17 results about "Mobile content" patented technology

An automatic traveling system controls movement of a work vehicle by a near-field operation terminal capable of moving the work vehicle within a predetermined range with respect to the work vehicle, and a far-field operation terminal capable of moving the work vehicle out of the predetermined range with respect to the work vehicle. The automatic traveling system sets a near-field mode in which movement of the work vehicle by the near-field operation terminal is permitted, and a far-field mode in which movement of the work vehicle by the far-field operation terminal is permitted, and sets a movement content by which the near-field operation terminal is capable of moving the work vehicle, and a movement content by which the far-field operation terminal is capable of moving the work vehicle, based on the set mode.

A mobile content viewing device plays and displays content on a display, stores a scene and a time in which the content is played and displayed, acquires a measured value of a light quantity sensor, compares the measured value with a predetermined natural light threshold value if determined the measured value is equal to or greater than the natural light threshold value, suggests re-viewing in which the content is returned to and played from a scene of the content displayed on the display at that time, and plays and displays the content again from the scene of the content displayed on the display at that if an input of an instruction for the re-viewing received.

The present disclosure generally relates to the performance of motion mitigation techniques. Some techniques are for shifting the display of content, shifting the output of a sound field, altering content based on a gaze of a user, and / or altering content based on a state of a user.

The invention relates to a mobile content packaging bag cargo carrying pallet fork mechanism which comprises a suspension frame, a rectangular frame is vertically arranged at the right end of the suspension frame, a pallet fork mounting plate is rotatably arranged on the left side of the rectangular frame, and a main pallet fork capable of lifting up and down to compact the upper end of cargoes is arranged on the left end face of the pallet fork mounting plate. The front side and the rear side of the pallet fork mounting plate are respectively provided with an auxiliary pallet fork which can be moved to be folded inwards to compact the two side surfaces of the goods or separated outwards to loosen the clamping of the goods, the bottom of the pallet fork mounting plate is fixedly connected with a pallet fork bottom plate for stacking the goods, and a push plate for pushing out the goods on the pallet fork bottom plate is arranged below the main pallet fork. The two sides of a packaging bag containing goods are clamped and flattened through the auxiliary pallet forks, in this way, when the packaging bag is stacked, protruding parts on the two sides of the packaging bag do not need to be manually plugged and flattened inwards, automation of goods carrying operation is achieved, the operation cost can be reduced easily, and the operation efficiency is improved easily.

The invention provides an intelligent long graph slitting method and system based on element weight optimization and convolution punishment, and the method comprises the steps: optimizing the weights of text, table and image elements, and designing a convolution punishment mechanism, so as to more globally and intelligently slit a long graph. Compared with a traditional long image segmentation method (a fixed height segmentation method, a blank area detection method and a machine learning single element protection method), the method can forcibly avoid a high-density content area, is adaptive to different equipment sizes, achieves the full-automatic segmentation and paragraph combination, does not need to manually intervene in the segmentation result again, and improves the user experience. Experimental data show that compared with a traditional long graph segmentation method, the intelligent long graph segmentation method based on element weight optimization and convolution penalty has the advantages that the element cutting rate and the number of paragraph fractures are remarkably reduced, the user satisfaction is remarkably improved, and the intelligent long graph segmentation method based on element weight optimization and convolution penalty is suitable for scenes such as mobile terminal content display, document printing and typesetting, social media sharing and the like.

Various implementations disclosed herein include devices, systems, and methods for tracking an image-based pose of a device in a three-dimensional (3D) coordinate system based on content motion. For example, a process may include obtaining sensor data in a physical environment that includes an object. The process may further include determining a set of 3D positions of a plurality of features for a first frame that includes a 3D position of a feature corresponding to the object. The process may further include determining that the object or content associated with the object is in motion based on a change in the feature between the first frame and a second frame. The process may further include tracking an image-based pose of the device based on a subset of the plurality of features, the subset excluding one or more features associated with the object determined to be in motion.

The present disclosure relates to systems, methods, and non-transitory computer-readable media that utilize machine-learning models to classify content items and automatically organize the content items within a file structure according to their content item classifications. For instance, a content item classification system generates one or more content item classification models to determine classifications for content items and / or folders. In some instances, the classification system detects when new content items are added to a smart folder, determines destination folders to which the content items belong based on classifying the content items, and automatically moves the content items accordingly. In various instances, the classification system generates and utilizes a classification model to organize content items into dynamically-generated folders. In example implementations, the classification system generates and utilizes a classification model to automatically organize existing content items into existing folders.

A content container is provided according to one embodiment of the present invention. The content container comprises: a housing unit configured to receive content therein; and a vertical movement unit positioned in the housing unit and configured to move the content. The vertical movement unit comprises: a support member rotatable with respect to the housing unit; and a piston raised and lowered by the rotation of the support member in order to move the content, wherein the support member may be configured to be raised and then lowered when the support member rotates at a predetermined angle.

The invention relates to the field of mobile content distribution, and provides a content scheduling method and device, equipment and a storage medium. The method comprises the following steps: acquiring attribute data of to-be-distributed content, state data of at least one target node in a content distribution network and external influence factor data; inputting the attribute data of the to-be-distributed content, the state data of the at least one target node and the external influence factor data into a trained content distribution quantity prediction model to obtain predicted distribution quantity information of the to-be-distributed content on the at least one target node in a future specified time period; and performing content pre-distribution and / or resource adjustment on the at least one target node based on the predicted distribution quantity information. According to the content scheduling method provided by the invention, accurate and fine-grained prediction can be carried out on the content distribution quantity of the CDN nodes, so that the accuracy of content pre-distribution and the utilization efficiency of network resources are improved.

Provided in the present application are an always-on-display (AOD) method and an electronic device. After detecting a screen-off event, an electronic device can display AOD content in a first display area, and can power off display areas in a power-on state other than the first display area. The electronic device powers on a second display area on the basis of an event for triggering the movement of the AOD content, moves the AOD content from the first display area to the second display area, and powers off display areas in a power-on state other than the second display area. By means of the method, the AOD content can be moved between any display areas of a display screen on the basis of the event for triggering the movement of the AOD content, and display areas where no AOD content is displayed are powered off. Thus, the interactivity of the AOD content can be improved, and the power consumption of the electronic device in an AOD state can also be reduced.

To provide a user interface for vehicles that is less likely to cause discomfort to the user. [Solution] The display device includes a touch panel, a first display unit positioned in front of the steering wheel, a second display unit positioned at least one side of the vehicle width direction relative to the first display unit and positioned further back than the first display unit, and a third display unit connecting the first and second display units and having a curved surface. The information processing device has a control unit configured to receive a request input to the touch panel for moving content displayed on one of the first and second display units to the other display unit, and to output information to the display device that modifies the content as it moves when the content is moved from one display unit to the other display unit via the third display unit.

A system for displaying customized mobile content to users at a venue via a user device, includes a server system in conjunction with a plurality of machine-readable codes mounted within the venue. The server system performs the following steps: providing mobile content in a database; collecting user data associated with the user; receiving a request from one of the user devices, the request being generated by scanning one of the machine-readable codes with the user device; determining the user data associated with the user who scanned the machine-readable code; selecting, based upon the user data, customized mobile content from the mobile content in the database; and providing the customized mobile content to the user device.

A display device includes a touch panel, a first display unit disposed in front of a steering wheel, a second display unit disposed on at least one side of the first display unit in a vehicle width direction and also disposed on a rear side of a vehicle with respect to the first display unit, and a third display unit with a curved surface connecting the first display unit and the second display unit to each other, and an information processing apparatus includes a controller configured to execute: receiving a request input to the touch panel to move content displayed on one of the first and second display units to the other display unit; and outputting, to the display device, information for moving the content while deforming it when the content is moved from the one display unit to the other display unit via the third display unit.

The present disclosure relates to systems, methods, and non-transitory computer-readable media that utilize machine-learning models to classify content items and automatically organize the content items within a file structure according to their content item classifications. For instance, a content item classification system generates one or more content item classification models to determine classifications for content items and / or folders. In some instances, the classification system detects when new content items are added to a smart folder, determines destination folders to which the content items belong based on classifying the content items, and automatically moves the content items accordingly. In various instances, the classification system generates and utilizes a classification model to organize content items into dynamically-generated folders. In example implementations, the classification system generates and utilizes a classification model to automatically organize existing content items into existing folders.

The present disclosure relates to systems, methods, and non-transitory computer-readable media that utilize machine-learning models to classify content items and automatically organize the content items within a file structure according to their content item classifications. For instance, a content item classification system generates one or more content item classification models to determine classifications for content items and / or folders. In some instances, the classification system detects when new content items are added to a smart folder, determines destination folders to which the content items belong based on classifying the content items, and automatically moves the content items accordingly. In various instances, the classification system generates and utilizes a classification model to organize content items into dynamically-generated folders. In example implementations, the classification system generates and utilizes a classification model to automatically organize existing content items into existing folders.

The invention provides a screen-off display method and electronic equipment. After the electronic equipment detects the screen turn-off event, the AOD content can be displayed in the first display area, and the display area in the power-on state outside the first display area is powered off. And the electronic equipment powers on the second display area according to the event used for triggering the AOD content to move, moves the AOD content from the first display area to the second display area, and powers off a display area in a power-on state outside the second display area. According to the method, the AOD content can be moved between any display areas of the display screen according to the event used for triggering the AOD content to move, and the display area without AOD content display is powered off. Not only can the interactivity of the AOD content be improved, but also the power consumption of the electronic equipment in the screen-off display state can be reduced.

The present disclosure generally relates to the performance of motion mitigation techniques. Some techniques are for shifting the display of content, shifting the output of a sound field, altering content based on a gaze of a user, and / or altering content based on a state of a user.