Abstract:
Content receivers may simultaneously record multiple instances of content for multiple programming channels based on content provider instructions. Systems and methods utilize the content receivers to record these multiple instances from at least a single transponder. In some instances, multiple transponders may have a common control word so that content carried on each such transponder may be simultaneously received, decoded and recorded. Further, a single demodulator may be associated with multiple tuners, so that the single demodulator processes all content received from transponders with common control words and/or other encryption mechanisms.
Abstract:
Methods and apparatus are described for assessing the video image decoding quality of a set top box (STB), television receiver or other video device. Moving video testing of video delivery hardware in a manufacturing environment uses a video sequence that has reference characteristics embedded in the visible portion of the video signal from frame to frame. Each frame of the video is analyzed for distortions of the embedded reference objects, and the reference objects are allowed to move from frame to frame. The reference objects are located through the use of a background that is easily discriminated from the objects and by the use of frame templates that locate the reference information in the frame.
Abstract:
A fluid valve fitting (102) has an incoming conduit (112) with an inlet, an outlet, and a coupling assembly (118) for its outlet, and an out-going conduit (114) with an inlet, an outlet, and a coupling assembly (118) for its inlet. The fitting also has a bypass conduit (116) between the incoming and the outgoing conduits, an inflow valve (124) in the incoming conduit, an outflow valve (132) in the outgoing conduit, and a bypass valve (140) in the bypass conduit. An actuator assembly (150) is coupled to lock mechanisms (188,194) of the coupling assemblies (118), the inflow valve (124), the outflow valve (132), and the bypass valve (140). Operation of the actuator assembly (150) con- currently operates the lock mechanisms (188,194), the inflow valve (124), the outflow valve (132), and the bypass valve (140).
Abstract:
A server that hosts an application transmits a state of the application to a client. The server determines that a response to the state is expected and that the response will be one of a finite number of possible responses. The server then generates one or more additional states utilizing at least one possible response from the finite set and provides the additional state(s) to the client. In some implementations, the server provides the additional state when the response is actually received. However, in other implementations, the server provides the additional state when generated and the client presents it when user input that equals the response is received. Additionally, in various implementations, the server may generate an additional state for each of the possible responses. However, in various other implementations, the server may generate additional states for a selected number of the possible responses.
Abstract:
A content player receives user-specific information from different users and associates the information with content. Subsequently, the player receives a request to perform a content-altering operation. In response, the player performs the operation such that the information for the requesting user is affected, but not the information for other users. The information may include a placeholder, an indication as to whether the content and/or the entire content has been accessed, a protection status indicating whether or not the content can be deleted, and so on. The information may be added to and/or configured to accompany and/or otherwise be associated with the content. The player may identify the user so that different information for different users can be associated with the content for the respective user, such as by prompting the user to select an identifier from a list or perform a "log in."
Abstract:
Disclosure is directed to determining a condition of the television receiver and communicating information regarding that condition to end-points that are external to the television receiver. The television receiver may create a two-dimensional barcode with information regarding the receiver condition and output the two-dimensional barcode for display on a display device. Once displayed on the display device, the two-dimensional barcode may be scanned into a mobile device where the information regarding the receiver condition may be stored, processed and/or forwarded to another location or device.
Abstract:
An electronic device determines information for configuring control of the device by a remote, generates a matrix codes including the information, and transmits the matrix code to a display device. The remote then captures the displayed matrix code, decodes the information, and configures itself to control the electronic device. Configuration of the remote may include pairing, configuring selection elements of the remote, and so on. In some implementations, the electronic device may interact with another device and the information may be for configuring the remote to control the electronic device in the context of the other device. Additionally, in various implementations, the remote may transmit identifying information to the electronic device which may configure itself to further communicate with the remote utilizing such information. Moreover, in various implementations, the remote may capture matrix codes generated by other devices in order to configure the remote to control those devices as well.
Abstract:
One embodiment described herein may take the form of a system or method utilizing one or matrix codes to aid in installing a display device. In one embodiment, the one or more matrix codes may be utilized to configure the transmission of the multimedia presentation based on the orientation of the display device. In general, the one or more matrix codes may be obtained and decoded by one or more devices such that the information contained within the matrix codes may be provided to an electronic device for configuration of the multimedia presentation. In another embodiment, the one or more matrix codes may be utilized to determine the resolution of the display device and/or, in yet another embodiment, the generated matrix codes may be configured to account for the resolution of an associated display device, such that matrix codes displayed on a low resolution display device may be larger than matrix codes displayed on a high resolution display.
Abstract:
An electronic device may derive information specific to the device, dynamically generate a matrix code that includes the information as well as user support information, and transmit the dynamically generated code to a display. When a user captures the matrix code with a reader device, the reader device may decode (or use a back end server to decode) the specific information specific and the user support information and initiate a user support request. Thus, user support for electronic devices may be facilitated utilizing dynamically generated matrix codes, such as (but not limited to) QR codes. In response to the initiated user support request, user support may then be provided for the user. Problems may be automatically taken care of for the user, tutorials may be provided for the user, one or more notifications may be provided to the user, service calls may be scheduled for the user, and so on.
Abstract:
A television provider receives content from a plurality of users. The user generated content is aggregated and scheduled for broadcast across a channel of the television provider. The user generated content is then broadcast at the scheduled time for reception by communication devices associated with the television provider.