JPH04123560A - Telephone terminal set for automobile - Google Patents

Abstract

PURPOSE:To attain safe driving even in the arrival of an incoming call during driving and to surely hear a message by providing an automatic reply section, a connection control section to a speaker and a message storage section to the terminal set so as to attain automatic reply during driving and to store a message during absence. CONSTITUTION:A radio transmission reception section 108 receives an incoming call signal, a reception processing section 107 applies registration/release discrimination to automatic reply by an automatic answering telephone call and during driving, an automatic reply section 105 extracts the reply signal and a transmission processing section 106 sends the result, Then the state of a subscriber is discriminated depending on the result of an ignition key detection section 101 and a driving state message transmission section 103 or an absence state message transmission section 104 selected by a message selection section 102 extracts a respective message and sends it and a connection control section 109 hears a caller message during driving. A connection control section 111 stores the caller message in a message storage section 110 during absence. Thus, even when a call arrives during driving, the driver drives its automobile while concentrating on the safety.

Description

[Detailed description of the invention] Industrial applications The present invention relates to a telephone terminal device for automobiles.

BACKGROUND OF THE INVENTION In recent years, the development of mobile car telephones has been remarkable.

However, the ``anytime, anywhere, anyone'' function that is a feature of car phones is satisfactory for making calls, but when it comes to receiving calls, there is a special situation where the called party is driving. car phones could not safely and reliably answer incoming calls while driving.

A conventional car phone will be explained below.

FIG. 2 is a block diagram showing the configuration of a conventional car phone.

In FIG. 2, 201 is an absent message sending unit;
202 is an automatic response unit that automatically answers an incoming call when the subscriber is absent; 203 is a transmission processing unit that sends out a response signal and an absentee message; and 204 is a unit that receives an incoming call signal and a caller's message. A reception processing section 205 is a wireless transmitting/receiving section for transmitting and receiving signals and voices, 206 is a connection control section that connects a telephone call to a message storage section, and 2o7 is a message storage section that stores messages from the caller.

The operation of the conventional car phone configured as described above will be explained below.

1. First, the wireless transmitter/receiver 205 receives an incoming call signal, and the reception processor 204 determines whether the answering machine is registered.
If registration is in progress, the automatic response unit 202 receives a response signal and transmits it from the transmission processing unit 203, then extracts the absentee response message from the absentee message sending unit 201, sends it to the transmission processing unit 203, and connects. By connecting the call path and the message storage unit 207 by the control unit 206,
The caller's message received by the wireless transceiver section 205 is stored in the message storage section 207.

Problems to be Solved by the Invention However, with the above-mentioned conventional car phone, it is necessary to set an answering machine every time one leaves the car, and one incoming call occurs while the car is being driven.

The ring tone continues to ring until the answer is answered, which makes it difficult to concentrate and drive safely.The present invention solves the above problems, and makes it safe even if there is an incoming call while driving. The purpose of the present invention is to provide a telephone terminal device for a car that allows driving and reliably receiving messages.

Means for Solving All Problems In order to achieve the above objects, the present invention provides an ignition key detection means, an automatic answering means when a call is received, a message selection means for selecting all messages according to the 0N10FFVC of the ignition key, and a message sending means. , a control means for connecting a communication path to a speaker, and a control means for connecting one communication path to a message storage means.

Effect of the Invention With the above-described configuration, the present invention reduces the number of answering machine setting procedures each time the driver gets out of the vehicle, and allows the driver to safely concentrate on driving even if an incoming call occurs while driving.

EXAMPLE An example of the present invention will be described below with reference to the drawings.

FIG. 1 is a block diagram of a car telephone terminal device according to an embodiment of the present invention.

In Figure 1, 101 is the ignition key 0N1
102 is an ignition key detector that detects 0FF; 102 is a message selection unit that selects a driving message or an absentee message based on DON10FF determination; A message sending unit that sends a message while driving,
Reference numeral 104 denotes an absentee message sending unit that informs the caller that the subscriber is absent, and 1o6 an automatic answering unit that automatically answers incoming calls while the subscriber is absent or driving. , 106 is a transmission processing unit that sends out a response signal and a response message, 107 is a reception processing unit that receives an incoming call signal and a caller's message, 108 is a wireless transmission/reception unit that sends and receives signals and voice, and 109 is an incoming call. 11o is a connection control unit that automatically connects the call path to the speaker when a call occurs and the subscriber is driving and cannot use both hands and cannot respond immediately; 11o is a message storage unit that stores all messages from the caller;
Reference numeral 1 denotes a connection control unit which connects a call path to a message storage unit when a subscriber is absent and unable to respond when an incoming call occurs.

The operation of the car telephone configured as described above will be explained below.

First, the wireless transmitting/receiving unit 108 receives an incoming call signal, and the reception processing unit 107 determines registration/cancellation of the answering machine and automatic response due to driving.If registered, the automatic response unit 10
6, the response signal is taken out and transmitted from the transmission processing section 106, and then the ignition key detection section 101 detects 0N10FF of the ignition key, and the state of the subscriber is determined based on the result, and the message selection section 102 selects the subscriber. [Driving message sending section 103 that notifies you of BUSYJ while driving, and "NOT R
The absentee message sending unit 104 that informs the subscriber of EPLYJ extracts and sends the response message of each subscriber, and if the subscriber is driving, the connection control unit 109 connects the call path and the speaker, so that the subscriber can send the caller's message without driving. can be heard. If the caller is absent, the connection control section 111 connects the lid path to the message storage section 11o, and the message received by the wireless transmission/reception section 108 is stored in the message storage section 110.

As described above, the car phone terminal device according to the embodiment of the present invention includes an automatic answering section, a connection fee section to the speaker, and a message storage section, so that it can answer automatically while driving.
While you are away, you can perform operations such as storing memory.

Effects of the Invention As is clear from the above embodiments, the present invention not only facilitates registration/cancellation processing of conventional answering machines, but also enables safe driving without any trouble even if an incoming call is received while driving a car, and provides a reliable system. It is possible to provide a car telephone terminal device that allows you to listen to messages from other parties.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of an automobile telephone terminal device according to a simple embodiment of the present invention, and FIG. 2 is a block diagram of a conventional automobile telephone terminal device. 101... Ibunira Shiranki detection unit, 102
...Message selection section, 103...Message sending section while driving, 104...Message sending section during absence, 105...Automatic response section, 106
......Transmission processing section. 107...Reception processing unit, 10B...Wireless transmission/reception unit, 109...Pass connection control unit, 110...
...Message storage unit, 111...Connection control unit.

Claims (1)

[Claims] ignition key detection means for detecting ON/OFF of the ignition key; automatic response means for automatically answering a call when the car phone receives a call;
A message selection means for selecting a response message in response to N/OFF, a response message sending means, a connection control means for connecting the call path to the speaker while driving, and a connection control means for connecting the call path to the message storage means while the user is absent. An automobile telephone terminal device comprising a connection control means for storing messages from a caller, and a message storage means for storing messages from a caller.