Playing apparatus and method for arbitrary dynamic multi-layered multi-image media with position automatically recognized

Abstract

The invention discloses a device and a method for playing any dynamic multilayer multi-picture media at an automatic identification position. The method pre-establishes a file naming rule and controls the play of a file by adopting the pre-established file naming rule. A media player can automatically identify and determine the realization layer number (such as 1 to 10 layers, namely, a catalog progression) according to file names in a media storage card, each layer can be randomly distributed with a plurality of file link buttons (such as 1 to 35 file link region buttons, namely, each layer is divided into subareas), and simultaneously, each picture can be randomly distributed with a plurality of functional buttons (1 to 6 functional buttons). The device and the method avoid the trouble of manually using a remote controller to set, have excellent system compatibility, and support random setting of one to ten layers; and each layer can support the setting of different file link buttons and different functional buttons, and each button position can be in any position (at most 35 picture subareas or 35 link buttons, and at most 6 functional buttons).

Description

technical field [0001] The invention relates to a media playing device and a playing method thereof, in particular to a playing device and a method for automatically identifying any dynamic multi-layered multi-picture media at any position. Background technique [0002] With the development of science and technology, the application of media player with touch screen is more and more extensive. Such as multimedia advertising machine, public information inquiry machine, etc. The touch screens of existing media playing devices can generally be divided into two types, namely, fixed-point touch screens and non-fixed-point touch screens. For non-fixed-point touch-type touch screens, a computer must be used as the application base and equipped with a corresponding computer operating system (such as Windows XP), which is expensive and inconvenient to operate. For different application environments, the software system must be redeveloped according to the customer's requirements. I...

AI Technical Summary

Problems solved by technology

For non-fixed-point touch screens, a computer must be used as the application basis and equipped with a corresponding computer operating system (such as Windows XP), which is expensive and inconvenient to operate

For different application environments, the software system must be redeveloped according to the customer's requirements. If the customer has new requirements, the software must also be redeveloped, which is cumbersome and wastes capital.

For different broadcast files, it also needs to be re-set, but can not achieve plug and play

This playback device cannot automatically set the number of layers returned after each layer of files has been played, nor can it automatically return

The fixed-point touch screen also has disadvantages such as high cost, inability to realize plug and play, complicated use, and inability to return automatically after playing.

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