mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for producing squeezed light, the apparatus comprising: a substrate ; a first beam splitter integrated onto the substrate , the first beam splitter having a first output , a second output , and a splitting ratio of approximately 50/50; a ring resonator , the ring resonator including a waveguide integrated onto the substrate; and a tuning element for changing a coupling strength of the ring resonator and for transmitting optical signals between the first beam splitter and the ring resonator to generate squeezed light via self-phase modulation based on a nonlinear optical response of the ring resonator, and to output the squeezed light via the first output of the first beam splitter and the second output of the first beam splitter, the tuning element including a Mach-Zehnder interferometer integrated onto the substrate, the Mach-Zehnder interferometer having a first input coupled to the second output of the first beam splitter and a first output coupled to the first output of the first beam splitter; wherein the waveguide connects a second input of the Mach-Zehnder interferometer to a second output of the Mach-Zehnder interferometer, wherein the waveguide and the Mach-Zehnder interferometer form the ring resonator that, during operation, generates squeezed light via self-phase modulation based on a nonlinear optical response of the ring resonator, and outputs the squeezed light via the first output of the first beam splitter and the second output of the first beam splitter. a substrate ; a first beam splitter integrated onto the substrate , the first beam splitter having a first output , a second output , and a splitting ratio of approximately 50/50; a ring resonator , the ring resonator including a waveguide integrated onto the substrate; and a tuning element for changing a coupling strength of the ring resonator and for transmitting optical signals between the first beam splitter and the ring resonator to generate squeezed light via self-phase modulation based on a nonlinear optical response of the ring resonator, and to output the squeezed light via the first output of the first beam splitter and the second output of the first beam splitter, the tuning element including a Mach-Zehnder interferometer integrated onto the substrate, the Mach-Zehnder interferometer having a first input coupled to the second output of the first beam splitter and a first output coupled to the first output of the first beam splitter; wherein the waveguide connects a second input of the Mach-Zehnder interferometer to a second output of the Mach-Zehnder interferometer, wherein the waveguide and the Mach-Zehnder interferometer form the ring resonator that, during operation, generates squeezed light via self-phase modulation based on a nonlinear optical response of the ring resonator, and outputs the squeezed light via the first output of the first beam splitter and the second output of the first beam splitter.
A travel control method for a vehicle, comprising: when, during autonomous travel control of a subject vehicle (V1), a road section including at least one of a curve and a narrow road is present ahead of the subject vehicle (V1) and another vehicle (V2) is traveling in an adjacent lane to a traveling lane for the subject vehicle (V1) and ahead of the subject vehicle (V1), estimating a position (PT) at which the subject vehicle (V1) passes the other vehicle (V2), on a basis of a traveling speed of the subject vehicle (V1), a traveling speed of the other vehicle (V2), and an inter-vehicle distance between the subject vehicle (V1) and the other vehicle (V2); when the position (PT) is located at a position farther from the subject vehicle (V1) than a starting point (PC) of the road section, determining that the subject vehicle (V1) cannot pass the other vehicle (V2) before the road section and executing inter-vehicle distance control in which the subject vehicle (V1) is controlled to travel with an inter-vehicle distance (D1) that is set such that the subject vehicle (V1) and the other vehicle (V2) do not travel side by side when the subject vehicle (V1) travels in the road section; and when the position (PT) is located at a position nearer to the subject vehicle (V1) than the starting point (PC) of the road section, determining that the subject vehicle (V1) can pass the other vehicle (V2) before the road section and executing the autonomous travel control in which the subject vehicle (V1) is controlled to pass the other vehicle (V2). when, during autonomous travel control of a subject vehicle (V1), a road section including at least one of a curve and a narrow road is present ahead of the subject vehicle (V1) and another vehicle (V2) is traveling in an adjacent lane to a traveling lane for the subject vehicle (V1) and ahead of the subject vehicle (V1), estimating a position (PT) at which the subject vehicle (V1) passes the other vehicle (V2), on a basis of a traveling speed of the subject vehicle (V1), a traveling speed of the other vehicle (V2), and an inter-vehicle distance between the subject vehicle (V1) and the other vehicle (V2); when the position (PT) is located at a position farther from the subject vehicle (V1) than a starting point (PC) of the road section, determining that the subject vehicle (V1) cannot pass the other vehicle (V2) before the road section and executing inter-vehicle distance control in which the subject vehicle (V1) is controlled to travel with an inter-vehicle distance (D1) that is set such that the subject vehicle (V1) and the other vehicle (V2) do not travel side by side when the subject vehicle (V1) travels in the road section; and when the position (PT) is located at a position nearer to the subject vehicle (V1) than the starting point (PC) of the road section, determining that the subject vehicle (V1) can pass the other vehicle (V2) before the road section and executing the autonomous travel control in which the subject vehicle (V1) is controlled to pass the other vehicle (V2).
Method of monitoring a first device proximity to a second device , comprising: monitoring (40; 60) at least one wireless link between said first device and said second device by the first device ; if said wireless link is disrupted (42; 62), the wireless link being disrupted when a Received Signal Strength Indication, RSSI, measured on said wireless link between the first device and the second device is less than a threshold, while an event stored in an electronic calendar is imminent, the event being considered to be imminent if the time between the current time and the time of the event stored in the electronic calendar is less than a given threshold, notifying (46; 64) a user about a loss of proximity of said first device by sending a notification to the second device , wherein the notification comprises an indication of an alert having a level depending on the imminence of the event and on the type of location of the first device , which is determined by a user interface, or GPS or a network identifier of the network to which the first device connected. monitoring (40; 60) at least one wireless link between said first device and said second device by the first device ; if said wireless link is disrupted (42; 62), the wireless link being disrupted when a Received Signal Strength Indication, RSSI, measured on said wireless link between the first device and the second device is less than a threshold, while an event stored in an electronic calendar is imminent, the event being considered to be imminent if the time between the current time and the time of the event stored in the electronic calendar is less than a given threshold, notifying (46; 64) a user about a loss of proximity of said first device by sending a notification to the second device , wherein the notification comprises an indication of an alert having a level depending on the imminence of the event and on the type of location of the first device , which is determined by a user interface, or GPS or a network identifier of the network to which the first device connected.
Arrangement, comprising a radio for flush mounting, the radio being assigned an AUX connection for connecting to a further device, and a user interface , the radio having only a single AUX connection , characterized in that , by means of the user interface , the AUX connection is configurable or settable as AUX input or AUX output by virtue of the function of the AUX connection being variable in firmware or software by way of the user interface .
A solid rocket motor comprising a solid propellant, wherein the solid propellant comprises: a fuel; a binder; a perchlorate oxidizer that is thermally decomposable to gaseous perchlorate decomposition products; and a salt compound that is reactive with one or more of the gaseous perchlorate decomposition products; wherein the fuel includes at least one of aluminum, magnesium, or boron-based salts; the binder is hydroxyl-terminated polybutadiene; the perchlorate oxidizer includes at least one of ammonium perchlorate, sodium perchlorate, and potassium perchlorate; the salt compound includes at least one of: a) a metal salt wherein the metal is cobalt; or b) a boron-based salt that includes a borate, a borite, a perborate, or a combination thereof; and the salt compound is 0.1% to 20% of a total combined weight of the fuel, the binder, the perchlorate oxidizer, and the salt compound. a fuel; a binder; a perchlorate oxidizer that is thermally decomposable to gaseous perchlorate decomposition products; and a salt compound that is reactive with one or more of the gaseous perchlorate decomposition products; wherein the fuel includes at least one of aluminum, magnesium, or boron-based salts; the binder is hydroxyl-terminated polybutadiene; the perchlorate oxidizer includes at least one of ammonium perchlorate, sodium perchlorate, and potassium perchlorate; the salt compound includes at least one of: a) a metal salt wherein the metal is cobalt; or b) a boron-based salt that includes a borate, a borite, a perborate, or a combination thereof; and a) a metal salt wherein the metal is cobalt; or b) a boron-based salt that includes a borate, a borite, a perborate, or a combination thereof; and the salt compound is 0.1% to 20% of a total combined weight of the fuel, the binder, the perchlorate oxidizer, and the salt compound.
A chroma key and presentation system, for simultaneous use in the presence of an in-person audience and remote audience, comprising: a chroma key light source , configured in use to emit chroma key light; a display surface , configured to be used as projector screen for displaying projected media for viewing by the in-person audience, the display surface being at least partially transparent to the chroma key light; a camera disposed on an opposing side of the display surface to the chroma key light source wherein the camera is configured to receive chroma key light for use in generating a composite image for the remote audience; and a directional light control filter , configured to reduce chroma key light transmission in a direction away from the camera, the chroma key and presentation system being characterised in that the directional light control filter is configured to permit maximum transmission of the chroma key light in a first direction and reduce transmission of the chroma key light in a second direction relative to the first direction; wherein the second direction is at a non-zero angle to the first direction, and wherein the display surface is disposed on an opposing side of the directional light filter to the chroma key light source, and aligned with the second direction. a chroma key light source , configured in use to emit chroma key light; a display surface , configured to be used as projector screen for displaying projected media for viewing by the in-person audience, the display surface being at least partially transparent to the chroma key light; a camera disposed on an opposing side of the display surface to the chroma key light source wherein the camera is configured to receive chroma key light for use in generating a composite image for the remote audience; and a directional light control filter , configured to reduce chroma key light transmission in a direction away from the camera, the chroma key and presentation system being characterised in that the directional light control filter is configured to permit maximum transmission of the chroma key light in a first direction and reduce transmission of the chroma key light in a second direction relative to the first direction; wherein the second direction is at a non-zero angle to the first direction, and wherein the display surface is disposed on an opposing side of the directional light filter to the chroma key light source, and aligned with the second direction.
A carrier for a valve train assembly having an intake rocker arm and an exhaust rocker arm , the carrier configured to couple to a cylinder block and configured to be operably associated with the intake rocker arm and the exhaust rocker arm and comprising: a first aperture configured to receive a first cylinder deactivation (CDA) capsule associated with the intake rocker arm; a second aperture configured to receive a second CDA capsule associated with the exhaust rocker arm; and a third aperture configured to receive a fluid control device, wherein the third aperture is fluidly coupled to the first aperture and the second aperture such that the fluid control device can selectively supply a pressurized fluid to the first and second CDA capsules to transition them between a latched position and an unlatched position, the carrier further comprising: a first support wall ; a second support wall ; and a support flange extending between the first support wall and the second support wall, wherein the first, second, and third apertures are formed in the support flange, and wherein the first support wall includes a body having a shaft aperture configured to receive a fixed shaft configured to allow the intake rocker arm and the exhaust rocker arm to pivot about the fixed shaft, and a plurality of apertures each configured to receive a fastener configured to facilitate coupling the carrier to the cylinder block. a first aperture configured to receive a first cylinder deactivation (CDA) capsule associated with the intake rocker arm; a second aperture configured to receive a second CDA capsule associated with the exhaust rocker arm; and a third aperture configured to receive a fluid control device, wherein the third aperture is fluidly coupled to the first aperture and the second aperture such that the fluid control device can selectively supply a pressurized fluid to the first and second CDA capsules to transition them between a latched position and an unlatched position, the carrier further comprising: a first support wall ; a second support wall ; and a support flange extending between the first support wall and the second support wall, wherein the first, second, and third apertures are formed in the support flange, and wherein the first support wall includes a body having a shaft aperture configured to receive a fixed shaft configured to allow the intake rocker arm and the exhaust rocker arm to pivot about the fixed shaft, and a plurality of apertures each configured to receive a fastener configured to facilitate coupling the carrier to the cylinder block. a first support wall ; a second support wall ; and a support flange extending between the first support wall and the second support wall, wherein the first, second, and third apertures are formed in the support flange, and wherein the first support wall includes a body having a shaft aperture configured to receive a fixed shaft configured to allow the intake rocker arm and the exhaust rocker arm to pivot about the fixed shaft, and a plurality of apertures each configured to receive a fastener configured to facilitate coupling the carrier to the cylinder block.
A method of supervisory control of an entertainment device , comprising the steps of: setting by a user, at a remote device , at least a first usage control parameter for at least a first account associated with access to content on a cross-compatible set of entertainment devices upon which the same account can be used to access content; monitoring, at an entertainment device of that set, which account or accounts are active on the entertainment device; obtaining, at the entertainment device , the at least first usage control parameter set for the at least first account; and restricting, at the entertainment device , usage of content on the entertainment device according to the at least first usage control parameter; wherein the at least first usage control parameter for the at least first account relates to reducing the maximum play duration of a game if it is output in 3D instead of 2D. setting by a user, at a remote device , at least a first usage control parameter for at least a first account associated with access to content on a cross-compatible set of entertainment devices upon which the same account can be used to access content; monitoring, at an entertainment device of that set, which account or accounts are active on the entertainment device; obtaining, at the entertainment device , the at least first usage control parameter set for the at least first account; and restricting, at the entertainment device , usage of content on the entertainment device according to the at least first usage control parameter; wherein the at least first usage control parameter for the at least first account relates to reducing the maximum play duration of a game if it is output in 3D instead of 2D.
A transmission control method for a plurality of transmitting stations which are connected to a wireless communication partner receiving station , and each of which is capable of transmitting a same signal to the receiving station by repetition for a predetermined number of times at a predetermined cycle, characterized in that an information processing apparatus executes: acquiring information indicating a code word length for each of the plurality of transmitting stations to use for the repetition; and assigning, to each of the plurality of transmitting stations , transmitting power based on the code word length to be used for the repetition, for ensuring a receiving power difference at the receiving station which is required between transmitting stations , so that the shorter the code word length the higher the receiving power at the receiving station . acquiring information indicating a code word length for each of the plurality of transmitting stations to use for the repetition; and assigning, to each of the plurality of transmitting stations , transmitting power based on the code word length to be used for the repetition, for ensuring a receiving power difference at the receiving station which is required between transmitting stations , so that the shorter the code word length the higher the receiving power at the receiving station .
Method for preparing a bakery food product that is gluten-free and has a reduced content of digestible carbohydrates, said content of digestible carbohydrates being less than 1% by weight, said method comprising the following steps: - Whipping a pasteurized egg albumen until stiff, so as to obtain a first composition consisting of said whipped pasteurized egg albumen; - Leaving said first composition to rest; - Adding at least one leavening agent to said first composition; - Mixing a pasteurized egg yolk with a pea protein isolate having a reduced content of digestible carbohydrates, wherein 50 g of said pea protein isolate contain from 0 g to 0.5 g of digestible carbohydrates, a spreadable fresh cheese and a xanthan gum, said spreadable fresh cheese being lactose-free and having a reduced fat content, so as to obtain a second composition; - Leaving said second composition to rest; - Adding at least one flavouring agent to said second composition and further mixing said second composition; - Mixing said first composition with said second composition, so as to obtain a mixture; - Baking said mixture, so as to obtain said bakery food product. - Whipping a pasteurized egg albumen until stiff, so as to obtain a first composition consisting of said whipped pasteurized egg albumen; - Leaving said first composition to rest; - Adding at least one leavening agent to said first composition; - Mixing a pasteurized egg yolk with a pea protein isolate having a reduced content of digestible carbohydrates, wherein 50 g of said pea protein isolate contain from 0 g to 0.5 g of digestible carbohydrates, a spreadable fresh cheese and a xanthan gum, said spreadable fresh cheese being lactose-free and having a reduced fat content, so as to obtain a second composition; - Leaving said second composition to rest; - Adding at least one flavouring agent to said second composition and further mixing said second composition; - Mixing said first composition with said second composition, so as to obtain a mixture; - Baking said mixture, so as to obtain said bakery food product.
A computer-implemented method comprising: obtaining one or more resource movement policies , the one or more resource movement policies indicating one or more desired execution conditions; determining, based at least in part on one of the one or more resource movement policies , to move a first one or more computing resources deployed within a provider substrate extension of a cloud provider network to a computing environment that is geographically separate from the provider substrate extension , where the provider substrate extension is part of a communications service provider network that is separate from the cloud provider network , and the provider substrate extension is controlled at least in part by the cloud provider network ; and causing a second one or more computing resources to be deployed in the computing environment, the second one or more computing resources corresponding to the first one or more computing resources. obtaining one or more resource movement policies , the one or more resource movement policies indicating one or more desired execution conditions; determining, based at least in part on one of the one or more resource movement policies , to move a first one or more computing resources deployed within a provider substrate extension of a cloud provider network to a computing environment that is geographically separate from the provider substrate extension , where the provider substrate extension is part of a communications service provider network that is separate from the cloud provider network , and the provider substrate extension is controlled at least in part by the cloud provider network ; and causing a second one or more computing resources to be deployed in the computing environment, the second one or more computing resources corresponding to the first one or more computing resources.