Abstract: A communication system using a pager receiving calling data transmitted via radio signals from a paging terminal, with the paging receiver being driven by a processing unit that decodes calling data in received calls and checks whether a first code component is time related data by decoding the calling data. If the first code component is time related data, the corresponding mode of the timed alarm setting is determined by comparing mode data with a second code component of the calling data received subsequent to the first code component. A third code component of the calling data received subsequent to the second component is stored in a storage area corresponding to the mode of the time data established by the second code component. Once the time and date represented by the third code component becomes equal to the current time, a controlling stage generates an alarm driving signal, thereby enabling activation of either, or both, an aural or vibration alarm signal, as well as a visual display.

Abstract: A communication system using a pager receiving calling data transmitted via radio signals from a paging terminal, with the paging receiver being driven by a processing unit that decodes data in received calls and checks whether a first predetermined code has a request for precedence, and detects a corresponding mode by comparing a second predetermined code subsequent to the first predetermined code with predefined mode data, stores message data subsequent to the second predetermined code in a storage area of the detected corresponding mode, searches for repeatedly received message data by reading the message data stored, rearranges message data, and if a read key is depressed by a user, displays the message data component of the rearranged data.