KR102237522B1 - Weight measuring system using RFID - Google Patents

Abstract

The present invention relates to a weight measuring system using RFID. The weight measuring system using RFID comprises: a weight measuring unit for measuring a weight of a product; an RFID receiving unit connected to the weight measuring unit; a fixed terminal connected to the weight measuring unit; a server connected to the fixed terminal; and a mobile terminal connected to the server. Therefore, the weight measuring system using RFID increases productivity through an automated process.

Description

Weight measuring system using RFID

The present invention relates to a weight measurement system using RFID, and to a weight measurement system using RFID that can improve user convenience and measure the weight of eggs more accurately.

Conventionally, in the fisheries industry as a whole, all processes were carried out by hand. In particular, in the process of laying oysters, the weight of the oysters that the workers worked on was measured on a scale and recorded manually, so the work production time was excessively consumed, and the conflict was exacerbated by the error of the wrong weight measurement.

Registered Patent No. 10-0885264

In order to solve the above-described problem, it relates to a weight measurement system using RFID that can improve productivity through an automated process and establish standardization of food processing processes.

In order to achieve the above object, a weight measurement system using RFID according to the present invention comprises: a weight measurement unit for measuring the weight of a product; An RFID receiver connected to the weighing unit and configured to receive an RFID signal of an RFID-equipped article; A fixed terminal connected to the weight measuring unit and capable of inputting and outputting various types of information; A server connected to the fixed terminal and storing various types of information; A mobile terminal connected to the server and capable of inputting and outputting various types of information; a first step of activating an app in either the fixed terminal or the mobile terminal; A second step of designating various setting values when an environment setting is selected in either the fixed terminal or the mobile terminal; A third step of registering an RFID card corresponding to the worker when a worker registration and card issuance mode is selected in the fixed terminal; A fourth step of selecting a weighing mode in the fixed terminal; A fifth step of selecting a mode setting in the fixed terminal; A sixth step in which the product is weighed into the weighing unit and the RFID card is brought into contact with the RFID receiving unit; When the limit mode is selected in the fixed terminal in the fifth step, when the weight of the product is not less than the minimum weight (maximum weight + weight loss), (the weight of the product-weight loss weight) is displayed on the fixed terminal, and the server The seventh step of storing in; An eighth step of displaying the maximum weight on the fixed terminal and storing it in the server when the weight of the product exceeds (maximum weight + weight loss) when the limit mode is selected in the fixed terminal in the fifth step; A ninth step of displaying the cumulative weight on the fixed terminal when the weight of the product is less than the minimum weight when the limit mode is selected in the fixed terminal in the fifth step; When the ratio mode is selected in the fixed terminal in the fifth step, when the weight of the product is more than the minimum weight (the weight of the product X (100-reduction ratio) / 100) is displayed on the fixed terminal and stored in the server. The tenth step; An eleventh step of displaying the cumulative weight on the fixed terminal when the weight of the product is less than the minimum weight when the ratio mode is selected in the fixed terminal in the fifth step; A twelfth step of displaying a cumulative weight on the fixed terminal when the same RFID card contacts the RFID receiver within a re-validation time limit; A thirteenth step of returning to the seventh step when the same RFID card contacts the RFID receiving unit after a re-validation time limit; And a 14th step of returning to the 7th step when the different RFID cards come into contact with the RFID receiver.
A fifteenth step of searching for a thinning amount and selecting an output mode in either the fixed terminal or the mobile terminal; A sixteenth step of transmitting the entire weight of the product from the server to either the fixed terminal or the mobile terminal on the day when the daily report output is selected from either the fixed terminal or the mobile terminal; A 17th step of transmitting the entire weight of the product on the selected date to either the fixed terminal or the mobile terminal when the periodic report output is selected from either the fixed terminal or the mobile terminal; When the daily search is selected from either the fixed terminal or the mobile terminal, the server transmits the weighing weight of the product, which was checked by the operator on the same day, to either the fixed terminal or the mobile terminal in turn. step; When the search by period is selected in either the fixed terminal or the mobile terminal, the weighing weight of the product weighed in by the operator at the date selected in the server is sequentially transmitted to either the fixed terminal or the mobile terminal. The 19th step; A twentieth step of transmitting the weighing weight of the product on the selected date of the worker from the server to either the fixed terminal or the mobile terminal when the worker search is selected in either the fixed terminal or the mobile terminal; When a salary statement is selected from either the fixed terminal or the mobile terminal, when a unit price is input, the salary obtained by multiplying the weight of the product and the unit price on the date selected in the server is transmitted to either the fixed terminal or the mobile terminal. It characterized in that it consists of; step 21.
The second step is characterized in that the maximum weight, the minimum weight, the weight loss, and the weight loss ratio are set in either the fixed terminal or the mobile terminal.
The third step includes: a 3-1 step of inputting employee information when employee registration is selected in the fixed terminal; A 3-2 step of storing the employee information in the server and displaying the employee information in an employee list in the fixed terminal; 3-3 step of contacting the RFID card of the worker in contact with the RFID receiver when card registration is selected in the fixed terminal; Step 3-4 of storing the information of the RFID card corresponding to the employee information in the server, and displaying the employee information including the information of the RFID card in the employee list in the fixed terminal; It is characterized.
Step 3-5 in which the employee information corresponding to the employee list is selected and re-registration is selected in the fixed terminal; Step 3-6 in which the RFID card of the worker comes into contact with the RFID receiver; A 3-7 step of storing information on the RFID card corresponding to the employee information in the server, and displaying the employee information including the information on the RFID card in the employee list in the fixed terminal; A third to eighth step of selecting the corresponding worker from the employee list in the fixed terminal and selecting an employee modification; A 3-9 step of storing the employee information in the server and displaying the employee information in an employee list in the fixed terminal; Step 3-10 of selecting an employee deletion when the corresponding employee information is selected from the employee list in the fixed terminal; A 3-11 step of deleting the employee information from the server; Step 3-12 in which the employee information corresponding to the employee list is selected in the fixed terminal and a card deletion is selected; And a step 3-13 of deleting the information on the RFID card from among the employee information of the worker in the server, and displaying the employee information on the employee list in the fixed terminal.

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The weight measurement system using RFID according to the present invention has the following effects.

It has the effect of improving productivity and operating profit by improving work processes and enabling integrated production management.

It can be applied to the fish and shellfish farming industry such as oysters, sea squirts, abalone and mussels.

1 is a block diagram showing a weight measurement system using RFID according to the present invention.
2 is a block diagram showing a weight measurement system using RFID according to the present invention.
3 is a view showing an operation process of a weight measurement system using RFID according to the present invention.
4 is a view showing an operation process of a weight measurement system using RFID according to the present invention.
5 is a view showing an operation process of a weight measurement system using RFID according to the present invention.
6 is a view showing an operation process of a weight measurement system using RFID according to the present invention.
7 is a view showing the operation process of the weight measurement system using the RFID according to the present invention.
8 is a view showing the operation process of the weight measurement system using the RFID according to the present invention.
9 is a view showing the operation process of the weight measurement system using RFID according to the present invention.
10 is a view showing the operation process of the weight measurement system using RFID according to the present invention.
11 is a view showing an operation process of a weight measurement system using RFID according to the present invention.

Hereinafter, a preferred embodiment of a weight measurement system using RFID according to the present invention will be described in detail with reference to the accompanying drawings.

The weight measurement system using RFID of the present invention includes a weight measurement unit 100 that measures the weight of a product, an RFID receiver 200 that is connected to the weight measurement unit 100 and receives an RFID signal of an RFID-equipped product, and the Connected to the weighing unit 100, a fixed terminal 300 capable of inputting and outputting various information, a fixed terminal 300 connected to the fixed terminal 300, a server 400 storing various information, and a connection with the server 400 It is composed of a mobile terminal 500 capable of inputting and outputting various types of information.

First, a weight measuring unit 100 for measuring the weight of a product is provided. The weight measuring unit 100 measures the weight of the product. Specifically, the operator measures the weight of the bakshin egg, and the measured weight is transmitted to the server 400 through the fixed terminal 300 to be described later.

The RFID receiver 200 is provided by being connected to the weight measuring unit 100. The RFID receiving unit 200 is provided integrally with the weight measuring unit 100. When the product is weighed into the weighing unit 100 and an RFID-enabled article, specifically, an RFID card, is brought into contact with the RFID receiving unit 200, the weight information of the product is displayed in a fixed terminal 300 to be described later according to the weight of the product. ) Is transmitted to the server 400 through.

A fixed terminal 300 is provided by being connected to the weight measuring unit 100. The fixed terminal 300 is provided integrally with the weight measuring unit 100 to input and output various types of information, and includes a terminal capable of wired or wireless communication such as a personal computer (PC).

With the development of technology, the fixed terminal 300 enables a user to freely receive a wireless Internet service regardless of a location at which it is located. The wireless Internet service refers to a service that provides Internet content through a mobile communication network. It is an advanced personalization service according to an individual's use of a terminal, and is characterized as a service capable of providing unique information based on a user's mobility.

A server 400 is provided by being connected to the fixed terminal 300. The server 400 may include a plurality of databases provided in the fixed terminal 300, and the server 400 may be interlocked with the fixed terminal 300 to process various types of information. Here, the server 400 may be connected to the fixed terminal 300 through a network to transmit and receive information.

A mobile terminal 500 is provided by being connected to the server 400. The mobile terminal 500 may be connected to the server 400 through a network to transmit and receive information.

The mobile terminal 500 can input and output various types of information, and includes a portable terminal such as a smart phone, a notebook computer, and a personal digital assistant (PDA). Because of this, the manager can easily grasp the status of work even if it is not on the job site.

With the development of technology, the mobile terminal 500 enables users to freely receive wireless Internet services regardless of the location where they are located. The wireless Internet service refers to a service that provides Internet content through a mobile communication network. It is an advanced personalization service according to an individual's use of a terminal, and is characterized as a service capable of providing unique information based on a user's mobility.

Ah, the operation of the weight measurement system using RFID according to the present invention will be described.

In the first step, the app is activated in the fixed terminal 300 or the mobile terminal 500. Specifically, the administrator activates the app with the fixed terminal 300 or the mobile terminal 500. When activating the app, the fixed terminal 300 is shown as shown in FIG. 3. Here, a process of inputting a preset password may be included.

In addition, when the app is activated, the mobile terminal 500 is shown as shown in FIG. 11 after logging in on the screen shown in FIG. 10.

Specifically, the administrator installs the app with the fixed terminal 300 or the mobile terminal 500 and activates the app.

The app may be distributed to a third party app store accessor through a third party app store. As an example of the present invention, a third-party app store that supplies the app includes an app store for smartphone terminals such as Android-based or iOS-based, as well as a wired-based Internet app store. The app may be provided for a fee or for free, and in the present invention, it is provided free of charge to a terminal connected to a wired or wireless network.

In the second step, environment settings are selected from the fixed terminal 300 or the mobile terminal 500 and various set values are designated. The administrator selects an environment setting with the fixed terminal 300 or the mobile terminal 500 and designates various setting values. Specifically, as shown in FIG. 3, the green box at the bottom right is selected.

Here, when selecting the environment setting, a process of inputting a preset password may be included. This is to prevent the operator from arbitrarily changing various settings.

Specifically, various set values are maximum weight, minimum weight, weight loss, and weight loss ratio. In addition, as shown in FIG. 9, it is possible to change the password by entering an existing password and entering a new password.

You can also check product information such as program version, serial number, place of purchase, and delivery date.

And it is possible to set the weight measurement unit 100. If the zero point of the weighing unit 100 is not correct, the zero point setting can be set to a new zero point, and the container can be set on the weighing unit 100 to set the tare weight, and the zero point can be set by selecting the zero point setting. . And you can set the volume.

In the third step, when a worker registration and card issuance mode is selected in the fixed terminal 300, the RFID card corresponding to the worker is registered. The manager selects a worker registration and card issuance mode with the fixed terminal 300 and registers the RFID card corresponding to the worker. Specifically, as shown in FIG. 3, the red box on the lower left is selected.

Here, when selecting the worker registration and card issuance mode, a process of inputting a preset password may be included. This is to prevent the operator from arbitrarily changing various settings.

When the manager selects the worker registration and card issuance mode, it is shown in the fixed terminal 300 as shown in FIG. 6. The employee list displays employee information, and the employee information includes, but is not limited to, employee number, employee name, RFID card information, and phone number.

When the manager selects and activates the employee information of the worker from the employee list with the fixed terminal 300, the contents can be checked in the employee information located at the upper right of FIG. 6.

Specifically, in step 3-1, when employee registration is selected in the fixed terminal 300, employee information is input. The manager selects employee registration with the fixed terminal 300 and inputs employee information. At this time, the fixed terminal 300 is illustrated as shown in FIG. 7, and the manager inputs an employee number, employee name, and phone number and selects registration.

In step 3-2, the server 400 stores the employee information input in step 3-1. And the fixed terminal 300 displays the employee information on the employee list.

In step 3-3, when card registration is selected in the fixed terminal 300, the RFID card of the worker is in contact with the RFID receiver 200. The manager selects card registration with the fixed terminal 300 and contacts the RFID card of the worker with the RFID receiver 200. Here, in the employee list, the job information of the worker is activated.

In step 3-4, the server 400 stores information on the RFID card corresponding to the employee information. In addition, the fixed terminal 300 displays the employee information including information of the RFID card on the employee list.

In step 3-5, the corresponding employee information is selected from the employee list in the fixed terminal 300 and re-registration is selected. The manager selects the corresponding employee information from the employee list with the fixed terminal 300 and selects re-registration. Here, in the employee list, the job information of the worker is activated.

When the worker loses the RFID card, the RFID card information is re-registered.

In steps 3-6, the RFID card of the worker is brought into contact with the RFID receiver 200. Specifically, the manager contacts the RFID card of the worker with the RFID receiver 200.

In steps 3-7, the server 400 stores information on the RFID card corresponding to the employee information. In addition, the fixed terminal 300 displays the employee information including information of the RFID card on the employee list.

In step 3-8, the corresponding employee information is selected from the employee list in the fixed terminal 300, and employee modification is selected. The manager selects the corresponding employee information from the employee list with the fixed terminal 300 and selects employee modification. Here, in the employee list, the job information of the worker is activated.

Specifically, the employee information can be checked in the employee information on the upper right in FIG. 6, and the employee number, employee name, and phone number can be modified.

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In steps 3-9, the employee information modified by the server 400 is stored. And the fixed terminal 300 displays the employee information on the employee list.

In steps 3-10, the employee information of the corresponding worker is selected from the employee list by the manager terminal, and employee deletion is selected. Specifically, the manager selects the employee information of the worker from the employee list with the manager terminal and selects employee deletion. Here, in the employee list, the job information of the worker is activated.

In steps 3-11, the entire employee information of the worker corresponding to the server 400 is deleted.

In steps 3-12, the employee information of the worker is selected from the employee list in the manager terminal, and card deletion is selected. The manager selects the employee information of the worker from the employee list with the manager terminal and selects a card deletion. Here, the job information of the worker is activated.

When the worker does not go to work for a certain period of time and plans to return again, only the RFID card information among the employee information is deleted.

In step 3-13, the server 400 deletes only the information of the RFID card among the employee information of the worker. In addition, the fixed terminal 300 displays the employee information excluding the RFID card information on the employee list.

In the fourth step, a weighing mode is selected in the fixed terminal 300. The administrator selects a weighing mode with the fixed terminal 300. Specifically, as shown in FIG. 3, the blue box on the upper left is selected. When the manager selects the weigh-in mode, it is shown in the fixed terminal 300 as shown in FIG. 4.

Here, when the black box at the lower right is selected, the screen returns to the screen as shown in FIG. 3, and when the black box at the upper left is selected, a daily report can be output, and the process moves to step 17 described later.

In the fifth step, a mode setting is selected in the fixed terminal 300. The administrator selects a mode setting with the fixed terminal 300. Specifically, select the black box at the top right. Here, when the mode setting is selected, a process of inputting a preset password may be included. This is to prevent the operator from arbitrarily changing various settings.

At this time, the fixed terminal 300 is shown as shown in FIG. 5, and it is possible to set the re-weighing time, and the weighing method may be set.

The re-counting time setting is to prevent the operator from continuously contacting the RFID card with the RFID receiver 200 so that the weight of the product is redundantly stored in the server 400. Pressing + increases the re-counting time by 2 seconds, and pressing-decreases the re-counting time by 2 seconds.

The metering method setting consists of a limited mode and a ratio mode, and the administrator selects a desired mode with the fixed terminal 300.

In the sixth step, the product is weighed in the weighing unit 100 and the RFID card is brought into contact with the RFID receiving unit 200. Specifically, the operator weighs the product in the weighing unit 100. Then, the RFID card is brought into contact with the RFID receiver 200.

In the seventh step, when the limiting mode is selected in the fixed terminal 300 in the fifth step, specifically, when the administrator selects the limiting mode in the fixed terminal 300 in the fifth step, the weight of the product is If the minimum weight is more than (maximum weight + weight loss) or less, (the weight of the product-weight loss) is displayed on the fixed terminal 300 and stored in the server 400. Specifically, (the weight of the product-weight loss) is displayed as a weighing weight on the fixed terminal 300 and stored in the server 400.

Here, in the limiting mode, when the product is a seafood such as eggs, it is difficult to accurately measure the weight of only eggs because the weight of water in addition to eggs can be measured together. For this reason, it is preferable to see the weight excluded by the weight loss set in the second step as the weight of the product.

In one embodiment, the maximum weight is 6.5 kg, the weight loss is 1.5 kg, and the minimum weight is 0.5 kg. At this time, if the weight value of the eggs is 8kg, 6.5kg minus 1.5kg from 8kg is used as the weighing weight of the product and displayed on the fixed terminal 300 and stored in the server 400.
The operator checks the number of checks, the weighing weight, and the accumulated weight through the fixed terminal 300. Specifically, as shown in Figure 4, it is possible to check the employee number, the name of the employee, and the number of checks on the day, and the current weight, which is the weight of the product currently weighed, and the cumulative weight, which is the total weight of the product, weighed up to date. have.
And you can check the weighing weight calculated according to the limit mode and ratio mode. In addition, it is possible to check the total weight of the cumulative weight and the weighing weight.

In step 8, when the limiting mode is selected in the fixed terminal 300 in the fifth step, specifically, when the administrator selects the limiting mode in the fixed terminal 300 in the fifth step, the weight of the product is If it exceeds (maximum weight + weight loss), the maximum weight is displayed on the fixed terminal 300 and stored in the server 400. Specifically, the maximum weight is displayed on the fixed terminal 300 as the weighing weight and stored in the server 400.

Here, as the weight of the product increases, the amount of water increases, but the weight is calculated by subtracting the weight loss, so when the weight of the product exceeds (maximum weight + weight loss), the maximum weight is referred to above. The weight of the product is displayed on the fixed terminal 300 and stored in the server 400.

In one embodiment, the maximum weight is 6.5 kg, the weight loss is 1.5 kg, and the minimum weight is 0.5 kg. At this time, if the weight value of the eggs is 8.5kg, 7kg minus 1.5kg from 8.5kg should be calculated as the weight of the product, but the fixed terminal 300 using the maximum weight set value of 6.5kg as the weighing weight of the product. And stored in the server 400.
The operator checks the number of checks, the weighing weight, and the accumulated weight through the fixed terminal 300. Specifically, as shown in Figure 4, it is possible to check the employee number, the name of the employee, and the number of checks on the day, and the current weight, which is the weight of the product currently weighed, and the cumulative weight, which is the total weight of the product, weighed up to date. have.
And you can check the weighing weight calculated according to the limit mode and ratio mode. In addition, it is possible to check the total weight of the cumulative weight and the weighing weight.

In the ninth step, when the limiting mode is selected in the fixed terminal 300 in the fifth step, specifically, when the administrator selects the limiting mode in the fixed terminal 300 in the fifth step, the weight of the product is If it is less than the minimum weight, the accumulated weight is displayed on the fixed terminal 300.

Here, the product may contain a large number of foreign substances as well as water, and if the weight of the product is less than the minimum weight, the weight of the product may not be stored in the server 400 because it may contain a large number of foreign substances and water rather than eggs. Does not.

Instead, the cumulative weight is displayed on the fixed terminal 300 so that the operator can check the weight of the product weighed up to date.
The operator checks the number of checks, the weighing weight, and the accumulated weight through the fixed terminal 300. Specifically, as shown in Figure 4, it is possible to check the employee number, the name of the employee, and the number of checks on the day, and the current weight, which is the weight of the product currently weighed, and the cumulative weight, which is the total weight of the product, weighed up to date. have.
And you can check the weighing weight calculated according to the limit mode and ratio mode. In addition, it is possible to check the total weight of the cumulative weight and the weighing weight.

In the tenth step, when the ratio mode is selected in the fixed terminal 300 in the fifth step, specifically, when the manager selects the ratio mode in the fixed terminal 300 in the fifth step, the weight of the product is In the case of the minimum weight or more, (the product's weight X (100-reduction ratio) / 100) is displayed on the fixed terminal 300 and stored in the server 400.

In the case of the limiting mode, even if the weight of the product is different, the weight is calculated by subtracting the same weight loss, so it is difficult to accurately measure the weight of only the eggs according to the weight of the product.

In the ratio mode, when the product is a seafood such as eggs, it is difficult to accurately measure the weight of only eggs because the weight of water in addition to eggs can be measured. For this reason, it is preferable to see the weight excluding the weight loss ratio set in the second step as the weight of the product.

In the ratio mode, even if the weights of the products are different, the weight of the eggs can be measured relatively accurately.

In one embodiment, the weight loss ratio is 20%. In this case, when the weight value of the eggs is 8kg, 6.4kg multiplied by 0.8 from 8kg is used as the weighing weight of the product and displayed on the fixed terminal 300 and the server 400 Save it to.
The operator checks the number of checks, the weighing weight, and the accumulated weight through the fixed terminal 300. Specifically, as shown in Figure 4, it is possible to check the employee number, the name of the employee, and the number of checks on the day, and the current weight, which is the weight of the product currently weighed, and the cumulative weight, which is the total weight of the product, weighed up to date. have.
And you can check the weighing weight calculated according to the limit mode and ratio mode. In addition, it is possible to check the total weight of the cumulative weight and the weighing weight.

In step 11, when the ratio mode is selected in the fixed terminal 300 in the fifth step, specifically, when the manager selects the ratio mode in the fixed terminal 300 in the fifth step, the weight of the product is If it is less than the minimum weight, the accumulated weight is displayed on the fixed terminal 300.

Here, the product may contain a large number of foreign substances as well as water, and if the weight of the product is less than the minimum weight, the weight of the product may not be stored in the server 400 because it may contain a large number of foreign substances and water rather than eggs. Does not.

Instead, the cumulative weight is displayed on the fixed terminal 300 so that the operator can check the weight of the product weighed up to date.

The operator checks the number of checks, the weighing weight, and the accumulated weight through the fixed terminal 300. Specifically, as shown in Figure 4, it is possible to check the employee number, the name of the employee, and the number of checks on the day, and the current weight, which is the weight of the product currently weighed, and the cumulative weight, which is the total weight of the product, weighed up to date. have.

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And you can check the weighing weight calculated according to the limit mode and ratio mode. In addition, it is possible to check the total weight of the cumulative weight and the weighing weight.

In the twelfth step, when the same RFID card contacts the RFID receiver 200 within the re-checking time limit, the accumulated weight is displayed on the fixed terminal 300. Specifically, when the same operator contacts the RFID card with the RFID receiver 200 within the re-checking time limit, the accumulated weight is displayed on the fixed terminal 300.

This is to prevent the operator from placing the product on the weight measuring unit 100 and contacting the RFID card with the RFID receiving unit 200 several times to prevent the product from being stored in the server 400 due to overlapping weight. .

Instead, the cumulative weight is displayed on the fixed terminal 300 so that the operator can check the weight of the product weighed up to date.

Step 13 returns to the seventh step when the same RFID card contacts the RFID receiver 200 after the re-validation time limit. Specifically, if the same operator contacts the RFID guard with the RFID receiver 200 after the re-checking limit time, the process returns to the seventh step.

In this case, it is determined that the operator weighs the weight of the new product into the weighing unit 100.

Step 14 returns to the seventh step when the different RFID cards come into contact with the RFID receiver 200. Specifically, when the different workers contact the RFID card with the RFID receiver 200, the process returns to the seventh step.

At this time, it returns to the seventh step irrespective of the re-validation time limit.

In the fifteenth step, the fixed terminal 300 or the mobile terminal 500 selects a thinning amount search and output mode. The administrator selects a search and output mode for Park Shin-Lang with the fixed terminal 300 or the mobile terminal 500. Specifically, as shown in FIG. 3, the yellow box on the upper right is selected.

Here, the process of inputting a preset password may be included in the case of selecting the Park Shin-Ryang search and output mode. This is to prevent the operator from arbitrarily changing various settings.

When the manager selects the search and output mode for the Park Shin-Lang, it is shown on the fixed terminal 300 as shown in FIG. 8.

In step 16, when the daily report output is selected from the fixed terminal 300 or the mobile terminal 500, the server 400 calculates the entire weight of the product on the day of the fixed terminal 300 or the mobile terminal ( 500). The manager selects a daily report output to the fixed terminal 300 or the mobile terminal 500. Specifically, in FIG. 8, the blue box at the top left is selected.

The server 400 transmits the entire weight of the product to the fixed terminal 300 or the mobile terminal 500 on the same day. In addition, content may be output to the printer 310.

The 17th step is to transmit the entire weight of the product on the selected date to the fixed terminal 300 or the mobile terminal 500 when the periodic report output is selected from the fixed terminal 300 or the mobile terminal 500. do. The manager selects the periodic report output to the fixed terminal 300 or the mobile terminal 500. Specifically, in FIG. 8, the blue box on the upper right is selected.

In addition, the manager selects a date by designating a start date and a last day with the fixed terminal 300 or the mobile terminal 500. The entire weight of the product on the date selected by the server 400 is transmitted to the fixed terminal 300 or the mobile terminal 500. In addition, content may be output to the printer 310.

In step 18, when a daily search is selected in the fixed terminal 300 or the mobile terminal 500, the fixed terminal ( 300) or to the mobile terminal 500. The administrator selects a daily search with the fixed terminal 300 or the mobile terminal 500. Specifically, in FIG. 8, the green box at the left of the center is selected.

The server 400 transmits the weighing weight of the product weighed by the operator on the day to the fixed terminal 300 or the mobile terminal 500. The fixed terminal 300 or the mobile terminal 500 displays the weighing weight of the product weighed by the operator in sequence. In addition, content may be output to the printer 310.

In addition, here, the administrator may arbitrarily modify or delete the weight of the product, which is incorrectly input.

In the 19th step, when the search by period is selected in the fixed terminal 300 or the mobile terminal 500, the weighing weight of the product weighed by the operator on the date selected in the server 400 is sequentially fixed. It transmits to the terminal 300 or the mobile terminal 500. The administrator selects a periodic search with the fixed terminal 300 or the mobile terminal 500. Specifically, in FIG. 8, a green box is selected in the center.

In addition, the manager selects a date by designating a start date and a last day with the fixed terminal 300 or the mobile terminal 500. The weighing weight of the product, weighed by the operator on the date selected by the server 400, is transmitted to the fixed terminal 300 or the mobile terminal 500. The fixed terminal 300 or the mobile terminal 500 displays the weighing weight of the product weighed by the operator in sequence. In addition, content may be output to the printer 310.

In addition, here, the administrator may arbitrarily modify or delete the weight of the product, which is incorrectly input.

In step 20, when a worker search is selected from the fixed terminal 300 or the mobile terminal 500, the server 400 calculates the weighing weight of the product on the selected date of the corresponding worker in the fixed terminal 300 or It is transmitted to the mobile terminal 500. The manager selects a worker search with the fixed terminal 300 or the mobile terminal 500. Specifically, in FIG. 8, the green box at the right of the center is selected.

Then, the manager selects a date by designating a start date and a last day with the fixed terminal 300 or the mobile terminal 500, and selects the desired worker. The server 400 transmits the weighing weight of the product weighed by the operator on the selected date to the fixed terminal 300 or the mobile terminal 500. The fixed terminal 300 or the mobile terminal 500 displays the weighing weight of the product weighed by the operator in sequence. In addition, content may be output to the printer 310.

In addition, here, the administrator may arbitrarily modify or delete the weight of the product, which is incorrectly input.

In the 21st step, when the pay stub is selected in the fixed terminal 300 or the mobile terminal 500, when a unit price is input, the salary obtained by multiplying the weight of the product on the date selected in the server 400 and the unit price is fixed. It transmits to the terminal 300 or the mobile terminal 500. The manager selects a pay statement with the fixed terminal 300 or the mobile terminal 500. Specifically, the yellow box at the bottom is selected in FIG. 8.

And the manager sets the unit price per product weight (kg) with the fixed terminal 300 or the mobile terminal 500. The administrator selects a date by designating a start date and a last day with the fixed terminal 300 or the mobile terminal 500. The salary obtained by multiplying the total weight of the product on the date selected by the server 400 by the unit price is transmitted to the fixed terminal 300 or the mobile terminal 500. In addition, content may be output to the printer 310. Here, all the workers' pay stubs are output at once.

Various embodiments described herein may be implemented in a medium that can be read by a computer or a similar device using, for example, software, hardware, or a combination thereof.

According to hardware implementation, the embodiments described herein include application specific integrated circuits (ASICs), digital signal processors (DSPs), digital signal processing devices (DSPDs), programmable logic devices (PLDs), field programmable gate arrays (FPGAs), It may be implemented using at least one of processors, controllers, micro-controllers, microprocessors, and electrical units for performing other functions. The described embodiments may be implemented as a management server and/or the system itself.

According to software implementation, embodiments such as procedures and functions described herein may be implemented as separate software modules. Each of the software modules may perform one or more functions and operations described herein. The software code can be implemented as a software application written in an appropriate programming language. The software code is stored in a management server and/or a database, and can be executed by an app.

Meanwhile, the various embodiments presented herein may be implemented as a method, an apparatus, or an article of manufacture using standard programming and/or engineering techniques. The term “article of manufacture” includes a computer program, carrier, or media accessible from any computer readable device. For example, computer-readable media include magnetic storage devices (e.g., hard disks, floppy disks, magnetic strips, etc.), optical disks (e.g., CD, DVD, etc.), smart cards, and flash memory devices. (Eg, EEPROM, card, stick, key drive, etc.). In addition, the various storage media presented herein include one or more devices and/or other machine-readable media for storing information. The term “machine-readable medium” includes, but is not limited to, wireless channels and various other media capable of storing, holding, and/or transmitting instruction(s) and/or data.

The description of the presented embodiments is provided to enable any person skilled in the art to use or practice the present invention. Various modifications to these embodiments will be apparent to those of ordinary skill in the art, and general principles defined herein can be applied to other embodiments without departing from the scope of the present invention. Thus, the present invention is not to be limited to the embodiments presented herein, but is to be construed in the widest scope consistent with the principles and novel features presented herein.

100: weight measuring unit 200: RFID receiving unit
300: fixed terminal 310: printer
400: server 500: mobile terminal

Claims (5)

A weight measuring unit that measures the weight of the product;
An RFID receiver connected to the weighing unit and configured to receive an RFID signal of an RFID-equipped article;
A fixed terminal connected to the weight measuring unit and capable of inputting and outputting various types of information;
A server connected to the fixed terminal and storing various types of information;
Consists of; a mobile terminal connected to the server and capable of inputting and outputting various types of information,
A first step of activating an app in either the fixed terminal or the mobile terminal;
A second step of designating various setting values when an environment setting is selected in either the fixed terminal or the mobile terminal;
A third step of registering an RFID card corresponding to the worker when a worker registration and card issuance mode is selected in the fixed terminal;
A fourth step of selecting a weighing mode in the fixed terminal;
A fifth step of selecting a mode setting in the fixed terminal;
A sixth step in which the product is weighed into the weighing unit and the RFID card is brought into contact with the RFID receiving unit;
When the limit mode is selected in the fixed terminal in the fifth step, when the weight of the product is not less than the minimum weight (maximum weight + weight loss), (the weight of the product-weight loss weight) is displayed on the fixed terminal, and the server The seventh step of storing in;
An eighth step of displaying the maximum weight on the fixed terminal and storing it in the server when the weight of the product exceeds (maximum weight + weight loss) when the limit mode is selected in the fixed terminal in the fifth step;
A ninth step of displaying the cumulative weight on the fixed terminal when the weight of the product is less than the minimum weight when the limit mode is selected in the fixed terminal in the fifth step;
When the ratio mode is selected in the fixed terminal in the fifth step, when the weight of the product is more than the minimum weight (the weight of the product X (100-reduction ratio) / 100) is displayed on the fixed terminal and stored in the server. The tenth step;
An eleventh step of displaying the cumulative weight on the fixed terminal when the weight of the product is less than the minimum weight when the ratio mode is selected in the fixed terminal in the fifth step;
A twelfth step of displaying a cumulative weight on the fixed terminal when the same RFID card contacts the RFID receiver within a re-validation time limit;
A thirteenth step of returning to the seventh step when the same RFID card contacts the RFID receiving unit after a re-validation time limit;
When the different RFID cards come into contact with the RFID receiver, a 14th step of returning to the seventh step; a weight measurement system using RFID. The method of claim 1,
A fifteenth step of searching for a thinning amount and selecting an output mode in either the fixed terminal or the mobile terminal;
A sixteenth step of transmitting the entire weight of the product from the server to either the fixed terminal or the mobile terminal on the day when the daily report output is selected from either the fixed terminal or the mobile terminal;
A 17th step of transmitting the entire weight of the product on the selected date to either the fixed terminal or the mobile terminal when the periodic report output is selected from either the fixed terminal or the mobile terminal;
When the daily search is selected from either the fixed terminal or the mobile terminal, the server transmits the weighing weight of the product, which was checked by the operator on the same day, to either the fixed terminal or the mobile terminal in turn. step;
When the search by period is selected in either the fixed terminal or the mobile terminal, the weighing weight of the product weighed in by the operator at the date selected in the server is sequentially transmitted to either the fixed terminal or the mobile terminal. The 19th step;
A twentieth step of transmitting the weighing weight of the product on the selected date of the worker from the server to either the fixed terminal or the mobile terminal when the worker search is selected in either the fixed terminal or the mobile terminal;
When a salary statement is selected from either the fixed terminal or the mobile terminal, when a unit price is input, the salary obtained by multiplying the weight of the product and the unit price on the date selected in the server is transmitted to either the fixed terminal or the mobile terminal. Step 21; Weight measurement system using RFID, characterized in that consisting of. The method of claim 1,
The second step,
The weight measurement system using RFID, characterized in that the maximum weight, the minimum weight, the weight loss, and the weight loss ratio are set in either the fixed terminal or the mobile terminal. The method of claim 1,
The third step,
Step 3-1 of inputting employee information when employee registration is selected in the fixed terminal;
A 3-2 step of storing the employee information in the server and displaying the employee information in an employee list in the fixed terminal;
3-3 step of contacting the RFID card of the worker in contact with the RFID receiver when card registration is selected in the fixed terminal;
Step 3-4 of storing the information of the RFID card corresponding to the employee information in the server, and displaying the employee information including the information of the RFID card in the employee list in the fixed terminal; A weight measurement system using RFID, characterized in that. The method of claim 4,
Step 3-5 in which the employee information corresponding to the employee list is selected and re-registration is selected in the fixed terminal;
Step 3-6 in which the RFID card of the worker comes into contact with the RFID receiver;
A 3-7 step of storing information on the RFID card corresponding to the employee information in the server, and displaying the employee information including the information on the RFID card in the employee list in the fixed terminal;
A third to eighth step of selecting the corresponding worker from the employee list in the fixed terminal and selecting an employee modification;
A 3-9 step of storing the employee information in the server and displaying the employee information in an employee list in the fixed terminal;
Step 3-10 of selecting an employee deletion when the corresponding employee information is selected from the employee list in the fixed terminal;
A 3-11 step of deleting the employee information from the server;
Step 3-12 in which the employee information corresponding to the employee list is selected in the fixed terminal and a card deletion is selected;
Step 3-13 of deleting the information of the RFID card among the employee information of the worker in the server and displaying the employee information on the employee list in the fixed terminal; weight using RFID, characterized in that Measuring system.

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