Abstract: A method for generating customized AI model for generating video, implemented by one or more processors operatively coupled to a non-transitory computer readable storage device, on which are stored modules of instruction code that when executed cause the one or more processors to perform the method including the steps of identifying from user text of new category for generating video by analyzing context, comparing to known categories of video by using AI model to identify known or new category; generating in real time personal/customized AI model for new category by learning subject by third party AI large language acting as an expert for generating new AI model for new category trained by data of different types of videos and use case, for different subjects and video structure; generating in real time personal/customized video by applying the generated AI model of the new category using the user original prompt.

Abstract: The present invention discloses a method for generating video, to perform the steps of: receive entity instructions by text or voice using natural language; analyzing entity instructions for identifying technical and creative requirements including: style, context, content, type and properties of content objects, layout of video frames, order—sequence of disapplying content, functionality of objects; selecting video template of at least one scene based analysed instructions and all identified technical and creative requirements; exploring and aggregating content of text, image or video multimedia based on identified technical and creative requirements of the selected at least one template; generating new video by implementing selected or new video template using aggregated content wherein the generated video complies with all analyzed requirements.

Abstract: The present invention provides a method for generating customizable and encapsulated media files, said method comprising: determining at least one media unit for encapsulation, each media unit comprising a basic media content. For each of said determined media unit, defining multiple data layers, each layer being associated with a different data type, wherein said defining of said layers comprises: defining media objects of each media unit, defining properties of each defined media object, defining customization rules for said determined at least one media unit, defining dynamic motion rules for at least one of said defined media objects and creating an encapsulated media file containing the at least one media unit and data layers thereof, said encapsulated media file being configured for de-capsulation thereof for playing content thereof, according to the defined layers thereof.

Abstract: The present invention provides a method for generating customizable and encapsulated media files, said method comprising: determining at least one media unit for encapsulation, each media unit comprising a basic media content. For each of said determined media unit, defining multiple data layers, each layer being associated with a different data type, wherein said defining of said layers comprises: defining media objects of each media unit, defining properties of each defined media object, defining customization rules for said determined at least one media unit, defining dynamic motion rules for at least one of said defined media objects and creating an encapsulated media file containing the at least one media unit and data layers thereof, said encapsulated media file being configured for de-capsulation thereof for playing content thereof, according to the defined layers thereof.

Abstract: A continuous passive motion device is provided which imparts a reciprocating spiral motion to one or more fingers of a user. The device can also be adapted for use with a thumb. The motion is achieved by linking a rotary motion of the device to a linear motion with respect to the device of a linear actuator.

Abstract: A portable CPM machine is presented for causing controlled continuous passive motion of one or more of the digits of a patient's hand. The device is mounted on the dorsal surface of the hand for motion of the four fingers and is mounted on the palmar aspect of the forearm for motion of the thumb. The thumb use is independent of finger use in that the device is mounted in a different location and the axis of rotation is about a line which is perpendicular to the frontal or sagittal plane of the forearm. The mounting for use with the thumb has the device mounted on the palmar surface of the forearm parallel to the longitudinal axis of the forearm. In both instances, the device is supported by a splint on the user's hand which extends along the forearm. The device has a housing with an actuating mechanism located within the housing.