Business management method and business management system for multiple operating systems and terminal

Abstract

The invention provides a business management method and a business management system for a multi-operating system and a terminal. The business management method for multiple operating systems comprises the following steps: when receiving a request instruction of invoking service business of any operating system in the multiple operating systems, determining a corresponding relation of the any operating system and an embedded user identity identification module; switching to number information and a service protocol of a corresponding embedded user identity identification module according to the corresponding relation; and executing the request instruction and completing the service business requested by a user based on the number information and the service protocol. By adopting the business management method provided by the technical scheme of the invention, the number information and the service protocol of the corresponding embedded user identity identification module are used for completing the service business in different operating systems, so the convenience of using the number information and the service protocol of the embedded user identity identification module is improved, and the user experience is improved by package features matched with a service agreement.

Description

technical field [0001] The present invention relates to the technical field of terminals, in particular to a multi-operating system service management method, a multi-operating system service management system and a terminal. Background technique [0002] In related technologies, the e-SIM card refers to an embedded SIM card (Subscriber Identity Module, also known as a Subscriber Identity Module). On the chip of the device, there is no need to replace the SIM card, and there is no need to lock a certain operator's network, and the physical SIM card module is omitted to make the design of the mobile terminal thinner and lighter. Therefore, it has become a development trend to use e-SIM cards instead of physical SIM cards. , but currently a mobile terminal device only writes one e-SIM card information, and runs on a single operating system. [0003] At present, operators have different service packages for each number according to the user's use. For example, the network pack...

AI Technical Summary

Problems solved by technology

[0002] In related technologies, the e-SIM card refers to an embedded SIM card (Subscriber Identity Module, also known as a Subscriber Identity Module). On the chip of the device, there is no need to replace the SIM card, and there is no need to lock a certain operator's network, and the physical SIM card module is omitted to make the design of the mobile terminal thinner and lighter. Therefore, it has become a development trend to use e-SIM cards instead of physical SIM cards. , but currently a mobile terminal device only writes one e-SIM card information, and runs on a single operating system

[0003] At present, operators have different service packages for each number according to the user's use. For example, the network package provides more network traffic but shorter call time. Since the mobile terminal only has one e-SIM card information, the user can only choose one With the increasing role of mobile terminals in the work and life of users, the mode of single number and single operating system can no longer meet the needs of users

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