Abstract: An onboard apparatus uses two modes to transfer audio data from a mobile phone. A first mode transfers and outputs audio data stored in the mobile phone. The first mode communicates control data according to a control data transfer protocol and transfers and outputs audio data according to an audio data transfer protocol. The second mode permits the mobile phone to successively buffer audio data stored in a server on a communication network and to concurrently transfer and output the buffered data. The second mode replaces the control data transfer protocol with a specific data communication protocol. The second mode communicates control data according to the specific data communication protocol and transfers and outputs audio data according to the audio data transfer protocol. The second mode can communicate any commands and data using the specific data communication protocol regardless of commands specified in the control data transfer protocol.

Abstract: An onboard apparatus uses two modes to transfer audio data from a mobile phone. A first mode transfers and outputs audio data stored in the mobile phone. The first mode communicates control data according to a control data transfer protocol and transfers and outputs audio data according to an audio data transfer protocol. The second mode permits the mobile phone to successively buffer audio data stored in a server on a communication network and to concurrently transfer and output the buffered data. The second mode replaces the control data transfer protocol with a specific data communication protocol. The second mode communicates control data according to the specific data communication protocol and transfers and outputs audio data according to the audio data transfer protocol. The second mode can communicate any commands and data using the specific data communication protocol regardless of commands specified in the control data transfer protocol.

Abstract: An onboard apparatus uses two modes to transfer audio data from a mobile phone. A first mode transfers and outputs audio data stored in the mobile phone. The first mode communicates control data according to a control data transfer protocol and transfers and outputs audio data according to an audio data transfer protocol. The second mode permits the mobile phone to successively buffer audio data stored in a server on a communication network and to concurrently transfer and output the buffered data. The second mode replaces the control data transfer protocol with a specific data communication protocol. The second mode communicates control data according to the specific data communication protocol and transfers and outputs audio data according to the audio data transfer protocol. The second mode can communicate any commands and data using the specific data communication protocol regardless of commands specified in the control data transfer protocol.

Abstract: A short-range wireless communication apparatus comprising a connection device and a control device is disclosed. The connection device connects a sound data transfer protocol and a control data transfer protocol to a communication destination apparatus. When the control device determines that a streaming status reported from the communication destination apparatus with use of the sound data transfer protocol is an output-in-progress state, the control device identifies the state of the communication destination apparatus in accordance with a play status reported from the communication destination apparatus with use of the sound data transfer protocol. When the control device determines that the streaming status is a stopped state, the control device identifies the state of the communication destination apparatus as one of a temporarily-stopped state and a stopped state even if the reported play status is a reproduction-in-progress state.

Abstract: An onboard apparatus uses two modes to transfer audio data from a mobile phone. A first mode transfers and outputs audio data stored in the mobile phone. The first mode communicates control data according to a control data transfer protocol and transfers and outputs audio data according to an audio data transfer protocol. The second mode permits the mobile phone to successively buffer audio data stored in a server on a communication network and to concurrently transfer and output the buffered data. The second mode replaces the control data transfer protocol with a specific data communication protocol. The second mode communicates control data according to the specific data communication protocol and transfers and outputs audio data according to the audio data transfer protocol. The second mode can communicate any commands and data using the specific data communication protocol regardless of commands specified in the control data transfer protocol.

Abstract: A telephone apparatus having a calling card support function is disclosed. The telephone apparatus includes: a card information storage section for storing therein card information on a calling card; a controller for making a telephone call with use of the card information stored in the card information storage section, by using telephone communication means; and a card information reception section for receiving the card information stored in a cellular phone from the cellular phone. The controller allows the card information reception section to receive the card information stored in the cellular phone from the cellular phone. The controller records the received card information in the card information storage section when the card information reception section receives the card information stored in the cellular phone from the cellular phone.

Abstract: A short-range wireless communication apparatus comprising a connection device and a control device is disclosed. The connection device connects a sound data transfer protocol and a control data transfer protocol to a communication destination apparatus. When the control device determines that a streaming status reported from the communication destination apparatus with use of the sound data transfer protocol is an output-in-progress state, the control device identifies the state of the communication destination apparatus in accordance with a play status reported from the communication destination apparatus with use of the sound data transfer protocol. When the control device determines that the streaming status is a stopped state, the control device identifies the state of the communication destination apparatus as one of a temporarily-stopped state and a stopped state even if the reported play status is a reproduction-in-progress state.

Abstract: A telephone apparatus having a calling card support function is disclosed. The telephone apparatus includes: a card information storage section for storing therein card information on a calling card; a controller for making a telephone call with use of the card information stored in the card information storage section, by using telephone communication means; and a card information reception section for receiving the card information stored in a cellular phone from the cellular phone. The controller allows the card information reception section to receive the card information stored in the cellular phone from the cellular phone. The controller records the received card information in the card information storage section when the card information reception section receives the card information stored in the cellular phone from the cellular phone.