Abstract: A charge port cover, sized and shaped for selective concealment of a charge port recess of a vehicle during vehicle connection via a charging cable to an external charging source. The charge port cover includes a body plate member comprised of rigid or semi-rigid material. The body plate member includes a planar front face and a planar rear face juxtaposed in opposite orientations to one another. The body plate member also includes an outer edge surface joining and defining a perimeter of the front face and the rear face, the outer edge surface having a thin profile. The body plate member also includes a charging connector aperture, located at an interior spaced-apart location from the perimeter, defining a passageway between the planar front face and the planar rear face and configured to selectively receive a charging cable therethrough.

Abstract: The present disclosure relates a laser arrangement (1) and a method of the laser arrangement, arranged to output energy in the form of laser emission, for emitting controlled Q-switched laser emission. The laser arrangement comprises a gain medium (2) arranged to be excited when pumped, an optical resonator (3), an active Q-switch (4) arranged in the optical resonator, said active Q-switch (4) being controllable between at least a high loss state and a low loss state, and being arranged to introduce loss in the optical resonator to prevent lasing in the high loss state and to affect lasing minimally in the low loss state, a photo detector (5) arranged to detect the presence of a free running pulse (1?) generated by the optical resonator and which occurs when a lasing threshold is reached and a processing circuitry (6) arranged to control (S4) of the state of the active Q-switch based on the detection of the free running pulse.

Abstract: Particular embodiments use a fast channel change (FCC) process that stores an amount of content at a network device for channels that are available to a subscriber. The network device can join video streams for channels to receive content for all the channels. The network device then stores a portion of the content for all the channels in storage. When the set-top box requests a channel change, the set-top box sends a join request for the requested channel to the network device. Then, the network device sends the stored content for the requested channel to the set-top box. The stored content allows the channel change to be performed faster because the stored content is sent at wire speed and then once the join of the channel is processed, the content for the channel that is received from the regular video stream can then be sent per the channel requirements.

Abstract: The present disclosure relates a laser arrangement (1) and a method of the laser arrangement, arranged to output energy in the form of laser emission, for emitting controlled Q-switched laser emission. The laser arrangement comprises a gain medium (2) arranged to be excited when pumped, an optical resonator (3), an active Q-switch (4) arranged in the optical resonator, said active Q-switch (4) being controllable between at least a high loss state and a low loss state, and being arranged to introduce loss in the optical resonator to prevent lasing in the high loss state and to affect lasing minimally in the low loss state, a photo detector (5) arranged to detect the presence of a free running pulse (1?) generated by the optical resonator and which occurs when a lasing threshold is reached and a processing circuitry (6) arranged to control (S4) of the state of the active Q-switch based on the detection of the free running pulse.

Abstract: Particular embodiments use a fast channel change (FCC) process that stores an amount of content at a network device for channels that are available to a subscriber. The network device can join video streams for channels to receive content for all the channels. The network device then stores a portion of the content for all the channels in storage. When the set-top box requests a channel change, the set-top box sends a join request for the requested channel to the network device. Then, the network device sends the stored content for the requested channel to the set-top box. The stored content allows the channel change to be performed faster because the stored content is sent at wire speed and then once the join of the channel is processed, the content for the channel that is received from the regular video stream can then be sent per the channel requirements.

Abstract: A method and apparatus for processing encrypted content distributed for end users in multiple services includes receiving entitlement information for a subset of at least two of the services separately from the encrypted content for the services and either calculating decryption key information for the subset of services from the entitlement information and storing the decryption key information in memory so that decryption key information for a selected service can subsequently be read from memory, or storing the entitlement information for the subset of services in memory so that the entitlement information for a selected service can subsequently be read from memory and decryption key information for the selected service can be calculated.

Abstract: A method and apparatus for processing encrypted content distributed for end users in multiple services includes receiving entitlement information for a subset of at least two of the services separately from the encrypted content for the services and either calculating decryption key information for the subset of services from the entitlement information and storing the decryption key information in memory so that decryption key information for a selected service can subsequently be read from memory, or storing the entitlement information for the subset of services in memory so that the entitlement information for a selected service can subsequently be read from memory and decryption key information for the selected service can be calculated.

Abstract: A method and apparatus for processing encrypted content distributed for end users in multiple services includes receiving entitlement information for a subset of at least two of the services separately from the encrypted content for the services and either calculating decryption key information for the subset of services from the entitlement information and storing the decryption key information in memory so that decryption key information for a selected service can subsequently be read from memory, or storing the entitlement information for the subset of services in memory so that the entitlement information for a selected service can subsequently be read from memory and decryption key information for the selected service can be calculated.