mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine component, comprising: a first article, the first article including a first material composition; a second article, the second article including a second material composition; a first interface volume disposed between and enclosed by the first article and the second article; a cooling fluid supply; and at least one cooling fluid channel in fluid communication with the cooling fluid supply and the first interface volume, the at least one cooling fluid channel including a heat exchange portion disposed in the second article downstream of the cooling fluid supply and upstream of the first interface volume, the cooling fluid channel being configured such that the cooling fluid passes through the second article prior to the first article, the second article being at a higher temperature than the first article. a first article, the first article including a first material composition; a second article, the second article including a second material composition; a first interface volume disposed between and enclosed by the first article and the second article; a cooling fluid supply; and at least one cooling fluid channel in fluid communication with the cooling fluid supply and the first interface volume, the at least one cooling fluid channel including a heat exchange portion disposed in the second article downstream of the cooling fluid supply and upstream of the first interface volume, the cooling fluid channel being configured such that the cooling fluid passes through the second article prior to the first article, the second article being at a higher temperature than the first article.
A method of paging a mobile terminal to provide a circuit-switched voice call to a mobile terminal operating in a packet-switched-only network, said method comprising: in a control node in the packet-switched-only network, mimicking the messaging functionality of a Serving GPRS Service Node, SGSN to a mobile switching center / visitor location register, MSCNLR, in a circuit-switched network; connecting the control node in the packet-switched-only network to the MSC/VLR through a GS interface; forwarding by the control node in the packet-switched-only network, a paging message received from the MSCNLR, the paging message being forwarded to the mobile terminal; and sending by the mobile terminal a circuit-switched paging response message directly to the MSCNLR. in a control node in the packet-switched-only network, mimicking the messaging functionality of a Serving GPRS Service Node, SGSN to a mobile switching center / visitor location register, MSCNLR, in a circuit-switched network; connecting the control node in the packet-switched-only network to the MSC/VLR through a GS interface; forwarding by the control node in the packet-switched-only network, a paging message received from the MSCNLR, the paging message being forwarded to the mobile terminal; and sending by the mobile terminal a circuit-switched paging response message directly to the MSCNLR.
A method for communications system operations, the method comprising: - allocating network resources to a communications link, wherein the communications link comprises an uplink part and a downlink part; - if a type of the allocated network resources is not equal in the DL part and the UL part, transmitting a first indication of the allocated network resources for one part of either the UL part or the DL part and a second indication of the allocated network resources for a remaining part of either the UL part or the DL part, wherein the first indication and the second indication are based on an amount of network resources allocated, wherein the first indication comprises an N-bit long element with each bit in the N-bit long element representing a network resource unit, a pattern of network resource units, a subset of network resource units, or combinations thereof, where N is an integer value, wherein the second indication comprises an M-bit long element with each bit in the M-bit long element representing a network resource unit, a pattern of network resource units, a subset of network resource units, or combinations thereof, where M is an integer value; and - if the type of the allocated network resources is equal in the DL part and the UL part, transmitting an indication of the allocated network resources for one part of either the UL part or the DL part, wherein the indication is based on an amount of network resources allocated, characterized in that - the N-bit long element is a N-bit long bitmap, - the M-bit long element is a M-bit long bitmap, and - M is less than N. - allocating network resources to a communications link, wherein the communications link comprises an uplink part and a downlink part; - if a type of the allocated network resources is not equal in the DL part and the UL part, transmitting a first indication of the allocated network resources for one part of either the UL part or the DL part and a second indication of the allocated network resources for a remaining part of either the UL part or the DL part, wherein the first indication and the second indication are based on an amount of network resources allocated, wherein the first indication comprises an N-bit long element with each bit in the N-bit long element representing a network resource unit, a pattern of network resource units, a subset of network resource units, or combinations thereof, where N is an integer value, wherein the second indication comprises an M-bit long element with each bit in the M-bit long element representing a network resource unit, a pattern of network resource units, a subset of network resource units, or combinations thereof, where M is an integer value; and - if the type of the allocated network resources is equal in the DL part and the UL part, transmitting an indication of the allocated network resources for one part of either the UL part or the DL part, wherein the indication is based on an amount of network resources allocated, - the N-bit long element is a N-bit long bitmap, - the M-bit long element is a M-bit long bitmap, and - M is less than N.
A method for wireless communications by a user equipment, UE, comprising: receiving signaling indicating a multi-level bundling factor for bundling a plurality of time slots in a single assignment, each slot of the plurality of time slots having a downlink control burst, DLCB, and an uplink control burst, ULCB; and communicating using bundled slots according to the multi-level bundling factor as a time domain resource assignment unit, wherein: the signaling indicates that the multi-level bundling factor comprises at least a base station specific bundling factor and a UE-specific bundling factor; and the UE is configured to communicate using bundled slots according to both the UE-specific bundling factor and the base station specific bundling factor. receiving signaling indicating a multi-level bundling factor for bundling a plurality of time slots in a single assignment, each slot of the plurality of time slots having a downlink control burst, DLCB, and an uplink control burst, ULCB; and communicating using bundled slots according to the multi-level bundling factor as a time domain resource assignment unit, wherein: the signaling indicates that the multi-level bundling factor comprises at least a base station specific bundling factor and a UE-specific bundling factor; and the UE is configured to communicate using bundled slots according to both the UE-specific bundling factor and the base station specific bundling factor. the signaling indicates that the multi-level bundling factor comprises at least a base station specific bundling factor and a UE-specific bundling factor; and the UE is configured to communicate using bundled slots according to both the UE-specific bundling factor and the base station specific bundling factor.
A computer-implemented method comprising: applying, using a controller, a segment mask to an image of a die of a wafer thereby forming a segment on the die; calculating, using the controller, a mean intensity of the segment in red, green, and blue colors using a bright field mode and in red, green, and blue colors using a dark field mode; comparing, using the controller, defocus value against the mean intensities; determining, using the controller, a color combination that optimizes defocus sensitivity; determining, using the controller, sensitivity to defocus for each pixel in the segment; applying, using the controller, a threshold to the sensitivity for each pixel; generating, using the controller, a second segment mask on the die based on pixels that are above the threshold to the sensitivity; and adjusting the threshold using the controller. applying, using a controller, a segment mask to an image of a die of a wafer thereby forming a segment on the die; calculating, using the controller, a mean intensity of the segment in red, green, and blue colors using a bright field mode and in red, green, and blue colors using a dark field mode; comparing, using the controller, defocus value against the mean intensities; determining, using the controller, a color combination that optimizes defocus sensitivity; determining, using the controller, sensitivity to defocus for each pixel in the segment; applying, using the controller, a threshold to the sensitivity for each pixel; generating, using the controller, a second segment mask on the die based on pixels that are above the threshold to the sensitivity; and adjusting the threshold using the controller.
A single-camera system for measuring a vehicle distance, comprising a variable magnification single-camera module, an operational control module and an infrared emission module, said operational control module is respectively connected with the variable-magnification single-camera module and the infrared emission module; said variable-magnification single-camera module is used for performing real-time video recording on a preceding scene, capturing the position information of a highlight speckle in a video image from a video and capturing the number of pixels occupied by the width/height of a vehicle license plate; said operational control module is used for obtaining the position information of the highlight speckle outputted by the variable-magnification single-camera module and the number of the pixels occupied by the width/height of the vehicle license plate, and computing a vehicle distance according to a geometrical relationship and an averaging algorithm; and said infrared emission module is used for receiving a control command of the operational control module to enable and emit an infrared light beam and close the infrared light beam.
A cryptographic calculation method in an elliptic curve cryptographic system, the method being executed by an electronic device and comprising a multiplication operation (SP, SP1, SP2) of multiplying a point of an elliptic curve by a scalar number (k), the point having affine coordinates (x,y) belonging to a Galois field, characterized in that it comprises steps of: detecting the appearance of a point at infinity (Ø) during intermediate calculations (ADD, DBL) of the multiplication operation, and activating an error signal (ER=T) if the point at infinity is detected and if the number of bits (s, v-s) of the scalar number processed by the multiplication operation is lower than the rank of the most significant bit of an order (n) of a base point of the cryptographic system. detecting the appearance of a point at infinity (Ø) during intermediate calculations (ADD, DBL) of the multiplication operation, and activating an error signal (ER=T) if the point at infinity is detected and if the number of bits (s, v-s) of the scalar number processed by the multiplication operation is lower than the rank of the most significant bit of an order (n) of a base point of the cryptographic system.
A fitness machine providing shock absorption for a user operating the fitness machine, the fitness machine comprising: a base; a mobile portion engageable by the user and moveable relative to the base during operation of the fitness machine; a resilient body that resists movement of the mobile portion towards the base in a height direction, wherein the resilient body has first and second ends defining a length therebetween, and wherein the length is defined in a length direction that is perpendicular to the height direction; and a stop wall engageable by the resilient body, wherein the length of the resilient body increases when the mobile portion moves towards the base until the second end engages with the stop wall; wherein the resilient body provides shock absorption for the user, characterised in that the stop wall is adjustable in the length direction to adjust a gap between the second end of the resilient body and the stop wall and thereby to change the length at which the resilient body engages with the stop wall. a base; a mobile portion engageable by the user and moveable relative to the base during operation of the fitness machine; a resilient body that resists movement of the mobile portion towards the base in a height direction, wherein the resilient body has first and second ends defining a length therebetween, and wherein the length is defined in a length direction that is perpendicular to the height direction; and a stop wall engageable by the resilient body, wherein the length of the resilient body increases when the mobile portion moves towards the base until the second end engages with the stop wall; wherein the resilient body provides shock absorption for the user,
A method of using a terminal for wireless communications, the method comprising: deriving a re-authentication integrity Key, rIK based on performing an initial full EAP authentication exchange with an authentication server; receiving, at a mobile terminal from an access point, an indication for support of Fast-Initial-Link-Setup, FILS, including processing of a bundled request that includes an extensible re-authentication protocol, EAP-RP, request and an upper layer message, wherein the indication is included in a beacon or in a probe response message, wherein the upper layer message comprises an internet protocol, IP, address assignment message, a dynamic host configuration protocol, DHCP, discover request-with-rapid-commit request, a discover request, or a combination thereof; and in response to receiving the indication: generating, at the mobile terminal, the EAP-RP request using the re-authentication integrity Key, rIK; generating, at the mobile terminal, the upper layer message; bundling the EAP re-authentication request and the upper layer message to generate the bundled request, wherein the bundled request is generated within an authentication period after the mobile terminal performing said full EAP authentication exchange; and transmitting the bundled request from the mobile terminal to the access point. deriving a re-authentication integrity Key, rIK based on performing an initial full EAP authentication exchange with an authentication server; receiving, at a mobile terminal from an access point, an indication for support of Fast-Initial-Link-Setup, FILS, including processing of a bundled request that includes an extensible re-authentication protocol, EAP-RP, request and an upper layer message, wherein the indication is included in a beacon or in a probe response message, wherein the upper layer message comprises an internet protocol, IP, address assignment message, a dynamic host configuration protocol, DHCP, discover request-with-rapid-commit request, a discover request, or a combination thereof; and in response to receiving the indication: generating, at the mobile terminal, the EAP-RP request using the re-authentication integrity Key, rIK; generating, at the mobile terminal, the upper layer message; bundling the EAP re-authentication request and the upper layer message to generate the bundled request, wherein the bundled request is generated within an authentication period after the mobile terminal performing said full EAP authentication exchange; and transmitting the bundled request from the mobile terminal to the access point. generating, at the mobile terminal, the EAP-RP request using the re-authentication integrity Key, rIK; generating, at the mobile terminal, the upper layer message; bundling the EAP re-authentication request and the upper layer message to generate the bundled request, wherein the bundled request is generated within an authentication period after the mobile terminal performing said full EAP authentication exchange; and transmitting the bundled request from the mobile terminal to the access point.
A method for transmitting a pilot signal in a wireless communication system, the method comprising the steps of: transmitting a first synchronization channel and a second synchronization channel; selecting a reference cell scrambling code and one of a plurality of additional cell scrambling codes for each combination of one of a plurality of first scrambling codes applied to the first synchronization channel and one of a plurality of second scrambling codes applied to the second synchronization channel; determining whether to transmit the pilot signal using the reference cell scrambling code or the one of the plurality of additional cell scrambling codes; generating (305;306) the reference cell scrambling code or the one of the plurality of additional cell scrambling codes according to the determination; and transmitting the pilot signal using the generated reference cell scrambling code or additional cell scrambling code. transmitting a first synchronization channel and a second synchronization channel; selecting a reference cell scrambling code and one of a plurality of additional cell scrambling codes for each combination of one of a plurality of first scrambling codes applied to the first synchronization channel and one of a plurality of second scrambling codes applied to the second synchronization channel; determining whether to transmit the pilot signal using the reference cell scrambling code or the one of the plurality of additional cell scrambling codes; generating (305;306) the reference cell scrambling code or the one of the plurality of additional cell scrambling codes according to the determination; and transmitting the pilot signal using the generated reference cell scrambling code or additional cell scrambling code.
A manufacturing method of an aluminum alloy cast heat sink having a complex shape or a thin-walled portion with excellent thermal conductivity, comprising the steps of: casting a molten aluminum alloy comprising 5-10% by mass of silicon, 0.1-0.5% by mass of magnesium, 0.3-0.6% by mass of iron, the remainder consisting of aluminum and 0.1% by mass or less of inevitable impurities, wherein the amounts of titanium, manganese, and zirconium are limited to 0.05% by mass or less, into an aluminum alloy cast heat sink having a complex shape or a thin-walled portion, and subsequently, treating said aluminum alloy cast heat sink having a complex shape or a thin-walled portion by ageing treatment for 4-8 hours at a temperature of 180-250 degrees Celsius. casting a molten aluminum alloy comprising 5-10% by mass of silicon, 0.1-0.5% by mass of magnesium, 0.3-0.6% by mass of iron, the remainder consisting of aluminum and 0.1% by mass or less of inevitable impurities, wherein the amounts of titanium, manganese, and zirconium are limited to 0.05% by mass or less, into an aluminum alloy cast heat sink having a complex shape or a thin-walled portion, and subsequently, treating said aluminum alloy cast heat sink having a complex shape or a thin-walled portion by ageing treatment for 4-8 hours at a temperature of 180-250 degrees Celsius.
A polysilicon feeder for supplying polysilicon to a growth chamber for growing a single crystal ingot from a melt, the polysilicon feeder comprising: a tube for supplying polysilicon exiting an interchangeable tray (106, 300, 400) to the growth chamber; one or more support rails for receiving the interchangeable tray (106, 300, 400); a vibrator that vibrates the interchangeable tray (106, 300, 400), the interchangeable tray (106, 300, 400) and vibrator being rotatable with respect to the tube and rotating between a feeding position, in which an exit of the interchangeable tray (106, 300, 400) is positioned above the tube such that polysilicon may enter the growth chamber, and a parked position, in which the tray (300, 400) may be interchanged; and a feed material reservoir positioned above the support rail to feed the tray (106, 300, 400). a tube for supplying polysilicon exiting an interchangeable tray (106, 300, 400) to the growth chamber; one or more support rails for receiving the interchangeable tray (106, 300, 400); a vibrator that vibrates the interchangeable tray (106, 300, 400), the interchangeable tray (106, 300, 400) and vibrator being rotatable with respect to the tube and rotating between a feeding position, in which an exit of the interchangeable tray (106, 300, 400) is positioned above the tube such that polysilicon may enter the growth chamber, and a parked position, in which the tray (300, 400) may be interchanged; and a feed material reservoir positioned above the support rail to feed the tray (106, 300, 400).
Annular assembly for a turbomachine turbine, in particular of an aircraft, said annular assembly extending about a longitudinal axis X and comprising: - a distributor fixed to an external casing; - a bladed disc arranged downstream of the distributor and mounted so as to rotate inside the external casing; - said bladed disc being surrounded by a circumferentially segmented ring and supported by the external casing and formed by a crown arranged radially to the exterior of the bladed disc and an annular deflector supported by an upstream edge of the crown and extending radially towards the interior from said upstream edge of the crown; sealing members between two circumferentially adjacent ring segments, these sealing members comprising first circumferential sealing means arranged at the junction between two circumferentially consecutive deflector segments and characterized in that the sealing members comprise second circumferential sealing means between two circumferentially consecutive crown segments, these second sealing means being connected to the first sealing means. - a distributor fixed to an external casing; - a bladed disc arranged downstream of the distributor and mounted so as to rotate inside the external casing; - said bladed disc being surrounded by a circumferentially segmented ring and supported by the external casing and formed by a crown arranged radially to the exterior of the bladed disc and an annular deflector supported by an upstream edge of the crown and extending radially towards the interior from said upstream edge of the crown; sealing members between two circumferentially adjacent ring segments, these sealing members comprising first circumferential sealing means arranged at the junction between two circumferentially consecutive deflector segments and characterized in that the sealing members comprise second circumferential sealing means between two circumferentially consecutive crown segments, these second sealing means being connected to the first sealing means.