4results about How to "Easy switching process" patented technology

The invention relates to the field of document processing, and discloses a new interaction method for document shortcut operation, which comprises the following steps of: switching documents; a gesture input button is clicked, an input gesture list view is displayed, and after an'adding 'button is clicked, a user enters a gesture adding view; matching recognition is carried out by introducing an intelligent algorithm through an input gesture and a gesture pattern drawn by a user in a current gesture recognition area, a corresponding gesture function is triggered if a matching result is obtained, and a current interaction page is exited after clicking to exit; quickly browsing the page; according to the new interaction method for the document shortcut operation, a wheel disc interaction area and a redoing and redoing area are adopted, a user is allowed to execute complex document editing operation through natural and visual gestures through a gesture recognition technology, and dependence on traditional button clicking is reduced. The interaction mode not only improves the operation speed, but also reduces the cognitive burden of the user when the user uses the document processing software.

The invention discloses a key storage mechanism switching method, a cluster system, a device, a medium and a product, and relates to the technical field of data security management. And when the current secret key storage mechanism meets the switching condition of the secret key storage mechanism, the first main secret key corresponding to the current secret key storage mechanism is utilized to carry out deblocking processing on the first secret key, and a plaintext form of the deblocked first secret key is obtained. The data does not need to be encrypted, and online switching of the key storage mechanism is realized through the de-encapsulation and encapsulation of the main key and the first key under the respective key storage mechanism. Through the de-encapsulation and encapsulation between the keys (the main key and the first key of the respective key storage mechanism), the repeated operation of decryption and encryption on the data is not needed, and the switching efficiency is saved. The data of the current encryption service is not influenced, and the storage availability and the flexibility of online switching of different key storage mechanisms are improved.

The utility model provides a simple electric folding bed, which comprises a bed frame, a folding mechanism and a folding mechanism, the front bed plate and the rear bed plate are arranged on the front support and the rear support respectively, the front bed plate comprises a back plate and a front seat plate, one end of the back plate is hinged to one end of the front seat plate, and the front seat plate is fixed to the front support; the driving assembly comprises a driving piece and a rotating action piece connected with the driving piece, and the rotating action piece is rotatably arranged on the front support and abuts against the back plate; one end of the connecting rod is fixed with a front bracket, the other end of the connecting rod is fixed with the front seat plate, the connecting rod is provided with a mounting structure which can be penetrated by the rotary action piece, and the rotary action piece is connected with the connecting rod through the mounting structure; the folding bed solves the problems that in the prior art, a folding bed is complex and loose in structure, large in weight, not prone to moving and large in occupied space when stored.

This invention discloses a signal intelligent control method and system for a multi-interface microcontroller, relating to the field of intelligent interface scheduling technology. It includes: S1: Setting a corresponding interface resource configuration template according to the operational requirements of each test mode, and obtaining the conversion probability corresponding to each candidate module through a mode prediction model, generating a corresponding switching request; S2: Managing the switching data stream corresponding to the switching request through a dual-active data buffer, and simultaneously performing multiple verifications on the first frame data in the switching data stream through set real-time data verification points; S3: Setting a corresponding digital twin model according to the interface resource configuration template corresponding to the target mode, obtaining the expected KPI value, and performing adaptive parameter adjustment based on the comparison result between the expected KPI value and the actual KPI data. This invention can predict upcoming test mode transitions in advance and generate pre-scheduling instructions, pre-allocating and preparing interface resources for the target mode.