JPH0368242A - Radio telephone equipment - Google Patents

Abstract

PURPOSE:To realize on-hook dialing of a radio telephone equipment with a simple constitution by providing a master machine with a speaker and acquiring a line wire by the operation of a speech key or a speaker key of a slave machine to connect the speaker. CONSTITUTION:In the case of a master machine used as a charger also, the speech key provided on a slave machine 30 is depressed to transmit speech data from the slave machine 30 to the master machine 1 at the time of originating a call from the slave machine 30. When it is judged that the slave machine 30 is set to the master machine 1, the speaker is set to the turning-on state after acquisition of a line wire, and on-hook dialing is possible. In the case of the slave machine 30 stored in a dedicated charging base, the speaker key on the slave machine is depressed to acquire the line wire at the time of originating a call from the slave machine 30 by on-hook dialing, and then, the speaker is set to the turning-on state, and on-hook dialing is possible. That is, the speaker of the master machine 1 is connected by the operation of the speech key or the speaker key of the slave machine 30, and on-hook dialing or the radio telephone equipment is realized with the simple constitution.

Description

[Detailed Description of the Invention] [Industrial Application Field J This invention relates to a wireless telephone device comprising a base unit connected to a four-wire telephone line and a slave unit connected to the base unit via a wireless line. It is something.

[Prior Art] In recent years, as telephones have become more flexible in how they are used, wireless telephone devices called cordless telephones have become widespread. This consists of a base unit that is connected to a telephone line, and a machine f that is connected to this base unit via a wireless line. The parent unit is designed to operate based on commercial power, and the slave units are designed to operate using built-in batteries. The battery of the handset wears down with use, so it is charged from a commercial power source when it is not in use. In order to perform this charging, the main unit doubles as a charger and is housed in the main unit for charging, while the other is a case where a charging stand is provided separately from the main unit and the unit is stored in the charging stand when not in use. There is. When using a slave device configured in this way,
The handset is being removed from the base unit or charging stand to make a call.

[Problems to be Solved by the Invention] However, such a conventional device is a so-called off-hook dialing system in which dialing is performed after picking up a handset. On the other hand, recent wired telephones are equipped with an on-footer dialing button, and by pressing the button, on-hook dialing can be performed by a mechanically interlocking mechanism. However, in wireless telephone devices that are connected via a wireless line, all the operation parts are installed in the preliminary chamber, so the mechanical mechanism of the base unit cannot be linked by the operation in the preliminary chamber, so on-hook dialing is easy. I couldn't go to

[Means for Solving the Problems] In order to solve these problems, the first invention is based on 111
A speaker provided on the machine, a specific button operation detection means for detecting a specific button operation of the slave unit on the base unit, a reserved room accommodation detection means for detecting that the slave unit is housed in the base unit, and and speaker driving means for emitting a reception signal from the speaker of the base unit when the specific button operation is detected while the base unit is housed in the base unit.

The second invention includes a speaker provided in a base unit, a specific button operation detection means for detecting a specific button operation of a slave unit on the base unit, and a voice receiving signal is emitted from the speaker of the base unit when the specific button operation is detected. and speaker driving means.

[Operation] In the first invention, when the call button is pressed on the handset and it is determined that the handset is set to the base, the outside line is captured, the speaker is turned on, and the on-hook dial is turned on. It becomes possible. Then, when on-hook dialing is completed and the slave unit is removed from the base unit, the speaker is turned off.

In the second invention, when the speaker button is pressed on the handset, an outside line is captured, the speaker is turned on, and on-hook dialing becomes possible. Then, when on-hook dialing is completed and the slave unit is removed from the base unit, the speaker is turned off. Also, even during a call, you can alternately switch the speaker on and off each time you press the speaker button.

[Embodiment] FIG. 1 is a flowchart showing an embodiment of the present invention, and this figure shows a type in which the main unit also serves as a charger.

In the figure, when the initial reset in step 100 is performed and the Stellaf 101 incoming call processing is ¥4Wk and there is an incoming call, the incoming call processing shown in step 102 is performed and the waiting room is called, so the called waiting room presses the call button. . Therefore, since the call button data is output from the receiver, after it is determined in step 103 that data has been received from the receiver, it is determined in step 105 whether or not a call is in progress. At this point, there has only been a call and a response, so the call is not in progress. Therefore, step 105 determines that the call is not in progress, and it is determined in step 106 whether or not it is the call button data. Since the call button was pressed first, step 106 is determined to be call button data. Since the preliminary chamber is offset from the base unit upon response, it is determined in step 107 that it is not being set to the base unit.

As a result, the outside line acquisition process shown in step 113, the call lamp lighting process shown in step 114, and the process of step 1
A flag representing a busy set as shown in step 11 is set, and if necessary, other processing in step 104 is performed and the flow returns to step 101.

To end the call, press the disconnect button in the waiting room and step 1
03 is determined to have received data from the preliminary room, and step 105
It is determined that the call is still in progress, and it is determined whether or not there is an offset based on the main body of step 116. However, step 116 is to determine the point of change, and since it is not the point at which the offset has occurred at this point, it is determined that there is no offset. At this point, since the pre-chamber cut button has been pressed, the pre-chamber has not yet been set in the main body, and step 117 determines that the pre-chamber has not been set in the main body. and step 1
．． In step 18, it is determined that the data is the hang-up button data, so steps 121 to 124 of opening the outside line, turning off the speaker, turning off the call lamp and speaker lamp, and resetting the busy flag are performed to end the call.

Next time when you want to make a call from the handset, press the call key (not shown) provided on the handset, and the call data will be sent from the handset to the base phone, so step 103 will be determined as YES, and since the call is not yet in progress, step 105 is determined to be NO. Then, in step 106, it is determined that the received data is call button data, and in step 107, it is determined that it is being set in the main body, so from step 108 to
The processes of acquiring an outside line, turning on the speaker, turning on the speaker lamp and call lamp, and setting the busy flag as shown in 11 are performed. Therefore, the speaker provided on the base unit is connected, and on-hook dialing is ready.

By setting the busy flag, the determination of whether or not the call is in progress in step 105 determines that the call is in progress.
The fJI is determined from the main body in step 116, but since it is still set at this point, the next step is to judge whether it is set in the main body in step 117. This is to end the call by placing the slave unit in the base unit, and when the call goes on-set while it was in the offset state, Y
It is now considered to be ES. Therefore, since the handset is still turned on at this point, step 117 is determined to be NO. And since it is not the data when the operation of the cut button in step 8 (this operation is an operation to end a call without placing the handset on the base unit) was performed, the dial data detection shown in step 1.19 is not performed. It will be done.

If dial data is detected here, a dial signal is output as shown in step 120, but if dial data is not detected, other received data processing is performed in step 115.

When the other party answers, he picks up the handset (offsets it) and starts talking, so step 116 is determined as YES, and as shown in steps 125 and 126, the speaker off process is performed, the speaker is disconnected, and the speaker lamp is turned off. processing is performed.

When the call ends and the child unit is placed in the base unit, step 1
If YES is determined in step 17, or if the call is to be terminated without placing the handset in the base unit, disconnect button data is detected in step 118, and steps 12-124 are performed to open the outside line and turn off the speaker. Processing of turning off, turning off the call lamp and speaker lamp, and resetting the busy flag is performed.

Therefore, if you press the call button while the waiting room is stored in the base unit, the speaker will be connected and on-hook dialing will be possible, and if you store the waiting room in the base unit or press the disconnect button, the speaker will be disconnected and the line will be disconnected. It will be done.

FIG. 2 shows a type in which the preliminary chamber is housed in a dedicated charging stand, and the preliminary chamber is constructed separately from the main unit. In FIG. 2, when an incoming call from the central office line is detected in step 201, the incoming call process in step 202 is performed and the waiting room is called, so the waiting room presses the call button and responds. As a result, step 203 determines that data has been received. At this point, the call is not yet active, so step 205 is N.
O and i! J+ is disconnected, and step 206 determines that it is call button data, and processes of steps 213, 214, and 211 to capture an outside line, turn on the call lamp, and set the busy flag are performed.

To end the call, the waiting room presses the cut button, so step 203 is YES, step 205 is YES, step 216 is NO, step 217 is NO, step 21
8 is 1:+1 disconnected from YES, steps 222 to 22
The process of releasing the outside line, extinguishing the speaker-off call lamp, extinguishing the speaker lamp, and resetting the busy flag are performed, and the call is terminated.

In step 217, it is determined whether or not it is speaker data, and this speaker data is data that is sent out when the pre-room operates the speaker key.

If it is determined in step 217 that it is speaker data, it is determined in step 228 whether or not the speaker is on. If it is on, it is turned off as in step 229, and if it is not on, it is turned off as shown in step 230. Turn on. This is a process that allows other people to hear the contents of the call.

When making an on-hook dial call from the waiting room, by pressing the speaker key in the waiting room, it is determined in step 203 that data reception is YES from the receiver, but at this point the call is not yet in progress, so the call is in progress in step 205. The answer to the question is No, since it is not call data, so the answer to step 206 is No, and since it is speaker data, the answer to step 207 is YES. For this reason, in steps 208 to 211, the external line acquisition, speaker on,
The call lamp and speaker lamp turn on, and the call flag is set.

Step 2 occurs when the busy flag is processed.
05 is determined to be YES, and since the preliminary chamber is still set on the photoelectric stand at this point, step 216 is determined to be NO. Since no speaker data has been sent out at this point, step 217 is determined to be No.
Since the call has not ended, it is also determined No in step 218 whether it is the disconnection data. After that, it is determined whether it is set on the charging stand in step 219, but at this point, there is no change as the preliminary chamber is still set on the charging stand.
Step 219 is determined as No.

Therefore, as shown in step 220, it is determined whether or not it is dial data, and if it is dial data, the dial output process of step 221 is performed and an on-hook dial operation is performed. If it is not dial data, other reception dial processing in step 215 is performed.

When the on-hook dialing process is completed and the other party answers, the waiting room is picked up from the charging stand and the call is made. Therefore, step 216 is determined to be YES, and as shown in steps 226 and 227, processing for turning off the speaker and extinguishing the speaker lamp is performed. Since step 216 only detects the change point as described above, the next determination will be NO. Therefore, if the speaker key is pressed during a call, it is determined in step 217 that it is speaker data, and toggle control is performed to turn the speaker on or off each time speaker data is detected.

To end the call, you can either send the disconnection data in step 218 or set the pre-chamber to the charging stand in step 219.
2 to step 225, processing of opening the outside line, turning off the speaker, turning off the call lamp and speaker lamp, and resetting the busy flag is performed.

FIG. 3 is a block diagram showing an example of a device to which the present invention is applied, where l is an Mi machine and 7.31 is! ! Line transmitting/receiving section 1
0.40 is the CPU, and 44 is the key human power section.

[Effects of the Invention] As explained above, the first invention connects the speaker of the main unit when the call button of the main unit is pressed when the preliminary room is accommodated in the main unit. Therefore, on-footer dialing of a wireless telephone device can be realized with a simple tllB.

The second invention has the effect that on-hook dialing of the wireless telephone device can be realized with a simple configuration because the speaker of the base unit is connected when speaker data is sent from the slave unit.

[Brief explanation of drawings]

112 is a flowchart showing the operation when the pre-chamber is combined with the main unit, FIG. 2 is a flowchart showing the operation when the pre-chamber is combined with the charging stand, and FIG. 3 is an example of a device to which this invention is applied. FIG. l...Base unit, 7,31...Wireless transmitting/receiving unit, to
, 40...CPU, 44...Key human power department.

Claims (2)

[Claims] (1) In a wireless telephone device consisting of a base unit connected to a telephone line and a handset housed in the base unit, the base unit detects the speaker installed in the base unit and the operation of a specific button on the handset. a specific button operation detection means; a child device accommodation detection means for detecting that the child device is housed in the parent device; and a speaker of the parent device when the specific button operation is detected while the child device is housed in the parent device. 1. A wireless telephone device comprising: a speaker driving means for emitting a received signal from the wireless telephone device. (2) In a wireless telephone device consisting of a base unit connected to a telephone line and a handset unit connected to the base unit via a wireless line, a speaker installed on the base unit and a specific button operation on the handset can be activated. What is claimed is: 1. A radio telephone device comprising: a specific button operation detecting means for detecting the specific button operation on a base unit; and a speaker driving unit for emitting a reception signal from a speaker of the base unit when the specific button operation is detected.