Source: http://www.google.com.tw/patents/US7254226
Timestamp: 2013-06-20 00:34:35
Document Index: 763230346

Matched Legal Cases: ['arty 130', 'arty 120', 'arty 320', 'arty 330', 'arty 330', 'arty 330', 'arty 330', 'arty 330', 'arty 330', 'arty 320', 'arty 330', 'arty 330', 'arty 530', 'arty 330', 'arty 530']

�M�Q US7254226 - Call waiting priority alert - Google �M�Q�j�M �Ϥ� �a�� Play YouTube �s�D Gmail ���ݵw�� ��h »�i���M�Q�j�M | �������� | �n�J�i���M�Q�j�M�M�QA method for delivering a priority call waiting alert service to a telephone subscriber. An embodiment of the present invention may be implemented on an Advanced Intelligent Network (AIN). When a call intended the subscriber is received by a service switching point from a calling party while the telephone...http://www.google.com.tw/patents/US7254226?utm_source=gb-gplus-share�M�Q US7254226 - Call waiting priority alert���}��US7254226 B1�X���������v�ӽЮѽs��09/849,971�o�G���2007�~8��7���ӽФ��2001�~5��8�� �u���v���2001�~5��8����L���}�M�Q��US7602896, US8175247, US20070127660, US20100020958���}��09849971, 849971, US 7254226 B1, US 7254226B1, US-B1-7254226, US7254226 B1, US7254226B1�o��HLinda Ann Roberts, Edward Michael Silver��M�Q�v�HAt&T Intellectual Property, Inc.�M�Q�ޥ� (106), �D�M�Q�ޥ� (38), �Q�H�U�M�Q�ޥ� (10), ���� (9) �~���s��: ���M�Q�ӼЧ�, ���M�Q�ӼЧ��M�Q����T��, �ڬw�M�Q��Call waiting priority alertUS 7254226 B1�K�n A method for delivering a priority call waiting alert service to a telephone subscriber. An embodiment of the present invention may be implemented on an Advanced Intelligent Network (AIN). When a call intended the subscriber is received by a service switching point from a calling party while the telephone line is already engaged in a first communication between the subscriber and a third party, the calling party is solicited to supply a priority code. If the priority code is recognized by a service control point, a call waiting tone or a priority alert signal associated with the priority code is played to alert the subscriber that a priority call has been received.
The subscriber list contains information related to one or more priority codes. Each of the priority codes is associated with a priority alert signal. The priority alert signal may be a tone or an earcon (musical sound). In addition, the priority alert signal may be a spoken alert, e.g., the priority alert signal could be a recorded speech segment comprising ��a priority call is waiting.��
FIG. 2 is a flowchart illustrating exemplary steps for using an embodiment of the present invention. In step 202, a relationship between a priority code and the telephone number associated with telephone line 114 of subscriber 110 is created. The telephone number of subscriber 110 may be hereinafter referred to as the subscriber number. The priority code can be a number or a series of numbers. For example, the priority code may be ��4444.��
In step 216, when calling party 130 has supplied a recognizable priority code, telephone network 100 interrupts the communication session between subscriber 110 and third party 120 with a priority alert signal. In one embodiment, as described above, the priority alert signal is different from a regular call waiting tone so that subscriber 110 can know that a priority call is waiting. For example, the priority alert signal may be a tone or an earcon (musical sound). In addition, the priority alert signal may be a spoken alert, e.g., the priority alert signal could be a recorded speech segment comprising ��a priority call is waiting.��
A method for implementing the first preferred embodiment may comprise the following steps. In step 402, at least one priority code is associated with the subscriber number. For illustration purposes, the subscriber number is ��123-456-7890.��
The priority code may be any number that subscriber 310 so designates to implement the present invention. The priority code can have any number of digits. Preferably, the priority code has two to six digits. For example, subscriber 310 may designate ��8888�� as a priority code. The priority code must be provided by subscriber 310 to potential calling parties from whom subscriber 310 wishes to have priority call waiting treatment.
In step 410, while the communication session between subscriber 310 and third party 320 remains uninterrupted, SCP 340 sends a first instruction to SSP 316 to solicit a priority code from calling party 330. The solicitation may be in the form of an announcement. For example, the announcement may comprise, ��The party you wish to reach is on the phone, please enter a priority code if you wish to alert the party about this call.��
In step 412, assuming calling party 330 keys in or says a priority code, SCP 340 determines whether the priority code provided by calling party 330 is a recognizable priority code. For example, SCP 340 may access database 342 to review Table 1. If the priority code provided by calling party 330 is ��8888��, the process goes to step 418; otherwise, the process goes to step 414.
In step 414, SCP 340 sends a default response to SSP 316. The default response may any suitable action supported by the AIN. For example, the default response may comprise an instruction to play an announcement to calling party 330. In step 416, SSP 316 executes a default action associated with the default response. For example, SSP 316 may play the following announcement, ��You have not provided a recognizable priority code. Good Bye.�� In preferred embodiments, calling party 330 may be provided with more than one opportunity to supply a recognizable priority code.
Depending on what subscriber 310 chooses to do in step 420, the process can go to either step 422 or step 426. For example, if subscriber 310 presses a key that is designated, such as a ��flash�� key, to answer the call the process goes to step 422. In step 422, the first communication session between subscriber 310 and third party 320 is suspended by SSP 316 using known call waiting technologies. In step 424, a second communication session is establish between calling party 330 and subscriber 310.
If in step 420 subscriber 310 chooses to ignore the call waiting, an announcement may be played by SSP 316 after a predetermined period of time or a number of rings. For example, if subscriber 310 does not pick up the call after five rings, an announcement may be played, for example, ��The party you wish to reach is unavailable. Please try again later.��
As shown in Table 2, subscriber 310 can provide potential calling parties with one or more of the three priority codes. In one instance, subscriber 310 can provide first calling party 330 with only the first priority code ��1111,�� second calling party 530 with only the second priority code ��2222,�� and all other priority calling parties with only the third priority code ��3333.�� In this manner, as each of the three priority codes is associated with a priority alert signal, subscriber 110 would know that first calling party 330 is trying to reach him when he hears Priority Alert Signal A. Similarly, if Priority Alert Signal B is heard, subscriber 310 knows that it is second calling party 530 who is trying to reach him. In a specific example, Priority Alert Signals A, B, and C may comprise one, two, and three beeps, respectively. It is known in the art that distinctive ringing patterns are resident in switching software, including that provided by Lucent Technologies, Nortel Networks, and other manufacturers of telecommunication equipment.
Subscriber 310 can also provide all potential calling parties with all three priority codes. In this manner, subscriber 310 can inform his or her potential calling parties to use different priority codes for different level of priority or urgency. For example, subscriber 310 can request them to use ��1111�� for ordinary calls, ��2222�� for a call with a more urgent nature, and ��3333�� only in exceptional circumstances.
In step 612, SCP 340 consults database 342. Using the information in the Called_Party_ID field of the query, SCP 340 may access subscriber information for subscriber 310. For example, using ��123-456-7890,�� SCP 340 can retrieve Table 2 shown above.
In step 614, SCP 340 instructs SSP 316 to solicit a priority code from the calling party. In step 616, if the calling party does not provide a recognizable priority code, i.e., none of the ��1111,�� ��2222,�� and ��3333,�� has been provided, the process goes to step 618. In step 618, SCP 340 sends a default response to SSP 316. The default response may be to play an announcement for the calling party in step 620. Alternatively, the default response may be to provide subscriber 310 with a regular call waiting tone in step 620.
However, if in step 616 a recognizable priority code was provided by the calling party, SCP 340 sends SSP 316 a priority response in step 622. The priority response may comprise, for example, an appropriate priority alert signal that is associated with the priority code supplied by the calling party. For example, if the calling party had supplied ��1111�� as the priority code, then Priority Alert Signal A would be indicated in the response. The priority alert signal may be indicated, for example, in a ControllingLegTreatment field of the priority response.
In step 624, SSP 316 plays for subscriber 310 an appropriate priority alert signal in accordance with the indicator appearing in the ControllingLegTreatment field of the response from SCP 340. Subscriber 310 can decide, based on the type of priority alert signal played whether to answer the call. If subscriber 310 decides to answer the call by pressing an appropriate key, e.g., the ��flash�� key, the process goes to step 626. Otherwise, the process goes to step 630, in which an announcement may be played by SSP 316 to the calling party that subscriber 310 is unavailable or other default handling is provided. Alternatively, the call may be directed, for example, to an alternate destination such as the subscriber's voicemail.
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