mhurhangee/patent-ind-claim-en huggingface dataset:
A processor system being operable by an operating system , the processor system comprising: a processor ; a first memory area being configured to store a boot program code , the boot program code being configured to start execution of the operating system when executed by the processor , the boot program code being further configured for performing a cryptographic operation when the boot program code is executed by the processor ; a second memory area being configured to store one or more cryptographic keys , wherein the second memory area is only accessible to the boot program code , when the boot program code is executed by the processor ; a third memory area being configured to store the operating system when executed by the processor ; wherein the processor is configured to retrieve the boot program code from the first memory area , and to execute the boot program code in order to start execution of the operating system , wherein the processor is configured to terminate execution of the boot program code while the operating system is being executed by the processor ; wherein the processor is configured to re-execute the boot program code while the operating system is being executed in order to cryptographically encrypt data upon the basis of the cryptographic keys stored in the second memory area . a processor ; a first memory area being configured to store a boot program code , the boot program code being configured to start execution of the operating system when executed by the processor , the boot program code being further configured for performing a cryptographic operation when the boot program code is executed by the processor ; a second memory area being configured to store one or more cryptographic keys , wherein the second memory area is only accessible to the boot program code , when the boot program code is executed by the processor ; a third memory area being configured to store the operating system when executed by the processor ; wherein the processor is configured to retrieve the boot program code from the first memory area , and to execute the boot program code in order to start execution of the operating system , wherein the processor is configured to terminate execution of the boot program code while the operating system is being executed by the processor ; wherein the processor is configured to re-execute the boot program code while the operating system is being executed in order to cryptographically encrypt data upon the basis of the cryptographic keys stored in the second memory area .
A ceramic scintillator array comprising: a plurality of scintillator segments each composed of a sintered compact of a rare earth oxysulfide phosphor having a composition expressed by the general formula RE 2 O 2 S:Pr, in which RE is at least one selected from the group consisting of Y, Gd, La, and Lu, and a content of Pr relative to RE 2 O 2 S is 0.001 mol% or more and 10 mol% or less; a first reflective layer interposed between the scintillator segments adjacent to each other in a manner to integrate the plurality of scintillator segments ; and a second reflective layer arranged on a side of surfaces, on which an X-ray is incident, of the plurality of scintillator segments , wherein each of the first reflective layer and the second reflective layer contains a transparent resin and reflective particles dispersed in the transparent resin; the reflective particles in the second reflective layer are same particles as the reflective particles in the first reflective layer ; characterized in that , a glass transition point of the transparent resin in the first reflective layer is 50°C or higher, and a glass transition point of the transparent resin in the second reflective layer is 30°C or lower; and each of the first and second reflective layers contains, by mass ratio, 15% or more and 60% or less of the transparent resin and 40% or more and 85% or less of the reflective particles. a plurality of scintillator segments each composed of a sintered compact of a rare earth oxysulfide phosphor having a composition expressed by the general formula RE 2 O 2 S:Pr, in which RE is at least one selected from the group consisting of Y, Gd, La, and Lu, and a content of Pr relative to RE 2 O 2 S is 0.001 mol% or more and 10 mol% or less; a first reflective layer interposed between the scintillator segments adjacent to each other in a manner to integrate the plurality of scintillator segments ; and a second reflective layer arranged on a side of surfaces, on which an X-ray is incident, of the plurality of scintillator segments , wherein each of the first reflective layer and the second reflective layer contains a transparent resin and reflective particles dispersed in the transparent resin; the reflective particles in the second reflective layer are same particles as the reflective particles in the first reflective layer ; characterized in that , a glass transition point of the transparent resin in the first reflective layer is 50°C or higher, and a glass transition point of the transparent resin in the second reflective layer is 30°C or lower; and each of the first and second reflective layers contains, by mass ratio, 15% or more and 60% or less of the transparent resin and 40% or more and 85% or less of the reflective particles.
A method of manufacturing a wind turbine blade part , the method comprising: providing a preform mould , arranging a plurality of layers within the preform mould to form a stack of layers, wherein one or more of the layers is formed by a fabric comprising a fibre material treated with a binding agent, the fabric comprising an alternating pattern of first sections of fibre material free from binding agent and second sections of fibre material treated with binding agent, heating the stack of layers to form a preform , transferring the preform to a blade mould comprising a mould cavity , infusing resin to the blade mould cavity, curing and/or hardening the resin in order to form the blade part, characterized in that one or both of the outer layers of the stack are formed by a patterned fabric and that one or more of the inner layers of the stack are formed by a non-patterned fabric. providing a preform mould , arranging a plurality of layers within the preform mould to form a stack of layers, wherein one or more of the layers is formed by a fabric comprising a fibre material treated with a binding agent, the fabric comprising an alternating pattern of first sections of fibre material free from binding agent and second sections of fibre material treated with binding agent, heating the stack of layers to form a preform , transferring the preform to a blade mould comprising a mould cavity , infusing resin to the blade mould cavity, curing and/or hardening the resin in order to form the blade part,
An impact absorption structure for a vehicle in which right and left crush cans are respectively attached to vehicle front end portions of front side frames disposed on both right and left sides of the vehicle and extending in a vehicle front and rear direction, and a bumper beam is attached to vehicle front end portions of the right and left crush cans to extend in a vehicle width direction, wherein each of the crush cans includes an extrusion molding member having an upper wall part and a lower wall part extending in a vehicle right and left direction while being separated from each other in a vertical direction, a left wall part extending in the vertical direction to connect vehicle left end portions of the upper wall part and the lower wall part to each other, and a right wall part extending in the vertical direction to connect vehicle right end portions of the upper wall part and the lower wall part to each other, the crush can is provided therein with an upper horizontal wall part and a lower horizontal wall part extending from the right wall part to the left wall part and spaced apart from each other in the vertical direction, an upper vertical wall part extending from the upper wall part to the upper horizontal wall part in the vertical direction, and a lower vertical wall part extending from the lower wall part to the lower horizontal wall part in the vertical direction, the front side frame is provided at the front end portion thereof with an upper plate part and a lower plate part extending in the vehicle right and left direction while being separated from each other in the vertical direction, a left plate part extending in the vertical direction to connect vehicle left end portions of the upper plate part and the lower plate part to each other, and a right plate part extending in the vertical direction to connect vehicle right end portions of the upper plate part and the lower plate part to each other, when viewed from the vehicle front and rear direction, the vehicle front end portions of the upper plate part , the lower plate part , the left plate part , and the right plate part of the front side frame and vehicle rear end portions of the upper wall part , the lower wall part , the left wall part , and the right wall part of the crush can are disposed to overlap each other, and vertical intermediate portions of the left plate part and the right plate part of the front side frame are provided with recessed linear portions recessed toward an inner side of the front side frame and extending in the vehicle front and rear direction, and the recessed linear portions are disposed at an approximately the same height as the upper horizontal wall part and the lower horizontal wall part of the crush can .
An image display apparatus comprising: a monitor ; an analysis unit that analyzes a plurality of ultrasound images in which a lesion part (F) of a subject is imaged to acquire probe positional information of an ultrasound probe at a time of imaging, and imaging feature information regarding a position of the lesion part and an imaging range on the basis of a distance between pixels in each of the plurality of ultrasound images; an image extraction unit that extracts an ultrasound image conforming to a display layout set by a user, from the plurality of ultrasound images by referring to the probe positional information and the imaging feature information acquired by the analysis unit; and a display controller that displays the ultrasound image extracted by the image extraction unit on the monitor according to the display layout. a monitor ; an analysis unit that analyzes a plurality of ultrasound images in which a lesion part (F) of a subject is imaged to acquire probe positional information of an ultrasound probe at a time of imaging, and imaging feature information regarding a position of the lesion part and an imaging range on the basis of a distance between pixels in each of the plurality of ultrasound images; an image extraction unit that extracts an ultrasound image conforming to a display layout set by a user, from the plurality of ultrasound images by referring to the probe positional information and the imaging feature information acquired by the analysis unit; and a display controller that displays the ultrasound image extracted by the image extraction unit on the monitor according to the display layout.
Method (S1-S7) for operating a cooking appliance , wherein - a cooking compartment is irradiated (S1) by light of different wavelength ranges, of which at least one wavelength range is an infrared wavelength range, and - light reflected in the cooking compartment is measured (S2) on a pixel basis using at least one camera , wherein - an object recognition is performed (S3) in an image taken by the at least one camera , - for pixels, which are associated with at least one object recognised by the object recognition, measurement results are stereoscopically evaluated (S5) for the determination of substances of the object, depending on the type of recognised object in each case, and - an operation of the cooking appliance is adjusted (S7) depending on a result of the spectroscopic evaluation, characterised in that - a container in which food is to be cooked is recognised by way of the object recognition and consequently a material of the container in which food is to be cooked is determined by way of the spectroscopic evaluation of the pixels associated with the container in which food is to be cooked. - a cooking compartment is irradiated (S1) by light of different wavelength ranges, of which at least one wavelength range is an infrared wavelength range, and - light reflected in the cooking compartment is measured (S2) on a pixel basis using at least one camera , - an object recognition is performed (S3) in an image taken by the at least one camera , - for pixels, which are associated with at least one object recognised by the object recognition, measurement results are stereoscopically evaluated (S5) for the determination of substances of the object, depending on the type of recognised object in each case, and - an operation of the cooking appliance is adjusted (S7) depending on a result of the spectroscopic evaluation, - a container in which food is to be cooked is recognised by way of the object recognition and consequently a material of the container in which food is to be cooked is determined by way of the spectroscopic evaluation of the pixels associated with the container in which food is to be cooked.
An apparatus, comprising: an optical noise generator configured to produce an optical signal having a noise channel comprising one or more noise signals, wherein the optical noise generator comprises one or more noise sources configured to produce respectively the one or more noise signals; an optical combiner configured to receive an optical data channel , to combine the optical data channel with one or more noise signals received at corresponding one or more add ports of the optical combiner to produce an optical output signal ; and a controller configured to control the noise generator and / or the noise combiner to maintain about a constant total power of the optical output signal by controlling the bandwidth of added noise combined with the optical data channel . an optical noise generator configured to produce an optical signal having a noise channel comprising one or more noise signals, wherein the optical noise generator comprises one or more noise sources configured to produce respectively the one or more noise signals; an optical combiner configured to receive an optical data channel , to combine the optical data channel with one or more noise signals received at corresponding one or more add ports of the optical combiner to produce an optical output signal ; and a controller configured to control the noise generator and / or the noise combiner to maintain about a constant total power of the optical output signal by controlling the bandwidth of added noise combined with the optical data channel .
A method of manufacturing an upper for an article of footwear, the method comprising: forming an upper on a textile manufacturing machine such that it has a pre-folded shape, wherein the textile knitting machine comprises at least two rails , wherein the pre-folded shape comprises a length along a direction of manufacture on the textile manufacturing machine, and a width generally traverse to the length , wherein the upper is formed such that the length is perpendicular to the rails , wherein the upper comprises first and second ends (106, 107; 306, 307) along the length of the upper in the pre-folded shape, wherein the first end comprises a toe region and wherein a central region disposed between the first and second ends (106, 107; 306, 307) comprises a heel region , and folding the upper such that it has a folded shape that defines a final shape of the upper , characterised in that the length is at least two times greater than the width in the pre-folded shape. forming an upper on a textile manufacturing machine such that it has a pre-folded shape, wherein the textile knitting machine comprises at least two rails , wherein the pre-folded shape comprises a length along a direction of manufacture on the textile manufacturing machine, and a width generally traverse to the length , wherein the upper is formed such that the length is perpendicular to the rails , wherein the upper comprises first and second ends (106, 107; 306, 307) along the length of the upper in the pre-folded shape, wherein the first end comprises a toe region and wherein a central region disposed between the first and second ends (106, 107; 306, 307) comprises a heel region , and wherein the pre-folded shape comprises a length along a direction of manufacture on the textile manufacturing machine, and a width generally traverse to the length , wherein the upper is formed such that the length is perpendicular to the rails , wherein the upper comprises first and second ends (106, 107; 306, 307) along the length of the upper in the pre-folded shape, wherein the first end comprises a toe region and wherein a central region disposed between the first and second ends (106, 107; 306, 307) comprises a heel region , and folding the upper such that it has a folded shape that defines a final shape of the upper , characterised in that the length is at least two times greater than the width in the pre-folded shape.
Power generating equipment comprising: a power generation apparatus ; a support structure adapted to be disposed on the bed of a body of water, in which the support structure provides a first engagement feature for releasable engagement with a winch tether ; a winching device releasably engageable with the power generation apparatus, and operable to pay out and to retract a flexible winch tether , and a flexible winch tether having a first end connectable to the winching device and a second end providing a second engagement feature for releasable engagement with the first engagement feature of the support structure ; in which the second engagement feature is engageable with the first engagement feature such that in the engaged position the winch tether is connected to the support structure , and in which in the disengaged position the winch tether is disconnected from the support structure ; in which the support structure comprises a support housing, a support connection carrier received within the support housing, and in which the first engagement feature is provided by the support connection carrier. a power generation apparatus ; a support structure adapted to be disposed on the bed of a body of water, in which the support structure provides a first engagement feature for releasable engagement with a winch tether ; a winching device releasably engageable with the power generation apparatus, and operable to pay out and to retract a flexible winch tether , and a flexible winch tether having a first end connectable to the winching device and a second end providing a second engagement feature for releasable engagement with the first engagement feature of the support structure ; in which the second engagement feature is engageable with the first engagement feature such that in the engaged position the winch tether is connected to the support structure , and in which in the disengaged position the winch tether is disconnected from the support structure ; in which the support structure comprises a support housing, a support connection carrier received within the support housing, and in which the first engagement feature is provided by the support connection carrier.
A method for optimizing system loss for a system of multiple individual local windfarms including transmission lines , wherein a transmission line is located between a point of common coupling of the individual windfarms and a point of interconnection with a grid , the method comprising: distributing a total reactive command for the system of multiple individual windfarms according to algorithms for providing voltage regulation at the point of common coupling ; distributing reactive commands assigned to individual windfarms to individual wind turbines according to a distribution algorithm for each individual windfarm ; and assigning the reactive commands to individual windfarms so that a sum of the reactive commands equals the total reactive command and a partial derivative of losses with respect to reactive output is equal in steady-state for each individual windfarm , wherein assigning the reactive commands to individual windfarms so that a sum of the reactive loads equals the total reactive load and a partial derivative of losses with respect to reactive output is equal in steady-state for each individual windfarm comprises assigning the reactive commands to individual windfarms using a predictor-corrector approach . distributing a total reactive command for the system of multiple individual windfarms according to algorithms for providing voltage regulation at the point of common coupling ; distributing reactive commands assigned to individual windfarms to individual wind turbines according to a distribution algorithm for each individual windfarm ; and assigning the reactive commands to individual windfarms so that a sum of the reactive commands equals the total reactive command and a partial derivative of losses with respect to reactive output is equal in steady-state for each individual windfarm , wherein assigning the reactive commands to individual windfarms so that a sum of the reactive loads equals the total reactive load and a partial derivative of losses with respect to reactive output is equal in steady-state for each individual windfarm comprises assigning the reactive commands to individual windfarms using a predictor-corrector approach .
Air jet cooling device for a casing (C) of a turbomachine , in particular a casing (C) of a turbine , comprising : - a cooling air supply casing (B) having a wall , - at least one tube (T) having a first end mounted on the wall of the casing (B) so as to put the tube (T) in fluid communication with the casing (B), a plurality of orifices (O) being formed in a wall of the tube (T) in order to eject the cooling air coming from the casing (B) onto the housing (C), the cooling device being characterised in that it further comprises a progressive sectional variation in the tube (T) at the first end defining a boss , said boss having a curved surface configured to be bathed in the cooling air so as to avoid a separation of a boundary layer of the cooling air at an interface between the first end of the tube (T) and the housing (B). - at least one tube (T) having a first end mounted on the wall of the casing (B) so as to put the tube (T) in fluid communication with the casing (B), a plurality of orifices (O) being formed in a wall of the tube (T) in order to eject the cooling air coming from the casing (B) onto the housing (C), the cooling device being characterised in that it further comprises a progressive sectional variation in the tube (T) at the first end defining a boss , said boss having a curved surface configured to be bathed in the cooling air so as to avoid a separation of a boundary layer of the cooling air at an interface between the first end of the tube (T) and the housing (B).