JPS63269836A - Generation of cordless telephone system - Google Patents

Abstract

PURPOSE:To easily and surely perform the allocating operation of a device identification code, by allocating the device identification code of a radio telephone set on the storage unit of a radio line control unit at the time of starting up a system. CONSTITUTION:When a position registering button loaded on a radio telephone set(RTEL)13 in each of all RTELs 13 scheduled to be used at the time of starting up the system is depressed at the home position of the RTEL13, the radio line control unit(RCU)11 receives the device identification code(ID) from a radio connection device(CE) 12, and allocates the housing position numbers P-1-P-n of the RCU11 in sequence of smaller number and registers them on a control memory 14. When the RTEL13 is moved and the home position is changed, position registration is performed at a moved destination, thereby, at the time of starting up the system, the allocation of the housing position P-n has been already completed. Therefore, the combination of the CE 12 on the moved destination and the ID of the RTEL13 is registered corresponding to a housing position number.

Description

DETAILED DESCRIPTION OF THE INVENTION (Technical Field of the Invention) The present invention relates to a cordless telephone, and particularly relates to a wireless telephone, a wireless telephone connected to the cordless telephone via a wireless line, and a wireless line control device connected to the cordless telephone via a wired line and connected to the wireless telephone and controlling the connection between the two. Creation of a cordless telephone system consisting of a wireless connection device that performs signal conversion and a wireless line control device that is connected to the exchange through a subscriber line and is the only one installed in the system that is connected to all wireless connection devices in the system through a relay line. It is related to.

(Prior art and its problems) In a conventional cordless telephone system, a wireless telephone (hereinafter referred to as R station) and a wireless connection device (hereinafter referred to as CB)
always have a one-to-one correspondence. For the purpose of preventing erroneous connections and erroneous charges, the device has a device identification code (hereinafter referred to as an In code), and during a connection operation, this In code is verified to establish a connection. Therefore, since the R location and CIE are always a pair, IDs can be set for these devices regardless of the configuration within the user. However, in the cordless voice system that is the premise of the present invention, 1, CB vs. R equipment is n.
Since the PCII is configured to be compatible with 2-m networks, a wireless line control device (hereinafter referred to as RC1l) that controls wireless lines in a wireless connection area consisting of multiple wireless zones is installed, and this PCII accommodates telephones. Position number and I in R position
Please set the D code in advance when starting up the system (
There is a need. In order to set these numbers, it is common to allocate an R position In code to a storage unit in the RCU from an attached device such as a service console in correspondence with the accommodation position number.

This number setting work must be done by a specialist who is familiar with operating attached devices such as a service console, or it is complicated and requires careful reading of construction manuals before setting the number. This is a big drawback.

(Object of the Invention) The object of the present invention is to allocate the accommodation position number and R-10 code in the RCUO by pressing the R-location location registration button without using any attached devices such as the service console. There are 27 that provide the generation of cordless telephone systems that can be used.

The location registration button used for this purpose is a button used for location registration necessary when the R unit moves through multiple wireless zones in the cordless telephone system that is the subject of the present invention. It is not intended to be installed for this purpose.

(Structure of the Invention) The present invention will be explained in detail below with reference to the drawings in comparison with the prior art.

Figure 1 shows the RCUI in which CE2 and R3 are configured in n to m ratio.
A cordless telephone system that controls the connection of wireless lines.
') is a conventional system having a service console 4 for system startup.

(Example) FIG. 2 shows a cordless telephone system to which the present invention is applied, and does not have a service console. II in FIG. 2 is the RCυ used in the present invention, 12 is the CE, and 13 is the R position. 12.13 is CE2. in Figure 1. It has the same function as R position 3. In RCUII, p and -pn are accommodation position numbers corresponding to telephone numbers (1) to (n), and ID
.

~IDX is 10 codes with a total of 3 R. Accommodation position number P
1 to pH and [C code 10. ~10. have a fixed one-to-one correspondence relationship, p and ID, -----Pfi and I
DX, etc. are each assigned to the same R total of 3. Here, as a numerical value, a < b <c---< x,
14 in FIG. 2 is the memory content showing this relationship.

That is, RCLIII has a function of automatically allocating IDs sequentially from the smallest ID of P, 1 (n=1 to n) to 10, and m of (m=1 to X) from the smallest ID.

In addition, CHA, CEg, -CEX indicate CE12, which is the home position of each R total of 3, and A, B---1・
The value of -X is arbitrary.

At the time of system startup, RTEIJ at the home position of each R total 3 for all R total 3 planned to be used.
When the user presses the position registration button while wearing the device, the operation shown in the flowchart of FIG. 3 is performed. R.C.U.
II is the IDII sent from CE12 as mentioned above (
When receiving m = a% They are organized and registered as shown in 14 in Figure 2. This will allow you to make and receive calls as scheduled.

When R total 3 moves and changes its home position,
When you register the location at the destination, the allocation of accommodation location number P7 has already been completed at the time of system startup, so the CEX of CE12 at the destination and 10. The combination is registered in correspondence with the accommodation position number P,1. At this time, P7 and 10. The combination remains unchanged.

When adding a new R total of 3, just register the location at the home position, and an accommodation location number will be automatically assigned within RCLIII. However, the ID code of the R total 3 to be added is a number that is not used in the system and must satisfy the condition that it is a number larger than the existing ID code, and the position next to the last number of the existing storage position number is automatically set. assigned to.

(Effects of the Invention) As explained in detail above, according to the present invention, the accommodation position number and the ID code of the R total 3 are automatically set by simply pressing the location registration button when starting up the system or adding the R total 3. be allocated accurately and reliably. This effect is particularly significant when the system scale is small (for example, when the total number of R is about 30 or less).

[Brief explanation of drawings]

Fig. 1 is a system diagram showing the configuration at the time of starting up a conventional system, Fig. 2 is a system diagram showing the configuration at the time of starting up the system of the present invention, and Fig. 3 is a flowchart showing the operation at the time of location registration of the present invention. It is. ■...Radio line control unit (RCU), 2...Wireless connection device (CB), 3...Radio telephone (R position), 4...
...Service console, 11...Radio line controller (RCII), 12...Wireless connection device (CE), 1
3... Wireless telephone (R position). 14... Memory contents for connection control included in the radio line control unit (RCU) 11. 5P11 Moxibustion

Claims (1)

[Claims] a wireless line control device connected to an exchange through a plurality of subscriber lines and in charge of wireless line control in a predetermined wireless service area; a plurality of wireless connection devices connected to the wireless line control device through a plurality of wired lines; In a cordless telephone system comprising a wireless connection device and a plurality of wireless telephones connected via a wireless line, the wireless line control device detects the code when an individual identification code unique to the wireless telephone is registered at the time of system startup. The generation of a cordless telephone system characterized in that the cordless telephone system is configured to automatically allocate the subscriber lines on the exchange side in ascending order of the accommodation position numbers starting from the smallest number.