CN111170257B - Method and device for uniformly and standard wine distribution of different wine distribution devices - Google Patents
Method and device for uniformly and standard wine distribution of different wine distribution devices Download PDFInfo
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- CN111170257B CN111170257B CN201911371002.0A CN201911371002A CN111170257B CN 111170257 B CN111170257 B CN 111170257B CN 201911371002 A CN201911371002 A CN 201911371002A CN 111170257 B CN111170257 B CN 111170257B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
- B67D—DISPENSING, DELIVERING OR TRANSFERRING LIQUIDS, NOT OTHERWISE PROVIDED FOR
- B67D1/00—Apparatus or devices for dispensing beverages on draught
- B67D1/0003—Apparatus or devices for dispensing beverages on draught the beverage being a single liquid
- B67D1/0009—Apparatus or devices for dispensing beverages on draught the beverage being a single liquid the beverage being stored in an intermediate container connected to a supply
- B67D1/001—Apparatus or devices for dispensing beverages on draught the beverage being a single liquid the beverage being stored in an intermediate container connected to a supply the apparatus comprising means for automatically controlling the amount to be dispensed
- B67D1/0011—Apparatus or devices for dispensing beverages on draught the beverage being a single liquid the beverage being stored in an intermediate container connected to a supply the apparatus comprising means for automatically controlling the amount to be dispensed based on the timed opening of a valve
Abstract
The invention relates to the field of wine distribution, and discloses a method and a device for uniformly and standard wine distribution by different wine distribution devices, wherein the method comprises the following steps: setting a standard package, and setting the liquor output in the standard package as a target liquor output; selecting a control mode in the editing of each wine distribution device, setting a flow value of a water pump when the timing control mode is selected, and inputting the corresponding quantity in seconds/liter; when the metering control mode is selected, setting the flow value of the flowmeter, and inputting the corresponding quantity, wherein the unit is the pulse quantity/liter; and clicking and calibrating the wine distribution device to be calibrated, pressing a starting equipment button on the wine distribution device for a standard package to be calibrated, starting wine output by the wine distribution device, observing the actual wine output after the wine output is finished, filling the actual wine output into an actual wine output input box, clicking and submitting to finish calibration. The invention can greatly improve the batch testing efficiency of users, and achieve the effects of saving time and labor, and conveniently and quickly setting and unifying standard wine distribution.
Description
Technical Field
The invention relates to the field of wine distribution, in particular to a method and a device for uniformly and standard wine distribution by different wine distribution devices.
Background
The present wine distribution device can achieve the consistent wine distribution amount for the same wine distribution device every time. However, when a large-scale wine distribution device is produced, because the flow values of devices such as a water pump and a flowmeter have a certain error range, the same control time length or pulse number can be obtained, and the same wine distribution amount of each wine distribution device cannot be ensured. Each wine distribution device has more or less errors.
At present, the method for eliminating the error of the wine distribution amount of different wine distribution devices is to test the time length or the pulse number required by a certain wine distribution amount in each test and continuous debugging. This test, which is not one-time accurate, requires multiple tests to find a suitable value. This causes great trouble and time and labor consuming for the user. In addition, in the setting of the background of the system, the time length or the number of pulses is filled, and a user needs to set a plurality of different time lengths or pulse numbers for the user to test. Causing cumbersome background setup.
Disclosure of Invention
The technical problem to be solved by the invention is to provide a method and a device for uniformly distributing standard wine by different wine distribution devices, which can greatly improve the batch testing efficiency of users, save time and labor, and conveniently and quickly set and unify the effects of standard wine distribution.
The technical scheme adopted by the invention for solving the technical problems is as follows: the method for constructing the unified standard wine distribution of different wine distribution devices comprises the following steps:
A) setting a standard package in the setting of a system background, and setting the liquor output amount in the standard package as a target liquor output amount, wherein the unit of the target liquor output amount is milliliter;
B) in the setting of the system background, selecting a control mode in the editing of each wine distribution device, setting a flow value of a water pump when the selected control mode is a timing control mode, inputting the flow value of the water pump into a display water outlet pump flow input frame, and inputting the corresponding quantity with the unit of second/liter; when the selected control mode is a metering control mode, setting the flow value of the flowmeter, displaying a flow input box of the flowmeter, and inputting the corresponding quantity with the unit of pulse quantity/liter;
C) the method comprises the steps of clicking calibration aiming at a wine distribution device needing calibration, pressing a starting equipment button on the wine distribution device for a standard package needing calibration, starting wine output by the wine distribution device, observing actual wine output after the wine output is finished, filling the actual wine output into an actual wine output input box, clicking to submit, and completing calibration.
In the method for uniformly and standard wine distribution by different wine distribution devices, when the timing control mode is selected, the calibration time length corresponding to the target liquid output amount is X during calibration2Y/Z, unit is millisecond; wherein X is the target liquid output, and the unit is milliliter; y is the flow value of the water pump, and the unit is second/liter; z is the actual liquid output of the filling in unit of milliliters.
In the method for uniformly distributing standard wine by different wine distribution devices, when the metering control mode is selected, the calibration pulse number corresponding to the target liquid output amount is as follows: x2Y/1000/Z, unit is one; wherein X is the target liquid output, and the unit is milliliter; y is the flow value of the flowmeter, and the unit is the pulse number/liter; z is the actual liquid output of the filling in unit of milliliters.
In the method for uniformly distributing the standard wine by the different wine distributing devices, after the system background records the calibration value of the standard package aiming at each wine distributing device, when the standard package is started each time, the system background issues the calibration value to the single chip microcomputer of the wine distributing device to execute the calibration value, so that the wine output reaches the target liquid output.
In the method for uniformly and standard wine distribution by different wine distribution devices, the wine distribution device is a single-path wine distribution device or a multi-path wine distribution device.
The invention also relates to a device for realizing the method for uniformly and standard distributing the wine by the different wine distributing devices, which comprises the following steps:
standard package setting unit: the system comprises a system background, a standard package, a target liquid output quantity and a control unit, wherein the standard package is set in the setting of the system background, and the wine output quantity in the standard package is set as the target liquid output quantity, and the unit of the target liquid output quantity is milliliter;
a flow value setting unit: the method is used for selecting a control mode in the setting of the system background and the editing of each wine distribution device, setting the flow value of the water pump when the selected control mode is a timing control mode, inputting the flow value of the water outlet pump into a frame, and inputting the corresponding quantity with the unit of second/liter; when the selected control mode is a metering control mode, setting the flow value of the flowmeter, displaying a flow input box of the flowmeter, and inputting the corresponding quantity with the unit of pulse quantity/liter;
a calibration operation unit: the method is used for clicking calibration aiming at the wine distribution device needing calibration, pressing a starting equipment button on the wine distribution device aiming at the standard package needing calibration, starting wine output by the wine distribution device, observing the actual wine output after the wine output is finished, filling the actual wine output into an actual wine output input box, clicking to submit, and completing calibration.
In the device of the invention, when the timing control mode is selected, the calibration time length corresponding to the target liquid output amount is X during calibration2Y/Z, unit is millisecond; wherein X is the target liquid output, and the unit is milliliter; y is the flow value of the water pump, and the unit is second/liter; z is the actual liquid output of the filling in unit of milliliters.
In the apparatus of the present invention, when it is selected thatIn the metering control mode, during calibration, the calibration pulse number corresponding to the target liquid output amount is as follows: x2Y/1000/Z, unit is one; wherein X is the target liquid output, and the unit is milliliter; y is the flow value of the flowmeter, and the unit is the pulse number/liter; z is the actual liquid output of the filling in unit of milliliters.
In the device, after the system background records the calibration value of the standard package aimed at by each wine distribution device, when the standard package is started each time, the system background issues the calibration value to the single chip microcomputer of the wine distribution device to execute the calibration value, so that the wine output reaches the target liquid output.
In the device, the wine distribution device is a single-path wine distribution device or a multi-path wine distribution device.
The method and the device for uniformly and standard wine distribution by different wine distribution devices have the following beneficial effects: the setting of the system background is changed, the input duration or pulse number of the traditional technology is changed into the input target liquid discharge amount, so that the user can set the liquid discharge amount more intuitively, the calibration function is added to each wine distribution device in the system background, the number of packages set by the user in the background is reduced, and the target liquid discharge amount can be reached only by testing once in the test and debugging equipment; therefore, the invention can greatly improve the batch testing efficiency of users, and achieve the effects of saving time and labor, and conveniently and quickly setting and unifying standard wine distribution.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a schematic structural diagram of an embodiment of a method and a device for uniformly and standard wine distribution by different wine distribution devices according to the present invention;
fig. 2 is a schematic structural diagram of the device in the embodiment.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
In the embodiment of the method and the device for uniformly and standard distributing wine by different wine distributing devices, the flow chart of the method for uniformly and standard distributing wine by different wine distributing devices is shown in figure 1. In fig. 1, the method for uniformly and standard distributing wine by different wine distributing devices comprises the following steps:
step S01, setting a standard package in the setting of the system background, and setting the liquor output in the standard package as a target liquor output, wherein the unit of the target liquor output is milliliter: what the user wants is the result, not the duration or the number of pulses, if the background setting is changed to the target liquid discharge amount in milliliters as a standard package, which is easy to set. Specifically, in this step, package setting is performed in the setting of the system background. The user only needs to set the desired unified standard package, and does not need to set a plurality of packages to adjust the accuracy of the package wine output. The wine output amount in the set meal setting is set as the target liquid output amount, and the target liquid output amount is used as the standard set meal by taking milliliters as a unit. By this step a standard package set-up can be achieved.
The user finally wants that the wine distribution device can be set according to the amount of wine thought by the user. The target liquor outlet amount is changed, and a user can directly set a liquor outlet amount in milliliters. The setting intention of the user is expressed more accurately. The advantage of setting like this, need not the user again according to the liquid output volume of oneself wanting, the length of time of conversion wine or the pulse number of flowmeter fill in the package. The operability of the user is increased, and the error rate of conversion is avoided.
Step S02, selecting a control mode in the setting of the system background and the editing of each wine distribution device, setting the flow value of the water pump when the selected control mode is a timing control mode, inputting the flow value of the water pump into a frame, and inputting the corresponding quantity with the unit of second/liter; when the selected control mode is a metering control mode, setting the flow value of the flowmeter, displaying a flow input box of the flowmeter, inputting corresponding quantity, and the unit is pulse quantity/liter: in this embodiment, in the setting of the system background, the setting of the flow value of the apparatus is increased in the editing of each wine dispensing device. The timing control equipment sets the flow value of the water pump, and the unit is second/liter; and a metering control device for setting the flow value of the flowmeter in the unit of pulse number/liter.
Specifically, in this step, in the setting of the system background, the control method (timing and metering) is selected for the editing of each of the alcohol dispensers. When the selected control mode is a timing control mode, setting a flow value of the water pump, displaying a flow input frame of the water outlet pump, and inputting the corresponding quantity by a user in units of seconds/liter; when the selected control mode is the metering control mode, the flow value of the flowmeter is set, a flow input frame of the flowmeter is displayed, and a user needs to input the corresponding quantity, wherein the unit is the pulse quantity/liter. The wine distribution device can be a single-path wine distribution device or a multi-path wine distribution device. The flow value setting can be realized by this step.
The number of inputs need not be accurate. The method can be greatly different from the actual situation, and the input is only needed, so that the calibration result is not influenced. If the input and actual usage are too different, the yield can vary greatly without calibration.
Step S03, aiming at the wine distribution device needing to be calibrated, clicking calibration, pressing a starting device button on the wine distribution device for the standard package needing to be calibrated, starting wine output by the wine distribution device, observing the actual wine output after the wine output is finished, filling the actual wine output into an actual liquid output input box, clicking to submit, and completing calibration: in the setting of the background of the system, each wine distribution device is added with a calibration function. Each wine dispensing device is calibrated after a package is selected in the editing. Each dispensing unit may be calibrated for each selected standard package. Specifically, in this step, the calibration is clicked for the wine dispensing device to be calibrated, the start device button on the wine dispensing device is pressed for the standard package to be calibrated, the wine dispensing device starts to dispense wine, after the wine is finished, the actual liquid output amount (i.e., the actual wine output amount) is observed, the actual wine output amount is filled in the actual liquid output amount input box, and the calibration is completed by clicking and submitting. The method for uniformly and standard wine distribution by different wine distribution devices can improve the convenience and rapidness of testing of a user and is easy to operate.
The following advantages exist in executing the above process: 1) the execution flow has only three steps, the steps are short, and no step is arranged in the middle, so that a user needs to calculate or perform conversion operation. Intuitive input, no conversion is needed, and the method is suitable for users with various horizontal levels. 2) The calibration operation can be accurately calibrated at one time without multiple attempts, so that the test calibration time is saved. 3) Every divide wine device all can do the calibration to the standard package of each selection, is fit for the package of not equidimension output, and the practicality is strong. 4) Before each wine distribution device is not calibrated, the calibration status column is correspondingly empty. After calibrating some of the standard suites, the calibration status bar displays a partial calibration. After all standard sets have been calibrated, the calibration status bar displays all calibrations. The user is clear at a glance, does not worry about which are calibrated and which are not, and is convenient to carry out calibration test on each wine distribution device. 5) No matter timing control or metering control is adopted, the same three steps of the flow are executed, and the operation is convenient and uniform. 6) The single-path wine distribution device or the multi-path wine distribution device executes three steps in the same flow, and the operation is convenient and uniform
After each wine distribution device is calibrated, the wine distribution device can be repeatedly recalibrated. The operation method of one-time calibration comprises the steps of popping up a target liquid output amount of a standard package after clicking a calibration key of a certain wine distribution device, correspondingly filling an actual liquid output amount, and submitting the actual liquid output amount to obtain the one-time calibration success. In order to facilitate the operation and calibration of a user, a starting device button is additionally arranged behind the target liquid outlet amount and the actual liquid outlet amount. As long as the key for starting the equipment is pressed, the wine distribution device can be started according to a certain target liquid output amount, and the actual liquid output amount of the equipment can be checked. Need not sweep the sign indicating number and pay the back and start the branch wine device and look over actual liquid measure, save operating time. The single-path wine distribution device and the multi-path wine distribution device can also use the calibration function to calibrate one by one. The multi-path wine distribution device can be used for calibrating each standard package of each path. The method for uniformly and standard distributing the wine by the different wine distributing devices can greatly improve the batch testing efficiency of users, and achieves the effects of saving time and labor, and conveniently and quickly setting and uniformly distributing the wine according to the standard.
For the timing control mode, the calibrated system calculation method is as follows:
target liquid discharge amount: x (Unit: ml)
During timing control, the flow value of the water pump is as follows: y (Unit: second/liter)
The standard set meal time corresponding to the target liquid output amount is as follows: XY (unit: millisecond)
In calibration, the actual amount of liquid to be filled: z (Unit: ml)
After calibration, the calibration time corresponding to the target liquid output amount is as follows: x2Y/Z (unit: millisecond).
That is, after calibration, the system performs a calibration for a duration X when the system performs X of the set of alcohol dispensers2Y/Z (milliseconds), and the amount of wine just discharged is X (milliliters). Table 1 is a system calibration record table of the timing control method:
TABLE 1
| Device numbering | Target liquid output of standard set meal | Timing control | Flow rate value of water pump | Actual liquid output | Calibrated duration |
| X | Timing device | Y | Z | X2Y/Z |
For example:
target liquid discharge amount: 50 (Unit: ml)
During timing control, the flow value of the water pump is as follows: 10 (Unit: second/liter)
In calibration, the actual amount of liquid to be filled: 55 (Unit: ml)
After calibration, the target effluent volume is 50 ml, and the corresponding calibration time period executed by the system is as follows: 50210/55 ═ 454 (unit: ms).
For the metering control mode, the calculation method of the calibration system is as follows:
target liquid discharge amount: x (Unit: ml)
During metering control, the flow rate value of the flowmeter is as follows: y (unit: pulse number/liter)
The standard package pulse number corresponding to the target liquid output is as follows: XY/1000 (unit: one)
In calibration, the actual amount of liquid to be filled: z (Unit: ml)
After calibration, the number of calibration pulses corresponding to the target liquid output is as follows: x2Y/1000/Z (unit: number).
That is, after calibration, the system performs a calibration pulse number X when performing X the set of orders for the device2Y/1000/Z (unit: one), and the wine yield is just X (unit: milliliter). TABLE 2 System for metering control modeCalibration record table:
TABLE 2
| Device numbering | Target liquid output of standard set meal | Metering control | Flow rate value of flowmeter | Actual liquid output | Number of pulses after calibration |
| X | Metering | Y | Z | X2Y/1000/Z |
For example:
target liquid discharge amount: 50 (Unit: ml)
During metering control, the flow rate value of the flowmeter is as follows: 2246 (Unit: pulse number/liter)
In calibration, the actual amount of liquid to be filled: 55 (Unit: ml)
After calibration, the target effluent volume was 50 ml, and the number of calibration pulses performed by the corresponding system was: 5022246/1000/55 ═ 102 (units: pieces).
From the above system calculation method of timing and metering control calibration, it can be seen that the calibration is equally simple regardless of the type of control method.
As long as the three parameters, namely the target liquid outlet amount of the standard package, the flow value of the water pump or the flowmeter and the actual liquid outlet amount during calibration are known, the system can calculate the number of milliseconds or the number of pulses of the calibration time length of the corresponding standard package.
After the system records the calibration value of the standard package aimed at by each wine distribution device, the calibration value is issued to the single chip microcomputer of the wine distribution device to execute the calibration value every time the standard package is started, and the wine output can reach the target liquid output.
The setting operation steps of the user are short and convenient, the set and input values are all visual values, and the required wine output can be achieved without calculation. The standard set meal is set only once, so that the number of set meals is greatly reduced, and the operability of a user is enhanced. The operation flow is also used regardless of the control mode and the single-path and multi-path wine distribution device. The management of the calibration state also greatly saves the calibration time of a user.
The embodiment relates to a device for realizing a method for uniformly and standard distributing wine by different wine distributing devices, and the structural schematic diagram of the device is shown in figure 2. In fig. 2, the apparatus includes a standard package setting unit 1, a flow value setting unit 2, and a calibration operation unit 3; the standard package setting unit 1 is used for setting a standard package in the setting of a system background, and setting the liquor output in the standard package as a target liquor output, wherein the unit of the target liquor output is milliliter; the user finally wants that the wine distribution device can be set according to the amount of wine thought by the user. The target liquor outlet amount is changed, and a user can directly set a liquor outlet amount in milliliters. The setting intention of the user is expressed more accurately. The advantage of setting like this, need not the user again according to the liquid output volume of oneself wanting, the length of time of conversion wine or the pulse number of flowmeter fill in the package. The operability of the user is increased, and the error rate of conversion is avoided.
The flow value setting unit 2 is used for selecting a control mode in the process of setting a system background and editing each wine distribution device, setting the flow value of the water pump when the selected control mode is a timing control mode, and inputting the corresponding quantity into a flow input frame of the water pump to input the quantity in seconds/liter; and when the selected control mode is a metering control mode, setting the flow value of the flowmeter, displaying a flow input box of the flowmeter, and inputting the corresponding quantity with the unit of pulse quantity/liter. The wine distribution device can be a single-path wine distribution device or a multi-path wine distribution device. The number of inputs need not be accurate. The method can be greatly different from the actual situation, and the input is only needed, so that the calibration result is not influenced. If the input and actual usage are too different, the yield can vary greatly without calibration.
The calibration operation unit 3 is used for clicking calibration for the wine distribution device to be calibrated, pressing a starting device button on the wine distribution device for a standard package to be calibrated, starting wine output by the wine distribution device, observing the actual wine output after the wine output is finished, filling the actual wine output into an actual liquid output input box, clicking to submit, and completing calibration. The device can improve the test convenience and rapidness of a user and is easy to operate. The device can greatly improve the batch testing efficiency of users, and achieve the effects of saving time and labor, and conveniently and quickly setting and unifying standard wine distribution.
In this embodiment, when the timing control mode is selected, during calibration, the calibration time duration corresponding to the target liquid output amount is X2Y/Z, unit is millisecond; wherein X is the target liquid output, and the unit is milliliter; y is the flow value of the water pump, and the unit is second/liter; z is the actual liquid output of the filling in unit of milliliters. When the metering control mode is selected, during calibration, the calibration pulse number corresponding to the target liquid output amount is as follows: x2Y/1000/Z, unit is one; wherein X is the target liquid output, and the unit is milliliter; y is the flow value of the flowmeter, and the unit is the pulse number/liter; z is the actual liquid output of the filling in unit of milliliters. After the system background records the calibration value of the standard package aiming at each wine distribution device, the system background issues the calibration value to the wine distribution device each time the standard package is startedThe singlechip executes the calibration value to ensure that the liquor output reaches the target liquor output.
In short, in this embodiment, the setting of the system background is changed from the input duration or the pulse number of the conventional technology to the input of the target liquid discharge amount, so that the user can set the liquid discharge amount more intuitively, and the calibration function is added to the system background for each wine distribution device, so that the number of packages set by the user in the background is reduced, and the target liquid discharge amount can be reached only by one test in the test and debugging equipment; therefore, the invention can greatly improve the batch testing efficiency of users, and achieve the effects of saving time and labor, and conveniently and quickly setting and unifying standard wine distribution.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.
Claims (8)
1. A method for uniformly and standard distributing wine by different wine distributing devices is characterized by comprising the following steps:
A) setting a standard package in the setting of a system background, and setting the liquor output amount in the standard package as a target liquor output amount, wherein the unit of the target liquor output amount is milliliter;
B) in the setting of the system background, a control mode is selected in the editing of each wine distribution device, when the selected control mode is a timing control mode, the flow value of the water pump is set, the flow of the water outlet pump is displayed, and the corresponding quantity is input into a frame, wherein the unit is second/liter; when the selected control mode is a metering control mode, setting the flow value of the flowmeter, displaying a flow input box of the flowmeter, and inputting the corresponding quantity with the unit of pulse quantity/liter;
C) aiming at a wine distribution device needing to be calibrated, clicking calibration, pressing a starting equipment button on the wine distribution device for a standard package needing to be calibrated, starting wine output by the wine distribution device, observing the actual wine output after the wine output is finished, filling the actual wine output into an actual wine output input box, clicking to submit, and completing calibration;
when the timing control mode is selected, the calibration time length corresponding to the target liquid output amount is X during calibration2Y/Z, unit is millisecond; wherein X is the target liquid output, and the unit is milliliter; y is the flow value of the water pump, and the unit is second/liter; z is the actual liquid outlet amount of the filling, and the unit is milliliter;
when the metering control mode is selected, during calibration, the calibration pulse number corresponding to the target liquid output amount is as follows: x2Y/Z/1000/Z, unit is one; wherein X is the target liquid output, and the unit is milliliter; y is the flow value of the flowmeter, and the unit is the pulse number/liter; z is the actual liquid output of the filling in unit of milliliters.
2. The method for uniformly distributing standard wine by different wine distribution devices according to claim 1, wherein after the system background records the calibration value of the standard package for each wine distribution device, the system background issues the calibration value to the single chip microcomputer of the wine distribution device to execute the calibration value every time the standard package is started, so that the wine output reaches the target wine output.
3. The method for uniformly distributing standard wine by different wine distribution devices according to claim 1 or 2, wherein the wine distribution device is a single-path wine distribution device or a multi-path wine distribution device.
4. An apparatus for implementing the method of unified standard wine distribution of different wine distribution apparatus according to claim 1, comprising:
standard package setting unit: the system comprises a system background, a standard package, a target liquid output quantity and a control unit, wherein the standard package is set in the setting of the system background, and the wine output quantity in the standard package is set as the target liquid output quantity, and the unit of the target liquid output quantity is milliliter;
a flow value setting unit: the method is used for selecting a control mode in the setting of the system background and the editing of each wine distribution device, setting the flow value of the water pump when the selected control mode is a timing control mode, inputting the flow value of the water pump into a frame, displaying the flow value of the water pump, and inputting the corresponding quantity with the unit of second/liter; when the selected control mode is a metering control mode, setting the flow value of the flowmeter, displaying a flow input box of the flowmeter, and inputting the corresponding quantity with the unit of pulse quantity/liter;
a calibration operation unit: the method is used for clicking calibration aiming at the wine distribution device needing calibration, pressing a starting equipment button on the wine distribution device aiming at the standard package needing calibration, starting wine output by the wine distribution device, observing the actual wine output after the wine output is finished, filling the actual wine output into an actual wine output input box, clicking to submit, and completing calibration.
5. The apparatus according to claim 4, wherein when the timing control mode is selected, the calibration time length corresponding to the target liquid output amount is X in the calibration2Y/Z, unit is millisecond; wherein X is the target liquid output, and the unit is milliliter; y is the flow value of the water pump, and the unit is second/liter; z is the actual liquid output of the filling in unit of milliliters.
6. The apparatus of claim 5, wherein when the metering control mode is selected, the calibration pulse number corresponding to the target liquid output amount is: x2Y/Z/1000/Z, unit is one; wherein X is the target liquid output, and the unit is milliliter; y is the flow value of the flowmeter, and the unit is the pulse number/liter; z is the actual liquid output of the filling in unit of milliliters.
7. The device of claim 6, wherein after the system background records the calibration value of the standard package for each wine dispenser, each time the standard package is started, the system background issues the calibration value to the single chip of the wine dispenser to execute the calibration value, so that the wine output reaches the target liquid output.
8. The apparatus according to any one of claims 4 to 7, wherein the wine distribution apparatus is a single-path wine distribution apparatus or a multi-path wine distribution apparatus.
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| CN102252728A (en) * | 2007-01-17 | 2011-11-23 | 松下电器产业株式会社 | Flow measurement apparatus and flow measurement method |
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| CN102252728A (en) * | 2007-01-17 | 2011-11-23 | 松下电器产业株式会社 | Flow measurement apparatus and flow measurement method |
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