Structure of a paging receiver and a message data storage control method

Claim 2

A paging receiver for receiving a message data in which an overhead is inserted, comprising: a first storing means for storing body data of said message data in a memory slot specified by a memory slot number set in the overhead; a second storing means for storing storage methods of said body data for respective memory slots in said first storing means; and a control means for selecting a storage method corresponding to a memory slot number set in said overhead among memory data stored in said second storing means and storing said body data with a selected storage method in said first storing means.

Claim 3

The paging receiver of claim 1, wherein said second storing means stores one of storage method of replacement that replaces a pre-stored body data in said first storing means with a newly received body data and combination that combines a pre-stored body data in said first storing means and a newly received body data for each memory slot of said first memory means.

Claim 4

The paging receiver of claim 1, wherein when data indicating a storage method of body data is further set in said overhead, said second storing means changes storage method of body data corresponding to a memory slot number set in said overhead to a storage method indicated by said data.

Claim 5

The paging receiver of claim 1, wherein when data indicating a storage method of body data is further set in said overhead, said control means instructs said second storing means to change said storage method corresponding to a memory slot number set in said overhead to said storage method indicated by said data, and instructs said first storing means to store said body data with said storage method indicated by said data.

Claim 6

The paging receiver of claim 1, wherein said first storing means controls preset memories using memory slot numbers and controls other memories so as to store a latest body data in leading portion by shifting pre-stored body data at each time of storing a body data.

Claim 7

The paging receiver of claim 5, wherein said control means judges whether or not a memory slot number is set in said overhead, and if a memory slot number is not set in said overhead said control means makes memories that are not controlled by memory slot numbers in said first storing means store said body data.

Claim 8

The paging receiver of claim 1, further comprising: a third storing means for storing own ID numbers; a decoder for comparing own ID numbers stored in said third storing means with an ID number of received message data; a displaying means for displaying body data of said message data.

Claim 9

A paging receiver for receiving a message data in which an overhead is inserted, comprising: a first storing means for storing body data of said message data in a memory slot specified by a memory slot number set in said overhead; a second storing means for storing storage methods that are one of replacement that replaces a pre-stored body data in said first storing means with a newly received body data and combination that combines a pre-stored body data in said first storing means and a newly received body data for each memory slot of said first storage means, for deleting said storage method that stores a memory slot number set in said overhead, and for newly storing a storage method indicated by said data if said overhead is further set data indicating a storage method of said body data; and a control means for selecting a storage method corresponding to a memory slot number set in said overhead from among storage data stored in said second storing means, instructing said first storing means to store said body data in selected storage method, if said overhead is further set data indicating a storage method of said body data, instructing said second storing means to change said storage method corresponding to a memory slot number in said overhead to a storage method indicated by said data and instructing said first storing means to store said body data in a storage method indicated said data.

Claim 10

A paging receiver for receiving a message data in which an overhead is inserted, comprising: a first storing means for storing body data of said message data in a memory slot specified by a memory slot number set in said overhead; a second storing means for storing storage methods that are one of replacement that replaces a pre-stored body data in said first storing means with a newly received body data and combination that combines a pre-stored body data in said first storing means and a newly received body data for each memory slot of said first storage means, for deleting said storage method that stores a memory slot number set in said overhead, and for newly storing a storage method indicated by said data if said overhead is further set data indicating a storage method of said body data; and a control means for selecting a storage method corresponding to a memory slot number set in said overhead from among storage data stored in said second storing means, instructing said first storing means to store said body data in selected storage method, if said overhead is further set data indicating a storage method of said body data, instructing said second storing means to change said storage method corresponding to a memory slot number in said overhead to a storage method indicated by said data and instructing said first storing means to store said body data in a storage method indicated said data.

Claim 11

The paging receiver of claim 8, wherein said first storing means controls preset memories using memory slot numbers and controls other memories so as to store a latest body data in leading portion by shifting pre-stored body data at each time of storing a body data.

Claim 12

The paging receiver of claim 8, wherein said control means judges whether or not memory slot numbers are set in said overhead, and if memory slot numbers are not set in said overhead said control means makes memories that are not controlled by memory slot numbers in said first storing means store said body data.

Claim 13

The paging receiver of claim 8, further comprising: a third storing means for storing own ID numbers; a decoder for comprising own ID numbers stored in said third storing means with an ID number of received message data; a displaying means for displaying body data of said data.

Claim 14

A message data storage control method comprising: (a) step of modifying message data to provide an overhead adjacent to a body data, wherein said overhead is set memory slot numbers for storing said body data, and transmitting said message data; (b) step of setting a storage method of said body data for each memory number storing body data of said message data in a reception side; and (c) step of selecting a storage method corresponding to a memory slot number set in said overhead of a received message data from among storage methods indicated by respective memory slot numbers and storing body data of said received message data in a selected storing method.

Claim 15

A message data storage control method comprising: (a) step of modifying message data to provide an overhead adjacent to a body data, wherein said overhead is set memory slot numbers for storing said body data, and transmitting said message data; (b) step of setting a storage method of said body data for each memory number storing body data of said message data in a reception side; and (c) step of selecting a storage method corresponding to a memory slot number set in said overhead of a received message data from among storage methods indicated by respective memory slot numbers and storing body data of said received message data in a selected storing method.

Claim 16

The message data storage control method of claim 12, wherein said (a) step further comprises a step of setting a changing data for indicating change of preset storage method of body data in said overhead which is adjacent to said memory slot number.

Claim 17

The message data storage control method of claim 13, wherein said (c) step changes a preset storage method corresponding to said memory slot number to a storage method indicated by said change data and storing said body data in a changed storing method when said change data is set in said over head adjacent memory slot number.

Claim 18

The message data storage control method of claim 12, wherein said (b) step sets one of storage method of replacement that replaces a pre-stored body data in said first storing means with a newly received body data and combination that combines a pre-stored body data in said first storing means and a newly received body data for each said memory slot.

Claim 21

The system as set forth in claim 16, wherein: said plurality of predetermined formats further comprises a second format such that said message contains said respective body data and said respective overhead, said respective overhead specifying (1) said one of said numbered storage slots, and (2) a respective message storage method; and when said newly-received one of said messages has said second format, said controller uses said respective message storage method to update said corresponding storage method specification of said second memory, and then stores said respective body data of said newly-received message in said specified one of said numbered storage slots according to said updated corresponding storage method specification.

Claim 22

The system as set forth in claim 17, wherein: said first memory further comprises non-numbered storage slots; said plurality of predetermined formats further comprises a third format such that said message contains said respective body data and said respective overhead, said respective overhead being free of a specification as to any of said numbered storage slots; and when said newly-received one of said messages has said third format, said controller stores said respective body data of said newly-received message in one of said non-numbered storage slots.