TWI763107B - Simultaneous ringing apparatus and system for selecting slave landline and method thereof - Google Patents

Abstract

The present invention provides a simultaneous ringing apparatus and system for selecting slave landline and method thereof, and the simultaneous ringing system including a simultaneous ringing apparatus, a mobile device with APP (Application), multiple fixed-line telephones, in which, when the simultaneous ringing apparatus receives a dialing information that be sent to the mobile device, the simultaneous ringing apparatus according to the dialing information to get at least one of the multiple fixed-line telephones that matches a current location information of the mobile device. In this ways, the simultaneous ringing apparatus commands the mobile device and at least one of the multiple fixed-line telephones to ring simultaneously.

Description

Device, system and method for simultaneous vibration switching of fixed network numbers

The present invention relates to a technology for switching fixed network numbers, and more particularly to a co-vibration device, system and method for switching fixed network numbers.

FIG. 1 is a flow chart of a conventional method for setting a secondary number. As shown in FIG. 1 , in the co-vibration service provided by today's telecom operators, user H needs to manually set a corresponding secondary number (such as a local call) according to his location. A, local dialect B, local dialect C).

For example, when the user H returns home, the local phone A at home needs to be manually set as the secondary number in the simultaneous ringing service, that is, when the primary number (such as a mobile phone) is called, the local phone of the secondary number is called A also rings a ringtone at the same time to remind the user H that there is a call. Similarly, when the user H goes to work in the company, he must manually set the company's local phone B as the secondary number in the co-vibration service, and when the user H is on a business trip, he must also manually set the local phone C of the place of business trip as the co-vibration service. Only the sub-number in the service can use the same vibration service provided by the telecom operator.

However, since the simultaneous vibration service in the prior art requires the user to manually set the secondary number corresponding to his location, it is inconvenient and time-consuming for the user to use. If the user forgets to set the secondary number, it is easy to miss the call. Notice.

Therefore, how to more quickly and accurately set the fixed-line telephone in the range of the user as the secondary number in the simultaneous vibration service is one of the urgent issues to be solved at present.

The present invention provides a co-vibration system for switching fixed network numbers, comprising: a mobile device with an application program for setting phone information of a plurality of fixed-line telephones on the application program; and co-vibration equipment, which is a communication connection The mobile device is used for receiving and storing the telephone information of the plurality of fixed-line telephones sent from the mobile device; wherein, when the synchronizing device receives a dial-up information and sends it to the mobile device, it obtains the dial-up information according to the dial-up information. The current location information of the mobile device and the telephone information of the plurality of fixed-line telephones, and the simultaneous vibration device determines whether the current location information of the mobile device is in the simultaneous vibration of at least one of the plurality of fixed-line telephones in the telephone information In the range, if the current location information of the mobile device is located in the co-vibration range of at least one of the plurality of fixed-line telephones in the phone information, make the co-vibration device command the mobile device and the plurality of fixed-line telephones At least one of them rings at the same time.

The present invention further provides a method for switching fixed-line telephone numbers, which includes: enabling an application program of a mobile device to receive telephone information of a plurality of fixed-line telephones; enabling a synchronizing device to receive and store the plurality of telephone numbers transmitted from the mobile device. Phone information of a fixed-line phone; when the synchronizing device receives a dial-up message and sends it to the mobile device, make the synchronizing device obtain the current location information of the mobile device and the phone number of the plurality of fixed-line phones according to the dial-up information. phone information; and Let the co-vibration device determine whether the current position information of the mobile device is located in the co-vibration range of at least one of the plurality of fixed-line telephones in the phone information, if the current position information of the mobile device is located in the phone information. In the co-vibration range of at least one of the plurality of fixed-line telephones, the co-vibration device commands the mobile device and at least one of the plurality of fixed-line telephones to ring simultaneously.

The present invention provides a co-vibration device for switching fixed network numbers, which is communicatively connected to a mobile device for receiving and storing phone information from a plurality of fixed-line telephones transmitted by the mobile device, wherein the co-vibration device receives a When the dialing information is sent to the mobile device, the current location information of the mobile device and the telephone information of the plurality of fixed-line telephones are obtained according to the dialing information, and the simultaneous vibration device determines whether the current location information of the mobile device is located in the telephone information. In the co-vibration range of at least one of the plurality of fixed-line telephones, so that the co-vibration device commands the mobile device and at least one of the plurality of fixed-line telephones to ring simultaneously.

In one embodiment, the phone information of the plurality of fixed-line telephones includes the fixed-line numbers of the plurality of fixed-line telephones, the telephone location information of the plurality of fixed-line telephones, and the co-vibration range of the plurality of fixed-line telephones.

In one embodiment, the application program of the mobile device further includes a secondary number setting module for setting the phone information of the plurality of fixed-line phones.

In one embodiment, the application program of the mobile device further includes a position reporting module, which is used to periodically determine whether a displacement amount of the current position information of the mobile device in a unit time exceeds a set distance, wherein , when the displacement exceeds the set distance, the position reporting module updates the current position information of the mobile device to the vibration-synchronizing device.

In one embodiment, the application program of the mobile device further includes a parameter setting module, which is used for setting the on or off of the vibrating service and setting the usage period of the vibrating service.

In one embodiment, the synchronizing device further includes a calling module, which is used for receiving the dialing information, and searching for the current location information of the mobile device and the plurality of fixed-line telephones from the database according to the dialing information. Phone information, and the calling module determines whether the current location information of the mobile device is located in the co-vibration range of at least one of the plurality of fixed-line telephones in the phone information, and if there is located in the range of the plurality of fixed-line telephones In the co-vibration range of at least one, the calling module simultaneously calls at least one of the mobile device and the plurality of fixed-line telephones according to the fixed-line number of at least one of the plurality of fixed-line telephones.

In one embodiment, the simultaneous vibration device further includes a data storage and retrieval module for storing the current location information of the mobile device and the phone information of the plurality of fixed-line phones in the database.

In one embodiment, the co-vibration device further includes a location collection module for receiving the current location information of the mobile device transmitted from the mobile device.

It can be seen from the above that the device, system and method for switching fixed network numbers of the present invention can quickly and accurately determine whether the current location information of the mobile device is located in the mobile device by locating the current location information of the mobile device as the main number. In the co-vibration range of at least one of the plurality of fixed-line telephones of the secondary number, whereby when the co-vibration device receives the dialing information sent by other users, it commands the mobile device and at least one of the plurality of fixed-line telephones At the same time, the bell rings, so the present invention can more conveniently, quickly and accurately select at least one of a plurality of fixed-line telephones corresponding to the current location information of the mobile device.

1: Co-vibration system

10: Co-vibration equipment

100: Call Module

101: Data storage module

102: Location Collection Module

11: Mobile Devices

11a: Applications

110: Sub-number setting module

111: Location report module

112: Parameter setting module

12: Fixed line phone

13:Database

A,a,B,b,C,c: local dialect

H,h: user

S31~S34: Steps

S41~S47: Steps

1 is a flowchart of a conventional method for setting a sub-number;

2 is a schematic diagram of a co-vibration system for automatically switching fixed network numbers based on the location of a mobile device;

FIG. 3 is a flow chart of setting a secondary number of the method for automatically switching fixed network numbers based on the mobile device location of the present invention;

FIG. 4 is a co-vibration flow chart of a co-vibration method for automatically switching fixed network numbers based on the location of a mobile device according to the present invention;

FIG. 5 is an embodiment of the co-vibration system for automatically switching fixed network numbers based on the location of the mobile device of the present invention; and

FIG. 6 is another embodiment of the co-vibration system for automatically switching fixed network numbers based on the location of the mobile device of the present invention.

It should be noted that the structures, proportions, sizes, etc. shown in the drawings in this specification are only used to cooperate with the contents disclosed in the specification for the understanding and reading of those who are familiar with the art, and are not intended to limit the implementation of the present invention. Therefore, it has no technical significance. Any modification of the structure, change of the proportional relationship or adjustment of the size should still fall within the scope of the present invention without affecting the effect and the purpose that the present invention can achieve. The technical content disclosed by the invention can be covered within the scope. At the same time, terms such as "a", "first", "second", "upper" and "lower" quoted in this specification are only for the convenience of description and are not used to limit the scope of the present invention. The scope of implementation and the change or adjustment of its relative relationship shall be regarded as the scope of implementation of the present invention without substantially changing the technical content.

FIG. 2 is a schematic diagram of a co-vibration system for automatically switching fixed network numbers based on the location of a mobile device. As shown in FIG. 2, the co-vibration system 1 includes a co-vibration device 10, a mobile device 11 with an application program 11a, a plurality of fixed-line telephones 12 with fixed-line numbers, and a database 13, wherein the co-vibration system 13 includes: The vibration device 10 further includes: a calling module 100, a data storage module 101 and a location collection module 102, and the application program 11a further includes: a sub-number setting module 110, a location reporting module 111 and A parameter setting module 112 . In one embodiment, the co-vibration device 10 is established on a server (such as a general server, a file server, a storage unit server, etc.); the mobile device 11 is a smart phone, a smart watch or other devices with Portable electronic device with telephone function; the application 11a can be an application (Application, APP) of a smart phone; and the plurality of fixed-line telephones 12 are general local telephones or desktops with fixed-line numbers type telephone. In one embodiment, the co-vibration device 10 is set at the back-end device of the overall mobile network architecture (eg, base station, etc.) of the mobile device 11 .

In this embodiment, the system 1 of the present invention for automatically switching fixed-line numbers based on the location of the mobile device provides a simultaneous call service to a user. Therefore, after the user applies to a telecommunication company for the simultaneous call service, If a caller (such as another user's communication device, not shown in the figure) sends a dial-up information (such as the phone number of the user's mobile device 11) to the mobile device 11 of the user's primary number, the dial-up information is passed through The base station (not shown in the figure) transmits it to the back-end equipment of the base station (such as the co-vibration device 10 ), so that the co-vibration device 10 receives the dialing information from the calling party, and according to the dialing information, the data base 13 Or the co-vibration device 10 searches for at least one of the plurality of fixed-line telephones 12 corresponding to the current location of the user that matches the set co-vibration range, so as to obtain the fixed-line number (such as the city) of at least one of the plurality of fixed-line telephones 12 . internal telephone number) as the secondary number (or the target of simultaneous vibration), at this time, the simultaneous vibration device 10 will simultaneously call the primary number of the called user (such as a mobile device Set 11) and the secondary number (such as at least one of the plurality of fixed-line telephones 12), if the current location of the user is not within the set vibration range of at least one of the plurality of fixed-line telephones 12, only the called party will be called. The user's primary ID (eg mobile device 11). Here, the primary number is defined as the mobile device 11 mainly used by the user, and the secondary number (or the ringing target) is defined as the fixed-line telephone 12 of the user at different locations.

In an embodiment, when a user wants to use the vibrating service provided by the vibrating system 1, he must first set the user by using the sub-number setting module 110 in the application 11a of the mobile device 11 (ie, the primary ID). The phone information of a plurality of fixed line phones 12, and the application program 11a of the mobile device 11 transmits the phone information to the co-vibration device 10, so that the phone information can be stored by the data storage module 101 of the co-vibration device 10. Stored in the database 13 or the co-vibration device 10 , wherein the phone information is the fixed-line numbers of the plurality of fixed-line phones 12 , phone location information (such as geographic latitude and longitude), and co-vibration range. Specifically, the user can automatically configure the phone location information of the plurality of fixed-line phones 12 through the Global Positioning System (GPS) of the mobile device 11 , or manually click on the electronic map to configure the plurality of fixed-line phones For the phone location information of the phone 12 , the actual address (eg, Zhongzheng District, Taipei City...) can also be input to set the phone location information of the plurality of fixed-line phones 12 . In addition, the co-vibration range is a range within a radius distance (such as 150 meters, 1 km, etc.) set according to the telephone location information of the plurality of fixed-line telephones 12 as the center of the circle. In addition, the plurality of fixed-line telephones 12 The co-vibration range can be set to different radius distances.

In one embodiment, the location reporting module 111 in the application 11a transmits the current location information (such as geographic latitude and longitude) of the mobile device 11 to the location collecting module 102 of the vibrating device 10, and the vibrating device The location collection module 102 of 10 stores the current location information of the mobile device 11 to the database 13 or the vibrating device 10 through the data storage module 101, The current location information of the mobile device 11 can be located through the GPS in the mobile device 11, and the location reporting module 111 in the application program 11a periodically (such as 5 minutes, 30 minutes, 1 hour, etc.) determines Whether a displacement amount of the current location information of the mobile device 11 in a unit time (such as 10 minutes, 30 minutes, 1 hour, etc.) exceeds a set distance (such as 100 meters, 1 km, etc.), if the displacement amount has When the set distance is exceeded, the location reporting module 111 in the application program 11a transmits and updates the current location information of the mobile device 11 to the location collecting module 102 of the vibrating device 10 . In addition, the parameter setting module 112 in the application program 11a can set the activation or deactivation of the vibrating service, and set the usage time period of the vibrating service (such as 6:00 am to 9:00 am, 5:00 pm to 8:00 pm) Wait).

In one embodiment, when the caller (such as another user's communication device, not shown in the figure) dials the user's mobile device 11, the simultaneous vibration device 10 receives a dial-up information ( such as the phone number of the user's mobile device 11 ), and the call module 100 of the simultaneous vibration equipment 10 searches for the mobile device from the database 13 or the simultaneous vibration equipment 10 according to the dialing information received from the caller The current location information of the mobile device 11 and the telephone information corresponding to the mobile device 11, and the call module 100 of the co-vibration device 10 determines whether the current location information of the mobile device 11 is located in the plurality of fixed-line telephones 12 in the telephone information. In the co-vibration range of at least one of the two, if the current location information of the mobile device 11 is located in the co-vibration range of at least one of the plurality of fixed-line telephones 12, the call module 100 of the co-vibration device 10 sets the The fixed-line number of at least one of the plurality of fixed-line telephones 12 is the secondary number (or the ringing target), and the simultaneous call is the called main number (that is, the mobile device 11 ) and the secondary number (that is, the plurality of fixed-line telephones 12 ). at least one of them). On the contrary, if the current location information of the mobile device 11 is not located in the same vibration of at least one of the plurality of fixed-line telephones 12 In the range, the calling module 100 of the co-vibration device 10 only calls the called primary number (ie, the mobile device 11 ).

In one embodiment, when two or more are located in the co-vibration range, the mobile device 11 can simultaneously set the two or more fixed-line numbers as secondary numbers (or co-vibration targets), or in a priority order (such as distance, telephone designation order) set the fixed network numbers of two or more as the secondary number (or the ringing target) in sequence, so that when one of the secondary numbers (or the ringing target) does not work properly, the other secondary numbers (or the ringing target) can still be used. Or co-vibration target) to maintain the normal function, you can also only designate a fixed network number as the secondary number (or co-vibration target).

In addition, the calling module 100 of the vibrating device 10 can also search the mobile device from the database 13 or the vibrating device 10 through the data storage module 101 according to the dialing information received from the caller The current location information of 11 and the phone information corresponding to the mobile device 11 .

Furthermore, if the current location information of the mobile device 11 is not within the vibrating range of at least one of the plurality of fixed-line telephones 12 , the calling module 100 of the co-vibrating device 10 only calls the called primary number. (ie the mobile device 11).

In addition, whether a displacement amount of the current location information of the mobile device 11 in a unit time (such as 10 minutes, 30 minutes, 1 hour, etc.) exceeds a set distance (such as 100 meters, 1 km, etc.), if the displacement If the distance exceeds the set distance, the mobile device 11 can notify the vibrating device 10, so that the vibrating device 10 can re-determine whether the current location information of the mobile device 11 is located in the plurality of fixed-line phones in the phone information In the co-vibration range of at least one of 12.

FIG. 3 is a flow chart of setting a secondary number of a method for automatically switching fixed network numbers based on the location of a mobile device of the present invention, and is described with reference to FIG. 2 . As shown in FIG. 3, the sub-number setting process follows steps S31 to S34:

In step S31, a user uses the secondary number setting module 110 in the application program 11a of a mobile device 11 to set the phone information of the plurality of fixed-line telephones 12 of the user, wherein the telephone information is the plurality of fixed-line telephones The fixed-line number of the phone 12, the location information of the phone (such as geographic latitude and longitude), and the vibration range.

In step S32 , the application 11 a of the mobile device 11 transmits the phone information to the vibrating device 10 .

In step S33 , the vibrating device 10 receives the phone information transmitted from the application 11 a of the mobile device 11 .

In step S34 , the data storage and retrieval module 101 of the vibrating device 10 stores the phone information in a database 13 or the vibrating device 10 .

FIG. 4 is a flow chart of the co-vibration method for automatically switching fixed network numbers based on the location of the mobile device according to the present invention, and is described with reference to FIG. 2 . As shown in Figure 4, the co-vibration process follows steps S41 to S47:

In step S41 , the location reporting module 111 in the application 11 a of the mobile device 11 transmits the current location information (eg, geographic latitude and longitude) of the mobile device 11 to the location collecting module 102 of the vibration-isolating device 10 .

In step S42 , the position collecting module 102 of the co-vibration apparatus 10 stores the current position information of the mobile device 11 in a database 13 or the co-vibration apparatus 10 through the data storage module 101 .

In step S43, when a caller (such as another user's calling device) dials the mobile device 11, the simultaneous vibration device 10 receives a dial-up information (such as the phone number of the mobile device 11) from the caller. ).

In step S44, the calling module 100 of the vibrating device 10 searches for the current location information of the mobile device 11 and the action from the database 13 or the vibrating device 10 according to the dialing information received from the calling party. Phone information of the plurality of fixed-line telephones 12 corresponding to the device 11 , wherein the telephone information is the fixed-line numbers of the plurality of fixed-line telephones 12 , phone location information (such as geographic latitude and longitude), and vibration range.

In step S45, the calling module 100 of the co-vibration apparatus 10 determines whether the current location information of the mobile device 11 is located in the co-vibration range of at least one of the plurality of fixed-line telephones 12 in the phone information.

In step S46, if the current location information of the mobile device 11 is located in the co-vibration range of at least one of the plurality of fixed-line telephones 12, the call module 100 of the co-vibration device 10 sets the plurality of fixed-line telephones The fixed-line number of at least one of the 12 is the secondary number (or the target of simultaneous ringing), and the main number (ie the mobile device 11 ) and the secondary number (ie, at least one of the plurality of fixed-line telephones 12 ) are called at the same time. .

In step S47, if the current location information of the mobile device 11 is not located in the co-vibration range of at least one of the plurality of fixed-line telephones 12, the calling module 100 of the co-vibration device 10 only calls as the called party. Main ID (ie mobile device 11).

FIG. 5 is an embodiment of the co-vibration system for automatically switching fixed network numbers based on the location of the mobile device according to the present invention, and the same is described with reference to FIG. 2 .

In the present embodiment, a user h pre-sets the phone number of the mobile device 11 (such as a smart phone) with the primary number and the plural number of the secondary number (or the same vibration target) through the application program 11a of the mobile device 11 in advance Fixed-line phone number (such as local phone number), phone location information (such as geographic latitude and longitude), and phones with the same vibration range News.

Therefore, when the user h is at home, if a call device (not shown in the figure) of another user makes a call to the mobile device 11 of the user h, at this time, the vibrating device 10 receives the call device from the other user. The dialed phone number of the mobile device 11, and the simultaneous vibration device 10 searches for a plurality of corresponding fixed-line telephones according to the phone number of the mobile device 11 (i.e. home phone a, company phone b, business phone Local dialect c). Next, the vibrating device 10 determines whether the current location information of the mobile device 11 is located in the co-vibration range of the local phone a at home, the local phone b of the company, or the local phone c of the business trip. The vibrating device 10 determines that the mobile device 11 is located at home and is within the co-vibration range of the local phone a at home. Therefore, the co-vibrating device 10 makes the mobile device 11 and the local phone a ring simultaneously.

Furthermore, when the user h goes to work in the company or goes on a business trip, if the other user's calling device (not shown in the figure) dials the mobile device 11 of the user h, at this time, the simultaneous vibration device 10 also Determine whether the current location information of the mobile device 11 is located in the same vibration range of the local phone b of the company or the local phone c of the business trip, so that the mobile device 11 and the local phone b of the company (or the local phone c of the business trip place) are in the same vibration range. ) simultaneously rings.

In addition, when the co-vibration device 10 determines that the current location information of the mobile device 11 is not within the co-vibration range of the local phone a at home, the local phone b of the company, or the local phone c of the business trip The device 10 only makes the mobile device 11 ring. In short, regardless of the actual geography of the user h How to move the location only needs to pre-set the phone information of the plurality of fixed line phones (ie the local phone a at home, the local phone b in the company, the local phone c in the business trip) in the application program 11a of the mobile device 11 in advance, the present invention Then, the co-vibration system 1 can automatically determine the sub-number of co-vibration for the user h according to the current location information of the mobile device 11 (i.e. the local call at home a, the local call at the company b, and the local call at the place of business trip c). .

FIG. 6 is another embodiment of the co-vibration system for automatically switching fixed network numbers based on the location of the mobile device according to the present invention, and is described with reference to FIGS. 2 and 5 together.

In this embodiment, a user h can be set as the co-oscillation range of the local phone a of the secondary number's home, the local phone b of the company, and the local phone c of the business trip. Therefore, the user h sets the local phone of the home. The co-vibration range of phone a is a radius of 200 meters, the co-vibration range of the company's local phone b is 300 meters, and the co-vibration range of the local phone c of the business trip is 500 meters.

As shown in FIG. 6 , when the user h is on his way to and from get off work, the user h and his smart phone (such as the mobile device 11 ) are located between the company and his home, and the local phone a of the user h from his home is 150 meters, the user h is 200 meters away from the company's local phone b, and the user h is 2000 meters away from the local phone c of the business trip.

In this regard, when another user makes a call to the smartphone of the user h, the synchronizing device 10 receives the dialing information (that is, the phone number of the smartphone of the user h) from the other user to make a call, so as to The current location information of the smart phone of the user h is determined by the vibrating device 10, whether it is located in the local telephone a (200 meters) of the user h's home, the local telephone b of the company (300 meters) or a business trip. The local dialect c (500 meters) of the same vibration range.

Therefore, the co-vibration device 10 determines that the user h is 150 meters away from the local telephone a at home, which is within the co-vibration range of the local telephone a (200 meters) at home, and the user h is far from the company's local telephone. b is 200 meters and is also located in the co-vibration range of the company's local phone b (300 meters). Therefore, the The simultaneous ringing device 10 commands the smartphone of the user h as the main number, and the local telephone a of the home and the local telephone b of the company as the secondary number to ring simultaneously.

Or, according to the priority order required by the user h (such as distance, phone designation order), the ringing order of the local phone a or the local phone b can be set in sequence through the smart phone of the user h, whichever has a higher priority. When the local call (such as local call a) is not connected at the predetermined time, the next priority local call (such as local call b) will ring.

To sum up, the device, system and method of the present invention for switching fixed network numbers with simultaneous vibration provide a user to quickly select at least one secondary number corresponding to the geographic location of the primary number. Specifically, by locating the geographic location of the mobile device as the primary number, the present invention can quickly and accurately determine whether the geographic location of the mobile device is located in the same vibration range of at least one of the plurality of fixed-line telephones as the secondary number. , to command the mobile device and at least one of the plurality of fixed-line telephones to ring simultaneously.

Furthermore, the co-vibration device, system and method for switching fixed network numbers of the present invention have at least the following technical differences and their effects:

1. Compared with the prior art, when the user moves to another location, the user must manually set the phone at the current location as the secondary number, while the present invention only needs to be used in the application program of the mobile device (such as a smart phone). (For example, APP) pre-set the fixed-line numbers and resonance range of multiple fixed-line phones, and automatically locate the phone location information of the multiple fixed-line phones through the app, or manually mark the multiple fixed-line phones on the electronic map. The phone location information of the fixed-line telephone, whereby it can be quickly and accurately determined whether the mobile device is located in the same ringing range of at least one of the plurality of fixed-line telephones, so as to set the plurality of rings that need to be ringed when an incoming call is received. At least one of the fixed line telephones is a secondary number.

2. The present invention uses the GPS positioning of the mobile device, so its position accuracy is higher, so that the simultaneous vibration equipment can more accurately select the secondary number (such as at least one of a plurality of fixed-line telephones) that needs to be synchronized.

3. In the present invention, when the user moves a displacement amount in a unit time exceeds a set distance, the application program of the mobile device will update the current position information of the mobile device synchronously to the vibration equipment, thereby achieving high performance and efficiency. Usability optimization.

1: Co-vibration system

10: Co-vibration equipment

100: Call Module

101: Data storage module

102: Location Collection Module

11: Mobile Devices

11a: Applications

110: Sub-number setting module

111: Location report module

112: Parameter setting module

12: Fixed line phone

13:Database

Claims (10)

A co-vibration system for switching fixed-line numbers, comprising: a mobile device with an application program for setting phone information of a plurality of fixed-line telephones on the application program; and a co-vibration device for communicating with the mobile device , used to receive and store the phone information of the plurality of fixed-line telephones sent from the mobile device; wherein, when the co-vibration device receives a dial-up information and sends it to the mobile device, it obtains the mobile device's phone number according to the dial-up information The current location information and the phone information of the plurality of fixed-line phones, and the co-vibration device determines whether the current location information of the mobile device is located in the co-vibration range of at least one of the plurality of fixed-line phones in the phone information, If the current location information of the mobile device is located in the co-vibration range of at least one of the plurality of fixed-line telephones in the phone information, make the co-vibration device command the mobile device and at least one of the plurality of fixed-line telephones The mobile device will ring the bell at the same time, wherein, the application program of the mobile device further includes a position reporting module, which is used to periodically determine whether a displacement amount of the current position information of the mobile device in a unit time exceeds a set distance, When the displacement exceeds the set distance, the position reporting module updates the current position information of the mobile device to the vibrating device. The co-vibration system according to claim 1, wherein the phone information of the plurality of fixed-line telephones includes the fixed-line numbers of the plurality of fixed-line telephones, the telephone location information of the plurality of fixed-line telephones, and the plurality of fixed-line telephones. The co-vibration range of the phone. The simultaneous vibration system as claimed in claim 1, wherein the mobile device sets the ringing sequence of the plurality of fixed-line telephones, so that the current location information of the mobile device is located at the position in the telephone information. In the co-ringing range of at least one of the plurality of fixed-line telephones, the co-ringing device instructs the mobile device and at least one of the plurality of fixed-line telephones to ring simultaneously according to the ringing sequence. The co-vibration system according to claim 1, wherein the co-vibration device further comprises a calling module for receiving the dialing information, to search for the current location information of the mobile device from a database according to the dialing information, and The phone information of the plurality of fixed-line phones, and the calling module determines whether the current location information of the mobile device is located in the co-vibration range of at least one of the plurality of fixed-line phones in the phone information, if any In the co-vibration range of at least one of the plurality of fixed-line telephones, the calling module simultaneously calls the mobile device and at least one of the plurality of fixed-line telephones according to the fixed network number of at least one of the plurality of fixed-line telephones one. A simultaneous vibration method for switching fixed network numbers, comprising: enabling an application program of a mobile device to receive telephone information of a plurality of fixed network telephones; enabling a simultaneous vibration device to receive and store the plurality of fixed network telephones transmitted from the mobile device the phone information; when the synchronizing device receives a dial-up information sent to the mobile device, the synchronizing device obtains the current location information of the mobile device and the phone information of the plurality of fixed-line phones according to the dial-up information; and Let the co-vibration device determine whether the current position information of the mobile device is located in the co-vibration range of at least one of the plurality of fixed-line telephones in the phone information, if the current position information of the mobile device is located in the phone information. In the co-vibration range of at least one of the plurality of fixed-line telephones, make the co-vibration device command the mobile device and at least one of the plurality of fixed-line telephones to ring simultaneously, wherein one of the application programs is made to ring simultaneously. The location reporting module periodically determines whether a displacement amount of the current location information of the mobile device in a unit time exceeds a set distance, so as to determine whether the displacement amount exceeds a predetermined distance. When the amount exceeds the set distance, the position reporting module is made to update the current position information of the mobile device to the vibrating device. The simultaneous vibration method according to claim 5, wherein the phone information of the plurality of fixed-line telephones includes the fixed-line numbers of the plurality of fixed-line telephones, the telephone location information of the plurality of fixed-line telephones, and the plurality of fixed-line telephones. The co-vibration range of the phone. The simultaneous ringing method according to claim 5, wherein the mobile device sets the ringing sequence of the plurality of fixed-line telephones, so that the current location information of the mobile device is located in the plurality of fixed-line telephones in the telephone information In the co-ring range of at least one of them, the co-vibration device instructs at least one of the mobile device and the plurality of fixed-line telephones to ring simultaneously according to the ringing sequence. The co-vibration method according to claim 5, wherein a call module in the co-vibration device is made to receive the dialing information, so as to search the current location information of the mobile device and the plurality of the mobile device from the database according to the dialing information The phone information of the fixed-line phone, and the calling module determines whether the current location information of the mobile device is located in the co-vibration range of at least one of the plurality of fixed-line phones in the phone information, if any is located in the plurality of In the co-vibration range of at least one of the fixed-line telephones, the calling module can simultaneously call the mobile device and at least one of the fixed-line telephones according to the fixed-line number of at least one of the fixed-line telephones By. A co-vibration device for switching fixed-line numbers is communicated and connected to a mobile device with an application program for receiving and storing phone information from a plurality of fixed-line telephones sent by the mobile device; wherein, when the co-vibration device receives When a dial-up information is sent to the mobile device, the current location information of the mobile device and the telephone information of the plurality of fixed-line telephones are obtained according to the dial-up information, and the simultaneous vibration device determines whether the current location information of the mobile device is located in the telephone the plurality of information In the co-vibration range of at least one of the fixed-line telephones, so that the co-vibration device commands the mobile device and at least one of the plurality of fixed-line telephones to ring simultaneously, wherein a position in the application of the mobile device The report module periodically determines whether a displacement amount of the current position information of the mobile device in a unit time exceeds a set distance, so that when the displacement amount exceeds the set distance, the co-vibration device receives the position report module. The current location information of the mobile device updated by the group. The co-vibration device according to claim 9, further comprising a calling module for receiving the dial-up information, so as to search the current location information of the mobile device and the plurality of fixed-line telephones from the database according to the dial-up information the phone information, and the calling module determines whether the current location information of the mobile device is located in the vibration range of at least one of the plurality of fixed-line phones in the phone information, and if there is located in the plurality of fixed-line phones In the co-vibration range of at least one of the plurality of fixed-line telephones, the calling module simultaneously calls at least one of the mobile device and the plurality of fixed-line telephones according to the fixed-line number of at least one of the plurality of fixed-line telephones.

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