JPH04373243A - Multiple dwelling housing telephone call system - Google Patents

Abstract

PURPOSE:To set various regulation of a housing section equipment from a communication equipment from a supervisor's room or the like. CONSTITUTION:A security code for regulation setting is set and the security code is sent from a pushbutton call device 1 from a supervisor's room or the like to set a housing section equipment 2 to the regulation setting mode. Then a data corresponding to the regulation item and content is sent as a PB signal, the housing section equipment 2 receives and processes the signal and stored by a storage section 22, then the regulation is set. The state of the regulation setting state is sent in a PB signal or in a voice signal by voice synthesis from the housing section equipment 2 and the setting content is confirmed by a display section 15 of the pushbutton call device 1 or a receiver.

Description

[Detailed description of the invention]

0001

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a telephone system for an apartment complex, and more particularly, to a telephone system in which settings for various regulations of dwelling units are input and set from other telephone devices.

0002

[Prior Art] Conventionally, in residential unit equipment (home PBX) that has an automatic call receiving function and controls multiple telephones, terminals, etc., outgoing/incoming call restrictions, PIN code settings, and other various regulations have been set directly on each device. This required input and settings. Therefore, when moving into an apartment complex, it was necessary to set the settings for each unit individually. Additionally, whenever there is a change in the regulations, there are problems such as having to go to the residence and change the settings each time.

0003

[Problems to be Solved by the Invention] The present invention has been made in view of the above-mentioned points, and is a system for calling a dwelling unit device from a push-button communication device installed in a common entrance or a management room, etc. via a private branch exchange, etc. The present invention provides an apartment complex communication system in which, after inputting a security code, codes corresponding to regulation items, contents, etc. are sent out as PB signals, and various regulations are set for devices in each dwelling unit.

0004

[Means for solving the problem] A push-button communication device installed in the common entrance, management room, etc., and an automatic call reception function installed in each residence to control multiple telephones, terminals, etc. in the housing units. In a communication system in which devices are connected via a private branch exchange or the like, a security code for setting various regulations for the dwelling unit device is determined in advance, and a PB signal corresponding to the security code is sent from the push-button communication device. sending the device to set the dwelling unit device in a regulation setting mode;
Next, there is provided an apartment complex communication system configured to convert data corresponding to regulation items, contents, etc. into PB signals and send them out to set various regulations for the dwelling units.

[0005]

[Operation] As configured as above, in the multifamily housing telephone system according to the present invention, an extension number such as a dwelling unit number is inputted from a push-button telephone device in a management room, etc., and the dwelling unit device is called, and a call is automatically received. Then, enter a predetermined security code (PIN number) to put the dwelling unit device into regulation setting mode. Next, enter the code for the regulation item and content, etc.
The code is sent as a B signal, and the dwelling device receives this signal and updates the setting contents of various regulations based on the code.

[0006]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of an apartment communication system according to the present invention will be described in detail with reference to the drawings. FIG. 1 is a block diagram of a main part of one embodiment of a communication system for an apartment complex according to the present invention, and FIG. 2 is a block diagram of a main part of another embodiment of a communication system for an apartment complex according to the invention.

In FIG. 1, reference numeral 1 denotes a push-button communication device installed in a common entrance or a management room, and 2 denotes a dwelling unit device installed in each dwelling unit. Push-button communication device 1-1
Reference numeral 1 denotes an input section through which an extension number such as a dwelling unit number is inputted to call up the dwelling unit unit 2 and required data is inputted. 12 is a PB signal sending section which generates and sends out a PB signal based on the input to the input section 11. 13 is a PB signal detection unit that detects and outputs the PB signal from the dwelling unit device 2. Reference numeral 14 denotes a memory unit that temporarily stores transmitted data and the like. A display section 15 reads and displays data stored in the memory section 14. A first control section 16 controls each section of the apparatus. Reference numeral 17 denotes a private branch exchange, which is connected to the first control section 16 and connects the telephone line with the dwelling unit device 2 through exchange.

In the dwelling unit unit 2, 21 is an automatic call reception unit which detects a calling signal from the private branch exchange 17, automatically receives the call, and enters into a talking state. 22 is a storage unit that stores data corresponding to setting items, contents, etc. of various regulations. Reference numeral 23 denotes a determining section which compares and determines the data from the push-button communication device 1 and the data from the memory section 22 and outputs a signal. 24 is a PB signal detection section that detects and outputs the PB signal from the push-button communication device 1. 25 is a PB signal sending unit which generates and sends a required PB signal in response to confirmation of various regulatory conditions from the push-button communication device 1. A second control section 26 controls each section of the device. Reference numeral 27 denotes a communication path changeover switch, which is controlled by the second control section 26 and selectively connects each circuit. A private branch line 28 is connected to the private branch exchange 17 and the like.

In FIG. 2, 1 of the push-button telephone communication device 1
Reference numeral 8 denotes a receiver, which outputs the voice transmitted from the dwelling unit device 2. Reference numeral 29 in the dwelling unit unit 2 is a voice synthesis unit, which outputs a voice signal by voice synthesis based on the data read out from the storage unit 22 in response to various regulatory status confirmations from the push-button communication device 1. . Other symbols are the same as those in FIG. 1, so explanations will be omitted.

Next, the operation of the multifamily housing telephone system according to the present invention will be explained. First, in order to call the dwelling unit unit 2, the user operates the input unit 11 of the push-button communication device 1 in the management room or the like to input an extension number such as the dwelling unit number. A dial signal (PB signal) corresponding to this input is sent out from the PB signal sending section 12 via the first control section 16, and the private branch exchange 17 sends out a calling signal to the destination unit device 2. The ringing signal is detected by the ringing detection circuit of the automatic call receiving section 21, and the ringing signal is detected for a predetermined period of time.
For example, after 20 rings (approximately 1 minute), the DC loop closes, the call is automatically received, and the call state is entered. Next, when a preset security code, such as "#123", is input, a PB signal corresponding to the input data is sent from the PB signal sending unit 12, and the PB signal is sent via the communication path selection switch 27.
It is detected by the signal detection section 24. This detection signal is compared with the data read out from the memory section 22 by the discriminating section 23, and if the data match, the dwelling unit device 2 enters the regulation setting mode. At the same time, a response signal indicating that the push-button communication device 1 is in the regulation setting mode, for example, "#
” is sent from the PB signal sending unit 25. After confirming the “#” of this response signal on the display unit 15 in the push-button communication device 1, the input unit 11 inputs the regulation items, contents, etc. The items and contents of the restrictions include outgoing/incoming call restrictions, passwords, outside line type (DP, PB switching), abbreviated numbers, presence or absence of an answering machine, and others.The outgoing/incoming restrictions are set for each extension phone. For example, it consists of outgoing call restrictions, incoming call ringing restrictions, etc.The items and contents of these restrictions are corresponded to by setting codes consisting of symbols such as "0 to 9, #, *" in advance.Input operation is performed for each regulation item, and input in the order of item, content, and setting.The input data is temporarily stored in the memory section 14 and displayed on the display section 15 in sequence, so after confirming it, enter the "setting" code. , for example, by inputting "#" to send out the stored data as a PB signal.This PB signal is detected by the PB signal detection section 24 via the communication path selection switch 27, processed by the second control section 26, and sent as a non-volatile It is stored in a storage unit 22 consisting of a memory.The stored contents are saved until the next update is performed.

[0011]Next, the state of the regulation setting of the dwelling unit device 2 can be confirmed using the push-button communication device 1. To confirm the input of the restriction settings, when one restriction setting is completed, the data is automatically read out from the storage section 22, converted to a PB signal, sent out, and displayed on the display section 15 of the push-button communication device 1. Alternatively, after completing the setting of various regulations and specifying the regulation items in the input section 11, a "confirmation" code, for example, "
You can also enter "#" to confirm.Also,
Normally, after calling up the dwelling unit unit 2 and inputting the security code, the registered contents can be confirmed by specifying the regulation item and inputting the confirmation code.

In FIG. 2, the dwelling device 2 is provided with a voice synthesizing section 29, and the response and data to the push-button communication device 1, which were sent in the form of PB signals, can be replaced with voice signals. For example, when a security code is input from the push-button communication device 1, a voice response such as "Your password has been confirmed. Please enter your operation number" can be made, making operation easier.

[0013]

Effects of the Invention As explained above, in the multifamily housing telephone system according to the present invention, a security code and predetermined data can be transmitted from a push-button telephone device installed at a common entrance or a management room to devices in each dwelling unit. This is a system that allows you to set various regulations for residential unit equipment by sending the information. Further, the state of the regulation setting can be confirmed by the display provided on the push-button communication device or the voice from the receiver. Therefore, compared to the conventional system in which input is made directly to the unit unit device, there are advantages such as ease of work as there is no need to set the settings for each unit at the time of moving into an apartment complex, etc.

[Brief explanation of drawings]

FIG. 1 is a block diagram of essential parts of an embodiment of an apartment complex telephone system according to the present invention.

FIG. 2 is a block diagram of main parts of another embodiment of the multifamily housing telephone system according to the present invention.

[Explanation of symbols]

1 Push-button communication device 2　Dwelling unit equipment 11 Input section 12 PB signal sending section 13 PB signal detection section 14 Memory section 15 Display section 16 First control section 17 Private branch exchange 18　Telephone receiver 21 Automatic call receiving section 22 Memory section 23 Discrimination section 24 PB signal detection section 25 PB signal sending section 26 Second control section 27 Call path selection switch 28　Internal line 29 Speech synthesis section

Claims (3)

[Claims] [Claim 1] A push-button communication device installed in a common entrance, management room, etc., a plurality of telephones installed in each dwelling unit,
In a telephone call system in which a dwelling unit device having an automatic call receiving function that controls a terminal device, etc. is connected via a private branch exchange or the like, a security code for setting various regulations for the dwelling unit device is predetermined, and the push button Sending a PB signal corresponding to the security code from the telephone communication device,
The apparatus is characterized in that the dwelling unit device is set to a regulation setting mode, and then data corresponding to regulation items, contents, etc. is converted into a PB signal and sent out to set various regulations of the dwelling unit device. A telephone system for apartment complexes. [Claim 2] The push-button communication device is provided with a display section so that the transmitted data can be displayed to confirm the transmitted contents, and the setting status of various regulations can be called up from the dwelling unit device and displayed for confirmation. The apartment building telephone system according to claim 1. 3. A voice synthesis section is provided in the dwelling unit device,
2. The apartment house telephone system according to claim 1, wherein a voice response is provided to the confirmation of the setting status of various regulations through the push-button telephone communication device.