KR200446782Y1 - RF Reader Controll- typed Mobile Phone - Google Patents

Abstract

The present invention relates to an RFID reader-controlled mobile phone, wherein the mobile phone includes a wireless processing unit for processing wireless communication, a voice processing unit for processing predetermined voice and / or sound input / output, and a screen output unit for outputting predetermined information or data. And a memory unit for storing and managing various data or information, and a key input unit for processing a predetermined key input value, the RF reader being detached through a predetermined serial port (serial communication port, etc.) or a slot. And a program for controlling an RF reader for receiving predetermined information (or data) from the RF tag.

Here, when the RF reader receives predetermined information (or data) from an RF tag, the program is connected to the RF reader connected through the serial port (serial communication port or the like) or a slot. Receiving an information (or data) receiving signal, and outputs a predetermined sound or voice corresponding to the information (or data) receiving process through the voice processing unit.

 RF, RF Control

Description

RF Reader Controll-type Mobile Phone

1 is a simple configuration diagram of a mobile phone having an RF reader according to the present invention.

2 is a simple configuration diagram of the RF reader included in the mobile phone according to the present invention.

3 is a simple flowchart according to a preferred embodiment of the present invention.

4 is a simple configuration diagram of an RF reader according to another preferred embodiment of the present invention.

<Description of main parts of drawing>

100: mobile phone 105: control unit (second control unit)

110: wireless processing unit 115: voice processing unit

120: memory unit 125: screen output unit

130: key input unit 135: power supply unit

140: RF Reader 145: RF Reader control unit (first control unit)

200: RF interface 205: RF transmitter

210: RF receiver 215: interface

The mobile phone according to the present invention is an RF reader controlled mobile phone, which communicates with at least one external RF card and / or RF tag, and includes an RF reader mounted on or detached from the mobile phone through a predetermined slot. do.

In general, RFID (Radio Frequency Identification) refers to an automatic recognition technology that performs a function of transmitting and receiving a predetermined data stored in a label, a card, a tag, etc. with a microchip with a reader using a radio frequency. , Obstacle permeation function, read / write function (reusable) It has strengths such as recognition on the move, semi-permanent use, high reliability of data processing, and eliminates defects of existing barcodes and magnetic recognition devices, and is easy to use. The range of applications is increasing dramatically as the way of change, the change of consumer's consciousness, and the advancement of culture and technology.

Such RFID can be classified into Passive type and Active type according to the built-in battery. Passive type is affected by the size and size of Tag and Reader, but generally has a short range read range of 2 ~ 70cm and can produce a tag at low price. It is widely used in logistics, manufacturing, and the like.

In addition, the active type has a built-in battery in the tag, so it is possible to transmit and receive long-distance data, but it is expensive and is limited in use due to the limited use period depending on the battery life.

In addition, according to the frequency band, the RFID has a high penetration and relatively many application fields, but has a relatively high production cost, a low frequency type (125 kHz or less) with a tag damage and a slow recognition rate, a good penetration and a small size, It can be produced in a thin plate type, and can be classified into a low production cost and a high frequency type (13.56 Mhx or more) that can transmit and receive a lot of data.

Such RFID performs operations in connection with various types of RF readers for processing predetermined data. However, the RF reader for processing the RFID is spread in the corresponding RFID affiliated stores, distribution centers, and the like, so that the base of the RFID reader does not extend to the user.

Therefore, there is a need for a predetermined RF reader terminal device to enable users to use RF related products more efficiently and effectively.

An object of the present invention for solving the above problems is to receive a predetermined information or data transmitted from at least one RF card and / or RF tag to access the mobile phone by receiving an RF receiver and the RF receiver received Control the RF interface and the RF receiver and the RF interface provided to the first control unit (RF controller) by decoding the information or data of the second control unit (terminal) in the predetermined information or data provided through the RF interface RF reader having a first control unit (RF control unit) provided to the control unit, and an RF reader having a second control unit (terminal control unit) in the mobile phone for controlling data processing of information (or data) provided from the RF reader. To provide a controlled mobile phone.

In order to achieve the above object, the mobile phone according to the present invention is an RF reader-controlled mobile phone, and communicates with at least one external RF card and / or RF tag, mounted on the mobile phone, or separated through a predetermined slot with the mobile phone It is characterized in that it comprises an attached RF Reader.

Preferably, the RF reader in the mobile phone includes at least one RF that accesses the mobile phone by predetermined information (or data) provided by the second controller (eg, the terminal controller) to the first controller (eg, the RF controller). Recording on a card and / or RF tag.

In addition, the RF reader powers an antenna to drive an RF tag and / or RF card in proximity to a radio frequency (RF) operating range, and also at least one RF card and / or RF accessing the mobile phone. The tag may further include an RF transmitter for transmitting a signal synchronized with the RF reader.

In addition, the RF interface provided in the RF reader is characterized in that for performing frequency modulation and demodulation for data transmission and reception with at least one RF card and / or RF tag to access the mobile phone.

In addition, the first control unit (RF control unit) provided in the RF reader is to form an RF field for detecting and activating at least one RF card and / or RF tag in proximity to the mobile phone. desirable. For example, the field may be modulated for communication between the mobile phone and the RF card.

In addition, the second control unit (terminal control unit) provided in the mobile phone controls the activation or deactivation of the RF reader function, and in conjunction with a key input unit is characterized in that to activate or deactivate the RF Reader.

Preferably, the cellular phone is connected to the second control unit (terminal control unit), the wireless processing unit for providing the information (or data) obtained by the RF Reader from the RF card and / or RF tag to the relevant server or device on the mobile communication network Characterized in that further comprises.

In addition, when the RF reader receives predetermined information (or data) from the RF tag and / or the RF card, or records the predetermined information (or data) with the RF tag and / or the RF card, And a voice processing unit for interlocking with the first control unit (RF control unit) and / or the second control unit (terminal control unit) to output a predetermined sound or voice at the end of the reception and recording.

In addition, when the RF reader receives predetermined information (or data) from the RF tag and / or the RF card, the mobile phone interworks with the second control unit (terminal control unit) to receive the received information (or data). It further comprises a memory unit for storing.

In addition, when the RF reader receives predetermined information (or data) from the RF tag and / or the RF card, or records the predetermined information (or data) with the RF tag and / or the RF card, In conjunction with the second control unit (terminal control unit), characterized in that it further comprises a screen output unit for outputting the reception and recording process on the screen of the mobile phone.

Preferably, the RF reader in the mobile phone includes a predetermined control unit for controlling the RF reader, and the RF reader has serial communication (for example, RS232C, I2C or the like) with the control unit (for example, the central processing unit) of the mobile phone. SPI, etc.).

The control unit (eg, the first control unit or the RF control unit) of the RF reader performs processing on data transmitted and received through the RF reader, and transfers the processing details to the control unit of the mobile phone through serial communication.

For example, the controller of the RF reader may be configured to perform other functions (eg, a screen output unit, a key input unit, a wireless processor, and / or a voice processor) processed through a controller (for example, a second controller or a terminal controller) in the mobile phone. Alternatively, it is preferable to be mounted on the mobile phone as a functional module having a separate microcontroller (predetermined controller for the processing of RF Reader).

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings, and first, predetermined reference numerals are added to the components shown on each drawing. However, it is noted that the same components shown in different drawings are denoted by the same reference numerals as much as possible.

In addition, in the following description, in order to explain the embodiments of the present invention, specific details such as specific components are shown, which are provided to help a more general understanding of the present invention, and the present invention may be carried out without these specific details. It will be apparent to those skilled in the art.

In addition, in describing the present invention, if it is determined that the detailed description of the related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

Figure 1 is a simple configuration of the RFID reader controlled mobile phone 100 according to the present invention.

The mobile phone 100 for a predetermined wireless communication function on the wireless network is preferably a control unit 105 (eg, a second control unit or a terminal control unit), a screen output unit 125, a key input unit 130, and a wireless processing unit 110. And / or the voice processing unit 115, and according to the present invention, the mobile phone 100 shown in FIG. 1 further includes an RF reader 140 that interworks with an external RF card and / or an RF tag.

More specifically, the control unit 105 (eg, the second control unit or the terminal control unit) of the mobile phone 100 may perform various functions (for example, wireless call, wireless data transmission, key input, screen output, and voice) performed by the mobile phone 100. Output function, etc.). In addition, the control unit 105 (eg, the second control unit or the terminal control unit) includes a booting and operating system (OS) control management program of the mobile phone 100 and predetermined agents or application programs mounted on the mobile phone 100. . In particular, according to the present invention, the control unit 105 (eg, the second control unit or the terminal control unit) receives a predetermined information processing result from the RF reader 140 provided in the mobile phone 100, and performs each function described below. And transmits the received information processing result through the unit.

Preferably, the control unit 105 (eg, the second control unit or the terminal control unit) and the RF Reader 140 is to specify that the communication in the serial communication is advantageous in the present invention.

The wireless processing unit 110 in the mobile phone 100 generates a code generated by the control unit 105 (for example, the second control unit or the terminal control unit) in order for the mobile phone 100 to perform predetermined wireless communication on the wireless network. A radio frequency (RF) signal including a voice channel and / or a data channel is converted into a radio frequency (RF) signal and wirelessly transmitted and received with a server or device connected to the mobile communication network through the mobile communication network. In particular, according to the present invention, the wireless processing unit 110 is characterized in that the RF reader 140 receives from the outside, and provides the processed predetermined data to the relevant server or device on the mobile communication network.

For example, the radio processor 110 may include a radio frequency (RF) processor, an intermediate frequency (IF) processor, a baseband processor, and the like based on a code division multiple access (CDMA). The radio frequency signal processed by the CRS may include at least one base station transceiver subsystem (BTS) on a wireless network, a base station controller (BSC) connected to at least one base station through a wired section, and the control station The voice channel is connected to another mobile phone 100 through a mobile switching center (MSC) that is connected through a wired interval and performs a call processing based on a CDMA stack.

In the process of connecting the data channel, a communication session is connected according to a call processing procedure specific to mobile communication, and it is preferable to transmit and receive data with a server or a device through the connected communication session.

The voice processing unit 115 of the mobile phone 100 encodes a voice signal input from the microphone and transmits the encoded audio signal to the wireless processing unit 110 through the control unit 105 (for example, the second control unit or the terminal control unit), and the wireless processing unit. A function of decoding a signal received through 110 and outputting it as a voice signal to a speaker through a controller (for example, a second controller or a terminal controller). In particular, the voice processing unit 115 may perform a predetermined voice output informing the data transmission and reception process of the RF Reader 140 according to the present invention.

The memory unit 120 of the mobile phone 100 includes a predetermined program code for controlling the overall operation of the mobile phone 100 and information and / or data input and / or output when an operation by the program code is performed. As a space and / or a storage area to be stored, for example, a read-only memory such as a read only memory (ROM) and a read / write memory such as an electrically erasable and programmable read-only memory (EEPROM) or a flash memory (FM) The mobile phone 100 may be provided.

The memory unit 120 may include predetermined information for the mobile phone 100 to communicate with at least one RF card and / or RF tag according to the present invention.

The screen output unit 125 may include at least one key data generated by the key input unit 130 and / or various information extracted and / or generated during a control process of the control unit 105 (eg, the second control unit or the terminal control unit). It receives a signal and outputs the screen (for example, an LCD (Liquid Crystal Display)) provided in the mobile phone 100, according to the present invention, a series of processes performed by the RF Reader 140 ( Or data) on the screen to facilitate the user interface.

The key input unit 130 includes a plurality of number keys, a character key for inputting a character, and at least one function key, and the like. When is pressed, the corresponding key data are generated and provided to the controller 105 (for example, the second controller or the terminal controller).

The RF reader 140 of the mobile phone 100 recognizes at least one RF card and / or RF tag that is accessed, acquires and processes predetermined data included in the RF card and / or RF tag, and The processing result is transmitted to the control unit 105 (eg, the second control unit or the terminal control unit) of the mobile phone 100.

2 is a simple configuration diagram of the RF reader 140 included in the mobile phone 100 according to the present invention.

This figure is a preferred embodiment for each component constituting the RF reader 140 included in the mobile phone 100 in order for the mobile phone 100 to work with the RF tag and / or RF card, in the present invention According to an exemplary embodiment, the RF reader 140 includes an RF controller (eg, a first controller) 145, an RF transmitter 205, an RF receiver 210, and an RF interface 200.

The RF control unit 145 (eg, the first control unit) included in the RF reader 140 does not depend on the control unit 105 (eg, the second control unit or the terminal control unit) of the mobile phone 140 and independently of the RF. It controls the Reader 140 and reads or writes information of the RF card and / or the RF tag through the serial interface with the control unit 105 of the mobile phone 100. For example, the RF controller 145 (eg, the first controller) may be a program code memory for controlling the RF interface 200, and may include 64 Kbytes of flash memory and 1 KB of SRAM.

The RF controller 145 (eg, the first controller) transfers the result processed by the RF reader to the controller 105 of the mobile phone 100 through the serial interface.

The RF transmitter 205 of the RF reader 140 is in close proximity of an RF tag and / or RF card (eg, an RF tag and / or RF card that does not have a separate power supply) present within a radio frequency (RF) operating range. It supplies sufficient power to the antenna through the predetermined interface 215 to drive the signal, and transmits a signal (eg, a clock signal, etc.) synchronized with the RF reader 140 to an RF card and / or an RF tag. For example, the RF module 200 transmits a modulated or demodulated frequency to the RF card and / or the RF tag through the RF interface 200 described below.

The RF receiver 210 of the RF reader 140 receives and filters predetermined data (frequency) from an external RF card and / or RF tag, thereby processing the corresponding data by the following RF interface 200. Help transfer to the control unit 145 (eg, the RF control unit or the first control unit) in the RF Reader 140.

The RF interface 200 processes frequency modulation and demodulation for data transmission and reception with an external RF card and / or RF tag. According to the present invention, the RF interface 200 encodes the data transmitted from the control unit 145 (eg, the RF control unit or the first control unit) to a designated carrier (eg, 125Khz or 16.58Mhz, etc.), and various modulation schemes. It is responsible for loading the data on the carrier according to. Also, it decodes data received from an external RF card and / or RF tag and transmits the decoded data to the controller 145 (eg, the RF controller or the first controller).

The interface 215 of the RF reader 140 connects a loop antenna with the RF transmitter 205 and the RF receiver 210, and may further include an impedance matching circuit for maximum power in the loop antenna. For example, by reducing the reflection due to the mutual impedance difference generated when connecting the RF reader 140 and the external RF card and / or RF tag of the mobile phone 100, the external and the RF reader 140 of the mobile phone 100 It corrects the impedance difference between the RF card and / or the RF tag.

3 is a simple flowchart according to a preferred embodiment of the present invention.

When the command to start activation of the RF reader in the mobile phone 100 is transmitted to the control unit 105 (the second control unit) of the mobile phone 100 through a key input unit (or a voice processing unit) of the mobile phone 100 (300), The control unit 105 of the mobile phone 100 is a control unit (first control unit) 145 of the RF reader 140 via a serial interface for a predetermined command for activating the RF reader 140 provided in the mobile phone 100. ), The control unit 145 of the RF reader 140 initializes the RF reader 140 (305).

When the RF reader 140 is initialized, the RF controller 145 transmits an RF field forming command for detecting and activating at least one RF card in proximity to the RF interface 200 (310). The RF interface 200 forms a radio field for communicating with the RF card and / or the RF tag via the RF transmitter 205. For example, a wireless field coupled with the RF card may be modulated for communication between the RF reader 1400 and the RF card, and may also serve as an energy source for supplying predetermined power to the RF card.

If at least one RF card (or RF tag) approaches the RF reader 140 activated through the process (315), the RF card is a radio frequency (RF) operating range of the RF reader 140. Activation is initiated within the Operating Field (320).

 For example, the frequency fc of the radio frequency operating range is preferably 13.56 MHz ± 7 KHz, and the RF reader is a field not exceeding the minimum Hmin value and the maximum Hmax at a position defined by the manufacturer (operating range, operating volume). It is also clear that the RF card must be capable of being supplied at the specified position.

Preferably, the RF reader 140 may alternately operate a modulation scheme to detect a type (eg, Type A or Type B) of an approaching RF card.

When activation of the approached RF card is initiated within a radio frequency operating range of the RF reader 140, the control unit 145 of the RF reader 140 may request a predetermined request to search for activation of the adjacent RF card. (Request Commands) and transmits (325), the RF Reader 140 checks whether a predetermined response (Answer To Request) is received from at least one RF card (or RF tag) through the RF receiver 210 ( 330).

If there is a response from two or more RF cards (or RF tags) (335), the RF Reader 140 preferably performs collision avoidance processing for a plurality of RF cards (340).

For example, the control unit 145 of the RF reader 140 assigns a code for the selected collision avoidance type and a cascade level (CLn) to a Select Command (SEL), and assigns '20' to the Number of Valid Bits (NVB). The SEL and NVB to which the value is assigned are transmitted to the wireless field through the RF transmitter 205 of the RF reader, so that at least one RF card in the wireless field of the RF reader 140 of the mobile phone 100 is Responding to the complete UID CLn confirms the collision based on the value of the responded UID CLn, reassigns the valid bit value of the UID CLn received before the collision to the NVB, and retransmits it. This can be done by having only the RF card respond. (Repeat until no collision occurs, eg up to 32 times)

On the other hand, if there is a response from one RF card or if one RF card is selected through an anti-collision loop (345), the RF reader controller 145 is a wireless field formed with the RF card through the RF transmitter 205. A SELECT command is transmitted to the RF card via an RF field (350), and mutual authentication between the RF reader and the RF card is performed to prepare a basis for data communication with the RF card (355).

When the authentication operation between the RF reader 140 and the RF card is completed, the RF reader 140 receives predetermined data from the RF card and / or data on the RF card through an RF field. Recording (360), the RF control unit 145 of the RF reader 140 also transmits the data processing history to the mobile phone control unit 105 through a serial interface, the mobile phone control unit 105 performs a number of functions The processing details are expressed in connection with a unit (eg, a screen output unit, an audio output unit, etc.) (365). (E.g., display, etc.)

When the series of operations between the RF reader 140 and the RF card is completed as described above, the RF reader 140 transfers a predetermined command for deactivating the RF card, thereby converting the RF card to the HALT state ( 370).

4 is a simple configuration diagram of an RF reader 140 according to another embodiment of the present invention.

FIG. 1 illustrates that the RF reader 140 is located outside the mobile phone 100, and is detachable through a predetermined slot (eg, a slot capable of serial interface communication) of the mobile phone 100, for example, a mobile phone. (100) If the inside is unable to mount the RF Reader 140 module due to problems such as narrow space, the mobile phone 100 is to be equipped with a detachable RF Reader 140 through an external slot.

According to the present invention, the mobile phone is provided with an RF reader interworking with at least one RF card and / or RF tag and communicating with the mobile phone control unit (eg, the central processing unit, etc.) via a serial interface, whereby the mobile phone control unit is provided with the RF. Since only the information processing result is received from the RF reader without separate control of the reader, there is an advantage that the RF reader can be applied to the mobile phone without significant modification of the software in the existing mobile phone.

Claims (5)

A wireless processing unit for processing wireless communication, A voice processing unit for processing a predetermined voice or sound input / output, A screen output unit for outputting predetermined information or data; A memory unit for storing and managing various data or information, A key input unit for processing a predetermined key input value, Serial communication port for battery charging, In the mobile phone comprising a control unit for controlling each of the components, And an RF reader detachable through the serial communication port, and an RF reader receiving predetermined information (or data) from an RF tag. The control unit, Controls a detachable RF reader through the serial communication port, and a predetermined sound or voice corresponding to a process in which information (or data) is received from the RF reader connected through the serial communication port. Mobile phone, characterized in that for controlling the voice processing unit to be output. The RF reader of claim 1, wherein the RF reader is detached through the serial communication port. A mobile phone characterized by recording predetermined information (or data) on an RF tag. The RF reader of claim 1, wherein the RF reader is detached through the serial communication port. Power the antenna to drive an RF tag that is in proximity to the radio frequency (RF) operating range, or And a RF transmitter for transmitting a signal synchronized with the RF reader to at least one RF tag accessing the cellular phone. The RF reader of claim 1, wherein the RF reader is detached through the serial communication port. And an RF interface for performing frequency modulation and demodulation for data transmission and reception with at least one RF tag accessing the mobile phone. The RF reader of claim 1, wherein the RF reader is detached through the serial communication port. An RF receiver configured to receive and filter predetermined information or data transmitted from at least one RF tag accessing the mobile phone; And And an RF interface for decoding predetermined information or data received by the RF receiver and providing the same to the controller or program.

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