Patent ID: 11963109
Assignee: BEIJING XIAOMI MOBILE SOFTWARE CO., LTD.
Field: Digital communication (Electrical engineering)
Classification: CPC H | IPC H

Claim 14:
15. The method of claim 14, wherein, determining the second sub configuration upper limit of each bandwidth during multi-bandwidth transmission by the terminal according to the first sub configuration upper limit of the equivalent duty cycle of each bandwidth working independently at the corresponding power class, comprises:
calculating by the terminal, an average value of the first sub configuration upper limits of the equivalent duty cycles of the n bandwidths working independently at the corresponding power class, and determining a quotient value of the average value and n as the second sub configuration upper limit of each bandwidth during multi-bandwidth transmission;
or,
calculating by the terminal, a maximum value of the first sub configuration upper limits of the equivalent duty cycles of the n bandwidths working independently at the corresponding power class, and determining a quotient value of the maximum value and n as the second sub configuration upper limit of each bandwidth during multi-bandwidth transmission;
or,
calculating by the terminal, a minimum value of the first sub configuration upper limits of the equivalent duty cycles of the n bandwidths working independently at the corresponding power class, and determining a quotient value of the minimum value and n as the second sub configuration upper limit of each bandwidth during multi-bandwidth transmission;
or,
calculating by the terminal, an average value of the first sub configuration upper limits of the equivalent duty cycles of the n bandwidths working independently at the corresponding power class, and determining n subdivision values after dividing the average value according to n weights as the second sub configuration upper limits of the n bandwidths during multi-bandwidth transmission, in which the n weights correspond to the n bandwidths one by one and a sum of the n weights is 1;
or,
calculating by the terminal, a maximum value of the first sub configuration upper limits of the equivalent duty cycles of the n bandwidths working independently at the corresponding power class, and determining n subdivision values after dividing the maximum value according to n weights as the second sub configuration upper limits of the n bandwidths during multi-bandwidth transmission, in which the n weights correspond to the n bandwidths one by one and a sum of the n weights is 1;
or,
calculating by the terminal, a minimum value of the first sub configuration upper limits of the equivalent duty cycles of the n bandwidths working independently at the corresponding power class, and determining n subdivision values after dividing the minimum value according to n weights as the second sub configuration upper limits of the n bandwidths during multi-bandwidth transmission, in which the n weights correspond to the n bandwidths one by one and a sum of the n weights is 1.