KR20050087688A - Remote message received and transmitting-receiving system of cellular phone - Google Patents

Abstract

The present invention relates to a remote reception and transmission system of a mobile phone, and more particularly, to a mobile phone in which a call is received when a call comes to a mobile phone taken in a dressing room in a public bath or swimming pool, which is difficult to carry a mobile phone. The present invention relates to a remote reception and transmission system of a mobile phone which not only informs a user but also can use his mobile phone even without a mobile phone.

The remote reception and transmission system of the mobile phone according to the present invention is a mobile phone collecting unit in which a mobile device unit 100 fixedly installed in a plurality of lockers 15 installed in a locker room such as a public bath or a swimming pool is connected to a predetermined network. 10, through the incoming signal of the cellular phone connected to the mobile phone collecting unit 10 and a predetermined communication means 500 and taken from the mobile device unit 100 of the mobile phone collecting unit 10 and the mobile phone. Receiving and transmitting and receiving unit 20 for communicating with an external communication medium is characterized in that it is included.

Description

Remote reception and transmission system of mobile phone {REMOTE MESSAGE RECEIVED AND TRANSMITTING-RECEIVING SYSTEM OF CELLULAR PHONE}

The present invention relates to a remote reception and transmission system of a mobile phone, and more particularly, to a mobile phone in which a call is received when a call comes to a mobile phone taken in a dressing room in a public bath or swimming pool, which is difficult to carry a mobile phone. The present invention relates to a remote reception and transmission system of a mobile phone which not only informs a user but also can use his mobile phone even without a mobile phone.

The mobile communication system is composed of a mobile station (mobile phone), a base station, a base station controller, and a mobile switching station, among which a mobile phone is a digital cellular network (DCN), a personal communication service (PCS) such as A mobile terminal, and the base station changes the signal format between the mobile terminal and the base station controller so as to be suitable for the wireless link and the wired link. The base station controller serves as a means of access between the cell operator and each element of the base station. It performs management functions such as management, service status management of hardware and software in the base station, resource allocation and configuration for call traffic, collection of information on base station operation, base station operation, monitoring, and subsystems related to failure.

On the other hand, CID (Caller Identificaion) service is commercialized as a call-related additional service to provide convenience to mobile phone users. The CID service is a caller ID indication service that uses the calling standard according to CCITT (International Telegraph and Telephone Advisory Committee) V.32 protocol. It is a service that provides time information.

However, even if the service of the mobile phone is improved as described above, the general telephone contact or emergency call cannot be used under the environmental conditions that the mobile phone should be stored in a locker of a certain changing room such as a public bath, a gym, a swimming pool, or a sauna. There is a problem. In other words, there is a demand for a system capable of confirming whether a call signal is transmitted through a mobile phone even when the mobile phone is not directly carried.

The present invention is to solve the above problems, an object of the present invention is to check the incoming state of his mobile phone in a public bath or pool, which is difficult to carry a mobile phone, and to the remote site such as a public bath or swimming pool It is to provide a remote reception and transmission system of a mobile phone that can easily make a phone call through a separate transceiver connected to the mobile phone and a remote site.

The remote reception and transmission system of the mobile phone according to the present invention is a mobile phone collecting unit in which a mobile device unit 100 fixedly installed in a plurality of lockers 15 installed in a locker room such as a public bath or a swimming pool is connected to a predetermined network. 10, through the incoming signal of the cellular phone connected to the mobile phone collecting unit 10 and a predetermined communication means 500 and taken from the mobile device unit 100 of the mobile phone collecting unit 10 and the mobile phone. Receiving and transmitting and receiving unit 20 for communicating with an external communication medium is characterized in that it is included.

In addition, the remote reception and transmission system of the mobile phone according to the present invention, the portable device unit 100 is a portable device for processing the communication signal through the mobile phone connection unit 110, the mobile phone is equipped with the mobile phone; A signal processing unit 120, a portable device control unit 155 for controlling communication with a mobile phone and operations of each unit, and data and control signals through the portable device control unit 155 to the incoming and outgoing transmission and reception unit 20. A portable device interface 175 for transmitting and receiving, a portable device keypad 135 for inputting an arbitrary password to drive remote reception and transmission / reception of the mobile phone, and a constant ID signal according to a unique number of the locker 15. An ID signal generator 140 for generating a signal, an encoder 150 for encrypting a signal input through the portable device keypad 135 and the ID signal generator 140, and the encoder 150 are encrypted. A memory 145 for temporarily storing identification data, a voice memory 160 storing a voice for guiding the password input method, and the like, and converting a voice from the voice memory 160 into a digital or analog signal, A codec 165 to be stored or output in 160, a ring detector 125 for detecting an incoming signal of the mobile phone and a call signal of the incoming and outgoing transmission / reception unit 20, and the incoming and outgoing transmission and reception unit 20 The mobile device decoder 130 for decoding the call signal of the characterized in that it is included.

Preferably, the remote reception and transmission system of the mobile phone according to the present invention is characterized in that the mobile device 100 further includes a charging unit 115 for charging the mobile phone.

In addition, the remote receiving and transmitting system of the mobile phone according to the present invention, the incoming and outgoing and receiving unit 20 is a telephone booth 200 connected to the incoming and outgoing and receiving control unit 400 and the incoming and outgoing and receiving control unit 400 in a plurality. The incoming and outgoing transmission and reception control unit 400 is configured to include a fixed device encoder 445 for encrypting a signal input through the telephone booth 200 and the plurality of telephone booths 200 to a specific portable device unit ( A fixing device switching unit 420 connected to the connection unit 100, a fixing device signal processing unit 415 for processing a communication signal of the selected telephone booth 200 and a communication signal of the portable device unit 100, and the portable device When the incoming signal is received from the fixed device interface 410 connected to the unit 100 and the communication means 500, the switching control unit 430 for controlling each unit, and the portable device unit 100 To display the number of the locker The stationary display unit 300 may be included.

Also preferably, the fixed device speaker 310 for outputting the number of the locker requesting an incoming signal to the remote reception and transmission system of the mobile phone according to the present invention by voice and guiding the incoming state by voice, and the fixed device speaker ( The fixed device voice memory 440 and the fixed device codec 435 in which the guide message of 310 is stored are further included.

In addition, the remote receiving and transmitting system of the mobile phone according to the present invention, when the communication means receives data from the antenna 550, the portable device interface 175 and the fixed device interface 410, the portable device signal processor ( A wireless receiver 510 for outputting to the 120 and the fixed device signal processor 415, a wireless transmitter 530 for receiving and transmitting signals from the portable device interface 175 and the fixed device interface 410; A duplexer 540 which receives the radio signal received from the antenna 550 and outputs the radio signal to the radio receiver 510 and outputs the transmission signal received from the radio transmitter 530 through the antenna 550, and the portable device; Under the control of the signal processing unit 120 and the fixing device signal processing unit 415, the received signal is demodulated corresponding to the receiving channel to generate a local oscillation signal, and a transmission carrier signal is generated to generate an image. The frequency synthesizer 520 outputs to the wireless transmitter 530 is characterized in that it is included.

In addition, the remote receiving and transmitting system of the mobile phone according to the present invention includes a telephone keypad 230 for outputting various identification signals by the telephone booth 200, a telephone speaker 250 for outputting a reception sound, and a transmission sound. A telephone microphone 240 for inputting, a telephone call circuit unit 220 for controlling a telephone call, and a telephone ring detector 210 for detecting a ring signal are included.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Hereinafter, a remote reception and transmission system of a cellular phone according to the present invention will be described in detail with reference to the accompanying drawings. First of all, in adding reference numerals to the components of each drawing, it should be noted that the same components have the same reference numerals as much as possible even if they are displayed on different drawings. Detailed descriptions of well-known functions and configurations that are determined to unnecessarily obscure the subject matter of the present invention will be omitted.

1 is a schematic configuration diagram of a system for receiving and transmitting a remote site of a mobile phone according to an embodiment of the present invention, FIG. 2 is a schematic control block diagram of a portable device according to an embodiment of the present invention, and FIG. Figure 1 is a schematic control block diagram of a receiver and a receiver of an embodiment of the present invention.

Remote reception and transmission and reception system of a mobile phone according to a preferred embodiment of the present invention is connected to a plurality of lockers 15 installed in a dressing room such as a public bath or a swimming pool, as shown in FIGS. Receiving unit 10 consisting of a portable device 100 is fixedly installed, respectively, and the mobile phone collecting unit 10 and the mobile device unit 100 of the mobile phone collecting unit 10 is connected to a predetermined communication means 500 And an incoming and outgoing transmission / reception unit 20 capable of making a call through the cellular phone.

The mobile phone collecting unit 10 is configured by a plurality of lockers 15 and the portable device unit 100 fixedly installed in the locker 15 are connected to a predetermined network, the portable device unit 100 is a mobile phone It is equipped with a means for taking a charge and charging. In addition, the general locker 15 is given a number of a specific locker, it is provided with a lock device that can open and close the locker (15). The network is composed of a general LAN or WAN, and the portable device unit 100 is configured to process a communication signal through the mobile phone connection unit 110 and a mobile phone equipped with a mobile phone, as shown in FIG. Through a portable device signal processor 120, a charging unit 115 for charging the mobile phone, a portable device controller 155 for controlling the communication and charging operation with the mobile phone, and through the portable device controller 155 And a portable device interface 175 for transmitting and receiving data and control signals to and from the receiver 20. In addition, the portable device keypad 135 for inputting an arbitrary password and the ID signal generator 140 for generating a constant ID signal according to the unique number of the locker 15 to drive remote reception and transmission / reception of the mobile phone. ), An encoder 150 for encrypting a signal input through the portable device keypad 135 and the ID signal generator 140, and a memory 145 for temporarily storing identification data encrypted through the encoder 150. And a voice memory 160 for guiding the password input method and the like, and converting the voice from the voice memory 160 into a digital or analog signal and storing or outputting the voice memory 160 in the voice memory 160. A codec 165, a ring detector 125 for detecting an incoming signal of the cellular phone or a call signal of the incoming and outgoing and receiving unit 20 to be described later, and a call signal from the incoming and outgoing and receiving unit 20 Handheld device And a coder 130.

The mobile phone connection unit 110 is composed of a connector that can be connected to the I / O connector (also referred to as CAR KIT) configured in the lower end of the general mobile phone, and also provides an I / O connector according to the model of the mobile phone, It is preferable that the Korean Ministry of Information and Communication standard 2400S (24 PIN, I / O connector).

The portable keypad 135 preferably uses a general 3 * 4 numeric matrix, but is not limited thereto.

The charging unit 115 uses a known mobile phone charging device, the charging operation is operated by the control of the portable device controller 155. In addition, a selection switch (not shown) may be used to selectively use the portable device unit 100 using a charging mode using only the charging unit 115, an incoming mode displaying an incoming signal, and simultaneously using the charging mode and the incoming mode. Is preferably provided.

As shown in FIG. 3, the incoming and outgoing transmission and reception unit 20 includes an incoming and outgoing transmission and reception control unit 400 and a plurality of telephone booths 200 connected to the incoming and outgoing transmission and reception control unit 400.

The telephone booth 200 is a telephone keypad 230 for outputting various DTMF signals to a general transmission / reception telephone, a telephone speaker 250 for outputting a reception tone, a telephone microphone 240 for inputting a transmission tone, and a telephone call. It includes a telephone call circuit unit 220 for controlling the telephone ring detection unit 210 for detecting a ring signal.

The incoming and outgoing transmission / reception control unit 400 connects a fixed device encoder 445 for encrypting a signal input through the phone booth 200 and the plurality of phone booths 200 with a specific portable device unit 100. A fixed device switching unit 420, a fixed device signal processing unit 415 for processing the communication signal of the selected telephone booth 200 and the communication signal of the portable device unit 100, and the portable device unit 100 And a fixing device interface 410 connected through a communication means 500 and a switching controller 430 for controlling the respective parts, and when an incoming signal is received from the portable device 100, an incoming locker. Fixing device display unit 300 to display the number of the, the fixed device speaker 310 for outputting the number of the incoming locker by voice and guide the incoming state by voice, and the guide message of the fixed device speaker 310 Fixture voice stored The memory 440 and the fixing device codec 435 are configured to be controlled by the controller 430.

The portable device interface 175 and the fixing device interface 410 may be composed of a communication means 500 formed of a wire such as a coaxial cable. 4 is a schematic control block diagram of the communication means of the mobile phone collecting and receiving and receiving unit according to an embodiment of the present invention, wherein the portable device interface 175 and the fixing device interface 410 are wirelessly configured. If it is. That is, the duplexer 540 in which the portable device interface 175 and the fixed device interface 410 perform wireless communication, a wireless receiver 510, a frequency synthesizer 520, a wireless transmitter 530, and an antenna ( 550). The duplexer 540 receives a radio signal received from the antenna 550 and outputs the radio signal to the radio receiver 510, and outputs a transmission signal received from the radio transmitter 530 through the antenna 550. The wireless receiver 510 outputs the data to the portable device signal processor 120 and the fixed device signal processor 415 when receiving data. The frequency synthesizer 520 demodulates the received signal corresponding to the reception channel to generate a local oscillation signal under the control of the portable device signal processor 120 and the fixed device signal processor 415, and generates a transmission carrier signal. And output to the wireless transmitter 530. The wireless transmitter 530 synthesizes a voice signal and a carrier signal received from the frequency synthesizer 520 under the control of the portable device signal processor 120 and the fixed device signal processor 415 in the call mode, and the duplexer. Output at 540.

5 is a flowchart of an incoming call control of a system for receiving and transmitting a remote site of a cellular phone according to an embodiment of the present invention.

1 to 5, the operation effect of the present invention will be described. The user of the cellular phone is assigned an arbitrary locker 15 to connect the cellular phone to the cellular phone connection unit 110 of the portable device unit 100. (S10, S15). When the user only charges the mobile phone, the user selects the portable device 100 as a charging mode (S25) and performs charging (S30). At this time, the charging operation is performed through the portable device controller 155 to control the overcharge lamp.

On the other hand, when the incoming mode is selected (S20), when the portable device controller 155 detects that the mobile phone is connected, the guide message stored in the voice memory 160, the codec 165 and the guide speaker 170 ) At this point, the message "Please enter your password" will be appropriate. When the user inputs a plurality of numbers through the mobile device keypad 135 according to the guide message (S35), the encoder 150 generates a specific password together with the locker unique number generated by the ID signal generator 140. The mobile device controller 155 transmits a unique call according to the locker at step S40.

In the standby state in which the call is set as described above (S45), when a call comes to the mobile phone connected to the portable device connection unit 110, the ring detection unit 125 detects a ring signal (S50), and the mobile device control unit 155 Send it out. The portable device controller 155 receiving the ring signal is output to the switching controller 430 through the portable device interface 175 and the fixed device interface 410. The switching control unit 430 receiving the ring signal extracts the number of the locker from the encrypted data and outputs the call signal of the fixing device display unit 300 (S55). At this time, the fixing device display unit 300 displays the number of the extracted locker 15, and inputs a guidement of the input fixing device voice memory 440 into the fixing device codec 435 and the fixing device speaker 310. ) Will broadcast the announcement.

The user of the locker 15 who listens to the announcement broadcast will input the password input in step S35 through the telephone keypad 230 through an arbitrary telephone booth 200. Check whether the input password is the same as the encrypted call signal inputted by the switching controller 430 (S60), if it does not match, stops the connection and terminates (S80), if the password is matched the fixed device The password matching signal is output to the switching unit 420 to connect the mobile phone of the locker 15 and the line of the telephone booth 200 (S70).

The line is connected and whether a hook-off signal is detected through the telephone ring detector 210 of the telephone booth 200 is checked (S75), and the hook-off signal is detected. If is detected, the line is disconnected to terminate the call. That is, the process returns to the standby state of step S45 again.

On the other hand, when the user makes a call through the incoming and outgoing transmission and reception unit 20, first, if you pick up the handset in any telephone booth 200, the ring ring detection unit 210 detects the ring signal of the call request. When the call request ring signal is input to the switching control unit 430, the switching control unit 430 uses the fixed device codec 435 to guide voices of the fixed device voice memory 440 stored in advance through the phone speaker 250. Output The guide voice is preferably "enter the mailbox number and password". When the user inputs the locker number and the password through the phone keypad 230 according to the guide voice, the locker encoder 445 encrypts the locker 445 and the locker interface 410 and the portable device interface 175. Output to (15). The output locker number and password are decrypted by the portable device decoder 130 through the portable device interface 175. When the decrypted locker number and password coincide with data stored in the memory 145 in advance, when the portable device controller 155 transmits a matching signal, the fixed device switching unit 420 is provided through the switching controller 430. The phone booth 200 and the mobile phone unit 100 are connected to each other, and the dial signal through the phone keypad 230 is communicated through the mobile device signal processor 120 using a mobile phone.

Here, the method of displaying the incoming signal on the fixing device display unit 300 is a method of displaying the number of the locker 15 as described above, a method of simultaneously displaying the number and the called number of the locker 15 and only the incoming number are displayed. Can be applied.

On the other hand, when a user takes away the mobile phone, the call time is input to the mobile device keypad 135 so that the incoming and outgoing transmission / reception unit 20 notifies that a predetermined time has elapsed according to its schedule. In this case, the portable device controller 155 may include a function of counting it and informing the user of the incoming and outgoing transmission / reception unit 20 after a predetermined time.

An embodiment of the present invention described above and illustrated in the drawings should not be construed as limiting the technical spirit of the present invention. The protection scope of the present invention is limited only by the matters described in the claims, and those skilled in the art can change and change the technical idea of the present invention in various forms. Therefore, such improvements and modifications will fall within the protection scope of the present invention, as will be apparent to those skilled in the art.

As described above, according to the present invention, it is possible to easily check and be notified of the incoming state of the mobile phone in an environment equipped with a dressing room such as a public bath or a swimming pool, which is difficult to carry the mobile phone, thereby making it possible to receive an urgent call or reception state. You can check with confidence, and you can easily make a phone call through a separate transmitter / receiver connected to your mobile phone from a remote place such as a public bath or a swimming pool, so you can use your mobile phone efficiently. It has the effect of providing convenience.

1 is a schematic configuration diagram of a system for receiving and transmitting a remote site of a cellular phone according to an embodiment of the present invention;

2 is a schematic control block diagram of a portable apparatus according to an embodiment of the present invention;

3 is a schematic control block diagram of an incoming and outgoing transmission and reception unit according to an embodiment of the present invention;

Figure 4 is a schematic control block diagram of the communication means of the mobile phone collecting and receiving and receiving unit according to an embodiment of the present invention;

5 is an incoming call control flowchart of a system for receiving and transmitting a remote site of a mobile telephone according to an embodiment of the present invention.

<Description of the code | symbol about the main part of drawing>

10: cell phone rejection 15: locker

20: incoming and outgoing and receiving unit 100: portable unit

110: mobile phone connection unit 115: charging unit

120: portable device signal processing unit 125: ring detection unit

130: portable device decoder 135: portable device keypad

140: ID signal generator 145: memory

150: encoder 155: portable device control unit

160: voice memory 165: codec

170: guide speaker 175: portable device interface

200: telephone booth 210: telephone ring detector

220: telephone call circuit unit 230: telephone keypad

240: telephone microphone 250: telephone speaker

300: fixing device display unit 310: fixing device speaker

400: incoming and outgoing transmission and reception control unit 410: fixed device interface

415: fixing device signal processing unit 420: fixing device switching unit

430: switching control unit 435: fixed device codec

440: fixed device voice memory 445: fixed device encoder

500: communication means 510: wireless receiver

520: frequency synthesis unit 530: wireless transmission unit

540: duplexer 550: antenna

Claims (7)

Mobile communication unit 10 is fixed to a plurality of lockers (15) installed in a locker room, such as a public bath or swimming pool, and the mobile communication unit 10 and constant communication with the mobile communication unit 10 An incoming and outgoing and receiving unit 20 connected to the means 500 and communicating with an external communication medium via the cellular phone and the incoming signal of the cellular phone taken from the portable device unit 100 of the cellular phone collecting unit 10 is Remote reception and transmission system of a mobile phone, characterized in that it is included. According to claim 1, The portable device unit 100, The mobile phone connection unit 110 on which the mobile phone is mounted, the mobile device signal processing unit 120 for processing a communication signal through the mobile phone, and the mobile device control unit 155 for controlling communication with the mobile phone and operation of each unit. And a portable device interface 175 for transmitting and receiving data and control signals through the portable device controller 155 to the incoming and outgoing transmission / reception unit 20, and for driving a remote reception and transmission / reception operation of the mobile phone. A portable device keypad 135 for inputting a password, an ID signal generator 140 for generating a predetermined ID signal according to a unique number of the locker 15, and the portable device keypad 135 and an ID signal generator. An encoder 150 for encrypting a signal input through the 140, a memory 145 for temporarily storing the identification data encrypted through the encoder 150, and a voice for guiding the password input method, etc. A stored voice memory 160, a codec 165 for converting a voice of the voice memory 160 into a digital or analog signal and storing or outputting the voice memory 160 in the voice memory 160, and an incoming signal and the incoming call of the mobile phone. And a ring detector 125 for detecting a call signal from the transceiver 20, and a portable device decoder 130 for decoding the call signal from the incoming and outgoing transmitter and receiver 20. Incoming and outgoing system. The system of claim 2, wherein the portable device (100) further comprises a charging unit (115) for charging the mobile phone. The method according to any one of claims 1 to 3, The incoming and outgoing transmission and reception unit 20 is composed of a telephone booth 200 connected to the incoming and outgoing transmission and reception control unit 400 and the incoming and outgoing transmission and reception control unit 400, The incoming and outgoing transmission / reception control unit 400 includes a fixed device encoder 445 for encrypting a signal input through the telephone booth 200, and the plurality of telephone booths 200 with a specific portable device unit 100. A fixed device switching unit 420 for connecting, a fixed device signal processing unit 415 for processing the communication signal of the selected telephone booth 200 and the communication signal of the portable device unit 100, and the portable device unit 100 ) And the fixed device interface 410 connected through the communication means 500, the switching control unit 430 for controlling the respective parts, and when the incoming signal is received from the portable device unit 100, Winning and receiving system for transmitting and receiving a mobile phone, characterized in that it comprises a fixed device display unit for displaying a number (300). The method of claim 4, wherein Fixed device speaker 310 for outputting the number of the locker requesting an incoming signal as voice and guiding the incoming state to voice, and fixed device voice memory 440 for storing the guide message of the fixed device speaker 310. Remote receiving and transmitting system of the mobile phone, characterized in that further comprises a device codec (435). The method of claim 4, wherein The communication unit outputs data to the portable device signal processor 120 and the fixed device signal processor 415 when receiving data from the antenna 550, the portable device interface 175, and the fixed device interface 410, respectively. The wireless receiver 510 receives a signal from the portable device interface 175 and the fixed device interface 410 and transmits the signal, and receives a wireless signal from the antenna 550. The duplexer 540 outputs to the receiver 510 and outputs a transmission signal received from the radio transmitter 530 through the antenna 550, and the portable device signal processor 120 and the fixed device signal processor 415. A frequency synthesizer 520 for demodulating a received signal in response to a reception channel to generate a local oscillation signal and generating a transmission carrier signal and outputting the signal to the wireless transmitter 530. A remote destination and transmission and reception system of the mobile phone according to Gong. The method of claim 4, wherein The telephone booth 200 includes a telephone keypad 230 for outputting various identification signals, a telephone speaker 250 for outputting a reception tone, a telephone microphone 240 for inputting a transmission tone, and a telephone call. Telephone communication circuit unit 220, and a telephone ring detection unit for detecting a ring signal 210 remote reception and transmission system of the mobile phone, characterized in that it comprises.