9 results about "Telephone exchange" patented technology

The present invention discloses an FPGA-based telephone online detection device, method, controller and computer storage medium. The device includes a user interface circuit unit and an FPGA processing unit. The FPGA processing unit is used to obtain an SHK signal through the user interface circuit unit and send a test digital signal to the user interface circuit unit; the user interface circuit unit is used to convert the test digital signal into an analog signal, and convert the analog signal into a feedback digital signal through an inverting operational amplifier circuit, a telephone line interface and an addition and subtraction operational amplifier circuit; the FPGA processing unit is used to determine whether a telephone is connected to the telephone line corresponding to the telephone line interface. This allows the application to realize the online detection function without the need for additional circuits and equipment, thereby reducing equipment costs and being used on small-volume telephone exchanges or transmission equipment, thereby effectively performing telephone online detection.

Method, system and computer program product, the product comprising a non-transitory computer readable medium retaining instructions, which when read by a processor, cause the processor to: execute business logic applicable to first and second versions of a telephone exchange system, wherein communication with the first / second version is performed using an object of a first / second class compatible with the first / second version and not with the second / first version, and wherein the business logic is implemented using a universal object of a universal class comprising all fields and methods of the first and second classes; in response to determining to communicate with a first / second system implementing the first / second version: transform the universal object into a first / second object; and transmit the first / second object to the first / second system; wherein the processor is part of a computerized system that comprises a plurality of version-heterogenous telephone exchange systems, including the first and the second telephone exchange systems.

The invention discloses a dynamic routing dial testing method and system for an intelligent dispatching telephone switching network, and relates to the technical field of power grid dispatching. The method comprises the following steps: constructing a telephone switching network routing dial test platform, and collecting site information, routing data and position information to construct a routing information base; and determining an abnormal route by executing the test path and comparing a test result with the route information base. And reordering the abnormal routes according to the importance of the routes, and carrying out repeated dialing test. And rechecking the retest data according to the set abnormal tolerance, marking the route exceeding the tolerance, and outputting an alarm signal to a display terminal and a mobile terminal to remind a worker to maintain in time. The method can improve the stability and reliability of the telephone switching network routing.

A telephone exchange apparatus includes an acquisition unit, an extraction unit, a specification unit, and a call control unit. In a case where an incoming call including a user ID is detected, the acquisition unit acquires event information of a user having the user ID, the event information indicating a schedule event. The extraction unit extracts location information of the user from the event information. The specification unit specifies a telephone terminal to which the user is most likely to respond among telephone terminals on a basis of the location information, the telephone terminals having been used by the user in a past. The call control unit causes the specified telephone terminal to ring.

A digital signal coding and decoding method, a digital broadcasting system, and a digital telephone exchange system are provided. The digital signal coding and decoding method includes providing a direct current signal; and providing a first direction indication signal and a second direction indication signal on the direct current signal according to each digital signal, so as to generate a plurality of coded signals. The digital signals include a plurality of low level digital signals and a plurality of high level digital signals. The first direction indication signal and the second direction indication signal are signals in opposite directions.

A first gateway registers an extension number of a terminal apparatus to an extension control means. A flow control means routes an outgoing call originated from the terminal apparatus and an outgoing call addressed to the terminal apparatus between the first gateway and a second gateway. When receiving the outgoing call originated from the terminal apparatus from the first gateway, the extension control means processes the outgoing call as an outgoing call from the extension number of the terminal apparatus. In addition, when an outgoing call addressed to the extension number of the terminal apparatus is made, the extension control means transmits the outgoing call addressed to the terminal apparatus to the first gateway.

The invention belongs to the field of network telephone exchange, and discloses an IPPBX (Internet Protocol Private Branch Exchange)-based customized call flow implementation system and method, and the system comprises a Web terminal, middleware and an IPPBX, the Web terminal is used for acquiring a call flow design customized by a user for the first call number; the middleware is used for acquiring a call flow design, converting the call flow design into JSON data, storing the JSON data, and notifying the IPPBX to update a first call number to a call flow configuration container; and the IPPBX is used for receiving a call request of a caller, requesting JSON data corresponding to a second call number from the middleware if the second call number carried by the call request is in the call flow configuration container, translating the JSON data into a call plan, and realizing a call flow according to the call plan. According to the invention, the call flow design is flexibly configured, the expandability is good, the IPPBX dynamically obtains the JSON data from the middleware, the number of configurable call flows is increased, and the memory occupation of the IPPBX is reduced.