Large-flow liquor aging filtering, weighing and filling machine

Abstract

The application discloses a large-flow liquor aging and filtering weighing and filling machine, which comprises an aging component, a filtering component, a weighing component and a filling component, and an electric control component is arranged on the aging component, the filtering component and the weighing component to control the working of the aging component, the weighing component and the filling component, and to automatically complete the aging, filtering, weighing and filling of liquor; the aging component is provided with a liquid pipeline structure arranged in a meandering mode between parallel electrodes, the distance between the electrodes is shortened, a stronger alternating electric field is established between the parallel electrodes under the same alternating voltage, and the meandering liquid pipeline increases the time of liquor flowing in the stronger alternating electric field, so that the aging effect of the aging component on newly brewed liquor in the liquor filling process is greatly improved, and the problem of poor aging effect of the existing aging device on the large-flow liquor filling machine is solved; the weighing component collects the weight change of a liquor containing container in the liquor filling process in real time, feedback control of the liquor filling process is realized, the filling control is more flexible and accurate, and higher requirements of the large-flow liquor filling machine on functions and performances are ensured.

Description

Technical Field

[0001] This utility model relates to the technical field of production and bottling equipment for alcoholic beverages, specifically to a high-flow-rate baijiu (Chinese liquor) aging, filtration, weighing, and bottling machine. Background Technology

[0002] Chinese utility model patent application number CN202220543415.3 discloses a liquid filling machine with an aging accelerator, which solves the problem of the harsh taste and poor mouthfeel of newly brewed baijiu while filling it. In this patent, the aging accelerator uses two annular electrodes separately arranged outside the liquid channel along the direction of the liquid channel to establish an alternating electric field for aging in the direction of liquid flow. The alternating electric field is used to accelerate the aging of the baijiu flowing through the liquid channel.

[0003] However, in actual production, it was found that while the aging accelerator was very effective in accelerating the aging of newly brewed baijiu when applied to low-flow baijiu bottling machines, its effect significantly decreased when applied to high-flow baijiu bottling machines. Although a technical solution of setting multiple aging accelerators in the liquid channel was adopted in high-flow baijiu bottling machines, the improvement in the aging effect of newly brewed baijiu was still not significant. The main reason is that the structural design of the two circular electrodes, when placed close together, results in a high alternating electric field strength between the two electrodes, but a short time for the liquor to flow through the alternating electric field. If the two circular electrodes are placed far apart, although the time for the liquor to flow through the alternating electric field increases, the alternating electric field strength between the two electrodes decreases, leading to poor aging effect when applied to high-flow baijiu bottling machines. Therefore, how to improve the aging effect of existing aging accelerators in high-flow baijiu bottling machines has become a technical bottleneck for their successful application.

[0004] Furthermore, the original small-flow baijiu filling machines had relatively low requirements for functionality and performance. The filling volume was controlled by a time-based control method, meaning that the flow rate of the filling machine was fixed when the filling pump was selected (the flow rate of the filling machine is a fixed parameter of the filling pump). During filling, only the filling time needed to be controlled to keep the baijiu filling volume within the required range. However, large-flow baijiu filling machines have new and higher requirements for functionality and performance. They have higher requirements for the adaptability of the baijiu container capacity, filling efficiency, and filling weight accuracy. The time-based control method used in the original small-flow baijiu filling machines cannot be applied to large-flow baijiu filling machines. Therefore, new technical solutions must be adopted for the control of the filling process in large-flow baijiu filling machines. Utility Model Content

[0005] In order to overcome the shortcomings in the prior art, this utility model discloses a high-flow-rate liquor aging filtration weighing and filling machine to solve the technical problems of poor effect of the aging device in high-flow-rate liquor filling machine and higher requirements for filling control.

[0006] To achieve the aforementioned objective, this utility model adopts the following technical solution: a high-flow-rate baijiu (Chinese liquor) aging, filtration, weighing, and filling machine, comprising an aging component, a filtration component, a weighing component, a filling component, and an electrical control component; wherein, the electrical control component is electrically connected to the aging component, the weighing component, and the filling component; during the baijiu filling process, the electrical control component controls the coordinated operation of the aging component, the weighing component, and the filling component; the aging component, the filtration component, and the filling component are connected through a baijiu filling pipeline; wherein the aging component uses parallel electrodes to complete the aging of the baijiu during the filling process; wherein the filtration component completes the filtration of the baijiu during the filling process; wherein the filling component drives and controls the flow of the baijiu in the baijiu filling pipeline to complete the baijiu filling; wherein the weighing component supports the baijiu container, collects the weight of the baijiu being filled, and provides feedback to control the baijiu filling process.

[0007] Furthermore, the electrical control components include a main power module, a filling pump power / switch module, a solenoid valve switch module, a button / display module, a filling display module, and a main control module; the main power module and the main control module are electrically connected to the filling pump power / switch module, the solenoid valve switch module, the button / display module, and the filling display module, respectively, and the main power module and the main control module are connected for power supply.

[0008] Furthermore, the aging component includes an aging power supply and an aging device; the aging device has two aging electrodes arranged in parallel, and a liquid pipe is arranged in a meandering manner between the two aging electrodes; the aging power supply is electrically connected to the two aging electrodes.

[0009] Furthermore, the distance between the two catalytic electrodes is equal to the outer diameter of the liquid pipe.

[0010] Furthermore, the filtration assembly includes one or more filters; the one or more filters are connected in series via a liquor bottling pipeline; and each of the one or more filters uses a different filter element material.

[0011] Furthermore, the filter is equipped with a pressure monitoring gauge or pressure monitoring sensor at the inlet end.

[0012] Furthermore, the pressure monitoring sensor is electrically connected to the electronic control components.

[0013] Furthermore, the weighing assembly includes a bracket, a weighing sensor, a pallet frame, and a pallet; the bracket is fixedly installed at the lower part of one end of the weighing sensor, the pallet frame is fixedly installed at the upper part of the other end of the weighing sensor, and the pallet is movably installed on the upper part of the pallet frame; during liquor bottling, the liquor container is placed on the upper part of the pallet.

[0014] Furthermore, the filling components include a filling pump; the filling pump drives the liquor to flow in the liquor filling pipeline to complete the liquor filling process.

[0015] Furthermore, the filling components also include solenoid valves and check valves, which control the flow of liquor in the liquor filling pipeline when not filling, and prevent the liquor from dripping.

[0016] Due to the adoption of the above-described technical solution, this utility model has the following beneficial effects: The high-flow-rate baijiu (Chinese liquor) aging, filtration, weighing, and filling machine disclosed in this utility model includes an aging component, a filtration component, a weighing component, a filling component, and an electrical control component. The electrical control component controls the coordinated operation of the aging component, the weighing component, and the filling component to automatically complete the baijiu aging, filtration, weighing, and filling process. The aging component employs a parallel electrode structure and a liquid pipeline structure arranged in a circuitous manner between the parallel electrodes, shortening the distance between the electrodes and establishing a stronger alternating electric field between the parallel electrodes under the same driving alternating voltage. Meanwhile, the circuitous liquid pipeline increases the time the liquor flows through the alternating electric field, thus greatly improving the aging effect of the aging accelerator on newly brewed liquor. This solves the problem of poor aging effect of existing aging devices on high-flow liquor filling machines. The weighing component collects the weight changes of liquor in real time during the filling process and provides feedback control to the filling process. Even during high-flow, high-efficiency filling, the filling weight can be precisely controlled. At the same time, the feedback control process can also adapt to changes in the capacity of the liquor container within a large range, ensuring higher requirements for the function and performance of the high-flow liquor filling machine. Attached Figure Description

[0017] Figure 1 Schematic diagram of the frame structure of a high-volume liquor aging, filtration, weighing, and filling machine;

[0018] Figure 2 Schematic diagram of the electrical control principle of a high-flow-rate liquor aging, filtration, weighing and bottling machine;

[0019] Figure 3 This is a schematic diagram of the appearance of the accelerated aging device;

[0020] Figure 4 This is a partial cross-sectional schematic diagram of the aging device;

[0021] Figure 5 This is a schematic diagram of the exterior of the accelerator housing;

[0022] Figure 6 This is a schematic diagram showing the decomposed structure of the deposition accelerator electrode;

[0023] Figure 7 Schematic diagram of the weighing component

[0024] Figure 8 A frontal view of a high-volume baijiu aging, filtration, weighing, and filling machine.

[0025] Figure 9 A front-view diagram showing the disassembled structure of a high-flow-rate baijiu aging, filtration, weighing, and filling machine.

[0026] Figure 10 A rear view diagram of a high-flow-rate baijiu aging, filtration, weighing, and bottling machine.

[0027] Figure 11 A rear-disassembled schematic diagram of a high-flow-rate baijiu aging, filtration, weighing, and bottling machine.

[0028] Figure 12 A schematic diagram of the exterior of a high-flow-rate baijiu aging, filtration, weighing, and bottling machine equipped with three filters.

[0029] Figure 13 A schematic diagram of the exterior of a high-flow-rate baijiu aging, filtration, weighing, and filling machine with two filling heads.

[0030] In the diagram: 1. Accelerating aging assembly; 1.1 Accelerating power supply; 1.2 Accelerating device; 1.2.1 Accelerating device housing; 1.2.1.1 Electrode hole; 1.2.1.2 Pipe hole; 1.2.2 Accelerating electrode; 1.2.2.1 Electrode terminal; 1.2.3 Liquid pipe; 1.2.4 Accelerating electrode wire; 2. Filter assembly; 2.1 Filter; 2.2 Filter bracket; 3. Weighing assembly; 3.1 Bracket; 3.2 Weighing sensor; 3.3 Support 3.3.1. Positioning sleeve; 3.4. Tray; 3.4.1. Tray positioning post; 4. Filling assembly; 4.1. Filling pump; 4.2. Solenoid valve; 4.3. Check valve; 4.5. Filling nozzle; 4.6. Filling bracket; 5. Electrical control assembly; 5.1. Main power module; 5.2. Filling pump power / switch module; 5.3. Solenoid valve switch module; 5.4. Button / display module; 5.5. Filling display module; 5.6. Main control module; 6. Upper housing; 7. Lower housing. Detailed Implementation

[0031] The present invention will be explained in detail through the following embodiments. The purpose of disclosing the present invention is to protect all technical improvements within the scope of the present invention.

[0032] See the instruction manual appendix Figure 1This image shows a schematic diagram of the frame structure of a high-flow-rate baijiu (Chinese liquor) aging, filtration, weighing, and filling machine. In the diagram, dotted lines represent electrical connections, and thick solid lines represent baijiu filling pipe connections. The high-flow-rate baijiu aging, filtration, weighing, and filling machine includes an aging component 1, a filtration component 2, a weighing component 3, a filling component 4, and an electrical control component 5. The electrical control component 5 is electrically connected to the aging component 1, the weighing component 3, and the filling component 4. During the baijiu filling process, the electrical control component 5 controls the coordinated operation of the aging component 1, the weighing component 3, and the filling component 4. The aging component 1, the filtration component 2, and the filling component 4 are connected through the baijiu filling pipe. The aging component 1 uses parallel electrodes to accelerate the aging of the baijiu during the filling process. The filtration component 2 filters the baijiu during the filling process. The filling component 4 drives and controls the flow of the baijiu in the filling pipe to complete the baijiu filling. The weighing component 3 supports the baijiu container, collects the weight of the baijiu during filling, and provides feedback to control the baijiu filling process.

[0033] In the instruction manual Figure 1 The diagram only shows one possible connection relationship between the aging component 1, the filtration component 2, and the filling component 4 (referring to the filling pump 4.1) through the liquor filling pipeline. In reality, the connection relationship between the aging component 1, the filling pump 4.1, and the filtration component 2 through the liquor filling pipeline can be adjusted according to actual needs; for example, the filling pump 4.1 can be set at the front end of the aging component 1, and the aging component 1 can also be set at the rear end of the filtration component 2.

[0034] See the instruction manual appendix Figure 2The diagram shows the control principle of a high-flow-rate baijiu aging, filtration, weighing, and filling machine. The electrical control component 5 includes a main power module 5.1, a main control module 5.6, a filling pump power / switch module 5.2, a solenoid valve switch module 5.3, a button / display module 5.4, and a filling display module 5.5. The main power module 5.1 and the main control module 5.6 are electrically connected to the filling pump power / switch module 5.2, the solenoid valve switch module 5.3, the button / display module 5.4, and the filling display module 5.5, respectively. The main power module 5.1 is connected to the main control module 5.6. The power supply is connected between 6 modules; the main power module 5.1 converts the external 220V AC power to DC power required by each functional module; the main control module 5.6 is the core of the electrical control component 5. It collects the detection data from the weighing sensor 3.2 in the weighing component 3 to measure the weight of the liquor being filled in the container in real time during the liquor filling process, and feeds back to control the operation of the filling pump power / switch module 5.2, realizing the automation of weight control in the liquor filling process. Even during high-flow, high-efficiency filling, precise control of the filling weight can be achieved; at the same time, feedback is provided. The control process can automatically adapt to a wide range of changes in the capacity of the liquor bottling container, ensuring that the high-flow-rate liquor bottling machine meets the higher functional and performance requirements. The filling pump power / switch module 5.2, based on the control signal from the main control module 5.6, controls the output power switch and output voltage, thereby controlling the working flow, start-up, and stop of the filling pump 4.1. The solenoid valve switch module 5.3, based on the control signal from the main control module 5.6, controls the opening or closing of the solenoid valve 4.2; the opening or closing of the solenoid valve 4.2 is related to the start-up and stop of the filling pump 4.1. To maintain synchronization; the button / display module 5.4 includes buttons and an LCD screen, which are used together to set the working parameters of the high-flow-rate baijiu aging filtration weighing and filling machine, such as manual / automatic filling, filling weight, initial filling flow rate, mid-filling flow rate, final filling flow rate, automatic filling trigger conditions (the weight of the baijiu container detected by the weighing sensor 3.2), and continuous filling quantity; the filling display module 5.5 is a digital tube display device used to display the filled quantity and the filling weight measured in real time during the filling process;

[0035] The accelerated aging component 1 includes an accelerated aging power supply 1.1 and an accelerated aging device 1.2. The accelerated aging power supply 1.1 is electrically connected to the main power module 5.1 and the main control module 5.6 of the electronic control component 5. The main power module 5.1 provides operating power to the accelerated aging power supply 1.1, while the main control module 5.6 controls the operation or shutdown of the accelerated aging power supply 1.1. The accelerated aging power supply 1.1 is electrically connected to the accelerated aging device 1.2. (See the appendix to the instruction manual.) Figure 3-6The aging device 1.2 includes an aging device housing 1.2.1, aging electrodes 1.2.2, and liquid pipes 1.2.3. The aging device housing 1.2.1 is a rectangular hollow shell with an opening at the top. Electrode holes 1.2.1.1 are provided in the middle of the front and rear wall panels, and several corresponding pipe holes 1.2.1.2 are provided on the left and right wall panels. The aging electrodes 1.2.2 are rectangular metal sheets with electrode terminals 1.2.2.1 welded to one side. Two aging electrodes 1.2.2 are arranged parallel to each other on the aging device housing. Inside the body 1.2.1, electrode terminals 1.2.2.1 extend from electrode holes 1.2.1.1 on the front and rear wall plates of the aging device housing 1.2.1, respectively. A aging electrode wire 1.2.4 is connected to the electrode terminal 1.2.2.1 using a nut. Simultaneously, the nut also secures the aging electrode 1.2.2 to the front and rear wall plates of the aging device housing 1.2.1. The aging electrode wire 1.2.4 is connected to the aging power supply 1.1. The liquid pipeline 1.2.3 is made of flexible, food-grade silicone rubber tubing. Liquid pipe 1.2.3 passes sequentially through pipe holes 1.2.1.2 on the left and right walls of the aging device housing 1.2.1, and is arranged in an "S" shape between two parallel aging electrodes 1.2.2. To ensure that liquid pipe 1.2.3 is not deformed by pressure between the two parallel aging electrodes 1.2.2 (so as not to affect the flow resistance of the liquor), the distance between the two parallel aging electrodes 1.2.2 is equal to the outer diameter of liquid pipe 1.2.3. This aging device 1.2 structure is designed... The design shortens the distance between the aging electrodes 1.2.2, establishing a stronger alternating electric field between the parallel aging electrodes 1.2.2 under the same driving alternating voltage. Simultaneously, the "S"-shaped, meandering liquid pipe 1.2.3 increases the time the liquor flows through the stronger alternating electric field during baijiu bottling, significantly improving the aging effect of the aging device 1.2 on newly brewed baijiu. This solves the problem of poor aging effect of existing aging devices in high-flow baijiu bottling machines. It should be noted that the instruction manual includes... Figure 7-10 In the aging device 1.2 shown, the liquid pipeline 1.2.3 is a component of the aging device 1.2. The liquid pipeline 1.2.3 of the aging device 1.2 is connected to the liquor filling pipeline of the high-flow liquor aging, filtration, weighing and filling machine; however, in actual implementation, the liquid pipeline 1.2.3 can also be part of the liquor filling pipeline in the high-flow liquor aging, filtration, weighing and filling machine.

[0036] In filter assembly 2, filters 2.1 can be set to one, two, three, or four according to the customer's actual filtration needs. When there are more than two filters 2.1, the filter element material of filters 2.1 can be set to PP cotton filter, granular activated carbon filter, sintered activated carbon filter, or polymer microporous membrane filter according to customer needs. Multiple filters 2.1 with different filter element materials are connected in series through the liquor filling pipeline. Filter 2.1 is equipped with a pressure monitoring gauge or pressure monitoring sensor at the liquid inlet end. The pressure monitoring sensor is electrically connected to the main control module 5.6 of the electronic control assembly 5. The pressure monitoring gauge is used by the operator to directly observe the pressure at the liquid inlet end of each filter 2.1, while the pressure monitoring sensor is used by the electronic control assembly 5 to automatically monitor the pressure at the liquid inlet end of the filter 2.1. When the filter element material has been used for a long time and becomes clogged, it will cause excessive pressure loss between the liquid inlet and outlet of filter 2.1, and the pressure at the liquid inlet end of filter 2.1 will rise. When it exceeds the set value, it indicates that the filter element material needs to be replaced.

[0037] Weighing assembly 3 includes a bracket 3.1, a load cell 3.2, a tray holder 3.3, and a tray 3.4; see the instruction manual appendix. Figure 7 The support 3.1 is a rectangular block, fixedly mounted on the lower part of one end of the load cell 3.2; the tray frame 3.3 is an "X"-shaped support with four support arms, each with a positioning sleeve 3.3.1 fixedly mounted at its end; the tray 3.4 is movably mounted on the upper part of the other end of the load cell 3.2, through a tray positioning post 3.4.1 at its lower part engaging with the positioning sleeve 3.3.1 of the tray frame 3.3. (See attached instruction manual) Figure 7 (Tray 3.4 is not shown in the image). When filling baijiu (Chinese liquor), the baijiu container is placed on top of tray 3.4.

[0038] The filling assembly 4 includes a filling pump 4.1, a solenoid valve 4.2, a check valve 4.3, and a filling nozzle 4.5. The filling pump 4.1 is a diaphragm pump, which drives the liquor to flow in the liquor filling pipeline to complete the liquor filling. The check valve 4.3 is fixedly installed on the upper part of the filling nozzle 4.5. The solenoid valve 4.2 is installed on the outlet side of the filter 2.1 through the liquor filling pipeline. The solenoid valve 4.2 and the check valve 4.3 are connected through the liquor filling pipeline. The solenoid valve 4.2 and the check valve 4.3 control the flow of liquor in the liquor filling pipeline during non-filling periods to prevent liquor from dripping from the filling nozzle 4.5.

[0039] See the instruction manual appendix Figure 8-11 The diagram shows the appearance and internal structure of a high-flow-rate baijiu aging, filtration, weighing and filling machine: the high-flow-rate baijiu aging, filtration, weighing and filling machine is equipped with an upper shell 6 and a lower shell 7.

[0040] The button / display module 5.4 and the filling display module 5.5 are fixedly mounted on the front side panel of the upper housing 6. The filling nozzle 4.5 is fixedly mounted on the upper part of the upper housing 6 through the filling bracket 4.6. The filter 2.1 is fixedly mounted on the rear side panel of the upper housing 6 through the filter bracket 2.2. The upper panel of the upper housing 6 is provided with four through tray placement holes.

[0041] The aging power supply 1.1, aging device 1.2, filling pump 4.1, main power module 5.1, filling pump power / switch module 5.2, solenoid valve switch module 5.3, main control module 5.6, and weighing assembly 3 (excluding tray 3.4) are fixedly installed inside the lower housing 7; the right side plate of the lower housing 7 is equipped with a power switch, power socket and liquor filling pipe inlet, and the rear side plate is equipped with liquor filling pipe outlet;

[0042] The upper housing 6 is fixedly connected to the upper housing 7, forming the main body of the high-flow-rate baijiu aging, filtration, weighing, and filling machine. The baijiu filling pipe enters the machine from the baijiu filling pipe inlet of the lower housing 7 and is connected to the aging device 1.2 and the filling pump 4.1 in sequence. The outlet of the filling pump 4.1 passes through the baijiu filling pipe from the outlet of the lower housing 7 and is connected to the inlet of the filter 2.1. The outlet of the filter 2.1 is equipped with a solenoid valve 4.2, which is connected to a one-way valve 4.3 through the baijiu filling pipe. A filling nozzle 4.5 is fixedly installed at the lower end of the one-way valve 4.3. The lower part of the tray 3.4 is equipped with four tray positioning posts 3.4.1. The tray positioning posts 3.4.1 pass through the four tray placement holes of the upper housing 6 and are movably installed in the positioning sleeve 3.3.1 of the tray frame 3.3, realizing the movable connection between the tray 3.4 and the tray frame 3.3.

[0043] Before operating the high-flow-rate baijiu aging and filtration weighing and filling machine, set the operating parameters using the buttons and LCD display. These parameters include manual / automatic filling, filling weight, initial filling flow rate, mid-filling flow rate, final filling flow rate, automatic filling trigger condition (the weight of the baijiu container detected by the weighing sensor 3.2), and continuous filling quantity. The following describes the operation of the high-flow-rate baijiu aging and filtration weighing and filling machine in automatic filling mode:

[0044] S1. Place the liquor container on tray 3.4. The main control module 5.6 automatically detects the weight of the liquor container. If the weight of the liquor container reaches the set automatic filling trigger weight, the automatic filling process will begin.

[0045] S2, the main control module 5.6 automatically zeros the weight of the liquor container; the main control module 5.6 controls the synchronous opening of the aging accelerator power supply 1.1, the filling pump power / switch module 5.2, and the solenoid valve switch module 5.3, and the aging accelerator 1.2, the filling pump 4.1, and the solenoid valve 4.2 start working synchronously. The filling pump 4.1 drives the liquor to flow sequentially through the aging accelerator 1.2, the filling pump 4.1, the filter 2.1, the solenoid valve 4.2, and the check valve 4.3, and finally fills the liquor into the liquor container through the filling nozzle 4.5; the liquor is aged while flowing through the aging accelerator 1.2 and filtered while flowing through the filter 2.1;

[0046] S3. When the main control module 5.6 detects through the weighing sensor 3.2 that the weight of the liquor being filled in the liquor container has reached the set filling weight, it controls the synchronous shutdown of the aging power supply 1.1, the filling pump power / switch module 5.2, and the solenoid valve switch module 5.3 to stop the liquor filling. When the filling pump 4.1 and the solenoid valve 4.2 are shut off simultaneously, the one-way valve 4.3 is also shut off at the same time. After the solenoid valve 4.2 and the one-way valve 4.3 are shut off, it prevents the liquor from continuing to flow in the liquor filling pipeline, which would cause dripping from the filling nozzle 4.5.

[0047] S4. Remove the bottled liquor container from tray 3.4. The main control module 5.6 detects that the weight on tray 3.4 has returned to zero and automatically proceeds to the next filling process.

[0048] S5. When the filling quantity reaches the set continuous filling quantity, the automatic filling operation ends.

[0049] See the instruction manual appendix Figure 12 The image shows a high-flow-rate baijiu (Chinese liquor) aging, filtration, weighing, and bottling machine equipped with three filters 2.1. The three filters 2.1 are connected in series and finally connected to a one-way valve 4.3 via a solenoid valve 4.2. The filter elements of the three filters are PP cotton filter, granular activated carbon filter, and sintered activated carbon filter, which filter out impurities, particles, and suspended matter in the liquor. This solves various problems that occur during brewing, such as off-flavors, cotton-like crystals in low-temperature and low-alcohol liquor, whitening and loss of luster due to alcohol reduction, and yellowing of the liquor. Without changing the original taste, the machine improves the taste and purity of the liquor to a higher level.

[0050] See the instruction manual appendix Figure 13 This invention discloses a high-flow-rate baijiu (Chinese liquor) aging, filtration, weighing, and filling machine with dual filling nozzles 4.5. This embodiment of the high-flow-rate baijiu aging, filtration, weighing, and filling machine actually has two independent aging components 1, filtration components 2, weighing components 3, and filling components 4. During filling, the two filling nozzles 4.5 alternately fill the baijiu, further improving the filling efficiency of the high-flow-rate baijiu aging, filtration, weighing, and filling machine.

[0051] It should be understood that this solution is not limited to the specific embodiments described above. Devices and structures not described in detail herein should be understood as being implemented in a manner common to the art. Any person skilled in the art can make many possible variations and modifications to this solution, or modify it into equivalent embodiments, without departing from the scope of this solution, using the methods and techniques disclosed above. This does not affect the substantive content of this solution. Therefore, any simple modifications, equivalent changes, and alterations made to the above embodiments based on the technical essence of this solution, without departing from its scope, still fall within the protection scope of this solution.

[0052] The parts of this utility model not described in detail are existing technologies.

Claims

1. A high-flow-rate baijiu (Chinese liquor) aging, filtration, weighing, and filling machine, characterized in that: It includes an aging accelerator (1), a filter (2), a weighing component (3), a filling component (4), and an electronic control component (5). Among them, the electronic control component (5) is electrically connected to the aging component (1), the weighing component (3), and the filling component (4); during the baijiu filling process, the electronic control component (5) controls the aging component (1), the weighing component (3), and the filling component (4) to work in coordination. The aging component (1), the filtration component (2), and the filling component (4) are connected through the liquor filling pipeline; the aging component (1) uses parallel electrodes to accelerate the aging of the liquor during the liquor filling process; the filtration component (2) filters the liquor during the liquor filling process; and the filling component (4) drives and controls the flow of the liquor in the liquor filling pipeline to complete the liquor filling. Among them, the weighing component (3) supports the liquor container, collects the weight of the liquor being filled, and provides feedback control for the liquor filling process.

2. The high-flow-rate liquor aging, filtration, weighing, and filling machine according to claim 1, characterized in that: it is electrically controlled. Component (5) includes a main power module (5.1), a filling pump power / switch module (5.2), a solenoid valve switch module (5.3), a button / display module (5.4), a filling display module (5.5), and a main control module (5.6); the main power module (5.1) and the main control module (5.6) are electrically connected to the filling pump power / switch module (5.2), the solenoid valve switch module (5.3), the button / display module (5.4), and the filling display module (5.5), respectively, and the main power module (5.1) and the main control module (5.6) are connected for power supply.

3. The high-flow-rate liquor aging, filtration, weighing, and filling machine according to claim 1, characterized in that: The aging accelerator assembly (1) includes an aging accelerator power supply (1.1) and an aging accelerator device (1.2); two aging accelerator electrodes (1.2.2) are arranged in parallel in the aging accelerator device (1.2.2), and a liquid pipe (1.2.3) is arranged in a meandering manner between the two aging accelerator electrodes (1.2.2); the aging accelerator power supply (1.1) is electrically connected to the two aging accelerator electrodes (1.2.2).

4. The high-flow-rate liquor aging, filtration, weighing, and filling machine according to claim 3, characterized in that: The distance between the two catalytic electrodes (1.2.2) is equal to the outer diameter of the liquid conduit (1.2.3).

5. The high-flow-rate liquor aging, filtration, weighing, and filling machine according to claim 1, characterized in that: The filter assembly (2) includes one or more filters (2.1); the one or more filters (2.1) are connected in series through the liquor filling pipeline; the one or more filters (2.1) use different filter element materials respectively.

6. The high-flow-rate liquor aging, filtration, weighing, and filling machine according to claim 5, characterized in that: The filter (2.1) is equipped with a pressure monitoring gauge or pressure monitoring sensor at the inlet end.

7. The high-flow-rate liquor aging, filtration, weighing, and filling machine according to claim 6, characterized in that: The pressure monitoring sensor is electrically connected to the electronic control component (5).

8. The high-flow-rate liquor aging, filtration, weighing, and filling machine according to claim 1, characterized in that: The weighing component (3) includes a bracket (3.1), a weighing sensor (3.2), a tray frame (3.3), and a tray (3.4); the bracket (3.1) is fixedly installed at the lower part of one end of the weighing sensor (3.2), the tray frame (3.3) is fixedly installed at the upper part of the other end of the weighing sensor (3.2), and the tray (3.4) is movably installed on the upper part of the tray frame (3.3); when the liquor is being bottled, the liquor container is placed on the upper part of the tray (3.4).

9. The high-flow-rate liquor aging, filtration, weighing, and filling machine according to claim 1, characterized in that: The filling assembly (4) includes a filling pump (4.1); the filling pump (4.1) drives the liquor to flow in the liquor filling pipeline to complete the liquor filling process.

10. The high-flow-rate liquor aging, filtration, weighing, and filling machine according to claim 9, characterized in that: The filling assembly (4) also includes a solenoid valve (4.2) and a check valve (4.3). The solenoid valve (4.2) and the check valve (4.3) control the flow of liquor in the liquor filling pipeline when not filling, and prevent the liquor from dripping.

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