mhurhangee/ep-ind-claims huggingface dataset:
An evolved NodeB, eNB, comprising: a processor; and a memory in electronic communication with the processor, wherein instructions stored in the memory are executable to: maintain a contention window size; and increase the contention window size according to hybrid automatic request acknowledgement/negative acknowledgment, HARQ-ACK, feedback corresponding to physical downlink shared channel, PDSCH, transmissions in a first subframe for more than one user equipment, UE, wherein the contention window size is increased if the HARQ-ACK feedback corresponding to more than one PDSCH transmission in the first subframe contains a negative acknowledgement, NACK, and characterised in that the first subframe comprises only the starting subframe of a previous downlink transmission burst on a licensed-assisted access, LAA, carrier for which HARQ-ACK has been fed back. a processor; and a memory in electronic communication with the processor, wherein instructions stored in the memory are executable to: maintain a contention window size; and increase the contention window size according to hybrid automatic request acknowledgement/negative acknowledgment, HARQ-ACK, feedback corresponding to physical downlink shared channel, PDSCH, transmissions in a first subframe for more than one user equipment, UE, wherein the contention window size is increased if the HARQ-ACK feedback corresponding to more than one PDSCH transmission in the first subframe contains a negative acknowledgement, NACK, and characterised in that the first subframe comprises only the starting subframe of a previous downlink transmission burst on a licensed-assisted access, LAA, carrier for which HARQ-ACK has been fed back. maintain a contention window size; and increase the contention window size according to hybrid automatic request acknowledgement/negative acknowledgment, HARQ-ACK, feedback corresponding to physical downlink shared channel, PDSCH, transmissions in a first subframe for more than one user equipment, UE, wherein the contention window size is increased if the HARQ-ACK feedback corresponding to more than one PDSCH transmission in the first subframe contains a negative acknowledgement, NACK, and characterised in that the first subframe comprises only the starting subframe of a previous downlink transmission burst on a licensed-assisted access, LAA, carrier for which HARQ-ACK has been fed back.
A method implemented in a computing device, the method comprising: obtaining a set of security claims for a communication channel, the set of security claims including one or more security claims each identifying a security characteristic of the communication channel; comparing the set of security claims to a security policy of the computing device; identifying an entity that has digitally signed the set of security claims; and determining one or more security precautions that the computing device is to use in transferring data to and/or from the communication channel, the determining being based at least in part on the comparing and the entity that has digitally signed the set of security claims; characterized in that the determining is further based at least in part on a communication channel class identifier that has been digitally signed by the entity with the set of security claims. obtaining a set of security claims for a communication channel, the set of security claims including one or more security claims each identifying a security characteristic of the communication channel; comparing the set of security claims to a security policy of the computing device; identifying an entity that has digitally signed the set of security claims; and determining one or more security precautions that the computing device is to use in transferring data to and/or from the communication channel, the determining being based at least in part on the comparing and the entity that has digitally signed the set of security claims;
A thermoplastic polyester elastomer resin composition comprising: a copolyetherester elastomer resin; and a glycidyl-modified ethylene-octene copolymer (EOR-GMA), wherein the copolyetherester elastomer resin is obtained by melt polymerization and solid polymerization and is present in an amount of 90% to 95% by weight in the composition, and wherein the glycidyl-modified ethylene-octene copolymer (EOR-GMA) is present in an amount of 2 to 10% by weight in the composition. a copolyetherester elastomer resin; and a glycidyl-modified ethylene-octene copolymer (EOR-GMA), wherein the copolyetherester elastomer resin is obtained by melt polymerization and solid polymerization and is present in an amount of 90% to 95% by weight in the composition, and wherein the glycidyl-modified ethylene-octene copolymer (EOR-GMA) is present in an amount of 2 to 10% by weight in the composition.
Brake system for a motor vehicle which has a number of wheels, wherein the brake system has the following: - a hydraulic brake arrangement which is designed to act on a first group of the wheels, - an electric brake arrangement which is designed to act on a second group of the wheels, - a first control arrangement which is configured to control the hydraulic brake arrangement, - a second control arrangement which is configured to control the electric brake arrangement, and - an energy supply arrangement which is configured to supply electrical energy to the first control arrangement and the second control arrangement separately from one another, characterized in that the first control arrangement and the second control arrangement are configured to boost a driver braking demand by means of the hydraulic brake arrangement if the first control arrangement and the hydraulic brake arrangement are functioning correctly, and to boost a driver braking demand by means of the electric brake arrangement in the event of complete or partial failure of the first control arrangement and/or of the hydraulic brake arrangement. - a hydraulic brake arrangement which is designed to act on a first group of the wheels, - an electric brake arrangement which is designed to act on a second group of the wheels, - a first control arrangement which is configured to control the hydraulic brake arrangement, - a second control arrangement which is configured to control the electric brake arrangement, and - an energy supply arrangement which is configured to supply electrical energy to the first control arrangement and the second control arrangement separately from one another, characterized in that the first control arrangement and the second control arrangement are configured to boost a driver braking demand by means of the hydraulic brake arrangement if the first control arrangement and the hydraulic brake arrangement are functioning correctly, and to boost a driver braking demand by means of the electric brake arrangement in the event of complete or partial failure of the first control arrangement and/or of the hydraulic brake arrangement.
A multi-linkage handle for a circuit breaker, comprising a first handle, wherein a middle part of the first handle is connectable to an end of a hinging and linking shaft hinged to a a housing of the cricuit breaker, coaxially and rotatably relative to each other, and characterized in that it further comprises a concealed handle connectable to another end of the hinging and linking shaft opposite to the end connectable to the first handle, coaxially and rotatably relative to each other, an intermittent linkage mechanism is disposed between the concealed handle and the first handle, and the concealed handle is intermittently linked to the first handle through the intermittent linkage mechanism, wherein the intermittent linkage mechanism comprises a second handle sleeved on a periphery of the concealed handle coaxially and rotatably relative to each other, the second handle is provided with an intermittent linkage area, and the concealed handle is provided with a protruding block corresponding to the intermittent linkage area; and the intermittent linkage mechanism further comprises a connection assembly disposed between the first handle and the second handle, and the first handle drives the second handle to work simultaneously through the connection assembly.
A system for continuously measuring density of a flowing media, comprising: a cartridge connected serially between an inflow media pipe and an outflow media pipe, the inflow media pipe and the outflow media pipe arranged on opposite sides of the cartridge and oriented along a same direction as the cartridge, the cartridge including a conduit connecting the inflow media pipe and the outflow media pipe; a displacement sensing device adapted to monitor displacement changes of the cartridge when the media flow through the cartridge; a base configured to provide a support for the displacement sensing device; and a pressure sensor, wherein the inflow media pipe and outflow media pipe are connected to an input and output of the cartridge via respective flanges (30a, 30b), which are attached to respective end walls (42, 44) with at least one gasket mounted therebetween, characterized in that the system further comprises a temperature sensor, and a processor configured to calculate density of the flowing media based on measured displacement change, temperature and pressure, the cartridge being only supported by the end walls (42, 44) via the flanges (30a, 30b), wherein the displacement sensing device comprises a laser displacement sensor. a cartridge connected serially between an inflow media pipe and an outflow media pipe, the inflow media pipe and the outflow media pipe arranged on opposite sides of the cartridge and oriented along a same direction as the cartridge, the cartridge including a conduit connecting the inflow media pipe and the outflow media pipe; a displacement sensing device adapted to monitor displacement changes of the cartridge when the media flow through the cartridge; a base configured to provide a support for the displacement sensing device; and a pressure sensor, wherein the inflow media pipe and outflow media pipe are connected to an input and output of the cartridge via respective flanges (30a, 30b), which are attached to respective end walls (42, 44) with at least one gasket mounted therebetween, a temperature sensor, and a processor configured to calculate density of the flowing media based on measured displacement change, temperature and pressure, the cartridge being only supported by the end walls (42, 44) via the flanges (30a, 30b), wherein the displacement sensing device comprises a laser displacement sensor.
Optometry device for testing an individual's eye comprising: - a casing (2; 102; 202; 302); - an imaging module (10; 110; 210; 310) located in the casing and adapted to produce a light beam directed to the individual's eye and forming an image representing an object for the individual's eyes; and - an illumination system (60; 160; 260; 360) adapted to produce a variable ambient light level inside the casing, said illumination system (60, 160, 260, 360) comprising a screen backlighted by a light source, a beam splitter and a concave mirror; characterised in that the optometry device comprises a refraction module (30; 30') adapted to provide a variable optical correction to the individual's eye looking therethrough into the casing. - a casing (2; 102; 202; 302); - an imaging module (10; 110; 210; 310) located in the casing and adapted to produce a light beam directed to the individual's eye and forming an image representing an object for the individual's eyes; and - an illumination system (60; 160; 260; 360) adapted to produce a variable ambient light level inside the casing, said illumination system (60, 160, 260, 360) comprising a screen backlighted by a light source, a beam splitter and a concave mirror;
A method of controlling a pressure of a fluid in a pressure chamber, which pressure chamber is delimited by an actuator membrane, wherein the actuator membrane comprises a first piezoelectric part arranged in a central part of the actuator membrane and at least one second piezoelectric part arranged in at least one peripheral part of the actuator membrane, the method comprising: - a neutral stage for providing a first flexure state of the actuator membrane, the neutral stage comprising: applying a first voltage to the first piezoelectric part, thereby generating a first electric field in the first piezoelectric part; and applying a second voltage to the second piezoelectric part, thereby generating a second electric field in the second piezoelectric part; and - an activation stage for temporarily providing a second flexure state of the actuator membrane, characterised in that the activation stage comprising: temporarily varying the first voltage and the second voltage, without reversing a polarity of the first voltage and without reversing a polarity of the second voltage, such that a curvature of the central part of the actuator membrane and a curvature of the at least one peripheral part of the actuator membrane are changed in opposite directions. - a neutral stage for providing a first flexure state of the actuator membrane, the neutral stage comprising: applying a first voltage to the first piezoelectric part, thereby generating a first electric field in the first piezoelectric part; and applying a second voltage to the second piezoelectric part, thereby generating a second electric field in the second piezoelectric part; and - an activation stage for temporarily providing a second flexure state of the actuator membrane, characterised in that
A method for purifying sialyl glycopeptide, comprising mixing a synthetic silica-based deproteinizing agent with an aqueous solution containing avian egg yolk components including sialyl glycopeptide, thereby reducing the amount of proteins therein, and obtaining a dissolved portion from the mixture, wherein the sialyl glycopeptide remains in the dissolved portion.
A weighing apparatus, the apparatus comprising: a container (201; 202) suitable for containing at least one object to be weighed; a supporting frame movably coupled to said container (201; 202) for relative movement therebetween and configured to freely support said container (201; 202); a load cell (204; 205) operable to measure a force exerted on said supporting frame by said container (201;202); and a motor apparatus operable to exert a force on said load cell (204; 205); wherein said weighing apparatus further comprises a bracket member (211; 212), said bracket member comprising of two parts, a first part (213, 214) being rigidly mechanically coupled to said container and a second part (215, 216) being rigidly mechanically coupled to said supporting frame, the first part (213, 214) being movably mechanically coupled to said second part (215, 216); wherein said motor apparatus is operable to exert a force on said load cell (204; 205) in a first direction via said bracket member (211; 212). a container (201; 202) suitable for containing at least one object to be weighed; a supporting frame movably coupled to said container (201; 202) for relative movement therebetween and configured to freely support said container (201; 202); a load cell (204; 205) operable to measure a force exerted on said supporting frame by said container (201;202); and a motor apparatus operable to exert a force on said load cell (204; 205); wherein said weighing apparatus further comprises a bracket member (211; 212), said bracket member comprising of two parts, a first part (213, 214) being rigidly mechanically coupled to said container and a second part (215, 216) being rigidly mechanically coupled to said supporting frame, the first part (213, 214) being movably mechanically coupled to said second part (215, 216); wherein said motor apparatus is operable to exert a force on said load cell (204; 205) in a first direction via said bracket member (211; 212).
A neurological lead, comprising: a planar formed, cylindrical film (110, 770) coupled with an external tube, the planar formed, cylindrical film comprising: a first polymeric layer (205, 305, 870); a first silicon based barrier layer (210, 872) at least partially disposed over the first polymeric layer; a first metal layer (215, 878) at least partially disposed over the first silicon based barrier layer, the first metal layer comprising: a plurality of electrodes each electrode of the plurality of electrodes having rounded corners, and a plurality of periphery traces, each periphery trace of the plurality of periphery traces at least partially encircling a perimeter of a corresponding electrode of the plurality of electrodes and electrically coupled with the corresponding electrode via at least two connection points; a second silicon based barrier (220, 874) layer at least partially disposed over the first metal layer; and a second polymeric layer (325, 876) at least partially disposed over the second silicon based barrier layer. a first polymeric layer (205, 305, 870); a first silicon based barrier layer (210, 872) at least partially disposed over the first polymeric layer; a first metal layer (215, 878) at least partially disposed over the first silicon based barrier layer, the first metal layer comprising: a plurality of electrodes each electrode of the plurality of electrodes having rounded corners, and a plurality of periphery traces, each periphery trace of the plurality of periphery traces at least partially encircling a perimeter of a corresponding electrode of the plurality of electrodes and electrically coupled with the corresponding electrode via at least two connection points; a plurality of electrodes each electrode of the plurality of electrodes having rounded corners, and a plurality of periphery traces, each periphery trace of the plurality of periphery traces at least partially encircling a perimeter of a corresponding electrode of the plurality of electrodes and electrically coupled with the corresponding electrode via at least two connection points; a second silicon based barrier (220, 874) layer at least partially disposed over the first metal layer; and a second polymeric layer (325, 876) at least partially disposed over the second silicon based barrier layer.
A resin-sealed semiconductor device, comprising: a first element; a second element; a first lead frame having a first die pad which holds the first element on an upper surface thereof, and a plurality of first leads; a second lead frame having a second die pad which holds the second element on an upper surface thereof, and a plurality of second leads, at least part of the first element and at least part of the second element overlap each other when viewed from the top; and a housing made of a resin material and sealing the first element, the first die pad, and at least part of each of the first leads, and the second element, the second die pad, and at least part of each of the second leads, wherein a junction lead of the plurality of first leads and a junction lead of the plurality of second leads are directly joined together by a first joint portion and, mechanically and electrically coupled together in the housing, characterized in that the device further comprising a heat radiating plate provided to have a lower surface thereof exposed from the housing and located under the first lead frame with an insulating member interposed therebetween, wherein the first joint portion is formed in a manner such that a raised portion formed at the first lead is fitted in a hole portion formed at the second lead, and a top surface of the raised portion extends around the hole portion. a first element; a second element; a first lead frame having a first die pad which holds the first element on an upper surface thereof, and a plurality of first leads; a second lead frame having a second die pad which holds the second element on an upper surface thereof, and a plurality of second leads, at least part of the first element and at least part of the second element overlap each other when viewed from the top; and a housing made of a resin material and sealing the first element, the first die pad, and at least part of each of the first leads, and the second element, the second die pad, and at least part of each of the second leads, wherein a junction lead of the plurality of first leads and a junction lead of the plurality of second leads are directly joined together by a first joint portion and, mechanically and electrically coupled together in the housing, characterized in that the device further comprising a heat radiating plate provided to have a lower surface thereof exposed from the housing and located under the first lead frame with an insulating member interposed therebetween, wherein the first joint portion is formed in a manner such that a raised portion formed at the first lead is fitted in a hole portion formed at the second lead, and a top surface of the raised portion extends around the hole portion.
A method for manufacturing a wire harness, the wire harness having at least one electric wire and an elliptic-cross-sectional shaped tubular protection member made of synthetic resin and arranged to receive the at least one electric wire to protect the electric wire, wherein the protection member is arranged to be bent at an appropriate section when wired on an automobile, and wherein the protection member has an outer surface including circumferentially-extending recessed grooves and circumferentially-extending protrusions which are arranged alternately along a longitudinal direction of the protection member so as to form the outer surface of the protection member into a concertina shape, the method comprising steps of: receiving the electric wire in the protection member in a linear state; characterized by attaching the adjacent protrusions of the appropriate section of the protection member in the linear state on an inward side with respect to a direction in which the appropriate section is bent when wired in the automobile to each other, thereby bending the appropriate section of the protection member in said direction in a non-restorable fashion by pushing the appropriate section of the protection member against an outer periphery of a heated circular-plate-shaped shaping jig. receiving the electric wire in the protection member in a linear state; characterized by attaching the adjacent protrusions of the appropriate section of the protection member in the linear state on an inward side with respect to a direction in which the appropriate section is bent when wired in the automobile to each other, thereby bending the appropriate section of the protection member in said direction in a non-restorable fashion by pushing the appropriate section of the protection member against an outer periphery of a heated circular-plate-shaped shaping jig.
A method for processing an image in a video camera, comprising reading an image; combining the image with metadata related to the image by embedding the metadata into the image, the image containing a plurality of blocks of pixels, wherein metadata relating to a particular block of pixels is embedded in that block of pixels, spatially transforming the image with the embedded metadata, wherein metadata associated to a block of pixels follows the movement of such block of pixels, separating (116; 424) the metadata from the image, and thereafter forwarding the image to an encoder; encoding the image in the encoder (114; 430), utilizing the metadata as input in further processing.