gas release data of canned raw water during the aeration treatment process;

[0016] Performing time-varying analysis on the microbial inventory data and the harmful gas release data to determine the changing trend of the microbial concentration and the harmful gas release rate of the canned raw water during the aeration treatment process;

[0017] Based on the changing trend of the microbial concentration and the changing trend of the harmful gas release rate, the insufficiently aerated area in the bottled raw water during the aeration treatment process is determined; based on the position and spatial size of the insufficiently aerated area, the air injection parameters of the aeration treatment for the bottled raw water are adjusted; wherein the air injection parameters include at least one of the position, flow rate and pressure of the air injected into the bottled raw water.

[0018] Preferably, when the aeration treatment is completed, the substance content status data of all canned raw water is obtained to generate a substance database of all canned raw water; based on the mineral water substance ratio characteristics and the substance database, all canned raw water is marked, specifically:

[0019] When the aeration treatment is completed, all the canned raw water is tested for inorganic substances to obtain the inorganic substance types and content data of all the canned raw water; based on the inorganic substance types and content data, an inorganic substance database of all the canned raw water is generated;

[0020] The inorganic types and proportion information contained in the mineral water material ratio characteristics are compared with the inorganic database to determine the matching degree values ​​between all bottled raw waters and the mineral water material ratio characteristics, thereby generating identification information for all bottled raw waters.

[0021] Preferably, based on the mineral water preparation specification characteristics and the identification information of all canned raw water, the corresponding canned raw water is extracted into the container, and the raw water extraction data in the canned raw water extraction process is obtained; based on the raw water extraction data, the operation state of the filtering treatment of the canned raw water in the extraction process and the operation state of the disinfection treatment of the container are adjusted, specifically:

[0022] Compare the bottled mineral water capacity and inorganic content included in the mineral water preparation specification characteristics with the identification information of all canned raw water, and determine a number of canned raw waters that match the mineral water preparation specification characteristics; extract the matching canned raw waters into bottle containers, and obtain raw water extraction flow rate change data during the canned raw water extraction process;

[0023] Based on the raw water extraction flow rate change data, the pressurization operation parameters of the activated carbon filtration treatment of the canned raw water during the extraction process and the irradiation operation parameters of the ultraviolet disinfection treatment of the bottle container are adjusted.

[0024] In another aspect, the present invention provides an automated processing system for preparing mineral water from deep groundwater, the system comprising the following modules:

[0025] A groundwater extraction detection module is used to obtain raw water quality data and geological status data during the extraction of deep groundwater, and to perform diversion and canning of the extracted raw water based on the raw water quality data and the geological status data;

[0026] An aeration treatment detection and adjustment module, used to obtain aeration treatment status data of the canned raw water, and based on the aeration treatment status data, determine the change trend of the canned raw water during the aeration treatment process, so as to adjust the operation status of the aeration treatment;

[0027] The raw water identification module is used to obtain the material content status data of all canned raw water when the aeration treatment is completed, so as to generate a material database of all canned raw water; based on the material ratio characteristics of mineral water and the material database, all canned raw water is identified;

[0028] A raw water extraction assembly control module is used to extract the corresponding canned raw water into the container based on the mineral water preparation specification characteristics and the identification information of all canned raw water, and obtain the raw water extraction data in the canned raw water extraction process;

[0029] The raw water filtration and disinfection adjustment module is used to adjust the operating state of the filtration treatment of the bottled raw water during the extraction process and the operating state of the disinfection treatment of the container based on the raw water extraction data.

[0030] Preferably, the groundwater extraction detection module is used to obtain raw water quality data and geological status data during the extraction of deep groundwater, and based on the raw water quality data and the geological status data, perform extraction of raw water diversion processing and canning processing, specifically:

[0031] Detecting the raw water flow of all extraction points in the deep groundwater extraction area to obtain the water quality status data of all extraction points; wherein the water quality status data includes the water hardness and pH change data of the raw water flow;

[0032] Detecting the underground structure of the deep groundwater extraction area to obtain geological status data of the deep groundwater extraction area; wherein the geological status data includes groundwater channel distribution data and sedimentation velocity change data of the deep groundwater extraction area;

[0033] Based on the groundwater channel distribution data and the sedimentation velocity change data, all extraction points are divided into a number of extraction point groups;

[0034] Perform time domain change analysis on the water quality status data of all extraction points in each extraction point group to obtain the time interval distribution information of the raw water flow output by each extraction point group meeting the preset water hardness and pH conditions;

[0035] Based on the time interval distribution information, the raw water flow output by each extraction point group is diverted to form a number of raw water output flows; based on the flow change characteristics of all raw water output flows, all raw water output flows are respectively subjected to negative pressure extraction and canning treatment.

[0036] Preferably, the aeration treatment detection and adjustment module is used to obtain aeration treatment status data of the canned raw water, and based on the aeration treatment status data, determine the change trend of the canned raw water during the aeration treatment process, so as to adjust the operating state of the aeration treatment, specifically:

[0037] Conduct microbial testing and gas release testing on the aeration treatment process of canned raw water to obtain microbial inventory data and harmful gas release data of canned raw water during the aeration treatment process;

[0038] Performing time-varying analysis on the microbial inventory data and the harmful gas release data to determine the changing trend of the microbial concentration and the harmful gas release rate of the canned raw water during the aeration treatment process;

[0039] Based on the changing trend of the microbial concentration and the changing trend of the harmful gas release rate, the insufficiently aerated area in the bottled raw water during the aeration treatment process is determined; based on the position and spatial size of the insufficiently aerated area, the air injection parameters of the aeration treatment for the bottled raw water are adjusted; wherein the air injection parameters include at least one of the position, flow rate and pressure of the air injected into the bottled raw water.

[0040] Preferably, the raw water identification module is used to obtain the material content status data of all canned raw water when the aeration treatment is completed, so as to generate a material database of all canned raw water; based on the material ratio characteristics of mineral water and the material database, all canned raw water is identified, specifically:

[0041] When the aeration treatment is completed, all the canned raw water is tested for inorganic substances to obtain the inorganic substance types and content data of all the canned raw water; based on the inorganic substance types and content data, an inorganic substance database of all the canned raw water is generated;

[0042] The inorganic types and proportion information contained in the mineral water material ratio characteristics are compared with the inorganic database to determine the matching degree values ​​between all bottled raw waters and the mineral water material ratio characteristics, thereby generating identification information for all bottled raw waters.

[0043] Preferably, the raw water extraction assembly control module is used to extract the corresponding canned raw water into the container based on the mineral water preparation specification characteristics and the identification information of all canned raw water, and obtain the raw water extraction data in the canned raw water extraction process, specifically:

[0044] Compare the bottled mineral water capacity and inorganic content included in the mineral water preparation specification characteristics with the identification information of all canned raw water, and determine a number of canned raw waters that match the mineral water preparation specification characteristics; extract the matching canned raw waters into bottle containers, and obtain raw water extraction flow rate change data during the canned raw water extraction process;

[0045] The raw water filtration and disinfection adjustment module is used to adjust the operation state of the filtration treatment of the canned raw water during the extraction process and the operation state of the disinfection treatment of the container based on the raw water extraction data, specifically:

[0046] Based on the raw water extraction flow rate change data, the pressurization operation parameters of the activated carbon filtration treatment of the canned raw water during the extraction process and the irradiation operation parameters of the ultraviolet disinfection treatment of the bottle container are adjusted.

[0047] Compared with the prior art, the present invention has the following beneficial effects:

[0048] The raw water quality data and geological status data in the process of extracting deep groundwater are obtained, and the extracted raw water is diverted and canned based on the raw water quality data and the geological status data. During the deep groundwater extraction process, several extraction points will be drilled in the preset deep groundwater extraction area, and groundwater will be extracted from all the extraction points using a pump, so that each extraction point will output the corresponding raw water flow during the extraction process, that is, the water flow formed by the deep groundwater. Deep groundwater stays in deep geological structures for a long time. Groundwater extracted from different deep geological structures has different water quality characteristics, and mineral water preparation has corresponding requirements for water quality characteristics. In order to avoid the water quality of the extracted deep groundwater not meeting the requirements and affecting the quality of subsequent mineral water preparation, the extracted raw water flow needs to be tested during the extraction process to obtain the water quality status of the raw water flow at each time point during the extraction process, and timely identify whether the raw water flow meets the corresponding water quality requirements, to ensure that only raw water that meets the corresponding water quality requirements is loaded into the tank during the time domain flow treatment of the extracted raw water flow, and to perform water quality identification at the source of deep groundwater extraction to avoid mixing of groundwater that does not meet the water quality requirements with groundwater that meets the water quality requirements, thereby increasing the workload of subsequent groundwater quality treatment and helping to maintain the original quality of the groundwater. In addition, the network of groundwater channels in deep underground structures is relatively complex. The raw water flows output by two extraction points on the surface of the deep groundwater extraction area may belong to the same groundwater channel, that is, the source of the raw water flows of the two extraction points is the same. In addition, the strata of the deep underground structure may settle during the extraction of groundwater. When the sedimentation rate is greater, the groundwater of the corresponding stratum will be mixed with rock and soil particles formed by the stratum sedimentation, causing groundwater pollution. At this time, the raw water flows output by the corresponding extraction points are also polluted. In order to improve the water extraction efficiency of all extraction points in the deep groundwater extraction area, all extraction points can be divided into point groups according to the geological status data of the deep groundwater extraction area to obtain several extraction point groups, so that the raw water flows output by all extraction points in each extraction point group have the same or similar water quality changes. The raw water flows output by all extraction points in the same extraction point group are then diverted in the time domain, and the diverted raw water is negatively pressure extracted and canned, so that the raw water is stored in corresponding sealed tanks, which facilitates subsequent other treatments of the raw water in the tanks, thereby achieving effective collection and preservation of raw water.

[0049] Obtain the aeration treatment status data of the canned raw water, and determine the change trend of the canned raw water during the aeration treatment process based on the aeration treatment status data, so as to adjust the operation status of the aeration treatment. A large number of microorganisms are enriched in deep groundwater and a large number of harmful gases are dissolved; among them, the microorganisms are usually anaerobic bacteria, and the harmful gases can be but are not limited to carbon monoxide and hydrogen sulfide, etc. These microorganisms and harmful gases will affect the health of the water quality and the drinking taste and taste of mineral water. In order to improve the quality of mineral water, it is necessary to aerate the canned raw water, that is, inject air into the canned raw water. The microorganisms inside the canned raw water will disappear under the action of oxygen in the air. At the same time, as the air dissolves in the canned raw water, the harmful gases originally dissolved in the canned raw water will precipitate and release to the outside world, reducing the dissolved concentration of harmful gases in the canned raw water. In order to quickly and efficiently remove microorganisms and harmful gases in bottled raw water, the internal state change trend of the bottled raw water during the aeration treatment process is detected, the change trend of the microbial concentration and the change trend of the harmful gas release rate in different areas of the bottled raw water are determined, and the areas of insufficient aeration treatment in the bottled raw water are accurately determined, so as to adaptively adjust the operating parameters of the aeration treatment and maximize the efficiency of the aeration treatment.

[0050] When the aeration treatment is completed, the material content status data of all canned raw water is obtained to generate a material database of all canned raw water; based on the material ratio characteristics of mineral water and the material database, all canned raw water is marked. When the aeration treatment is completed, the content concentration of microorganisms and harmful gases in the canned raw water has been significantly reduced and meets the corresponding drinking requirements. From the above introduction, it can be seen that different canned raw water is obtained by time domain diversion and collection of raw water flows output from different extraction points, so that the types and contents of inorganic substances such as inorganic salts in different canned raw waters are different. When preparing mineral water, the types and contents of inorganic substances required for different types of mineral water are not the same. In order to meet the needs of rapid preparation of different types of mineral water, canned raw water with the same or similar types and contents of inorganic substances required by the corresponding types of mineral water can be preferentially selected as the raw material for mineral water preparation. Accordingly, it is necessary to comprehensively and accurately detect and mark the types and contents of inorganic substances contained in all canned raw waters, and establish a material database corresponding to all canned raw waters. In addition, the inorganic type and proportion information included in the material ratio characteristics of the corresponding type of mineral water is compared with the material database to determine the matching degree values ​​between all canned raw waters and the material ratio characteristics of the corresponding type of mineral water. For example, the closer the type and content of inorganic substances such as inorganic salts in the canned raw water are to the inorganic type and proportion information of the corresponding type of mineral water, the higher the matching degree value between the canned raw water and the material ratio characteristics of the corresponding type of mineral water. In the subsequent preparation of mineral water, canned raw water with a higher matching degree value will be preferentially selected as raw material. According to the matching degree values ​​between all canned raw waters and the material ratio characteristics of the mineral water, identification information is added to all canned raw waters to facilitate the subsequent rapid and accurate selection of suitable canned raw water for preparing mineral water.

[0051] Based on the mineral water preparation specification characteristics and the identification information of all canned raw water, the corresponding canned raw water is extracted into the container, and the raw water extraction data during the canned raw water extraction process is obtained; based on the raw water extraction data, the operation status of the filtration treatment of the canned raw water during the extraction process and the operation status of the disinfection treatment of the container are adjusted. Mineral water preparation requires the production of bottled mineral water of different volume specifications. In order to make full use of all canned raw water, the bottled mineral water capacity and inorganic content contained in the mineral water preparation specification characteristics are compared with the identification information of all canned raw water to determine a number of canned raw waters that can provide the corresponding volume and match the type and content of inorganic substances. Then, the matching canned raw waters are extracted into the bottle container to realize the bottling of the raw water. In order to further improve the water quality of mineral water, the canned raw water is filtered and the bottle container filled with raw water is disinfected during the process of being pumped into the flat container, so as to effectively remove impurities and bacteria in the water, realize the automated and safe and clean preparation of mineral water, and improve the preparation efficiency and quality of mineral water. BRIEF DESCRIPTION OF THE DRAWINGS

[0052] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the following briefly introduces the drawings required for describing the embodiments. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work. Among them:

[0053] Figure 1 The present invention provides a flow chart of an automated processing method for preparing mineral water from deep groundwater.

[0054] Figure 2 It is a schematic diagram of a production line corresponding to an automated processing method for preparing mineral water from deep groundwater provided by the present invention.

[0055] Figure 3 It is a structural diagram of an automatic processing system for preparing mineral water from deep groundwater provided by the present invention. DETAILED DESCRIPTION

[0056] In order to make the above-mentioned objects, features and advantages of the present invention more obvious and easy to understand, the specific implementation methods of the present invention are described in detail below in conjunction with the accompanying drawings. It is understood that the specific embodiments described herein are only used to explain the present invention, rather than to limit the present invention. It should also be noted that, for ease of description, only the parts related to the present invention rather than all structures are shown in the accompanying drawings. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0057] The terms "including" and "having" and any variations thereof in the present invention are intended to cover non-exclusive inclusions. For example, a process, method, system, product or device comprising a series of steps or units is not limited to the listed steps or units, but may optionally include steps or units not listed, or may optionally include other steps or units inherent to these processes, methods, products or devices.

[0058] Reference to "embodiments" herein means that a particular feature, structure, or characteristic described in conjunction with the embodiments may be included in at least one embodiment of the present invention. The appearance of the phrase in various places in the specification does not necessarily refer to the same embodiment, nor is it an independent or alternative embodiment that is mutually exclusive with other embodiments. It is explicitly and implicitly understood by those skilled in the art that the embodiments described herein may be combined with other embodiments.

[0059] See also Figure 1 As shown, the present invention provides an automated processing method for preparing mineral water from deep groundwater, the method comprising the following steps:

[0060] S100, obtaining raw water quality data and geological status data during the process of extracting deep groundwater, and based on the raw water quality data and geological status data, performing diversion and canning of the extracted raw water; obtaining aeration treatment status data of the canned raw water, and based on the aeration treatment status data, determining the change trend of the canned raw water during the aeration treatment process, thereby adjusting the operating status of the aeration treatment.

[0061] Furthermore, the water quality data and geological status data in the process of extracting deep groundwater are obtained, and the extracted raw water is subjected to diversion and canning treatment based on the raw water quality data and geological status data, specifically:

[0062] Detect the raw water flow of all extraction points in the deep groundwater extraction area to obtain the water quality status data of all extraction points; wherein the water quality status data includes the water hardness and pH change data of the raw water flow;

[0063] Detecting the underground structure of the deep groundwater extraction area to obtain geological status data of the deep groundwater extraction area; wherein the geological status data includes groundwater channel distribution data and sedimentation velocity change data of the deep groundwater extraction area;

[0064] Based on the groundwater channel distribution data and sedimentation velocity change data, all extraction points are divided into several extraction point groups;

[0065] Perform time domain change analysis on the water quality status data of all extraction points in each extraction point group to obtain the time interval distribution information of the raw water flow output by each extraction point group meeting the preset water hardness and pH conditions;

[0066] Based on the time interval distribution information, the raw water flow output by each extraction point group is diverted to form several raw water output flows; based on the flow change characteristics of all raw water output flows, all raw water output flows are respectively subjected to negative pressure extraction and canning treatment.

[0067] During the deep groundwater extraction process, several extraction points are dug in the preset deep groundwater extraction area, and groundwater is extracted from all the extraction points using pumps. In this way, each extraction point will output a corresponding raw water flow during the extraction process, that is, the water flow formed by the deep groundwater. Figure 2 As shown, a number of extraction points are arranged on the surface of the deep groundwater extraction area, and each extraction point is connected to a water pump through a pipeline; wherein each extraction point can be connected to a water pump through a pipeline, or a plurality of extraction points can be connected to a water pump through independent pipelines respectively; the water pump can be but is not limited to a diversion type water pump. Figure 2 The connection between the extraction point and the water pump is one of the ways, which is not limited to Figure 2 The way it is presented.

[0068] Deep groundwater stays in deep geological structures for a long time. Groundwater extracted from different deep geological structures has different water quality characteristics, and mineral water preparation has corresponding requirements for water quality characteristics. In order to avoid the water quality of the extracted deep groundwater not meeting the requirements and affecting the quality of subsequent mineral water preparation, the extracted raw water flow needs to be tested during the extraction process to obtain the water quality status of the raw water flow at each time point during the extraction process, and timely identify whether the raw water flow meets the corresponding water quality requirements, to ensure that only raw water that meets the corresponding water quality requirements is loaded into the tank during the time domain flow treatment of the extracted raw water flow, and to perform water quality identification at the source of deep groundwater extraction to avoid mixing of groundwater that does not meet the water quality requirements with groundwater that meets the water quality requirements, thereby increasing the workload of subsequent groundwater quality treatment and helping to maintain the original quality of the groundwater. Specifically, water hardness sensors and pH sensors can be installed on the pipeline connected to the water pump at each extraction point to detect the water hardness and pH of the raw water flow extracted from the extraction point and transmitted in the pipeline, so as to obtain the water quality status data of all extraction points, thereby dynamically detecting and characterizing the water hardness and pH of the raw water flow at different time points, and providing a reliable data basis for the subsequent identification of raw water flow sections that meet the corresponding water quality requirements.

[0069] In addition, the network of groundwater channels in deep underground structures is relatively complex. The raw water flows output from two extraction points on the surface of the deep groundwater extraction area may belong to the same groundwater channel, that is, the source of the raw water flows from the two extraction points is the same. In addition, the strata of the deep underground structure may settle during the process of extracting groundwater. When the settling speed is greater, the groundwater in the corresponding stratum will be mixed with rock and soil particles formed by the stratum settlement, causing groundwater pollution. At this time, the raw water flows output from the corresponding extraction points are also polluted. In order to improve the water extraction efficiency of all extraction points in the deep groundwater extraction area, ultrasonic echo detection can be performed on the deep groundwater extraction area, that is, ultrasonic waves are scanned and emitted to the deep groundwater extraction area, ultrasonic echoes reflected by the deep groundwater extraction area are received, and the intensity change of the ultrasonic echoes is analyzed to obtain the geological state data of the deep groundwater extraction area, and the distribution position and sedimentation velocity changes of the groundwater channels in the deep groundwater extraction area are globally characterized. Ultrasonic echo detection belongs to the conventional technical means in this field and is not described in detail here. In order to centrally and uniformly extract raw water from extraction points with the same or similar raw water quality, all extraction points are divided into several extraction point groups according to the groundwater channel distribution data and sedimentation velocity change data. For example, extraction points where the groundwater channels are interconnected and the sedimentation velocity exceeds the preset velocity threshold are divided into the same extraction point group, so as to ensure that the raw water flow output by all extraction points in each extraction point group has the same or similar water quality changes. Then, the water quality status data of all extraction points in each extraction point group are analyzed for time domain changes, and the time interval distribution information of the raw water flow output by each extraction point group meets the preset water hardness and pH conditions is obtained, and the above time interval distribution information is determined as the operation time interval that allows the raw water flow output from the corresponding extraction point to be extracted. Based on the above time interval distribution information, the raw water flow output by each extraction point group is diverted to form a number of raw water output flows. Based on the flow change characteristics of all raw water output flows, all raw water output flows are respectively subjected to negative pressure extraction and canning treatment. The greater the flow rate of the raw water output flow, the greater the negative pressure extraction pressure of the raw water output flow, ensuring that the raw water output flow is extracted in a timely and complete manner and stored in the corresponding sealed tank, so as to facilitate the subsequent other treatments of the raw water in the tank and achieve effective collection and preservation of raw water.

[0070] Furthermore, the aeration treatment state data of the canned raw water is obtained, and based on the aeration treatment state data, the change trend of the canned raw water during the aeration treatment process is determined, so as to adjust the operation state of the aeration treatment, specifically:

[0071] Conduct microbial testing and gas release testing on the aeration treatment process of canned raw water to obtain microbial inventory data and harmful gas release data of canned raw water during the aeration treatment process;

[0072] Conduct time-varying analysis on microbial inventory data and harmful gas release data to determine the changing trend of microbial concentration and harmful gas release rate in tank raw water during aeration treatment;

[0073] Based on the changing trends of microbial concentration and harmful gas release rate, the insufficiently aerated areas in the bottled raw water during the aeration treatment process are determined; based on the location and spatial size of the insufficiently aerated areas, the air injection parameters of the bottled raw water for the aeration treatment are adjusted; wherein the air injection parameters include at least one of the location, flow rate and pressure of the air injected into the bottled raw water.

[0074] Deep groundwater is rich in a large number of microorganisms and a large number of dissolved harmful gases; among them, microorganisms are usually anaerobic bacteria, and harmful gases can be but are not limited to carbon monoxide and hydrogen sulfide, etc. These microorganisms and harmful gases will affect the health of the water quality and the taste and flavor of mineral water. In order to improve the quality of mineral water, it is necessary to aerate the canned raw water, that is, inject air into the canned raw water. The microorganisms inside the canned raw water will disappear under the action of oxygen in the air. At the same time, as the air dissolves in the canned raw water, the harmful gases originally dissolved in the canned raw water will precipitate and release to the outside world, reducing the dissolved concentration of harmful gases in the canned raw water. The position, flow rate and pressure of injecting air into the canned raw water during the aeration treatment will affect the effect of the aeration treatment. In order to quickly and efficiently remove microorganisms and harmful gases in canned raw water, microbial detection and gas release detection are performed on the aeration treatment process of canned raw water to obtain microbial inventory data and harmful gas release data of canned raw water during aeration treatment; wherein, microbial inventory data may include but is not limited to microbial concentration data at different locations in canned raw water, and harmful gas release data may include but is not limited to the amount of harmful gas released per unit time during aeration treatment of canned raw water. Then, a time-varying analysis is performed on the microbial inventory data and harmful gas release data to determine the trend of microbial concentration change and harmful gas release rate change of canned raw water during aeration treatment, and quantitatively characterize the changes in the concentration of microorganisms and harmful gas release rate in canned raw water. During the process of injecting air into canned raw water, the air dissolution and penetration rates in different areas of the canned raw water are not the same. When the air dissolution and penetration rate in a certain area is greater, the microbial concentration in the corresponding area decreases faster, and the harmful gas release rate is greater. By analyzing the trend of changes in microbial concentration and harmful gas release rate, the insufficiently aerated area in the canned raw water during the aeration treatment process is determined, that is, the area where the microbial concentration value in the canned raw water exceeds the preset concentration threshold and / or the harmful gas release rate is less than the preset rate threshold. In addition, based on the location and spatial size of the insufficiently aerated area, the air injection parameters of the aeration treatment for the canned raw water are adjusted to ensure that air is injected into the insufficiently aerated area, and the larger the space of the insufficiently aerated area, the greater the flow rate and pressure of the corresponding injected air, thereby improving the dissolution and penetration efficiency of the injected air in the canned raw water.

[0075] S200, when the aeration treatment is completed, the material content status data of all canned raw water is obtained to generate a material database of all canned raw water; based on the mineral water material ratio characteristics and the material database, all canned raw water is labeled.

[0076] Furthermore, when the aeration treatment is completed, the material content status data of all canned raw water is obtained to generate a material database of all canned raw water; based on the mineral water material ratio characteristics and the material database, all canned raw water is marked, specifically:

[0077] When the aeration treatment is completed, all the canned raw water is tested for inorganic substances to obtain the inorganic substance type and content data of all the canned raw water; based on the inorganic substance type and content data, an inorganic substance database of all the canned raw water is generated;

[0078] The inorganic types and proportions contained in the mineral water material ratio characteristics are compared with the inorganic database to determine the matching degree between all bottled raw waters and the mineral water material ratio characteristics, thereby generating identification information for all bottled raw waters.

[0079] When the aeration treatment is completed, the concentration of microorganisms and harmful gases in the canned raw water has been significantly reduced and meets the corresponding drinking requirements. From the above introduction, it can be seen that different canned raw water is obtained by time-domain diversion and collection of raw water flows output from different extraction points, so that the types and contents of inorganic substances such as inorganic salts in different canned raw waters are different. When preparing mineral water, the types and contents of inorganic substances required for different types of mineral water are not the same. In order to meet the needs of rapid preparation of different types of mineral water, canned raw water with the same or similar types and contents of inorganic substances as those required for the corresponding types of mineral water can be preferentially selected as the raw material for mineral water preparation. Accordingly, it is necessary to comprehensively and accurately detect and identify the types and contents of inorganic substances contained in all canned raw waters, and establish a material database corresponding to all canned raw waters, that is, an inorganic database of all canned raw waters; among them, the types and contents of inorganic substances in canned raw waters can be determined by means such as spectral detection, which will not be introduced in detail. In addition, the inorganic type and proportion information included in the material ratio characteristics of the corresponding type of mineral water is compared with the material database to determine the matching degree values ​​between all canned raw waters and the material ratio characteristics of the corresponding type of mineral water. For example, the closer the type and content of inorganic substances such as inorganic salts in the canned raw water are to the inorganic type and proportion information of the corresponding type of mineral water, the higher the matching degree value between the canned raw water and the material ratio characteristics of the corresponding type of mineral water. In the subsequent preparation of mineral water, canned raw water with a higher matching degree value will be preferentially selected as raw material. According to the matching degree values ​​between all canned raw waters and the material ratio characteristics of the mineral water, identification information is added to all canned raw waters to facilitate the subsequent rapid and accurate selection of suitable canned raw water for preparing mineral water.

[0080] S300, based on the mineral water preparation specification characteristics and the identification information of all canned raw water, the corresponding canned raw water is extracted into the container, and the raw water extraction data during the canned raw water extraction process is obtained; based on the raw water extraction data, the operating status of the filtration treatment of the canned raw water during the extraction process and the operating status of the disinfection treatment of the container are adjusted.

[0081] Furthermore, based on the mineral water preparation specification characteristics and the identification information of all canned raw water, the corresponding canned raw water is extracted into the container, and the raw water extraction data in the canned raw water extraction process is obtained; based on the raw water extraction data, the operation state of the filtering treatment of the canned raw water in the extraction process and the operation state of the disinfection treatment of the container are adjusted, specifically:

[0082] Compare the bottled mineral water capacity and inorganic content included in the mineral water preparation specification characteristics with the identification information of all canned raw water, and determine a number of canned raw waters that match the mineral water preparation specification characteristics; extract the matching canned raw waters into bottle containers, and obtain raw water extraction flow rate change data during the canned raw water extraction process;

[0083] Based on the raw water extraction flow rate change data, the pressurization operating parameters of the activated carbon filtration treatment of the canned raw water during the extraction process and the irradiation operating parameters of the ultraviolet disinfection treatment of the bottle container are adjusted.

[0084] Mineral water preparation requires the production of bottled mineral water of different volumes and specifications. In order to make full use of all canned raw water, the bottled mineral water capacity and inorganic content contained in the mineral water preparation specification characteristics are compared with the identification information of all canned raw water to determine a number of canned raw waters that can provide the corresponding volume and match the inorganic types and contents. For example, first select canned raw water that can provide the corresponding volume of raw water according to the number of bottled mineral waters that need to be produced for mineral water preparation, then compare the bottled mineral water capacity and inorganic content contained in the mineral water preparation specification characteristics with the identification information of canned raw water that can provide the corresponding volume of raw water, and select canned raw water with a suitable matching degree value, so as to extract a number of matching canned raw waters into bottle containers to realize the bottling of raw water. In order to further improve the water quality of mineral water, the canned raw water is filtered and the bottle container filled with raw water is disinfected during the process of extracting the canned raw water into a flat container, so as to effectively remove impurities and bacteria in the water, and obtain the raw water extraction flow rate change data during the canned raw water extraction process, so as to adjust the pressurization operation parameters of the activated carbon filtration treatment of the canned raw water during the extraction process and the irradiation operation parameters of the ultraviolet disinfection treatment of the bottle container. For example, the greater the raw water extraction flow rate, the greater the raw water pressure output in the activated carbon filtration treatment of the canned raw water during the extraction process, and the greater the irradiation intensity of the ultraviolet disinfection treatment of the bottle container, thereby realizing the automated and safe clean preparation of mineral water and improving the preparation efficiency and quality of mineral water.

[0085] See also Figure 3 As shown, the present invention provides an automatic processing system for preparing mineral water from deep groundwater, which includes the following modules:

[0086] Groundwater extraction detection module, used to obtain raw water quality data and geological status data during the extraction of deep groundwater, and to perform diversion and canning of extracted raw water based on the raw water quality data and geological status data;

[0087] An aeration treatment detection and adjustment module is used to obtain the aeration treatment status data of the canned raw water, and based on the aeration treatment status data, determine the change trend of the canned raw water during the aeration treatment process, so as to adjust the operation status of the aeration treatment;

[0088] The raw water identification module is used to obtain the material content status data of all canned raw water when the aeration treatment is completed, so as to generate a material database of all canned raw water; based on the mineral water material ratio characteristics and the material database, all canned raw water is identified;

[0089] A raw water extraction assembly control module is used to extract the corresponding canned raw water into the container based on the mineral water preparation specification characteristics and the identification information of all canned raw water, and obtain the raw water extraction data in the canned raw water extraction process;

[0090] The raw water filtration and disinfection adjustment module is used to adjust the operating status of the filtration treatment of the bottled raw water during the extraction process and the operating status of the disinfection treatment of the container based on the raw water extraction data.

[0091] Furthermore, the groundwater extraction detection module is used to obtain raw water quality data and geological status data during the extraction of deep groundwater, and to perform extraction of raw water diversion and canning based on the raw water quality data and geological status data, specifically:

[0092] Detect the raw water flow of all extraction points in the deep groundwater extraction area to obtain the water quality status data of all extraction points; wherein the water quality status data includes the water hardness and pH change data of the raw water flow;

[0093] Detecting the underground structure of the deep groundwater extraction area to obtain geological status data of the deep groundwater extraction area; wherein the geological status data includes groundwater channel distribution data and sedimentation velocity change data of the deep groundwater extraction area;

[0094] Based on the groundwater channel distribution data and sedimentation velocity change data, all extraction points are divided into several extraction point groups;

[0095] Perform time domain change analysis on the water quality status data of all extraction points in each extraction point group to obtain the time interval distribution information of the raw water flow output by each extraction point group meeting the preset water hardness and pH conditions;

[0096] Based on the time interval distribution information, the raw water flow output by each extraction point group is diverted to form several raw water output flows; based on the flow change characteristics of all raw water output flows, all raw water output flows are respectively subjected to negative pressure extraction and canning treatment.

[0097] Furthermore, the aeration treatment detection and adjustment module is used to obtain the aeration treatment status data of the canned raw water, and based on the aeration treatment status data, determine the change trend of the canned raw water during the aeration treatment process, so as to adjust the operation status of the aeration treatment, specifically:

[0098] Conduct microbial testing and gas release testing on the aeration treatment process of canned raw water to obtain microbial inventory data and harmful gas release data of canned raw water during the aeration treatment process;

[0099] Conduct time-varying analysis on microbial inventory data and harmful gas release data to determine the changing trend of microbial concentration and harmful gas release rate in tank raw water during aeration treatment;

[0100] Based on the changing trends of microbial concentration and harmful gas release rate, the insufficiently aerated areas in the bottled raw water during the aeration treatment process are determined; based on the location and spatial size of the insufficiently aerated areas, the air injection parameters of the bottled raw water for the aeration treatment are adjusted; wherein the air injection parameters include at least one of the location, flow rate and pressure of the air injected into the bottled raw water.

[0101] Furthermore, the raw water identification module is used to obtain the material content status data of all canned raw water when the aeration treatment is completed, so as to generate a material database of all canned raw water; based on the mineral water material ratio characteristics and the material database, all canned raw water is identified, specifically:

[0102] When the aeration treatment is completed, all the canned raw water is tested for inorganic substances to obtain the inorganic substance type and content data of all the canned raw water; based on the inorganic substance type and content data, an inorganic substance database of all the canned raw water is generated;

[0103] The inorganic types and proportions contained in the mineral water material ratio characteristics are compared with the inorganic database to determine the matching degree between all bottled raw waters and the mineral water material ratio characteristics, thereby generating identification information for all bottled raw waters.

[0104] Furthermore, the raw water extraction assembly control module is used to extract the corresponding canned raw water into the container based on the mineral water preparation specification characteristics and the identification information of all canned raw water, and obtain the raw water extraction data in the canned raw water extraction process, specifically:

[0105] Compare the bottled mineral water capacity and inorganic content included in the mineral water preparation specification characteristics with the identification information of all canned raw water, and determine a number of canned raw waters that match the mineral water preparation specification characteristics; extract the matching canned raw waters into bottle containers, and obtain raw water extraction flow rate change data during the canned raw water extraction process;

[0106] The raw water filtration and disinfection adjustment module is used to adjust the operation status of the filtration treatment of the canned raw water during the extraction process and the operation status of the disinfection treatment of the container based on the raw water extraction data, specifically:

[0107] Based on the raw water extraction flow rate change data, the pressurization operating parameters of the activated carbon filtration treatment of the canned raw water during the extraction process and the irradiation operating parameters of the ultraviolet disinfection treatment of the bottle container are adjusted.

[0108] The operation and effect of the automatic processing system for preparing mineral water from deep groundwater of the present invention are corresponding to and consistent with the above-mentioned automatic processing method for preparing mineral water from deep groundwater, and the automatic processing system for preparing mineral water from deep groundwater will not be repeated here.

[0109] Through the description of the above implementation methods, technicians in this field can clearly understand that each implementation method can be implemented by adding a necessary general hardware platform, and of course can also be implemented by combining hardware and software. Based on this understanding, the above technical solution is essentially or the part that contributes to the prior art can be embodied in the form of a computer product, and the present invention can be in the form of a computer program product implemented on one or more computer-usable storage media (including but not limited to disk storage, CD-ROM, optical storage, etc.) containing computer-usable program codes.

[0110] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit it, and other embodiments may also be used. Although the present invention has been described in detail with reference to the aforementioned embodiments, ordinary technicians in this field should understand that they can still modify the technical solutions recorded in the aforementioned embodiments, or replace some of the technical features therein with equivalents. However, these modifications or replacements do not cause the essence of the corresponding technical solutions to deviate from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. An automated method for preparing mineral water from deep groundwater, characterized in that: The method comprises the following steps: Obtaining raw water quality data and geological status data during the extraction of deep groundwater, and performing diversion and canning of the extracted raw water based on the raw water quality data and the geological status data; obtaining aeration treatment status data of canned raw water, and determining the change trend of canned raw water during aeration treatment based on the aeration treatment status data, thereby adjusting the operating status of aeration treatment; When the aeration treatment is completed, the material content status data of all canned raw water is obtained to generate a material database of all canned raw water; based on the material ratio characteristics of mineral water and the material database, all canned raw water is marked; Based on the specification characteristics of mineral water preparation and the identification information of all canned raw water, the corresponding canned raw water is extracted into a container, and the raw water extraction data during the canned raw water extraction process is obtained; based on the raw water extraction data, the operating status of the filtration treatment of the canned raw water during the extraction process and the operating status of the disinfection treatment of the container are adjusted.

2. The automated processing method for preparing mineral water from deep groundwater according to claim 1, characterized in that: The water quality data and geological status data of the deep groundwater extraction process are obtained, and the raw water extraction diversion and canning are performed based on the raw water quality data and the geological status data, specifically: Detecting the raw water flow of all extraction points in the deep groundwater extraction area to obtain the water quality status data of all extraction points; wherein the water quality status data includes the water hardness and pH change data of the raw water flow; Detecting the underground structure of the deep groundwater extraction area to obtain geological status data of the deep groundwater extraction area; wherein the geological status data includes groundwater channel distribution data and sedimentation velocity change data of the deep groundwater extraction area; Based on the groundwater channel distribution data and the sedimentation velocity change data, all extraction points are divided into a number of extraction point groups; Perform time domain change analysis on the water quality status data of all extraction points in each extraction point group to obtain the time interval distribution information of the raw water flow output by each extraction point group meeting the preset water hardness and pH conditions; Based on the time interval distribution information, the raw water flow output by each extraction point group is diverted to form a number of raw water output flows; based on the flow change characteristics of all raw water output flows, all raw water output flows are respectively subjected to negative pressure extraction and canning treatment.

3. The automated processing method for preparing mineral water from deep groundwater according to claim 2, characterized in that: The aeration treatment state data of the canned raw water is obtained, and based on the aeration treatment state data, a change trend of the canned raw water during the aeration treatment process is determined to adjust the operation state of the aeration treatment, specifically: Conduct microbial testing and gas release testing on the aeration treatment process of canned raw water to obtain microbial inventory data and harmful gas release data of canned raw water during the aeration treatment process; Performing time-varying analysis on the microbial inventory data and the harmful gas release data to determine the changing trend of the microbial concentration and the harmful gas release rate of the canned raw water during the aeration treatment process; Based on the changing trend of the microbial concentration and the changing trend of the harmful gas release rate, the insufficiently aerated area in the bottled raw water during the aeration treatment process is determined; based on the position and spatial size of the insufficiently aerated area, the air injection parameters of the aeration treatment for the bottled raw water are adjusted; wherein the air injection parameters include at least one of the position, flow rate and pressure of the air injected into the bottled raw water.

4. The automated processing method for preparing mineral water from deep groundwater according to claim 1, characterized in that: When the aeration treatment is completed, the material content status data of all canned raw water is obtained to generate a material database of all canned raw water; based on the material ratio characteristics of mineral water and the material database, all canned raw water is marked, specifically: When the aeration treatment is completed, all the canned raw water is tested for inorganic substances to obtain the inorganic substance types and content data of all the canned raw water; based on the inorganic substance types and content data, an inorganic substance database of all the canned raw water is generated; The inorganic types and proportion information contained in the mineral water material ratio characteristics are compared with the inorganic database to determine the matching degree values ​​between all bottled raw waters and the mineral water material ratio characteristics, thereby generating identification information for all bottled raw waters.

5. The automated processing method for preparing mineral water from deep groundwater according to claim 1, characterized in that: Based on the mineral water preparation specification characteristics and the identification information of all canned raw water, the corresponding canned raw water is extracted into the container, and the raw water extraction data in the canned raw water extraction process is obtained; based on the raw water extraction data, the operation state of the filtering treatment of the canned raw water in the extraction process and the operation state of the disinfection treatment of the container are adjusted, specifically: Compare the bottled mineral water capacity and inorganic content included in the mineral water preparation specification characteristics with the identification information of all canned raw water, and determine a number of canned raw waters that match the mineral water preparation specification characteristics; extract the matching canned raw waters into bottle containers, and obtain raw water extraction flow rate change data during the canned raw water extraction process; Based on the raw water extraction flow rate change data, the pressurization operation parameters of the activated carbon filtration treatment of the canned raw water during the extraction process and the irradiation operation parameters of the ultraviolet disinfection treatment of the bottle container are adjusted.

6. An automated processing system for preparing mineral water from deep groundwater, characterized in that: The system includes the following modules: A groundwater extraction detection module is used to obtain raw water quality data and geological status data during the extraction of deep groundwater, and to perform diversion and canning of the extracted raw water based on the raw water quality data and the geological status data; An aeration treatment detection and adjustment module, used to obtain aeration treatment status data of the canned raw water, and based on the aeration treatment status data, determine the change trend of the canned raw water during the aeration treatment process, so as to adjust the operation status of the aeration treatment; The raw water identification module is used to obtain the material content status data of all canned raw water when the aeration treatment is completed, so as to generate a material database of all canned raw water; based on the material ratio characteristics of mineral water and the material database, all canned raw water is identified; A raw water extraction assembly control module is used to extract the corresponding canned raw water into the container based on the mineral water preparation specification characteristics and the identification information of all canned raw water, and obtain the raw water extraction data in the canned raw water extraction process; The raw water filtration and disinfection adjustment module is used to adjust the operating state of the filtration treatment of the bottled raw water during the extraction process and the operating state of the disinfection treatment of the container based on the raw water extraction data.

7. The automatic processing system for preparing mineral water from deep groundwater according to claim 6, characterized in that: The groundwater extraction detection module is used to obtain raw water quality data and geological status data during the extraction of deep groundwater, and to perform extraction of raw water diversion and canning based on the raw water quality data and the geological status data, specifically: Detecting the raw water flow of all extraction points in the deep groundwater extraction area to obtain the water quality status data of all extraction points; wherein the water quality status data includes the water hardness and pH change data of the raw water flow; Detecting the underground structure of the deep groundwater extraction area to obtain geological status data of the deep groundwater extraction area; wherein the geological status data includes groundwater channel distribution data and sedimentation velocity change data of the deep groundwater extraction area; Based on the groundwater channel distribution data and the sedimentation velocity change data, all extraction points are divided into a number of extraction point groups; Perform time domain change analysis on the water quality status data of all extraction points in each extraction point group to obtain the time interval distribution information of the raw water flow output by each extraction point group meeting the preset water hardness and pH conditions; Based on the time interval distribution information, the raw water flow output by each extraction point group is diverted to form a number of raw water output flows; based on the flow change characteristics of all raw water output flows, all raw water output flows are respectively subjected to negative pressure extraction and canning treatment.

8. The automatic processing system for preparing mineral water from deep groundwater according to claim 7, characterized in that: The aeration treatment detection and adjustment module is used to obtain the aeration treatment status data of the canned raw water, and based on the aeration treatment status data, determine the change trend of the canned raw water during the aeration treatment process, so as to adjust the operation status of the aeration treatment, specifically: Conduct microbial testing and gas release testing on the aeration treatment process of canned raw water to obtain microbial inventory data and harmful gas release data of canned raw water during the aeration treatment process; Performing time-varying analysis on the microbial inventory data and the harmful gas release data to determine the changing trend of the microbial concentration and the harmful gas release rate of the canned raw water during the aeration treatment process; Based on the changing trend of the microbial concentration and the changing trend of the harmful gas release rate, the insufficiently aerated area in the bottled raw water during the aeration treatment process is determined; based on the position and spatial size of the insufficiently aerated area, the air injection parameters of the aeration treatment for the bottled raw water are adjusted; wherein the air injection parameters include at least one of the position, flow rate and pressure of the air injected into the bottled raw water.

9. The automatic processing system for preparing mineral water from deep groundwater according to claim 6, characterized in that: The raw water identification module is used to obtain the material content status data of all canned raw water when the aeration treatment is completed, so as to generate a material database of all canned raw water; based on the material ratio characteristics of mineral water and the material database, all canned raw water is identified, specifically: When the aeration treatment is completed, all the canned raw water is tested for inorganic substances to obtain the inorganic substance types and content data of all the canned raw water; based on the inorganic substance types and content data, an inorganic substance database of all the canned raw water is generated; The inorganic types and proportion information contained in the mineral water material ratio characteristics are compared with the inorganic database to determine the matching degree values ​​between all bottled raw waters and the mineral water material ratio characteristics, thereby generating identification information for all bottled raw waters.

10. The automatic processing system for preparing mineral water from deep groundwater according to claim 6, characterized in that: The raw water extraction assembly control module is used to extract the corresponding canned raw water into the container based on the mineral water preparation specification characteristics and the identification information of all canned raw water, and obtain the raw water extraction data during the canned raw water extraction process, specifically: Compare the bottled mineral water capacity and inorganic content included in the mineral water preparation specification characteristics with the identification information of all canned raw water, and determine a number of canned raw waters that match the mineral water preparation specification characteristics; extract the matching canned raw waters into bottle containers, and obtain raw water extraction flow rate change data during the canned raw water extraction process; The raw water filtration and disinfection adjustment module is used to adjust the operation state of the filtration treatment of the canned raw water during the extraction process and the operation state of the disinfection treatment of the container based on the raw water extraction data, specifically: Based on the raw water extraction flow rate change data, the pressurization operation parameters of the activated carbon filtration treatment of the canned raw water during the extraction process and the irradiation operation parameters of the ultraviolet disinfection treatment of the bottle container are adjusted.

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