16 results about "Tangible object" patented technology

Implementations set forth herein relate to a graphical user interface (GUI) element that can be manipulated at an interface to indicate a particular object and / or feature of interest to be considered when providing generative output for a separate user request. One or more GUI elements can be provided at a display interface, such as a touch display panel and / or virtual or augmented reality display interface, thereby allowing the GUI elements to be associated with rendered and / or tangible objects. When a user interacts with a GUI element, the GUI element can exhibit responsive behavior that is based on features of the interaction and / or other features of a particular object. When an object of interest is identified, processing can be performed to identify information about the object, and this information can then be utilized to facilitate provisioning of a generative output that is responsive to a separate user request.

Systems and methods access stored object information of a tangible object associated with a user account of a user, the stored object information being stored to data storage location(s) and indicating parameters associated with use of the tangible object. Parameter(s) are ascertained from the stored object information, with at least one parameter including benefit(s) available to the user upon use of the tangible object. Customized interface content to be depicted via a GUI of the user device is generated, where the customized interface content represents a virtual depiction of the tangible object and at least one of the benefit(s) available upon use of the tangible object. Display of the customized interface content via the GUI of the user device is initiated, where the customized interface content depicts at least one of the benefit(s) as part of a design of the virtual depiction of the tangible object.

A system for utilizing machine learning models and other technologies to process, organize, and manage tangible object and associated metadata is provided. The system captures media content of an object in an environment and analyzes the media content to identify the object. The system determines whether the object matches an object in a profile of a user. If the object matches the object in the profile, the system retrieves metadata associated with the object from the profile to provide further context for the object. The system updates the metadata for the object and stores the updated metadata in the profile. If the system determines that the object does not match an object in the profile, the system determines that the object is a new object and adds the object to the profile. The system generates and stores metadata associated with the new object in the profile to track the object.

To flexibly determine whether or not a user has acquired a prize.SOLUTION: A game control device acquires history information indicating a history of play of an online crane game by a user. The game control device sets a first distance at which a prize acquisition condition is considered to be satisfied based on the history information. A tangible object is placed in the predetermined space. The tangible object is either a prize or a substitute for the prize. A game control device acquires position information indicating a position of a tangible object in a predetermined space. The game control device acquires a second distance by which the tangible object is moved on the basis of the operation by the user on the basis of the position information. The game control device determines whether or not an acquisition condition is satisfied based on the first distance and the second distance.SELECTED DRAWING: Figure 1

The disclosure includes embodiments for an analysis system. A method according to some embodiments is executed by a graphics processing unit. The method includes generating input data including image data captured with a monocular camera operating in a field environment wherein the image data describes a two-dimensional image of the field environment. The method includes analyzing the input data to generate output data describing a three-dimensional graphic of the field environment depicted in the two-dimensional image. In some embodiments, the output data localizes objects, such as a mobile field device upon which the monocular camera is mounted, within the field environment. In some embodiments, the output data localizes any tangible object located within the field environment with an accuracy that satisfies a threshold for accuracy. The method includes modifying an operation of an autonomous control system of a mobile field device based on the output data.

A system for utilizing machine learning models and other technologies to process, organize, and manage tangible object and associated metadata is provided. The system captures media content of an object in an environment and analyzes the media content to identify the object. The system determines whether the object matches an object in a profile of a user. If the object matches the object in the profile, the system retrieves metadata associated with the object from the profile to provide further context for the object. The system updates the metadata for the object and stores the updated metadata in the profile. If the system determines that the object does not match an object in the profile, the system determines that the object is a new object and adds the object to the profile. The system generates and stores metadata associated with the new object in the profile to track the object.

Methods and computer systems for methods, computer systems, and computer-readable memory media for constructing a system model. A first computer-aided x (CAx) model of a tangible object is received that is described in a first CAx model domain and includes a first model-based definition (MBD) and first CAx product manufacturing information (PMI). The first MBD includes geometric data and topological data. Second CAx PMI is received from a second CAx model domain different from the first CAx model domain. The second CAx PMI is mapped to the topological data of the first MBD using a systems modelling language, and a system model is constructed that includes the first MBD and the mapped second CAx PMI. The system model is stored in a non-transitory computer-readable memory medium.

The present invention provides a solid bath additive containing tangible materials that can be manufactured efficiently while minimizing stress on the tangible materials placed inside, and a method for manufacturing the same. [Solution] The device comprises first and second solid parts 12(1) and 12(2), which are pressure-molded bodies of aggregates of granular bath additive raw materials 16, and a tangible object 14 housed within the first and second solid parts 12(1) and 12(2). The first and second solid parts 12(1) and 12(2) each have flat joining surfaces 12a(1) and 12(2), and recesses 12b(1) and 12b(2) provided in the inner regions of the joining surfaces 12a(1) and 12a(2). In the assembled state, the joining surfaces 12a(1) and 12a(2) abut each other and are joined together via an adhesive 18, and the recesses 12b(1) and 12b(2) face each other to form a housing space 20, in which the tangible object 14 is housed.

Implementations set forth herein relate to a graphical user interface (GUI) element that can be manipulated at an interface to indicate a particular object and / or feature of interest to be considered when providing generative output for a separate user request. One or more GUI elements can be provided at a display interface, such as a touch display panel and / or virtual or augmented reality display interface, thereby allowing the GUI elements to be associated with rendered and / or tangible objects. When a user interacts with a GUI element, the GUI element can exhibit responsive behavior that is based on features of the interaction and / or other features of a particular object. When an object of interest is identified, processing can be performed to identify information about the object, and this information can then be utilized to facilitate provisioning of a generative output that is responsive to a separate user request.

A system and apparatus for interacting with a virtual reality environment by means of a virtual reality glove comprising artificial muscles. A plurality of artificial muscles comprising individual artificial muscles operable to either expand or contract is embedded in or attached to a virtual reality glove. Individual artificial muscles are actuated in response to stimulus in the virtual reality environment such that a user wearing the virtual reality glove experiences resistance to virtual objects simulating a resistance the user would feel from a tangible object.

A system for utilizing machine learning models and other technologies to process, organize, and manage tangible object and associated metadata is provided. The system captures media content of an object in an environment and analyzes the media content to identify the object. The system determines whether the object matches an object in a profile of a user. If the object matches the object in the profile, the system retrieves metadata associated with the object from the profile to provide further context for the object. The system updates the metadata for the object and stores the updated metadata in the profile. If the system determines that the object does not match an object in the profile, the system determines that the object is a new object and adds the object to the profile. The system generates and stores metadata associated with the new object in the profile to track the object.

Methods and computer systems for methods, computer systems, and computer-readable memory media for constructing a system model. A first computer-aided x (CAx) model of a tangible object is received that is described in a first CAx model domain and includes a first model-based definition (MBD) and first CAx product manufacturing information (PMI). The first MBD includes geometric data and topological data. Second CAx PMI is received from a second CAx model domain different from the first CAx model domain. The second CAx PMI is mapped to the topological data of the first MBD using a systems modelling language, and a system model is constructed that includes the first MBD and the mapped second CAx PMI. The system model is stored in a non-transitory computer-readable memory medium.

Systems and methods access stored object information of a tangible object associated with a user account of a user, the stored object information being stored to data storage location(s) and indicating parameters associated with use of the tangible object. Parameter(s) are ascertained from the stored object information, with at least one parameter including benefit(s) available to the user upon use of the tangible object. Customized interface content to be depicted via a GUI of the user device is generated, where the customized interface content represents a virtual depiction of the tangible object and at least one of the benefit(s) available upon use of the tangible object. Display of the customized interface content via the GUI of the user device is initiated, where the customized interface content depicts at least one of the benefit(s) as part of a design of the virtual depiction of the tangible object.

To determine whether details are present in a shape of a core.SOLUTION: A core design apparatus calculates a distance to other nodes for all nodes of a mesh obtained by dividing a core into a plurality of parts. The core design apparatus records, for each of all the nodes, information indicating other nodes present within a predetermined distance. The core design apparatus generates a shape of the core by arranging a space or a tangible object for each mesh. The core design apparatus classifies boundaries between the space and the tangible object into groups for each continuous edge. When nodes positioned on the boundary are defined as boundary nodes, the core design apparatus determines whether or not details are present on the basis of other boundary nodes present within a predetermined distance from the boundary nodes.SELECTED DRAWING: Figure 4

Implementations set forth herein relate to a graphical user interface (GUI) element that can be manipulated at an interface to indicate a particular object and / or feature of interest to be considered when providing generative output for a separate user request. One or more GUI elements can be provided at a display interface, such as a touch display panel and / or virtual or augmented reality display interface, thereby allowing the GUI elements to be associated with rendered and / or tangible objects. When a user interacts with a GUI element, the GUI element can exhibit responsive behavior that is based on features of the interaction and / or other features of a particular object. When an object of interest is identified, processing can be performed to identify information about the object, and this information can then be utilized to facilitate provisioning of a generative output that is responsive to a separate user request.

This invention provides a method, system, and method of using storage media that allows users to leverage the value of blockchain while experiencing the same user experience as with tangible objects. [Solution] A method performed by a system 100 in which a tangible object is used, wherein a reader 11 reads data for identifying the tangible object value recorded in the blockchain 70 from the storage medium of the tangible object 20, and by referring to the blockchain 70 based on the read data, the tangible object value 72 recorded in the blockchain 70 is identified, and a process is performed using the identified tangible object value.