CN101908965B - Optical network unit, telephone system and corresponding call response method - Google Patents

Abstract

Translated fromChinese

本发明实施例提供一种光网络单元，与光线路终端通信连接，包括：端口模块，用于接收光线路终端发送的通信信号，并从所述通信信号中获得呼叫信号；有线电话接口模块，与有线用户电话通信连接，用于在主用电力供电正常时，所述有线电话接口模块根据所述呼叫信号，向所述有线用户电话提供振铃电压；无线电话接口模块，用于在主用电力供电中断时，向与所述有线用户电话相对应的无线用户电话发送铃音激活信号，以使得所述无线用户电话响铃。本发明实施例所提供的光网络单元，在主用供电中断的情况下，通过无线用户电话来响铃，避免了用线用户电话振铃所需要的振铃电压对于备用供电的电力消耗，延长了备用供电的使用时间。

An embodiment of the present invention provides an optical network unit that communicates with an optical line terminal, including: a port module, configured to receive a communication signal sent by the optical line terminal, and obtain a call signal from the communication signal; a wired telephone interface module, Communicatively connected with the wired subscriber phone, used for the wired telephone interface module to provide ringing voltage to the wired subscriber telephone according to the call signal when the main power supply is normal; the wireless telephone interface module is used for When the power supply is interrupted, a ring tone activation signal is sent to the wireless subscriber phone corresponding to the wired subscriber phone, so that the wireless subscriber phone rings. The optical network unit provided by the embodiment of the present invention, when the main power supply is interrupted, rings through the wireless subscriber phone, avoiding the power consumption of the backup power supply by the ringing voltage required by the line subscriber phone, and prolonging the operation time. The use time of the backup power supply.

Description

A kind of optical network unit, telephone system and corresponding call response method

Technical field

The present invention relates to the communications field, particularly a kind of optical network unit of low-power consumption, telephone system and corresponding call response method.

Background technology

The existence of traditional P OTS (Plain old telephone service) phone is T&B; Under the state of operate as normal; The POTS phone is directly supplied power through telephone line by the telephone network operator; To satisfy the electricity needs of POTS phone at aspects such as on-hook, off-hook, bell sound and speech play, the electric power that transmits in telephone line and the corresponding optical network unit then is to rely on local civil power.In this case, if civil power is because some accidental cause interrupts, then the required supply of electric power of the telephone subscriber's of influenced scope phone is then all supplied with by the reserve battery in ONT (the Optical Network Terminal) equipment of locality.

But, when the electric power in the reserve battery has always consumed, constantly be replaced by telephone operator and brought extra cost.And because that telephone network distributes is intricate, the replacing of reserve battery is being difficult for very also.Therefore, how to reduce the power consumption of phone, prolong the service time of reserve battery, thereby prolong the user's when adopting reserve battery the air time and the stand-by time of phone, be the problem that telephone operator is paid close attention to always.

In the consumption of reserve battery; Find through statistics; For satisfying the jingle bell standard of each department; Reserve battery is to inspire the jingle bell voltage that telephone rings produces in the energy resource consumption of reserve battery, to have accounted for very high ratio, therefore how to reduce the consumption of telephone rings for the energy, is that each manufacturer makes great efforts the problem that solves always.

Summary of the invention

The embodiment of the invention provides a kind of optical network unit, and communicating by letter with optical line terminal is connected.Said optical network unit comprises port module, telephone interface module and wireless telephone interface module, and wherein, said port module is used to receive the signal of communication that optical line terminal sends, and from said signal of communication, obtains call signal; Said telephone interface module; Be connected with the wire user telephone communication, the master with power supply just often, said telephone interface module is according to said call signal; To said wire user phone ringing voltage is provided, so that said wire user telephone rings; Said wireless telephone interface module is used for when leading with the electric power power failure, according to said call signal, to sending bell sound activation signal with the corresponding subscriber radio of said wire user phone, so that said subscriber radio jingle bell.

The embodiment of the invention also provides a kind of call response method, comprising: receiving calling signal wherein, comprises the call information that is directed to the wire user phone in the said call signal; Confirm main power supply situation,, then ringing voltage is provided, so that said wire user telephone rings to said wire user phone if main normal with the power supply of electric power with electric power; Otherwise, to sending bell sound activation signal, so that said subscriber radio jingle bell with the corresponding subscriber radio of said wire user phone.

Adopt optical network unit and call response method that the embodiment of the invention provided; Under main situation with power failure; Come jingle bell through subscriber radio; Thereby avoided having prolonged the service time of stand-by power supply with of the power consumption of the needed ringing voltage of line subscriber phone ring for stand-by power supply.

Description of drawings

In order to be illustrated more clearly in the technical scheme of the embodiment of the invention; To do to introduce simply to the accompanying drawing of required use among the embodiment below; Obviously, the accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills; Under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.

Shown in Figure 1 for the sketch map of the optical network unit that the embodiment of the invention provided.

Shown in Figure 2 for the sketch map of the telephone interface module that the embodiment of the invention provided.t

Shown in Figure 3 for the sketch map of the optical network unit that further embodiment of this invention provided.

The do sketch map of the wireless telephone interface module that the embodiment of the invention provided of Fig. 4.

Shown in Figure 5 for the sketch map of the radio receiving transmitting module that the embodiment of the invention provided.

Shown in Figure 6 for the sketch map of the call response method that the embodiment of the invention provided.

Embodiment

To combine the accompanying drawing in the embodiment of the invention below, the technical scheme in the embodiment of the invention is carried out clear, intactly description, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills are not making the every other embodiment that is obtained under the creative work prerequisite, all belong to the scope of the present invention's protection.

Please with reference to Fig. 1, shown in Figure 1ly be the sketch map of theoptical network unit 10 that the embodiment of the invention provided.The optical network unit that the embodiment of the invention provided (Optical Network Terminal, be called for short ONT) 10 is communicated by letter with optical line terminal and is connected, and it comprisesport module 11,telephone interface module 18 and wirelesstelephone interface module 19.

Saidport module 11 is used to receive the signal of communication that optical line terminal sends, and from said signal of communication, obtains call signal.

Saidtelephone interface module 18 is connected with the wire user telephone communication, and the master with power supply just often, said telephone interface module provides ringing voltage according to said call signal to said wire user phone, so that the wire user telephone rings.In embodiments of the present invention, saidtelephone interface module 18 also is used to institute and counts the various signals that the wire user phone transmission is used to keep the phone normal function.In embodiments of the present invention, said master is meant that with electric power city, area power grid etc. often are powered system, the perhaps power supply unit commonly used of private.

Said wirelesstelephone interface module 19 is used for when leading with the electric power power failure, according to said call signal, to sending bell sound activation signal with the corresponding subscriber radio of said wire user phone.Certainly, in embodiments of the present invention, the transmission of said bell sound activation signal is to carry out through the mode of wireless signal.

Theoptical network unit 10 that adopts the embodiment of the invention to provide when leading with the electric power power failure, sends bell sound activation signal through wireless telephone interface module, to impel and the corresponding subscriber radio jingle bell of wire user phone.Because bell sound activation signal only is the common wireless signal with indicative function, need as the telephone ring, not need optical network unit that ringing voltage is provided, thereby reduce the power consumption of stand-by power supply, has prolonged the service time of stand-by power supply.

Further, can also comprise the conversation signal that produces behind wired or the subscriber radio off-hook in the signal of communication that port module described in the embodiment of theinvention 11 receives.When main during with the electric power power failure, after said wireless telephone interface module is sent bell sound activation signal, and subscriber radio is during by off-hook, and said wireless telephone interface module also is used to said subscriber radio and transmits the wireless communication signal.

In the embodiment of the invention;Optical network unit 10 can corresponding a plurality of wire user phones, and said wire user phone also can be corresponding with one or more subscriber radios respectively, such as telephone and the radio telephone installed simultaneously in the dwelling house; When stopping when telephone provides ringing voltage with the electric power power failure owing to main; Then can send bell sound activation signal, and after radio telephone is by off-hook, set up conversation through wireless signal to the radio telephone of same premises.

Please with reference to Fig. 2, shown in Figure 2ly be the sketch map of thetelephone interface module 18 that the embodiment of the invention provided.Saidtelephone interface module 18 comprisesringing signal module 182 and conversation module 184.Wherein,ringing signal module 182 is used for when receiving call signal, for the wire user phone provides jingle bell voltage, makes said wire user telephone rings.Saidconversation module 184 is used to wire user phone transmission wireless communication signal.It is understandable that except that above-mentioned conversation module and ringing signal module, the telephone interface module can also comprise other the module that is used to keep the wire user telephony feature, such as being used for calling module that phone breathes out etc.In embodiments of the present invention, said jingle bell voltage can be according to setting for the requirement of bell sound voltage in the relevant criterion of various countries for conventional P OTS (plain old telephone service) call voice service.

Please with reference to Fig. 3, theoptical network unit 10 that further embodiment of this invention provided can also comprise monitoring module 12, main one or more with in power module 14, power backup module 16, the interconnecting module 15.

Said monitoring module 12 is used to monitor main power supply situation with electric power.

The said main power module 14 that uses is used to utilize the main electric power that uses to be 18 power supplies of telephone interface module.Said power backup module 16 is used for monitoring under the main main situation with the electric power power failure with power module 14 at said monitoring module 12, is wirelesstelephone interface module 19 power supplies.Certainly; In other alternate embodiments; To main during with the electric power power failure; Said power backup module 16 also can continue as module for power supply such as the calling module except that the ringing signal module in the wire user telephony interface module, the module of conversing, so that the telephone user still can broadcast phone through telephone.In embodiments of the present invention, the non-firm power that passes through of said power backup module 16 is supplied power, and said non-firm power can comprise battery, various simple and easy generating equipments etc.

Said interconnecting module 15 is used for according to main electric power thus supplied with electric power call signal being sent totelephone interface module 18 or wireless telephone interface module 19.Wherein, the master with power supply just often, said interconnecting module 15 is used for call signal is sent totelephone interface module 18; Externally during power failure, said interconnecting module 15 is used for call signal is sent to wireless telephone interface module 19.Same, when conversing, said interconnecting module 15 also is used for conversation signal is sent totelephone interface module 18 at the wire user phone; When conversing, said interconnecting module 15 also is used for conversation signal is sent to wirelesstelephone interface module 19 at subscriber radio.Certainly, also can be provided with, behind wireless user's jingle bell; The situation of monitor user ' off-hook is if the user to wire user phone off-hook, also is that said wire user phone transmits conversation signal with said wire user closing of the circuit then; If the user is after hearing the subscriber radio jingle bell; But having plucked the wire user phone, then with said wire user closing of the circuit, and is that said wire user phone transmits conversation signal.

Please with reference to Fig. 4, in embodiments of the present invention, said wirelesstelephone interface module 19 more can comprise radio receiving transmitting module 192 and mapping block 193.Wherein, said radio receiving transmitting module 192 is used for after receiving the call signal that interconnecting module 15 sends, according to preset mapping relations said call signal being sent to and the corresponding subscriber radio of target wire user phone; Said mapping block 193 is used to preserve the mapping relations between subscriber radio and the wire user phone.In embodiments of the present invention; Corresponding relation between each wire user phone and the subscriber radio can be set in advance; Clearly when primary power cource cuts off the power supply; Which subscriber radio to replace wire user telephone rings or conversation by, and create the mapping table between subscriber radio and the wire user phone, and said mapping table is kept in the said mapping block 193 according to setting.

Please with reference to Fig. 5; In embodiments of the present invention, said radio receiving transmitting module 192 more comprises antenna 1924, RF transmit-receive circuit (Radio frequency circuit) 1926 and radio telephone BBP (cordless baseband processor) 1928.Said radio telephone BBP 198 is through the processor interactive information of data/address bus and optical network unit; Said RF transmit-receive circuit 196 is used for the information processing that BBP receives is become radiofrequency signal, or sends to radio telephone BBP 198 through the antenna received RF signal and after handling.Said antenna 194 is used to receive and dispatch radiofrequency signal.

In the process of using optical network unit provided by the invention; Externally power supply just often; The support that the optical network unit that the embodiment of the invention provides is externally supplied power is sent call signal through the telephone interface module to user's telephone down, so that the user can come and extraneous conversation through telephone.And when externally fed interrupts; The optical network unit that the embodiment of the invention provided sends wireless signal through wirelesstelephone interface module 19 to the subscriber radio corresponding with said wire user phone and is used as ringing signal, to activate the jingle bell of subscriber radio.Therefore, externally under the situation of power failure, optical network unit does not need to produce jingle bell voltage through the mode that transforms voltage again, and only need produce the lower wireless ringing signal of energy consumption, has saved the consumption of jingle bell voltage for the stand-by power supply energy effectively.

Certainly; It will be appreciated that; In embodiments of the present invention; Externally under the situation of power failure, power backup module 16 still can provide electric power for other submodules except that the ringing signal module in thetelephone interface module 18, to guarantee that the user still can pass through wire user phone Outgoing Call.

In addition; It will be appreciated that; The optical network unit that the embodiment of the invention provided can be applied in the general telephone system; Said telephone system comprises the optical network unit that a plurality of embodiment of the invention provides, and is used to manage the optical line terminal that transmits telephone signal between said a plurality of optical network unit.Because the optical network unit that the embodiment of the invention provided can well prolong the useful life of stand-by power supply; Therefore will there be very big decline in the operator of telephone system for the frequency of the replacing of the stand-by power supply of optical network unit, reduce telephone system operator effectively for input human cost of the stand-by power supply of optical network unit and equipment cost.

The embodiment of the invention also provides a kind of call response method.Please with reference to Fig. 6, said call response method comprises:

Step 501: receiving calling signal wherein, comprises the call information that is directed to the wire user phone in the said call signal;

Step 502: confirm main power supply situation,, then ringing voltage is provided, so that said wire user telephone rings to said wire user phone if main normal with the power supply of electric power with electric power; Otherwise, then to sending bell sound activation signal, so that said subscriber radio jingle bell with the corresponding subscriber radio of said wire user phone.

In alternate embodiments, call response method provided by the present invention also comprises:

Step 503: after said subscriber radio is by user's off-hook, send conversation signal, perhaps after said wire user phone is by user's off-hook, send conversation signal to the wire user phone to said subscriber radio.

Adopt the call response method that the embodiment of the invention provided; Under main situation with power failure; Come jingle bell through subscriber radio, thereby avoided having prolonged the service time of stand-by power supply with of the power consumption of the needed ringing voltage of line subscriber phone ring for stand-by power supply.Further, even through the subscriber radio jingle bell, it still is that the wire user phone is replied that the user also can independently select through subscriber radio, has made things convenient for the user, has improved user experience.

More than optical network unit and closing of the circuit method that the embodiment of the invention provided have been carried out detailed introduction; Used concrete example among this paper principle of the present invention and execution mode are set forth, the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, the part that on embodiment and range of application, all can change, in sum, this description should not be construed as limitation of the present invention.

Claims (8)

1. optical network unit, communicating by letter with optical line terminal is connected, and it is characterized in that said optical network unit comprises port module, telephone interface module and wireless telephone interface module, wherein,

Said port module is used to receive the signal of communication that optical line terminal sends, and from said signal of communication, obtains call signal, comprises the call information that is directed to the wire user phone in the said call signal;

Said telephone interface module is connected with said wire user telephone communication, and being used for the master with power supply just often according to said call signal, provides ringing voltage to said wire user phone, so that said wire user telephone rings;

Said wireless telephone interface module; Be used for when leading with the electric power power failure; According to the mapping relations of subscriber radio and wire user phone to sending bell sound activation signal, so that said subscriber radio jingle bell with the corresponding subscriber radio of said wire user phone;

Said optical network unit also comprises monitoring module, is used to monitor main power supply situation with electric power;

Said optical network unit also comprises interconnecting module; Be used for call signal being sent to said telephone interface module or said wireless telephone interface module, wherein according to main electric power thus supplied with electric power; The master just often with power supply; Said interconnecting module is used for call signal is sent to said telephone interface module, and when leading with the electric power power failure, said interconnecting module is used for call signal is sent to said wireless telephone interface module.

2. the optical network unit described in claim 1 is characterized in that, when leading with the electric power power failure, said wireless telephone interface module also is used for after subscriber radio is by off-hook, sends the wireless communication signal to subscriber radio.

3. the optical network unit described in claim 1 is characterized in that, said optical network unit also comprises main with power module and power backup module, wherein,

It is said telephone interface module power supply that said main use power module is used to utilize the main electric power that uses;

It is said wireless telephone interface module power supply that said power backup module is used for when the master uses the electric power power failure.

4. the optical network unit described in claim 1; It is characterized in that; Said interconnecting module also is used for after said subscriber radio is by user's off-hook, sends conversation signal to said subscriber radio, perhaps; After said wire user phone is by user's off-hook, send conversation signal to the wire user phone.

5. the optical network unit described in claim 1; It is characterized in that; Said wireless telephone interface module comprises radio receiving transmitting module and mapping block; Wherein, said radio receiving transmitting module is used for after receiving call signal, according to preset mapping relations said bell sound activation signal being sent to and the corresponding subscriber radio of wire user phone; Said mapping block is used to preserve the mapping relations between subscriber radio and the wire user phone.

6. a call response method is characterized in that, comprising:

Receiving calling signal wherein, comprises the call information that is directed to the wire user phone in the said call signal;

Confirm main power supply situation with electric power;

If main normal, then ringing voltage is provided, so that said wire user telephone rings to said wire user phone with the power supply of electric power; If main power failure with electric power is to sending bell sound activation signal with the corresponding subscriber radio of said wire user phone, so that said subscriber radio jingle bell;

According to main electric power thus supplied with electric power; Call signal is sent to said wire user phone or said subscriber radio; Wherein, the master just often, call signal is sent to said wire user phone with power supply; When leading, call signal is sent to said subscriber radio with the electric power power failure.

7. the call response method described in claim 6 is characterized in that, said call response method also comprises:

After said subscriber radio is by user's off-hook, send conversation signal to said subscriber radio, perhaps after said wire user phone is by user's off-hook, send conversation signal to the wire user phone.

8. a telephone system is characterized in that, comprises the optical network unit described among the claim 1-5 any, and the optical line terminal of transmission that is used to manage the telephone signal of said optical network unit.

Images