CN108647749B - Material precision management cloud system of drinking bar - Google Patents
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- 239000000463 material Substances 0.000 title claims abstract description 28
- 230000035622 drinking Effects 0.000 title claims abstract description 17
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 17
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- 238000004458 analytical method Methods 0.000 description 1
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Abstract
The invention belongs to the field of material precision management of a drinking water bar, and particularly relates to a material precision management cloud system of the drinking water bar. The invention provides a new material precision management cloud system of a water bar, which enables an operator to master the operation condition of the water bar constantly and to make a sale and purchase plan in time so as to maximize benefits; when the wine bottle is placed back to the wine rack after pouring wine, the wine bottle is close to the RFID reader-writer, the RFID reader-writer reads built-in information in the RFID electronic tag, after the wine bottle is placed back to the wine rack, the weight sensor collects weight data of the wine bottle on the wine rack, the controller is used for receiving the weight data and the wine bottle tag, calculating theoretical transaction amount according to the received information, comparing the theoretical transaction amount with actual transaction amount, and alarming and reminding when abnormal conditions occur, so that the waste phenomena of stealing and drinking are avoided.
Description
Technical Field
The invention belongs to the field of material precision management of a drinking water bar, and particularly relates to a material precision management cloud system of the drinking water bar.
Background
The software and information technology service industry is the core strength for leading technological innovation and driving the transformation development of the economic society. The software and information technology service industry in China is continuously and rapidly developed, and the industrial scale is rapidly enlarged; particularly, emerging industries such as cloud computing, big data, mobile internet and the like are rapidly raised and developed, and the industrial structure is continuously optimized. The composite material is not only applied to electric power, finance, petrochemical industry and the like in downstream industries, but also accounts for a larger proportion in catering service and other industries. The application and popularization are continued deeply, the supporting effect is obviously enhanced, and the capabilities and levels of lean management, risk management and control, supply chain cooperation, market quick response and the like of manufacturing enterprises are effectively improved. The generation of big data analysis and artificial intelligence can be foreseen, and the method is expected to comprehensively upgrade the existing industry and cater to the construction of peak and good investment.
Aiming at the wine and water bar industry, the number and the market scale of the bars in China are shown to spread to all big and small cities in the country according to public data, the number of the bars in China reaches 4.87 ten thousand in 2015, and the market scale of the industry reaches 311.7 billion yuan. Wherein the number of Beijing bars is about 1500; at present, the bar is mainly in the luxurious and distinctive areas concentrated in various major cities, and the consumption conditions and the preferences of customers are greatly different in the areas due to the developed economy; however, at present, there are several problems in the bar management in our country: the topic bar positioning is inaccurate, and the homogenization competition is fierce; the scale expansion is too fast, and the reserves of professional talents are insufficient; the brand influence is weak, and the propaganda strength is not enough; the waste phenomenon of high-end wine is obvious, and the like.
Disclosure of Invention
In order to solve the problems, the invention provides a novel material precision management cloud system for a water bar, which enables an operator to master the operation condition of the water bar at any time and make a sale and purchase plan in time, so that benefits are maximized.
The specific technical scheme of the invention is as follows:
the invention provides a material precision management cloud system of a drinking water bar, which comprises a controller, a weight sensor, an RFID reader-writer and an RFID electronic tag, wherein the weight sensor, the RFID reader-writer and the RFID electronic tag are connected with the controller, the weight sensor is arranged on a wine bottle and used for acquiring weight data of the wine bottle in real time and sending the acquired weight data to the controller, the RFID reader-writer is arranged on a wine rack and used for reading built-in information in the RFID electronic tag and sending the built-in information to the controller at the same time, the built-in information comprises a wine bottle code of the wine bottle, and the controller comprises:
a first processing unit: for receiving initial weight data G of wine bottle collected by weight sensor0And the weight sensor is also used for receiving the wine bottle codes read by the RFID reader-writer, and acquiring the weight data G collected by the weight sensor on the wine bottle corresponding to the wine bottle codes according to the received wine bottle codes1；
A storage unit: the wine storage device is used for storing wine information corresponding to the wine bottle codes, wherein the wine information comprises wine names and wine unit prices;
a second processing unit: weight data G for wine bottles corresponding to wine bottle codes0And G1And calculating the theoretical transaction amount of the wine corresponding to the wine bottle code by the wine unit price, comparing the theoretical transaction amount with the actual transaction amount, and alarming and reminding when an abnormal condition occurs.
In a further refinement, the first processing unit comprises:
a first receiving module: for receiving weight sensorsInitial weight data G of collected wine bottles0；
A second receiving module: the weight sensor is used for receiving the wine bottle codes read by the RFID reader-writer and receiving the current weight data G collected by the weight sensor after receiving the wine bottle codes1；
A search module: for searching the initial weight data G corresponding to the wine bottle code in the first receiving module0；
A first calculation module: for based on initial weight data G0And current weight data G1Calculating the pouring amount n, n ═ G of the wine0-G1。
In a further refinement, the first processing unit further comprises:
a partition management module: the system comprises a weight sensor, a RFID reader-writer and a plurality of weight sensors, wherein the weight sensors are used for carrying out partition management on the weight sensors, and each partition comprises the RFID reader-writer and the plurality of weight sensors;
a number assignment module: the weight sensor and RFID reader-writer number assigning processing is carried out, and the weight sensor number and the RFID reader-writer number belonging to the same area are stored in a correlation manner;
a matching module: the second receiving module is used for matching the received RFID reader-writer number with the weight sensor number based on the associated number given by the number giving module after receiving the wine bottle code and the current weight data, and matching the wine bottle code and the corresponding current weight data G after the matching is successful1And performing association storage.
In a further refinement, the first processing unit further comprises:
a second calculation module: two weight data G for receiving wine bottles in sequence within preset time0,And G1,And when the wine bottle code read by the RFID reader-writer is not received, the received G is calculated0,Total weight data P of all wine bottles0And receiving G1,Total weight data P of all wine bottles1；
A judging module: for judging the obtained P1+G0,－G1,Whether or not to cooperate with P0Equal;
the alarm reminding module: for P based on the result1+G0,－G1,And P0And when the time difference is equal, sending an alarm prompt.
In a further refinement, the second processing unit comprises:
a third receiving module: actual transaction amount T for receiving current wine1；
An identification module: the wine storage unit is used for storing wine bottle codes read by the RFID reader-writer;
a third calculation module: theoretical trading volume T for calculating wine0，T0N × p, wherein p represents wine unit price;
a comparison module: for comparing actual transaction amounts T1Amount of transaction with theory T0Whether they are equal;
a first management module: for actual transaction amount T1Amount of transaction with theory T0And when the data are unequal, sending an alarm prompt.
In a further refinement, the second processing unit further comprises a second management module for managing the transaction amount based on the actual transaction amount T1Amount of transaction with theory T0When they are equal, the current weight data G is calculated1Wine name and actual transaction amount T1Correlated and based on weight data G1And a wine name establishing table for management, wherein the second management module comprises:
the coding module: the system is used for calling the pouring amount n of the wine calculated by the first processing unit and editing the sales condition of the wine into a digit group consisting of 0 and the pouring amount n, wherein 0 represents that the wine is not sold at the preset time in the day, and the pouring amount represents the amount of the wine sold at the preset time in the day;
a secondary coding module: the wine bottle coding device is used for carrying out secondary coding on the digit array to form a character array consisting of a plurality of characters, the wine bottle coding position of the characters is 0 or the pouring amount, and the number of the characters is 0 or the name of wine corresponding to the pouring amount.
In a further refinement, the second management module further comprises an identifier module for adding a separator between the characters.
In a further improvement, the second management module further comprises a conversion module for converting 0 to an identifier and converting the pour amount to a number of cups or bottles to be poured.
In a further improvement, the cloud system further comprises a display unit for displaying the amount of wine poured, the number of times of pouring, and the transaction amount information, the display unit comprising:
a second judging module: used for judging whether the current wine bottle code is received for the first time in the period time;
a data processing submodule: for adding 1 to the number of pours of the corresponding wine and adding the current transaction amount data to the stored transaction amount based on the current wine bottle code not being received for the first time within the cycle time;
an information establishing module: the method is used for establishing weight information of corresponding wine, corresponding pouring times and corresponding transaction amount data when the current wine bottle code is received for the first time in the period time, and the pouring times are set to be 1.
In a further refinement, the display unit further comprises:
a block management module: the system is used for managing the relevant information of various types of wine in a blocking way on a display interface, wherein each block displays the relevant information of one type of wine;
a second association module: the wine storage device is used for managing and displaying the weight data, the pouring times and the transaction amount of wine in each block;
a sequencing management module: the system is used for calculating the total sales b of various types of wine, sorting the blocks according to the sales, and updating the sorting in real time, wherein the sales b is g-q, g is the total weight data before the sales of various types of wine, and q is the weight data currently displayed by various types of wine;
a display module: the wine sorting device is used for displaying various types of sequenced wines, and the display content comprises the weight data, the pouring times and the transaction amount of the wines;
a zero clearing module: and the method is used for performing zero clearing processing on the displayed content when the preset time is reached.
The invention has the following beneficial effects:
the invention provides a new material precision management cloud system of a water bar, which enables an operator to master the operation condition of the water bar constantly and to make a sale and purchase plan in time so as to maximize benefits; when the wine bottle is placed back to the wine rack after pouring wine, the wine bottle is close to the RFID reader-writer, the RFID reader-writer reads built-in information in the RFID electronic tag, after the wine bottle is placed back to the wine rack, the weight sensor collects weight data of the wine bottle on the wine rack, the controller is used for receiving the weight data and the wine bottle tag, calculating theoretical transaction amount according to the received information, comparing the theoretical transaction amount with actual transaction amount, and alarming and reminding when abnormal conditions occur, so that the waste phenomena of stealing and drinking are avoided.
Drawings
Fig. 1 is a block diagram of a material precision management cloud system of a water bar in an embodiment 1;
FIG. 2 is a block diagram showing a first processing unit according to embodiment 2;
FIG. 3 is a block diagram showing a first processing unit according to embodiment 3;
FIG. 4 is a block diagram showing a first processing unit according to embodiment 4;
FIG. 5 is a block diagram showing a second processing unit according to embodiment 5;
FIG. 6 is a block diagram showing a second processing unit according to embodiment 6;
FIG. 7 is a block diagram showing a second processing unit according to embodiment 7;
FIG. 8 is a block diagram showing a controller according to embodiment 8;
FIG. 9 is a block diagram showing a display unit according to embodiment 9;
fig. 10 is a schematic structural diagram of a display interface according to embodiment 9.
Detailed Description
The present invention will be described in further detail with reference to the following examples and drawings.
Example 1
The embodiment 1 of the invention provides a material precision management cloud system for a drinking water bar, which comprises a controller 1, a weight sensor 2, an RFID reader-writer 3 and an RFID electronic tag 4, wherein the weight sensor 2, the RFID reader-writer 3 and the RFID electronic tag 4 are connected with the controller 1, the RFID electronic tag 4 is arranged on a wine bottle, the weight sensor 2 is arranged on the wine bottle and is used for acquiring weight data of the wine bottle in real time and sending the acquired weight data to the controller 1, the RFID reader-writer 3 is arranged on a wine rack and is used for reading built-in information in the RFID electronic tag 4 and sending the built-in information to the controller 1 at the same time, the built-in information comprises a wine bottle code of the wine bottle, and the controller:
the first processing unit 10: for receiving initial weight data G of wine bottle collected by weight sensor 20And the weight sensor is also used for receiving the wine bottle codes read by the RFID reader-writer 3 and acquiring the weight data G collected by the weight sensor 2 on the wine bottle corresponding to the wine bottle codes according to the received wine bottle codes1；
The storage unit 20: the wine storage device is used for storing wine information corresponding to the wine bottle codes, wherein the wine information comprises wine names and wine unit prices;
the second processing unit 30: weight data G for wine bottles corresponding to wine bottle codes0And G1And calculating the theoretical transaction amount of the wine corresponding to the wine bottle code by the wine unit price, comparing the theoretical transaction amount with the actual transaction amount, and alarming and reminding when an abnormal condition occurs.
The invention provides a new material precision management cloud system of a water bar, which enables an operator to master the operation condition of the water bar constantly and to make a sale and purchase plan in time so as to maximize benefits; when the wine bottle is placed back to the wine rack after pouring wine, the wine bottle is close to the RFID reader-writer, the RFID reader-writer reads built-in information in the RFID electronic tag, after the wine bottle is placed back to the wine rack, the weight sensor collects weight data of the wine bottle on the wine rack, the controller is used for receiving the weight data and the wine bottle tag, calculating theoretical transaction amount according to the received information, comparing the theoretical transaction amount with actual transaction amount, and alarming and reminding when abnormal conditions occur, so that the waste phenomena of stealing and drinking are avoided.
The gravity sensor enables the collection of wine bottle weight data to be easier, the RFID electronic tags are chips without a power supply, each tag has a unique electronic code, meanwhile, the RFID electronic tags have the characteristics of small volume, low cost and the like, and can be used in large quantities, each wine bottle is pasted with one RFID electronic tag for one-to-one identification, and the gravity sensor and the RFID reader-writer on the wine rack can transmit the weight data to the controller for analysis and processing in real time when the wine is poured once; after the controller is used for analyzing and processing the data, a manager can accurately inquire the destination of each bottle of wine through a computer or a mobile phone and other mobile terminals, an APP is installed on the mobile terminal, and the manager can monitor the transaction of the water bar at specific time every day in real time through the APP and further formulate a corresponding wholesale plan.
Example 2
The material precision management cloud system of the drinking bar provided in embodiment 2 of the present invention is basically the same as that in embodiment 1, except that, as shown in fig. 2, the first processing unit 10 includes:
the first receiving module 101: for receiving initial weight data G of wine bottle collected by weight sensor 20；
The second receiving module 102: the weight sensor is used for receiving the wine bottle codes read by the RFID reader-writer 3 and receiving the current weight data G collected by the weight sensor 2 after receiving the wine bottle codes1；
The search module 103: for searching the initial weight data G corresponding to the wine bottle code in the first receiving module 1010；
The first calculation module 104: for based on initial weight data G0And current weight data G1Calculating the pouring amount n, n ═ G of the wine0-G1。
The invention is provided with two receiving modules, wherein the first receiving module is used for receiving initial weight data of a wine bottle collected by a weight sensor, the initial weight data and the weight data are weight data left after wine is poured for the last time, so a wine bottle code corresponding to the weight data is stored in the system, the second receiving module is used for receiving current weight data and a wine bottle code, and searching the initial weight data corresponding to the wine bottle code from the stored information according to the wine bottle code, and the first calculating module can calculate the pouring amount based on the initial weight data and the current weight data, so that the pouring amount of the wine in each time of wine preservation can be known, and the subsequent steps can be conveniently carried out.
Example 3
The cloud system for precisely managing the material of the drinking bar provided in embodiment 3 of the present invention is basically the same as that in embodiment 2, except that, as shown in fig. 3, the first processing unit 10 further includes:
the partition management module 105: the system is used for managing the weight sensors 2 in a partitioning manner, and each partition comprises an RFID reader-writer 3 and a plurality of weight sensors 2;
number assignment module 106: the weight sensor 2 and the RFID reader-writer 3 are numbered, and the numbers of the weight sensor 2 and the RFID reader-writer 3 belonging to the same area are stored in a correlated manner;
the matching module 107: the second receiving module 102 is used for matching the received number of the RFID reader-writer 3 with the number of the weight sensor 2 based on the associated number given by the number giving module 106 after receiving the wine bottle code and the current weight data, and matching the wine bottle code and the corresponding current weight data G after matching successfully1And performing association storage.
According to the wine bottle weight management system, the weight sensors are subjected to partition management, the weight sensors and the RFID readers are numbered, so that the weight sensors and the RFID readers are distinguished when multiple bottles of wine are read at the same time, the multiple RFID readers are arranged on the wine rack, when multiple bottles of wine are placed back to the wine rack at the same time, the multiple bottles of wine are read on different RFID readers at the same time, at the moment, the weight sensors are subjected to partition management, the received RFID reader-writer numbers are matched with the weight sensor numbers after the second receiving module receives wine bottle codes and current weight data, and after the matching is successful, the wine bottle codes and the corresponding current weight data G are subjected to partition management1And the correlated storage is carried out, and two weight sensors cannot simultaneously read in the same area, so that the reading accuracy is ensured by the arrangement.
Example 4
The cloud system for precisely managing the material of the drinking bar provided in embodiment 4 of the present invention is basically the same as that in embodiment 2, except that, as shown in fig. 4, the first processing unit 10 further includes:
the second calculation module 108: two weight data G for receiving wine bottles in sequence within preset time0,And G1,And when the wine bottle code read by the RFID reader-writer 3 is not received, the received G is calculated0,Total weight data P of all wine bottles0And receiving G1,Total weight data P of all wine bottles1；
The judging module 109: for judging the obtained P1+G0,－G1,Whether or not to cooperate with P0Equal;
the alarm reminding module 110: for P based on the result1+G0,－G1,And P0And when the time difference is equal, sending an alarm prompt.
The invention is based on the wine insurance, when the wine bottle is put back to the wine rack, forget to read the RFID electronic label on the RFID reader-writer, at this moment, the second calculation module will receive two weight data of the wine bottle in order within the scheduled time, the first weight data is the weight data before pouring the wine, the second is the weight data after getting the wine, and calculate the total weight of all wine bottles before pouring the wine, and the total weight of all wine bottles after pouring the wine, and judge the total weight of all wine bottles after pouring the wine plus the pouring amount (G)0,－ G1,Indicating the pouring amount) is equal to the total weight of all wine bottles before pouring, if the total weight is equal to the total weight, the wine is kept and the RFID electronic tag is forgotten to be read on the RFID reader-writer, and at the moment, an alarm prompt is sent.
Example 5
The cloud system for precisely managing the material of the drinking bar provided in embodiment 5 of the present invention is basically the same as that in embodiment 2, except that, as shown in fig. 5, the second processing unit 30 includes:
the third receiving module 301: actual transaction amount T for receiving current wine1；
The identification module 302: the wine storage unit is used for identifying the wine unit price and the wine name corresponding to the wine bottle code from the storage unit 20 according to the wine bottle code read by the RFID reader-writer 3;
third calculationModule 303: theoretical trading volume T for calculating wine0，T0N × p, wherein p represents wine unit price;
the comparison module 304: for comparing actual transaction amounts T1Amount of transaction with theory T0Whether they are equal;
the first management module 305: for actual transaction amount T1Amount of transaction with theory T0And when the data are unequal, sending an alarm prompt.
The invention is in order to judge whether the dumping amount is abnormal based on the transaction amount, calculate the theoretical transaction amount of the wine according to the dumping amount and the unit price of the wine, compare with the received actual transaction amount, if the two are equal, the transaction is normal, if not, the alarm prompt is sent; if the customer pays 20ml of white spirit, the unit price is 5 yuan/ml, the customer can deal with 100 yuan at the moment, but the customer pays only 80 yuan, the theoretical transaction amount of 100 yuan is not equal to the actual transaction amount of 80 yuan, and an alarm prompt needs to be sent; the arrangement can effectively monitor the sale condition of various wines, and avoid the waste phenomena of stealing and drinking; the mode is simple and easy to understand, the operation is convenient, and whether the transaction is normal can be judged quickly and accurately.
Example 6
The cloud system for precisely managing the material of the drinking bar provided by embodiment 6 of the present invention is substantially the same as embodiment 5, except that, as shown in fig. 6, the second processing unit 30 further includes a second management module 306, and the second management module 306 is configured to manage the real transaction amount T based on the real transaction amount T1Amount of transaction with theory T0When they are equal, the current weight data G is calculated1Wine name and actual transaction amount T1Correlated and based on weight data G1And a wine name establishing table, the second management module 306 includes:
the encoding module 307: the system is used for calling the pouring amount n of the wine calculated by the first processing unit 10 and editing the sales condition of the wine into a digit group consisting of 0 and the pouring amount n, wherein 0 represents that the wine is not sold at the preset time in the day, and the pouring amount represents the amount of the wine sold at the preset time in the day;
the secondary encoding module 308: the wine bottle coding device is used for carrying out secondary coding on the digit array to form a character array consisting of a plurality of characters, the wine bottle coding position of the characters is 0 or the pouring amount, and the number of the characters is 0 or the name of wine corresponding to the pouring amount.
In this embodiment, the second management module 306 further includes an identifier module 309, and the identifier module 309 is configured to add a separator between each character.
In the invention, the actual transaction amount T is used as the basis1Amount of transaction with theory T0When they are equal, the current weight data G is calculated1Wine name and actual transaction amount T1Correlated and passed through weight data G1And a wine name establishing table manages the pouring amount of all the wines in one year, and a manager can know which wine is sold best at what time through the table and can know which bar is sold best in own famous industry.
In the invention, each digit array corresponds to a Key value (Key) consisting of the drinking water bar information and the annual starting date or year, the digit array can be positioned through the Key, each digit value in the digit array represents whether the drinking water is sold at the preset time in one year, 0 represents that the drinking water is not sold, the pouring amount data represents the amount of the drinking water sold, and the length of the digit array is the preset time number in one year.
The character position can be in the character position of the character, the last position of the character or even the middle position of the character according to the actual condition; in this embodiment, at least one of the character bits and the number bits is set according to the actual situation.
This example will be described below with reference to the various types of wine sales table in 2014 of table 1, the various types of wine sales table in 2014 without a separator in table 2, and the various types of wine sales table in 2014 with a separator in table 3.
Table 12014 years table for various drinks and water sales
TABLE 2 ARRANGEMENT MATCHING TABLE FOR 2009 without delimiter
TABLE 3 2009 ranking endian digit array Table with separator added
Wherein Sn represents a water bar, 20140101 represents the initial date of 2014, 1 month and 1 day, the first digit of the digit array represents the first preset time of 2014, the second digit represents the second preset time of the corresponding date, and so on, n is a natural number, for example, the first character 06 of the character array of the 3 water bar in the serial number 3 in table 2 represents that no water is sold in the first 6 preset times, and the second character 69 represents that the sales volume of the water is 69 in the seventh preset time.
In the invention, a separator F is adopted to separate a character 0 from sales volume, and a blank space can be used to separate the character 0 from the sales volume, so that the disturbance of data in the system is avoided, wherein H represents yellow wine, B represents white spirit, P represents beer, PT represents wine, such as a character array H23B2446F012PT23B46H55P186 of a 4-bar wine bar in a sequence number 4 in a table 3, 232446012234655186. if the separator is removed, 01223 represents two characters 012 and 23, but only if the characters are seen, the characters can be seen as 01 and 223, the disturbance of system data can occur, therefore, the two characters are separated into F012 and PT23 by adding the separator, so that each character can be clearly shown, when the sales volume of wine in a certain bar needs to be called, only the separator of a certain time period in the wine bar needs to be added as the sales volume PT, and the calculation result is the sales volume of the wine in the preset time period of the wine bar, thus, the sales of each type of wine in each preset time can be clearly recorded.
Example 7
The cloud system for precise management of material of a drinking bar provided in embodiment 7 of the present invention is substantially the same as embodiment 5, except that, as shown in fig. 7, the second processing unit 30 further includes a second management module 306, and the second management module 306 is configured to manage the real transaction amount T based on the real transaction amount T1Amount of transaction with theory T0When they are equal, the current weight data G is calculated1Wine name and actual transaction amount T1Correlated and based on weight data G1And a wine name establishing table, the second management module 306 includes:
the encoding module 307: the system is used for calling the pouring amount n of the wine calculated by the first processing unit 10 and editing the sales condition of the wine into a digit group consisting of 0 and the pouring amount n, wherein 0 represents that the wine is not sold at the preset time in the day, and the pouring amount represents the amount of the wine sold at the preset time in the day;
the secondary encoding module 308: the wine bottle coding device is used for carrying out secondary coding on the digit array to form a character array consisting of a plurality of characters, the wine bottle coding position of the characters is 0 or the pouring amount, and the number of the characters is 0 or the name of wine corresponding to the pouring amount.
In this embodiment, the second management module 306 further includes an identifier module 309, and the identifier module 309 is configured to add a separator between each character.
The invention converts 0 into the identifier, converts the sales volume into the number of the toppled cups, and the amount of one cup is about 23, so that the separator is not needed to be added, the case, X or Y and other characters of the identifier 0 do not cause the disorder of system data, and each character in the character array can be conveniently distinguished.
The following description will be given taking X and the number of cups to be poured as identifiers, that is, the identification number X and the number of cups to be poured as an example, as in the ranking character array table of 2014 in table 4.
Ranking digit array table of 42009 years
In the character array of the present invention, X represents that the wine is not sold at the preset time of the year, and the number after H, B, P, PT represents the number of cups of wine sold at the preset time of the year.
Example 4 and example 5 are two different ways of representing the separator, with example 4 being preferred.
Example 8
The cloud system for precisely managing the material of the drinking water bar provided by the embodiment 8 of the present invention is basically the same as the cloud system provided by the embodiment 1, except that, as shown in fig. 8, the cloud system further includes a display unit 40, the display unit 40 is used for displaying the pouring amount, the pouring times and the transaction amount information of the wine, and the display unit 40 includes:
the second determination module 401: used for judging whether the current wine bottle code is received for the first time in the period time;
data processing submodule 402: for adding 1 to the number of pours of the corresponding wine and adding the current transaction amount data to the stored transaction amount based on the current wine bottle code not being received for the first time within the cycle time;
the information creating module 403: the method is used for establishing weight information of corresponding wine, corresponding pouring times and corresponding transaction amount data when the current wine bottle code is received for the first time in the period time, and the pouring times are set to be 1.
The period time is set to be one month, namely the displayed information is updated on the first day of each month, the displayed information in the previous month is deleted, the total weight information of various types of wine is input again, the weight remained after each time of wine pouring is displayed, and the displayed transaction amount is the total transaction amount; after the RFID reader-writer reads the RFID electronic tag, judging whether the RFID electronic tag is read for the first time, if so, reestablishing information, and if the identified tag information is wine and is input for the first time, displaying the content that the weight of the wine is: 40ml, pour number: 1, transaction amount: 360 yuan; if the identified label information is yellow wine and is not input for the first time, the display content is that the weight of the yellow wine is as follows: 50ml, pour number: 3, transaction amount: 350 yuan; the manager can check the sales condition of various wines in the periodic time through the display interface, so that the condition of the wine bar can be conveniently mastered in real time.
Example 9
The cloud system for precisely managing the material of the drinking bar provided in embodiment 9 of the present invention is basically the same as that in embodiment 8, except that, as shown in fig. 9, the display unit 40 further includes:
the chunking management module 404: the system is used for managing the relevant information of various types of wine in a blocking way on a display interface, wherein each block displays the relevant information of one type of wine;
the second association module 405: the wine storage device is used for managing and displaying the weight data, the pouring times and the transaction amount of wine in each block;
the sort management module 406: the system is used for calculating the total sales b of various types of wine, sorting the blocks according to the sales, and updating the sorting in real time, wherein the sales b is g-q, g is the total weight data before the sales of various types of wine, and q is the weight data currently displayed by various types of wine;
the display module 407: the wine sorting device is used for displaying various types of sequenced wines, and the display content comprises the weight data, the pouring times and the transaction amount of the wines;
the zero module 408: and the method is used for performing zero clearing processing on the displayed content when the preset time is reached.
In the invention, the display unit can display the sales conditions of various wines, which wine is displayed in front and needs to be sorted after being displayed, the total sales volume of various wines is calculated, the wines are sorted according to the sales volume, the sorted contents are displayed by the display module, and after the preset time is reached, the displayed contents are cleared and processed to redisplay new contents, wherein the preset time is set to be one month in the embodiment.
As shown in the schematic diagram of the display interface shown in fig. 10, each block is beer, white spirit, yellow wine and wine, respectively, beer: the total volume is 200ml, the currently displayed weight data is 80ml, the pouring amount is 2 times, the transaction amount is 240, and the sales volume of the beer is 120 ml; white spirit: the total volume is 200ml, the currently displayed weight data is 150ml, the pouring amount is 4 times, the transaction amount is 250, and the sales volume of the white spirit is 50 ml; yellow rice wine: the total volume is 200ml, the currently displayed weight data is 150ml, the pouring amount is 2 times, the transaction amount is 350, and the sales volume of the yellow wine is 50 ml; wine making: the total volume is 200ml, the currently displayed weight data is 160ml, the pouring amount is 2 times, the transaction amount is 360, and the sales volume of the wine is 40 ml; thus, the ordering of the blocks is: beer, white spirit, yellow wine and grape wine, and the white spirit and the yellow wine have the same sales volume, at the moment, the arrangement is carried out according to the first letter of the wine name, so that a manager can clearly know the sales condition of various types of wine according to the display sequence of various types of wine.
The above-mentioned embodiments are merely illustrative of the preferred embodiments of the present invention, and do not limit the scope of the present invention, and various modifications and improvements of the technical solution of the present invention by those skilled in the art should fall within the protection scope defined by the claims of the present invention without departing from the spirit of the present invention.
Claims (7)
1. The utility model provides a smart volume management cloud system of drinks water bar material, a serial communication port, including controller (1) and with weight sensor (2), RFID read write line (3) that controller (1) is connected and locate RFID electronic tags (4) on the beverage bottle, weight sensor (2) are located on the beverage bottle for gather the weight data of beverage bottle in real time, and give controller (1) with the weight data transmission who gathers, install on the beverage frame and be used for reading built-in information in RFID electronic tags (4) and send controller (1) simultaneously in RFID read write line (3), built-in information includes the beverage bottle code of beverage bottle, controller (1) includes:
first processing unit (10): for receiving initial weight data G of wine bottles collected by the weight sensor (2)0And the weight sensor is also used for receiving the wine bottle codes read by the RFID reader-writer (3), and acquiring the weight data G collected by the weight sensor (2) on the wine bottle corresponding to the wine bottle codes according to the received wine bottle codes1；
Memory cell (20): the wine storage device is used for storing wine information corresponding to the wine bottle codes, wherein the wine information comprises wine names and wine unit prices;
second processing unit(30): weight data G for wine bottles corresponding to wine bottle codes0And G1Calculating the theoretical transaction amount of the wine corresponding to the wine bottle code by the wine unit price, comparing the theoretical transaction amount with the actual transaction amount, and alarming and reminding when an abnormal condition occurs;
the first processing unit (10) comprises:
first receiving module (101): for receiving initial weight data G of wine bottles collected by the weight sensor (2)0；
Second receiving module (102): the weight sensor is used for receiving the wine bottle codes read by the RFID reader-writer (3) and receiving the current weight data G collected by the weight sensor (2) after receiving the wine bottle codes1；
Search module (103): for searching the initial weight data G corresponding to the wine bottle code in the first receiving module (101)0；
First calculation module (104): for based on initial weight data G0And current weight data G1Calculating the pouring amount n, n ═ G of the wine0-G1；
The second processing unit (30) comprises:
third receiving module (301): actual transaction amount T for receiving current wine1；
An identification module (302): the wine storage unit is used for identifying the wine unit price and the wine name corresponding to the wine bottle code from the storage unit (20) according to the wine bottle code read by the RFID reader-writer (3);
third calculation module (303): theoretical trading volume T for calculating wine0，T0N × p, wherein p represents wine unit price;
a comparison module (304): for comparing actual transaction amounts T1Amount of transaction with theory T0Whether they are equal;
first management module (305): for actual transaction amount T1Amount of transaction with theory T0When the values are unequal, sending an alarm prompt;
the second processing unit (30) further comprises a second management module (306), the second management module (306) being configured to base the actual transaction amount T on1Amount of transaction with theory T0When they are equal, the current weight data G is calculated1Wine name and actual transaction amount T1Correlated and based on weight data G1And a wine name establishment table, the second management module (306) comprising:
encoding module (307): the wine processing device is used for calling the pouring amount n of the wine calculated by the first processing unit (10) and editing the sales condition of the wine into a digit group consisting of 0 and the pouring amount n, wherein 0 represents that the wine is not sold at the preset time in the day, and the pouring amount represents the amount of the wine sold at the preset time in the day;
a secondary encoding module (308): the method is used for carrying out secondary coding on the digit array to form a character array consisting of a plurality of characters, the character bit of each character is 0 or the pouring amount, and the number of the character bit is 0 or the name of the wine corresponding to the pouring amount.
2. The cloud system for precise material management of a drinking bar according to claim 1, wherein the first processing unit (10) further comprises:
partition management module (105): the system is used for managing the weight sensors (2) in a partitioning mode, and each partition comprises an RFID reader-writer (3) and a plurality of weight sensors (2);
number assignment module (106): the weight sensor (2) and the RFID reader-writer (3) are subjected to numbering processing, and the numbers of the weight sensors (2) and the numbers of the RFID reader-writers (3) belonging to the same area are stored in a correlated manner;
matching module (107): the system is used for matching the received serial number of the RFID reader-writer (3) with the serial number of the weight sensor (2) based on the associated serial number given by the serial number giving module (106) after the second receiving module (102) receives the wine bottle code and the current weight data, and matching the wine bottle code and the corresponding current weight data G after the matching is successful1And performing association storage.
3. The cloud system for precise material management of a drinking bar according to claim 1, wherein the first processing unit (10) further comprises:
second calculation module (108): for connecting successively within a predetermined timeReceiving two weight data G of the wine bottle0’And G1’And when the wine bottle code read by the RFID reader-writer (3) is not received, the received G is calculated0’Total weight data P of all wine bottles0And receiving G1’Total weight data P of all wine bottles1；
A judging module (109): for judging the obtained P1+G0’－G1’Whether or not to cooperate with P0Equal;
alarm alert module (110): for P based on the result1+G0’－G1’And P0And when the time difference is equal, sending an alarm prompt.
4. The cloud system for precise management of drinking bar materials according to claim 1, wherein the second management module (306) further comprises an identifier module (309), wherein the identifier module (309) is configured to add separators between characters.
5. The cloud system for precise management of taproom material according to claim 1, wherein the second management module (306) further comprises a conversion module (310), the conversion module (310) is configured to convert 0 into an identifier, and convert a pour amount into a number of cups or bottles to be poured.
6. The cloud system for precise material management of a drinking bar according to claim 1, wherein the cloud system further comprises a display unit (40), the display unit (40) is used for displaying pouring amount, pouring times and transaction amount information of wine, and the display unit (40) comprises:
a second judgment module (401): used for judging whether the current wine bottle code is received for the first time in the period time;
data processing submodule (402): for adding 1 to the number of pours of the corresponding wine and adding the current transaction amount data to the stored transaction amount based on the current wine bottle code not being received for the first time within the cycle time;
an information creation module (403): the method is used for establishing weight information of corresponding wine, corresponding pouring times and corresponding transaction amount data when the current wine bottle code is received for the first time in the period time, and the pouring times are set to be 1.
7. The cloud system for precise management of taproom material according to claim 6, wherein the display unit (40) further comprises:
a chunking management module (404): the system is used for managing the relevant information of various types of wine in a blocking way on a display interface, wherein each block displays the relevant information of one type of wine;
second association module (405): the wine storage device is used for managing and displaying the weight data, the pouring times and the transaction amount of wine in each block;
sort management module (406): the system is used for calculating the total sales b of various types of wine, sorting the blocks according to the sales, and updating the sorting in real time, wherein the sales b is g-q, g is the total weight data before the sales of various types of wine, and q is the weight data currently displayed by various types of wine;
display module (407): the wine sorting device is used for displaying various types of sequenced wines, and the display content comprises the weight data, the pouring times and the transaction amount of the wines;
a clear module (408): and the method is used for performing zero clearing processing on the displayed content when the preset time is reached.
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| CN114819021B (en) * | 2022-06-27 | 2022-11-18 | 深圳市兆兴博拓科技股份有限公司 | Matrix type RFID positioning identification method, device, medium and computer equipment |
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