67 results about "User orientation" patented technology

An example system and method elicits reviews and opinions from users via an online system or a web crawl. Opinions on topics are processed in real time to determine orientation. Each topic is analyzed sentence by sentence to find a central tendency of user orientation toward a given topic. Automatic topic orientation is used to provide a common comparable rating value between reviewers and potentially other systems on similar topics. Facets of the topics are extracted via a submission/acquisition process to determine the key variables of interest for users.

A method according to a preferred embodiment can include providing an embeddable interface for a virtual or augmented reality scene, determining a real orientation of a viewer representative of a viewing orientation relative to a projection matrix, and determining a user orientation of a viewer representative of a viewing orientation relative to a nodal point. The method of the preferred embodiment can further include orienting the scene within the embeddable interface and displaying the scene within the embeddable interface on a device.

A method and apparatus are provided for use in association with a computer operated interactive device having a surface, wherein the interactive device is responsive to contact between its surface and persons or objects, and is adapted to selectively display images upon its surface. One embodiment, comprising a method, includes enabling the interactive device to access specified information pertaining to the user. Also, the device is selectively configured for interaction with a user, during a time related to performance of a specified activity. The method further includes using at least some of the specified user information to determine the orientation of the user with respect to a reference position of the surface, at a time related to performance of the specified activity. The method also includes performing a task, wherein performance of the task is related to the determined user orientation.

The present invention provides an acquisition system and a method of an advertising orientation data in a telecommunication network. The system mainly comprises a data extraction module, which is used to perform a communication with a network element inside the telecommunication network through a network interface, to extract at least two user message datum from the network element, and to take the extracted datum as user original orientation datum to transmit to a data analysis module; the data analysis module, which is used to perform a analysis to the user original orientation data transmitted by the data extraction module according to an orientation analysis approach set up in advance, to get user orientation result data, and to transmit the user orientation result data to a data send module; the data send module, which is used to extract a corresponding targeted advertising and to send to the user according to the user orientation result data transmitted by the data analysis module. The utilization of the present invention can get the user orientation result data correlated with the behavior of the user in the telecommunication network, thereby to ensure a telecom operator to provide a targeted advertising matched with a mobile user height for the mobile user.

Embodiments disclosed herein provide systems and methods for integrating user orientation into a voice command system. In a particular embodiment, a method provides receiving audio information spoken by a user during a time period and determining whether the audio information includes a voice command. The method further provides determining a first orientation of the user during the time period and complying with the voice command based on the first orientation.

The invention discloses a landscape vision guiding method based on augmented reality technology; the method comprises the following steps: 1, using mobile electronic equipment to gather user surrounding real time image information; 2, carrying out image identification for gathered image information according to preset landmark image information, determining whether the present frame image has a landmark matched with the preset landmark or not; if yes, carrying out step 3a: building a user surrounding 3D map in real time according to presently identified landmark real time position and present user orientation; 4, forming buttons allowing clicking and selection on the landmarks in the map according to the built 3D map; 5, allowing the user to select the landmark of the corresponding type through the button, forming multiple function expansion items on the landmarks on the 3D map, thus realizing clean and direct landscape vision guide. The method can utilize the augmented reality technology to vividly display landscapes on the 3D map, is low in construction cost, and low in maintenance cost.

Provided are a transportation navigation method and device, which relate to the field of data processing and can guarantee that a user travels in a correct travelling direction. The transportation navigation method comprises: acquiring a navigation azimuth and a user azimuth (101), wherein the navigation azimuth is an included angle between a navigation path direction and a designated direction, and the user azimuth is an included angle between a user orientation and the designated direction; and according to the navigation azimuth and the user azimuth, generating direction indication information (102). The transportation navigation method and device are mainly applied in the process of pedestrian travel navigation.

A method for performing smart screen rotation and an electronic device thereof are provided. A method for controlling screen rotation in an electronic device includes determining a direction of the electronic device, and determining a direction of a user, and determining whether to rotate a screen by comparing the direction of the electronic device with the direction of the user.

The present invention pertains in general to a system, method and apparatus to track a user's interaction with a workstation surrounding the sensing of user presence, user orientation workstation height for association with an identified user and providing notifications to the user for the purposes of recommending standing or seated user orientation as directed by system analysis and allowing access and tacking of such tracking and notifications by users, employers or other predetermined third-parties.

The application provides an information prompting method and apparatus used in an electronic system. The electronic system comprises at least one electronic device and at least one peripheral device which may mutually communicate with each other. The information prompting method comprises that the electronic system receives information, determines the orientation of a user with the at least one peripheral device and the electronic device, calculates the listening range of the user according to the determined user orientation, and pushes the received information to at least one device in the listening range, wherein the at least one device is in the electronic system. The information prompting method and apparatus provided by the application enables the user to be capable of timely receiving device information, such as incoming calls and received short messages or mails of a cell phone, so as to be capable of further processing the information. The information prompting method and apparatus resolves a problem in the prior art that the user cannot receive information because of some reasons.

The invention relates to a virtual sound field real-time interaction system based on a binaural effect, and the system comprises an audio signal collection module which is used for collecting multiple paths of audio signals; a sound field rendering module which is used for performing sound field rendering on the audio signals and acquiring multiple paths of audio signals with reconstructed sound field information based on a binaural effect; a virtual sound field interaction module which is used for splicing multiple paths of audio signals with reconstructed sound field information in real time according to the head parameters and the user orientation information, and constructing a real-time sound effect in the whole sound field; and the output module is used for outputting a real-time sound effect according to the individual adjustment parameters. Compared with the prior art, audio is processed from the sound and the space sense of the sound field, the original sound field is highly restored and reproduced, and the method has the advantages of flexibility, interactivity, user friendliness and the like.

A portable ice shelter with a base, a bottom wall and side walls that form an upper perimeter. At least one frame bracket is mounted to the base. A chair is located in the base with a user orientation directed at a fishing area. A plurality of folding frame members is pivotally attached to the frame bracket. The folding frame members are moveable between a transport configuration and a deployed configuration configured to support a canopy covering. A bottom frame member is moveable between the transport configuration and a deployed configuration. The bottom frame member extends beyond the upper perimeter of the base in the deployed configuration to surround a first fishing area with a first width generally perpendicular to the user orientation. At least one joint on the bottom frame member is configured to modify the bottom frame member to a second fishing area with a second width at least 40% greater than the first width. The second fishing area is greater than the first fishing area. A canopy covering extends over the folding frame members and the bottom frame member to substantially surround the base and the first and second fishing areas.

Dynamic visual indicators such as counter-predictive indicators are applied to apparel and apparatus for activities such as athletics. The counter-predictive indicators are configured to provide an indication of wearer/user orientation or anticipated future movement that differs from a true orientation or actual movement. Alternatively, the predictive indicators can be provided to reinforce or heighten perception of wearer/user orientation or anticipated future movement. In some examples, dynamic visual indicators provide apparent body axes that are tilted or displaced from a wearer's actual body axis. Such dynamic visual indicators can be selected based on measured responses to activity specific images or events.