Stereoscopic image display system based on operations of physical objects and method thereof

A stereoscopic image display system based on operations of physical objects, comprising:

• at least two sensible objects, wherein each of the at least two sensible objects has operation components and an identification component to be sensed, and configured to generate a continuous action code based on an operation sequence of the operation components;
• and
• at least two handheld box-type stereoscopic display devices, wherein each of the at least two handheld box-type stereoscopic display devices comprises:
• a sensor, configured to sense the identification component of one of the sensible objects to obtain an object code, sense the continuous action code generated by the one of the sensible objects, and use the object code and the continuous action code together as self-generated code data;
• and
• a smart device, comprising:
• a network unit, connected to the network for transmitting data through a wireless transmission component, and configured to connect to another of the at least two handheld box-type stereoscopic display devices, wherein after connection, the network unit transmits the self-generated code data, receives the self-generated code data from the another of the at least two handheld box-type stereoscopic display devices, and uses the received self-generated code data as targeted code data;
• a storage unit, connected to the network unit and configured to download stereoscopic action images corresponding to the at least two sensible objects from the network for storage and update, wherein each of the stereoscopic action images corresponds to an object-and-action identifier;
• a loading unit, connected to the network unit, the storage unit, and the sensor, and configured to compare the self-generated code data and the targeted code data with the object-and-action identifier, respectively, wherein when the self-generated code data matches the object-and-action identifier, the loading unit sequentially loads and integrates the stereoscopic action images corresponding to the self-generated code data into a self-generated stereoscopic action image, and when the targeted code data matches the object-and-action identifier, the loading unit sequentially loads and integrates the stereoscopic action images corresponding to the targeted code data into a targeted stereoscopic action image;
• and
• an imaging unit, connected to the loading unit and configured to generate and display an first virtual stereoscopic image on one side thereof based on the self-generated stereoscopic action image, generate and display an second virtual stereoscopic image to the other side thereof based on the targeted stereoscopic action image, wherein the first virtual stereoscopic image and the second virtual stereoscopic image present actions corresponding to the operation sequence of the operation components.

A stereoscopic image display method based on operations of physical objects, applied in environment with two physical objects and two handheld box-type stereoscopic display devices, and comprising:

• providing each of the two physical objects with operation components and an identification component, and generating a continuous action code based on an operation sequence of the operation components, by each of the two physical objects;
• storing stereoscopic action images corresponding to the two physical objects, by each of the two handheld box-type stereoscopic display devices, wherein each of the stereoscopic action images corresponds to an object-and-action identifier;
• sensing the identification component of one of the two physical objects through a sensor, to obtain an object code, sensing the continuous action code generated by the one of the two physical objects, and using the object code and the continuous action code together as self-generated code data, by each of handheld box-type stereoscopic display devices;
• connecting to another of the handheld box-type stereoscopic display device through a transmission component, and after connection, transmitting the self-generated code data, receive the self-generated code data from another of the two handheld box-type stereoscopic display devices, and using the received the self-generated code data as targeted code data, by each of the two handheld box-type stereoscopic display devices;
• comparing the self-generated code data and the targeted code data with the object-and-action identifier, respectively, and when the self-generated code data matches object-and-action identifier, sequentially loading the stereoscopic action images corresponding to the self-generated code data and integrating the loaded stereoscopic action images into a self-generated stereoscopic action image, and when the targeted code data matches object-and-action identifier, sequentially loading the stereoscopic action image corresponding to the targeted code data and integrating the loaded stereoscopic action images into a targeted stereoscopic action image, by each of the two handheld box-type stereoscopic display devices;
• generating and displaying an first virtual stereoscopic image on one side thereof based on the self-generated stereoscopic action image, and generating and displaying an second virtual stereoscopic image to the other side thereof based on the targeted stereoscopic action image, by each of the two handheld box-type stereoscopic display devices, wherein the first virtual stereoscopic image and the second virtual stereoscopic image present actions corresponding to the operation sequence of the operation components.

A stereoscopic image display method based on operations of physical objects, applied in environment with at least two sensible objects and at least two handheld box-type stereoscopic display devices, and comprising:

• connecting each of the at least two handheld box-type stereoscopic display devices to network through a wireless transmission component thereof, to download stereoscopic action images corresponding to the at least two sensible objects for storage and update, wherein each of the stereoscopic action images corresponds to an object-and-action identifier;
• when operation components of one of the at least two sensible objects are operated, generating a continuous action code based on an operation sequence of the operation components, by the one of the at least two sensible objects;
• connecting to another of the at least two handheld box-type stereoscopic display devices through a wireless transmission component thereof, and sensing an identification component of one of the at least two sensible objects to obtain an object code through a sensor thereof, sensing the continuous action code generated by the one of the at least two sensible objects, and using the object code and the continuous action code together as self-generated code data, by each of the at least two handheld box-type stereoscopic display devices;
• transmitting the sensed self-generated code data through a wireless transmission component thereof, receiving the self-generated code data sensed by another of the at least two handheld box-type stereoscopic display devices, and using the received self-generated code data as targeted code data, by each of the at least two handheld box-type stereoscopic display devices;
• comparing the self-generated code data and the targeted code data with the object-and-action identifier, respectively, and when the self-generated code data matches the object-and-action identifier, sequentially loading the stereoscopic action images corresponding to the self-generated code data and integrating the loaded stereoscopic action images into a self-generated stereoscopic action image, when the targeted code data matches the object-and-action identifier, sequentially loading the stereoscopic action images corresponding to the targeted code data and integrating the loaded stereoscopic action images into a targeted stereoscopic action image, by each of the at least two handheld box-type stereoscopic display devices;
• and
• generating and displaying an first virtual stereoscopic image on one side thereof based on the self-generated stereoscopic action image, generating and displaying an second virtual stereoscopic image on the other side thereof based on the targeted stereoscopic action image, by each of the at least two handheld box-type stereoscopic display devices, wherein the first virtual stereoscopic image and the second virtual stereoscopic image present actions corresponding to the operation sequence of the operation component.