Method and device for implementing general slots and communication device

Abstract

The invention provides a method and device for implementing general slots and a communication device. The method comprises following steps: when it is detected that a module is inserted in a target slot, obtaining a module identification of the module; determining the module as a power supply module or a battery module according to the module identification; when the module is the power supply module, inputting a first type control signal to a control signal pin of a connector corresponding to the target slot; when the module is the battery module, inputting a second type control signal to the control signal pin of the connector corresponding to the target slot. By means of the method and device of the invention, the security of communication devices can be increased.

Description

technical field [0001] The invention relates to the field of communication technology, in particular to a method, device and communication equipment for realizing a universal slot. Background technique [0002] At present, for various types of communication equipment in the field of communication technology (taking storage equipment as an example), on the one hand, it is necessary to supply power to the system, which requires a power supply module (usually a primary power supply module); After power-on, it is necessary to ensure the integrity of the system data, which requires a battery module to supply power to the system in time when the mains power fails abnormally, so as to ensure that the system completely flushes the data in the memory cache (high-speed buffer memory) to the system disk. [0003] In practical applications, storage devices generally have a relatively large number of disks, resulting in large system power consumption, which leads to a storage device requ...

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Problems solved by technology

[0003] In practical applications, storage devices generally have a relatively large number of disks, resulting in large system power consumption, which leads to a storage device requiring multiple power modules and multiple battery modules. However, the number of power modules and battery modules is too large. , causing easy confusion in use, especially for non-hardware developers (such as testers, software personnel, market maintenance personnel), it is easy to insert the battery module into the power module slot, which may cause damage to the device

It is also extremely inconvenient for usability and maintainability

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