KR200457084Y1 - management system of identification metallic pattern information using radio frequency identification tag - Google Patents

Abstract

The mold information management system using the radio frequency identification label for metal of the present invention is provided on the outer side of the mold made of iron or other metal used to make the casting, and the radio frequency identification mark with the case of insulating material ; A handheld reader for wirelessly transmitting and receiving radio signal information of the radio frequency identification label; And an information server that is connected to an RF module, a control module, and a computer, which transmits and receives a wireless signal with the handheld, generates and modulates / demodulates the wireless signal, and communicates wirelessly with the handheld. It is very easy to manage the carrying out and carrying out of the mold, the location management and information of the mold can be easily grasped, and the mold is used by using the heat-resistant radio frequency identification label in the mold that is exposed to heat for a long time. In order to more accurately grasp and recognize various product information regarding mold history and location information, mold management is very easy. Also, an insulator case is formed on the outside to prevent damage from external impact. In addition, it is possible to simply assemble the case, so that the various forms of radio frequency identification label seated inside It can be formed, the manufacturing process is simple, the production cost is low, and even if it is attached to a metallic target product, it has a very useful effect that can be used in a mold exposed to heat for a long time by using a heat resistant material that is resistant to heat. .

Mold information management system using metal radio frequency identification label, reader module, antenna, RFID, mold, tag, handheld reader.

Description

Management system of identification metallic pattern information using radio frequency identification tag}

The present invention relates to a mold information management system using a metal radio frequency identification label, and more particularly, to manage the carrying out and carrying out of a mold by using a heat resistant metal radio frequency identification label. Location management and information of the mold can be easily grasped, and in the mold using the heat-resistant radio frequency identification mark in the mold exposed to heat for a long time, various product information regarding the history and position information of the mold can be obtained. The present invention relates to a mold information management system using a radio frequency identification label for metal, which can be more accurately identified and recognized, thereby making mold management very easy.

RFID (radio frequency identity) (RFID) is a field of automatic recognition, such as a barcode, magnetic, IC-card, etc. is a state-of-the-art method for wirelessly recognizing information recorded using microwave or long wave. The principle of the RFID is to receive the information stored in the tag through the antenna, so that the controller can recognize and analyze the information and acquire the unique information of the article on which the tag is attached. ㅇ Dust It is not affected by the environment such as magnetic flux, and it has a fast passage speed so that it can be recognized on the move, it can be recognized at a long distance, and it is impossible to forge by giving unique ID in the manufacturing process.

Remotely powered electronic devices and related systems are known. Such remotely powered communication devices are commonly known as 'RFID' tags. Previous RFID tags and systems primarily use electromagnetic coupling to remotely power remote devices and couple remote devices with exciter and receiver systems. The exciter system generates an electromagnetic excitation signal used to power up the device and causes the device to transmit a signal containing the stored information, and the receiver receives the signal generated by the remote device.

An RFID system using RFID technology consists of three components: a reader, a computer, and an RFID tag, also called a transponder.

While the reader's antenna emits radio waves, if the ID and tag are stored in the magnetic field, it is activated to transmit its own ID and data to the antenna. do.

The antenna converts the ID transmitted from the tag into a data signal and transmits the ID to the computer, and the computer provides the necessary service in comparison with a previously stored database.

Not only is it difficult to manage the carrying out and importing of the mold, but also there is a problem that the position management and information cannot be grasped. Also, the machine and tag that can grasp the mold information cannot be used in the mold exposed to a lot of heat. In the site using the mold, there was a problem that the product management is very difficult because a system for more accurately grasping and recognizing various product information regarding the history and position information of the mold is not provided.

Therefore, the present invention has been proposed to solve the above problems of the prior art, using the heat-resistant heat-resistant radio frequency identification label for the metal is very easy to manage the carrying out and carrying out of the mold, the position management and information of the mold Easier to grasp, etc. Also, in the site where the mold is used by using the radio frequency identification mark that has high heat resistance in the mold exposed to a lot of heat, it is possible to more accurately grasp and recognize various product information regarding the history and position information of the mold. Therefore, the object of the present invention is to provide a mold information management system using a radio frequency identification label for metal, which is very easy to manage the mold.

In order to achieve the above object, the present invention is provided on the outer side of the mold made of iron or other metal used to make the casting, and a radio frequency identification mark provided with a case of insulating material on the outside; A handheld reader for transmitting and receiving a radio signal wirelessly with information of the radio frequency identification label; An information server connected to an RF module, a control module, and a computer that transmits and receives a radio signal with the handheld and generates and modulates / demodulates the radio signal, and wirelessly communicates with the handheld. To provide mold information management system using radio frequency identification label for metal.

In addition, the case is to provide a mold information management system using a radio frequency identification label for metal, characterized in that the high heat-resistant material that withstands well at high temperatures.

In addition, the case is composed of an upper case configured with a coupling protrusion at the end and a lower case configured with a coupling groove therein, the upper case and the lower case are coupled, and the guides are protruded into the upper case and the lower case, respectively. To provide a mold information management system using a radio frequency identification mark for metal, characterized in that when the radio frequency identification mark is seated therein by the guide to form a space therein to block heat.

The mold information management system using the radio frequency identification label for metals according to the present invention is very easy to manage the carrying out and carrying out of the mold, the mold position management and information can be easily grasped, and the mold exposed to heat for a long time. In the field where the mold is used by using the heat-resistant radio frequency identification mark in the mold, the mold management is very easy by identifying and recognizing various product information about the history and position information of the mold more accurately. The insulator case is configured to prevent damage from external shocks, and the case can be easily assembled to form various forms of radio frequency identification labels seated inside. This simple and inexpensive production cost has a high reception rate even when attached to metallic target products. If you do not even control, the column is very useful effects are available in the mold being exposed to heat many times using a heat resistant material.

{Example}

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a mold information management system using a radio frequency identification label for metals according to the present invention, FIG. 2 is a perspective view of a radio frequency identification label for metals according to the present invention, and FIG. 3 is A of FIG. A cross section along the line 'A'.

Metal mold information management system using the radio frequency identification label for metals of the present invention is provided on the outer side of the mold (1) made of iron or other metal used to make the casting, the outer case is provided with an insulating material 110 A radio frequency identification label (100); A handheld reader 200 for transmitting and receiving a radio signal wirelessly with information of the radio frequency identification label 100; It is connected to an RF module, a control module, and a computer that transmits and receives a radio signal with the handheld 200 and generates and modulates / demodulates the radio signal, and wirelessly communicates with the handheld 200. Information server 300; characterized in that consisting of.

The radio frequency identification label 100 is mounted to an outer portion of the mold 1 and forms a case 110 made of an insulating material to protect the internal substrate. Since the information is embedded, the manager should be mounted at a position where the information can be easily read using the handheld reader 200, and it is preferable to mount the information outside the mold 1. In addition, the case 11 is made of an insulator, and since the mold 1 is made of metal, if the radio frequency identification mark 100 is mounted on the outside of the mold 1, it is easy to cause signal confusion. Because of the use of a flexible material, and the mold (1) is a product that uses a lot of high temperature heat, so the case 110 is configured for the protection of the radio frequency identification label (100).

The radio frequency identification mark 100 uses a radio frequency identification mark for metal to smoothly transmit and receive various related information of a metal mold. Radio frequency identification labels for metals are already well known and popularized on the market.

The handheld reader 200 is formed by configuring a reader capable of communicating with the radio frequency identification mark 100 in a terminal such as a PDA, a handheld notebook, a UMPC, and the like so that the administrator can move and use the same. The handheld reader 200 can find out the information of the mold 1 by reading the information embedded in the radio frequency identification label 100 wirelessly while the manager is carrying the hand, and very easy to manage the mold. Do. The handheld reader 200 transmits and receives a radio signal of the radio frequency identification cover 100 and generates and modulates / demodulates the radio signal, an RF module, a control module, and an information server 300 connected to a computer. Communicate wirelessly.

In addition, the case 110 is characterized in that it is a high heat resistant material that can withstand high temperatures well.

Since the mold 1 is exposed to heat for a long time, a material having high heat resistance is used to protect the radio frequency identification label 100 seated therein.

In addition, the case 110 is composed of an upper case 120 having a coupling protrusion 121 at an end and a lower case 130 having a coupling groove 131 formed therein, and having an upper case 120 and a lower case 130. ) Are coupled to each other, and the guides 122 and 132 are protruded in the upper case 120 and the lower case 130, respectively, and are formed by the guide 122 and 132. When the 100 is seated, a space 140 is formed therein to block heat.

The case 110 is divided into the upper case 120 and the lower case 130 so as to be combined to seat the radio frequency identification mark 100 therein, thereby combining the upper case 120 and the lower case 130 to be completed. do. The upper case 120 and the lower case 130 is in the shape of a column that is open at one end, the combination of the upper case 120 and the lower case 130 is the end of the upper case 120 and the lower case 130, respectively The coupling protrusion 121 and the coupling groove 131 are respectively formed in the coupling protrusion 121, and the coupling protrusion 121 is coupled to the coupling groove 131 so as to couple the upper case 120 and the lower case 130 very simply. . In addition, the guides 122 and 132 are formed to protrude from the inside of the upper case 120 and the lower case 130, and portions other than the guides 122 and 132 protrude from the space portion ( 140 is formed. The space part 140 is formed by the guides 122 and 132, and the space part 140 is formed inside the case 110 when the radio frequency identification mark 100 is seated inside the case 110. Heat is blocked so that the heat is not directly transmitted to the radio frequency identification label (100). Since the space 140 is formed inside the case 110, the heat of the mold 1 is not directly transmitted to the RF label 100, thereby maximizing the performance of the RF label 100. Allow them to be used for long periods of time.

From the above description, those skilled in the art will appreciate that various changes and modifications can be made without departing from the spirit of the present invention. Therefore, the technical scope of the present invention should not be limited to the contents described in the embodiments, but should be defined by the claims and their equivalents.

1 is a block diagram of a mold information management system using a radio frequency identification label for metal according to the present invention.

Figure 2 is a perspective view of a radio frequency identification label for metal according to the present invention.

3 is a cross-sectional view taken along line AA ′ of FIG. 2.

 * Description of the symbols for the main parts of the drawings *

1: mold 100: radio frequency identification label

110: case 120: upper case

121: engaging protrusion 122: guide

130: lower case 131: coupling groove

132 guide 140: space

200: handheld reader 300: information server

Claims (3)

A radio frequency identification mark (100) provided at an outer side of a mold (1) made of iron or other metal used for making a casting, and having an outer case (110) made of an insulating material; A handheld reader 200 for transmitting and receiving a radio signal wirelessly with information of the radio frequency identification label 100; It is connected to an RF module, a control module, and a computer that transmits and receives a radio signal with the handheld 200 and generates and modulates / demodulates the radio signal, and wirelessly communicates with the handheld 200. In the mold information management system using a radio frequency identification label for metal composed of an information server (300), The case 110 is made of a high heat-resistant material that can withstand high temperatures well, the case 110 is an upper case 120 having a coupling protrusion 121 at the end and a lower case having a coupling groove 131 inside the case 110. The upper case 120 and the lower case 130 are coupled to each other, and the guides 122 and 132 are protruded into the upper case 120 and the lower case 130, respectively. When the radio frequency identification mark 100 is seated therein by the guides 122 and 132, a space part 140 is formed therein to cut off heat. Information Management System. delete delete

Images