KR100440232B1 - Hand-held type storage apparatus for private information and music file for bell sound - Google Patents

Abstract

A frequency detection module for detecting an incoming frequency received from the mobile phone; An input / output module configured to communicate with a client to transmit and receive MP3 music files and personal information related data; A memory for storing MP3 music files and personal information received through the input / output module; A file management module for managing MP3 music files stored in the memory and designating an arbitrary MP3 music file as a ringtone; An MP3 decoder for playing an MP3 music file specified by the file management module or specified as a ring tone; And encrypting and storing the personal information related data received by the input / output module in the memory, decrypting and transmitting the stored personal information in response to the client's request, and when the incoming signal is detected by the frequency sensing module, the file management module Disclosed is a portable personal information and ringtone music file storage device including a microprocessor for playing a specified MP3 music file through the MP3 decoder. Unlike conventional mobile phone multiplex ringtone accessories, convenience is provided by having both a MP3 music file playback function and a personal information encryption storage function for ringtones in the storage device.

Description

Hand-held type storage apparatus for private information and music file for bell sound}

The present invention relates to a storage device for portable personal information and a ringtone, and more particularly, to encrypt and store personal information necessary for accessing a server in a server / client network distributed environment, to play a music file, and to a mobile phone. The present invention relates to a storage device that detects an incoming frequency and plays a music file as a ringtone.

With the development of the Internet, many kinds of companies are doing business through the Internet, which attracts many potential customers through membership. In order for customers to join them, they must basically enter personal information and set up personal identifiers such as ID and password for subsequent access authentication.

Such individual identifiers may vary from individual to individual, but may range from several to several tens. As such, as the number of companies registered as members increases, it is difficult to manage personal identifiers registered with each company. To this end, a program for managing personal identifiers on the Internet has appeared, but since personal information installed in each client and stored in each company's server is simply stored in the form of a database, personal information may be exposed by internal and external hacking. However, there is a problem that the personal information database is stored in the client and thus cannot be used in other client environments.

On the other hand, as the ringtone of a mobile phone such as a mobile phone recently, 16 chords or 32 chords have been applied, but there is a problem that a mobile phone terminal supporting this is expensive, and in order to download and use a ringtone of 16 chords or 32 chords wirelessly, There is a limit to the transmission speed and the ringtone capacity to be downloaded.

In order to solve this problem, Korean Utility Model Registration No. 0276055 includes a vibration sensor unit for detecting vibration generated when a call is received by a mobile phone, converting it into an electric telephone reception signal, and transmitting the signal to a controller; When receiving the telephone signal received from the vibration sensor, the control unit for reading the music file corresponding to the ringtone previously selected by the user from the storage unit for storing the music file to be provided to the sound source through the selection unit and delivers it to the sound source unit Wow; A sound source unit receiving the music file from the storage unit selected through the control unit, outputting the music file as a multiplexed sound, and transmitting the same to the playback unit; There is provided a cellular phone multiplex ringtone accessory comprising a playback unit for reproducing multiplex output information for a music file received from a sound source.

However, the accessory according to the present invention has a limitation that the mobile phone must operate only when the vibration mode is set.

In addition, by using Oki's ML series as a sound source, the standard music files, standard MIDI files, GM MIDI files and PCM / ADPCM sounds, are stored in the form of dmx data, which is Oki's sound source codec. However, there is a problem that the sound source chip can play only a separately processed sound source, not a music file of a generalized format such as MP3.

In particular, the proposed accessory has a problem in that a separate encrypted storage device is required for encrypted storage of personal information by only storing and reproducing music files.

Accordingly, the present invention has been proposed to solve such a problem, and an object of the present invention is to encrypt and store personal information related to a server on a network, to play a music file, to detect a ringing frequency of a mobile phone, and to music as a ringtone. To provide storage for playing files.

Other objects and features of the present invention will be more clearly understood through the preferred embodiments described below.

1 is a block diagram showing a configuration of a function block of a storage device and a network connected to a client and a web server according to the present invention.

2 is a state diagram showing a state in which the storage device of the present invention is applied to a mobile phone.

According to the present invention, the frequency sensing module for detecting the incoming frequency received from the mobile phone; An input / output module configured to communicate with a client to transmit and receive an MP3 music file and personal information related data; A memory for storing MP3 music files and personal information received through the input / output module; A file management module for managing MP3 music files stored in the memory and designating an arbitrary MP3 music file as a ringtone; An MP3 decoder for playing an MP3 music file specified by the file management module or specified as a ring tone; And encrypting and storing the personal information related data received by the input / output module in the memory, decrypting and transmitting the stored personal information in response to the client's request, and when the incoming signal is detected by the frequency sensing module, the file management module Disclosed is a portable personal information and ringtone music file storage device including a microprocessor for playing a specified MP3 music file through the MP3 decoder.

Preferably, the personal data related data consists of personal information and a network address, and the microprocessor matches the personal information with the network address and stores the personal information in a memory.

In addition, the microprocessor may sequentially play at least one or more MP3 music files specified by the file management module through the MP3 decoder.

The input / output module may be either a universal serial bus (USB) module or a Bluetooth module, and the client includes a computer system, a wireless terminal device, or a personal digital assistant (PDA).

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

1 is a block diagram showing a functional block of a storage device and a network configuration connected to a client and a web server according to the present invention, and FIG. 2 is a state diagram showing a state in which the storage device of the present invention is applied to a mobile phone.

As shown, the storage device 100 according to the present invention is detachably connected to transmit and receive MP3 music files or personal information related data to the client. The client may include a computer system 250, a wireless terminal 400 or a personal digital assistant (PDA). In the client, an agent program 250 for interworking with the storage device 100 is installed.

In addition, in the case of using only for ringtone playback, it is sufficient to physically connect with the mobile phone 400 as shown in Figure 3, in order to transmit personal information to the web server 300 through the mobile phone 400 is electrically I need a connection.

Referring to FIG. 1, the frequency sensing module 120 detects an incoming frequency received from the mobile telephone 400. For example, a sensing diode may be applied.

The input / output module 160 communicates with the computer system 250 to transmit and receive MP3 music files and personal information related data. As the input / output module 160, for example, a universal serial bus (USB) module, an IEEE 1394 (high performance serial bus) or a Bluetooth module can be used. In particular, in the case of using the USB port, the operating power can be obtained from the computer system 200, thereby miniaturizing the storage device.

The memory 170 stores MP3 music files and personal information related data received through the input / output module 160. Personal data related data includes personal information including ID or password used on the web server and a network address indicating the location of the web server.

The file management module 140 manages deleting or renaming MP3 music files stored in the memory 170 and performs a function of designating an arbitrary MP3 music file as a ringtone for a mobile phone.

The MP3 decoder 130 sequentially plays at least one or more files specified by the file management module 140 or plays back an MP3 music file designated as a ringtone when an incoming signal is detected. As the MP3 decoder 130, for example, a Micronas MAS3507D decoder may be used.

The microprocessor 110 encrypts the personal information related data received by the input / output module 160 in the memory 170 and decrypts and transmits the stored personal information in response to a client request. At this time, preferably, the personal information is matched with a network address and stored in the memory 170.

In addition, when the incoming signal is detected by the frequency sensing module 120, the microprocessor 110 plays the MP3 music file designated by the file management module 140 through the MP3 decoder 130.

The operation of the storage device having such a configuration will be described below. First, the function as a personal information storage device will be described.

When the storage device 100 of the present invention is inserted into the USB port of the computer system, the computer system recognizes the storage device 100 through a plug and play function.

Subsequently, when the client agent 250 is driven, the client agent 250 is in a standby state for data transmission and reception with the storage device 100 through an initialization process.

In this state, the web browser of the computer system is driven to connect to the web server 300 having a uniform Uniform Resource Locator (URL).

In addition, the client agent 250 analyzes the HTML document transmitted from the web server 250 to monitor whether there is a tag for input and determines whether an input item exists in the transmitted HTML document. In general, an input item may include a personal ID and a password.

As a result of the determination, when an entry exists in the transmitted HTML document, the client agent 250 compares and determines whether the URL of the web server 250 is stored in the memory 170 of the storage device 100. In this case, corresponding personal information, that is, ID and password, is extracted from the memory 170 and transmitted to the web server 250.

In addition, if the URL is not stored, the client agent 250 activates an input window, displays the URL of the web server currently accessed, receives personal information, that is, an ID and a password. 100 encrypts personal information through the microprocessor 110 and stores and registers the personal information in the memory 170 along with a matching URL.

Hereinafter, the ringtone playback function will be described.

When the phone comes to the mobile phone 400, the frequency detection module 120 detects the frequency change due to the incoming signal and informs the microprocessor 110 that the phone came.

The microprocessor 110 extracts the MP3 music file for the ring tone set by the file management module 140 from the memory 170 and hands it to the MP3 decoder 130, and the MP3 decoder 130 transfers the MP3 music file. Play through the earphone or speaker.

Meanwhile, when the file management module 140 requests playback by designating a plurality of MP3 music files, the microprocessor 110 sequentially extracts the corresponding music files from the memory 170 and sequentially through the MP3 decoder 130. You can play it as an MP3 player by playing it.

Although the above has been described with reference to the preferred embodiment of the present invention, various changes and modifications can be made at the level of those skilled in the art. Moreover, unless such changes and modifications depart from the features of the present invention, it is natural to belong to the present invention.

As described above, the present invention has many advantages.

First, unlike conventional mobile phone multiplex ringtone accessories, there is an advantage that convenience is increased by including both a ringtone substitute MP3 music file playback function and a personal information encryption storage function.

In addition, the present invention is not limited to a file of a format applied to a specific sound source chip, and there is an advantage that various kinds of music can be applied as a ringtone by playing a general MP3 music file.

Moreover, there is an additional advantage that it can be used to play MP3 music files without the need for a separate MP3 player.

In addition, the personal information encryption device has the advantage of removing the risk of exposure of personal information by internal and external hacking, there is an advantage that it is convenient to store and move because it is portable.

Claims (5)

A frequency detection module for detecting an incoming frequency received from the mobile phone; An input / output module configured to communicate with a client to transmit and receive MP3 music files and personal information related data; A memory for storing MP3 music files and personal information received through the input / output module; A file management module for managing MP3 music files stored in the memory and designating an arbitrary MP3 music file as a ringtone; An MP3 decoder for playing an MP3 music file specified by the file management module or designated as a ring tone; And Encrypts and stores the personal information related data received by the input / output module in a memory, decrypts and transmits the stored personal information in response to a request of the client, and manages the file when an incoming signal is detected by the frequency sensing module. And a microprocessor for reproducing the MP3 music file designated by the module through the MP3 decoder. The portable personal information and ringtone music of claim 1, wherein the personal information-related data comprises personal information and a network address, and the microprocessor stores the personal information in the memory by matching the personal information with a network address. File storage. The apparatus of claim 1, wherein the microprocessor sequentially plays at least one or more MP3 music files specified by the file management module through the MP3 decoder. The apparatus of claim 1, wherein the input / output module is any one of a universal serial bus (USB) module and a Bluetooth module. The portable music file storage device of claim 1, wherein the client comprises a computer system, a wireless terminal device, or a personal digital assistant (PDA).