mhurhangee/ep-ind-claims huggingface dataset:
A method (100, 200) of Radio Link Monitoring by User Equipment, UE having a selectively enabled advanced receiver feature and operative in a wireless communication network, characterized by: selectively enabling and disabling the advanced receiver feature while the UE maintains an In-sync status wherein the network schedules communications to the UE; measuring received signal quality on one or more channels and generating a signal quality metric; monitoring (106, 206) the signal quality metric; assuming (114, 210) an Out-of-sync status, wherein the network does not schedule communications to the UE, if the advanced receiver feature is disabled and the signal quality metric meets a first threshold (108-112, 208); and assuming (114, 214) the Out-of-sync status if the advanced receiver feature is enabled and the signal quality metric meets a second threshold indicating lower signal quality than the first threshold (108-110, 212); and further comprising, when the UE is Out-of-sync: measuring received signal quality on one or more channels to generate a signal quality metric; monitoring the signal quality metric; and assuming an In-sync status, wherein the network schedules data to the UE, if the signal quality metric meets a third threshold indicating higher signal quality than the first threshold, regardless of whether the advanced receiver feature is enabled or disabled. selectively enabling and disabling the advanced receiver feature while the UE maintains an In-sync status wherein the network schedules communications to the UE; measuring received signal quality on one or more channels and generating a signal quality metric; monitoring (106, 206) the signal quality metric; assuming (114, 210) an Out-of-sync status, wherein the network does not schedule communications to the UE, if the advanced receiver feature is disabled and the signal quality metric meets a first threshold (108-112, 208); and assuming (114, 214) the Out-of-sync status if the advanced receiver feature is enabled and the signal quality metric meets a second threshold indicating lower signal quality than the first threshold (108-110, 212); measuring received signal quality on one or more channels to generate a signal quality metric; monitoring the signal quality metric; and assuming an In-sync status, wherein the network schedules data to the UE, if the signal quality metric meets a third threshold indicating higher signal quality than the first threshold, regardless of whether the advanced receiver feature is enabled or disabled.
A cerebral shunt apparatus for draining fluid from the brain of a patient, the apparatus comprising a cerebral catheter device and a drainage catheter device, the cerebral catheter device comprising an elongate tube for insertion into the brain of a patient to a vicinity of a desired target and a head attached to the elongate tube, wherein the head has a passageway therethrough in fluid communication with a lumen of the elongate tube and formations are provided on the external surface of the head for securing the head in a hole formed in the skull of a patient, wherein the head of the cerebral catheter device comprises a first fluid connector portion and the drainage catheter device comprises a second fluid connector portion, the first fluid connector portion being attachable to the second fluid connector portion to allow fluid communication to be established between the lumen of the elongate tube and the drainage catheter device via the passageway of the head.
A cable comprising: a flame retardant-free thermoplastic inner sheath; and an outer sheath composition comprising, based on the total weight of the composition, (a) 10 wt% to 90 wt% of a TPU based resin, (b) 5 wt% to 90 wt% of a metal hydrate, (c) 2 wt% to 50 wt% of a nitrogen-based phosphorus flame retardant, and (d) 2 wt% to 20 wt% of a liquid phosphate modifier, wherein the outer sheath is in contact with the inner sheath, wherein the outer sheath has a thickness from greater than zero to 0.8mm. a flame retardant-free thermoplastic inner sheath; and an outer sheath composition comprising, based on the total weight of the composition, (a) 10 wt% to 90 wt% of a TPU based resin, (b) 5 wt% to 90 wt% of a metal hydrate, (c) 2 wt% to 50 wt% of a nitrogen-based phosphorus flame retardant, and (d) 2 wt% to 20 wt% of a liquid phosphate modifier, (a) 10 wt% to 90 wt% of a TPU based resin, (b) 5 wt% to 90 wt% of a metal hydrate, (c) 2 wt% to 50 wt% of a nitrogen-based phosphorus flame retardant, and (d) 2 wt% to 20 wt% of a liquid phosphate modifier, wherein the outer sheath is in contact with the inner sheath, wherein the outer sheath has a thickness from greater than zero to 0.8mm.
An efficient key exchange system (200, 300, 400) in a communication network, such as using an SIP, comprising: a first terminal (230, 310) adapted and constructed to selectively transmit a first random key k via a signaling layer; a second terminal (260, 330) adapted and constructed to receive the first random key selectively transmitted by the first terminal (230, 310) via the signaling layer; characterized in that the second terminal (120, 260, 330) is further adapted and constructed to selectively send a random nonce r to the first terminal (110, 230, 310) via a media layer, upon receipt of the random key k, so as to allow both terminals to derive the same session key sk from k and r, divided between the signaling layer and the media layer. a first terminal (230, 310) adapted and constructed to selectively transmit a first random key k via a signaling layer; a second terminal (260, 330) adapted and constructed to receive the first random key selectively transmitted by the first terminal (230, 310) via the signaling layer; characterized in that the second terminal (120, 260, 330) is further adapted and constructed to selectively send a random nonce r to the first terminal (110, 230, 310) via a media layer, upon receipt of the random key k, so as to allow both terminals to derive the same session key sk from k and r, divided between the signaling layer and the media layer.
An actuator device comprising: a housing having a first portion engageable with a scope and a second portion removably engageable with a handle of a retrieval device; a platform that is movable relative to the housing and engageable with a slider of the retrieval device; and a link assembly that is coupled the housing and the platform, and operable to move the platform and slider relative to the housing and handle. a housing having a first portion engageable with a scope and a second portion removably engageable with a handle of a retrieval device; a platform that is movable relative to the housing and engageable with a slider of the retrieval device; and a link assembly that is coupled the housing and the platform, and operable to move the platform and slider relative to the housing and handle.
A method for detecting the presence of a Kingella kingae microorganism in a biological sample of a patient, comprising the steps of a. Performing a PCR amplification of the DNA in said sample with the pair of primers SEQ ID N° 2 and SEQ ID N° 3 b. Detecting the presence or the absence of an amplified nucleic acid, wherein presence of an amplified nucleic acid amounts to the presence of a Kingella kingae microorganism in said biological sample. a. Performing a PCR amplification of the DNA in said sample with the pair of primers SEQ ID N° 2 and SEQ ID N° 3 b. Detecting the presence or the absence of an amplified nucleic acid, wherein presence of an amplified nucleic acid amounts to the presence of a Kingella kingae microorganism in said biological sample.
A method for network slice reselection comprising: determining, by a global connection and mobility management, G-CMM, function (182,354), whether a slice reselection triggering event associated with a mobile device attached to a first slice has occurred; sending, by the G-CMM function, to a slice selection function, SSF, a message to select a second slice to serve the mobile device; selecting, by the SSF, a second slice to serve the mobile device attached to the first slice and sending information about the second slice to the G-CMM function; obtaining, by the G-CMM function, the information on the second slice from the SSF; and instructing (315, 321, 325, 440, 445, 450), by the G-CMM function, the mobile device, which is attached to the first slice, to connect to the second slice, wherein the slice reselection triggering event comprises one of the following: a slice management event, a movement of the mobile device, and a change in the service requirements of the mobile device. determining, by a global connection and mobility management, G-CMM, function (182,354), whether a slice reselection triggering event associated with a mobile device attached to a first slice has occurred; sending, by the G-CMM function, to a slice selection function, SSF, a message to select a second slice to serve the mobile device; selecting, by the SSF, a second slice to serve the mobile device attached to the first slice and sending information about the second slice to the G-CMM function; obtaining, by the G-CMM function, the information on the second slice from the SSF; and instructing (315, 321, 325, 440, 445, 450), by the G-CMM function, the mobile device, which is attached to the first slice, to connect to the second slice, wherein the slice reselection triggering event comprises one of the following: a slice management event, a movement of the mobile device, and a change in the service requirements of the mobile device.
A method for measuring total chlorine in a solution, comprising: preparing a thiocarbamate indicator; introducing the thiocarbamate indicator to a solution, wherein the solution contains an amount of monochloramine; adding a potassium iodide additive to the solution, wherein the potassium iodide additive is configured to accelerate the reaction rate between the thiocarbamate indicator and monochloramine and causes a change in fluorescence of the solution; and measuring the amount of monochloramine in the solution by measuring an intensity of the fluorescence. preparing a thiocarbamate indicator; introducing the thiocarbamate indicator to a solution, wherein the solution contains an amount of monochloramine; adding a potassium iodide additive to the solution, wherein the potassium iodide additive is configured to accelerate the reaction rate between the thiocarbamate indicator and monochloramine and causes a change in fluorescence of the solution; and measuring the amount of monochloramine in the solution by measuring an intensity of the fluorescence.
A multistage compression system using refrigerant and oil, the multistage compression system comprising: a low-stage compressor configured to compress the refrigerant; wherein the low-stage compressor comprises: a low-stage compression part that compresses the refrigerant, a low-stage motor that drives the compression part, and a low-stage container which houses the low-stage compression part and the low-stage motor and a high-stage compressor configured to further compress the refrigerant compressed by the low-stage compressor; the high-stage compressor comprises: a high-stage compression part that compresses the refrigerant, a high-stage motor that drives the high-stage compression part, and a high-stage container which houses the high-stage compression part and the high-stage motor, an oil return pipe configured to return the oil discharged by the high-stage container to the low-stage container; and an oil discharge pipe configured to discharge the oil from the low-stage container; wherein, the oil return pipe and the oil discharge pipe are connected to the low-stage container, characterized in that, the oil return pipe and the oil discharge pipe are connected to the low-stage container above the low-stage compression part and below the low-stage motor. a low-stage compressor configured to compress the refrigerant; wherein the low-stage compressor comprises: a low-stage compression part that compresses the refrigerant, a low-stage motor that drives the compression part, and a low-stage container which houses the low-stage compression part and the low-stage motor and a low-stage compression part that compresses the refrigerant, a low-stage motor that drives the compression part, and a low-stage container which houses the low-stage compression part and the low-stage motor and a high-stage compressor configured to further compress the refrigerant compressed by the low-stage compressor; the high-stage compressor comprises: a high-stage compression part that compresses the refrigerant, a high-stage motor that drives the high-stage compression part, and a high-stage compression part that compresses the refrigerant, a high-stage motor that drives the high-stage compression part, and a high-stage container which houses the high-stage compression part and the high-stage motor, an oil return pipe configured to return the oil discharged by the high-stage container to the low-stage container; and an oil discharge pipe configured to discharge the oil from the low-stage container; wherein, the oil return pipe and the oil discharge pipe are connected to the low-stage container,
A cylindrical cannula which is a part of a trocar used in a surgery and into which a cutting member is inserted in detachably attachable manner, comprising: an inclined cut end provided at an end of the cylindrical cannula; and a circumferential surface provided at the periphery of the inclined cut end, the circumferential surface being tapered, wherein the inclined cut end has a tip such that the circumferential surface has a longest length along the longitudinal direction of the circumferential surface of the cannula at the tip, being characterized in that the circumferential surface has uneven lengths along the axial direction of the cannula, and in that the circumferential surface has a decrease in rate of an increase in diameter in a direction from the inclined cut end to the other end of the cylindrical cannula. an inclined cut end provided at an end of the cylindrical cannula; and a circumferential surface provided at the periphery of the inclined cut end, the circumferential surface being tapered, wherein the inclined cut end has a tip such that the circumferential surface has a longest length along the longitudinal direction of the circumferential surface of the cannula at the tip, being characterized in that the circumferential surface has uneven lengths along the axial direction of the cannula, and in that the circumferential surface has a decrease in rate of an increase in diameter in a direction from the inclined cut end to the other end of the cylindrical cannula.
A seat for a vehicle, comprising: a seat pan, having a seat pan front edge and a seat pan rear edge; a backrest, having a backrest top edge and a backrest bottom edge, wherein the backrest bottom edge is articulately disposed adjacent to the seat pan rear edge, and at least one of the seat pan and the backrest is configurable into a plurality of positions; an undercarriage supporting the seat pan, the undercarriage comprising spaced-apart left and right lateral brackets; and a back support lattice disposed adjacent to the backrest for providing back support, a control operable by a passenger of the seat for setting an initial degree of back support provided by the back support lattice; wherein the back support lattice is operatively connected to at least one of the seat pan and the backrest, and wherein the back support provided by the back support lattice is automatically adjustable from the initial degree of back support depending on the plurality of positions, characterized in that the seat further comprises a tilt link operably connected, at a tilt link top end, to at least one of the backrest and the seat pan and, at a tilt link bottom end, to the undercarriage, wherein the tilt link is a S-shaped plate from a side view between the tilt link top end and the tilt link bottom end. a seat pan, having a seat pan front edge and a seat pan rear edge; a backrest, having a backrest top edge and a backrest bottom edge, wherein the backrest bottom edge is articulately disposed adjacent to the seat pan rear edge, and at least one of the seat pan and the backrest is configurable into a plurality of positions; an undercarriage supporting the seat pan, the undercarriage comprising spaced-apart left and right lateral brackets; and a back support lattice disposed adjacent to the backrest for providing back support, a control operable by a passenger of the seat for setting an initial degree of back support provided by the back support lattice; wherein the back support lattice is operatively connected to at least one of the seat pan and the backrest, and wherein the back support provided by the back support lattice is automatically adjustable from the initial degree of back support depending on the plurality of positions, characterized in that the seat further comprises a tilt link operably connected, at a tilt link top end, to at least one of the backrest and the seat pan and, at a tilt link bottom end, to the undercarriage, wherein the tilt link is a S-shaped plate from a side view between the tilt link top end and the tilt link bottom end.
A method of forming an image on a substrate in or on which there are at least two different colour-change agents, i.e. a first colour-change agent that is an activatable diacetylene capable of giving rise to at least two different colours; and a second colour-change agent that comprises a thermal acid generator and a leuco dye and being capable of giving rise to at least one different colour than achievable with the first colour change agent; and which comprises applying energy to the substrate so as to generate an image; preferably wherein the two different colours are blue and red.
A lever gear for driving a drive rod of a drive rod fitting with a lever pivotably mounted about a bearing pin, with a gear connecting the lever with the drive rod and with a rocker for moving the lever from a basic position into the projecting actuating position, wherein the bearing pin projecting from the lever is guided in a longitudinally displaceable manner, characterized in that the rocker with a leg is opposite the end of the bearing pin facing away from the lever.
An apparatus for supplying heating and cooling in a facility or a building, said apparatus comprising: an elongate thermal gradient header that contains a fluid at a first temperature progressing from a high towards a first end of said elongate thermal gradient header to low towards a second end of said elongate thermal gradient header; and a plurality of heating and cooling systems that draw said fluid from said thermal gradient header and discharge said fluid back thereto, each of the heating and cooling systems having an intake connected to a first zone of the header that contains said fluid at a temperature closer to an optimal intake temperature of said system, and a discharge connected to a second zone that contains said fluid at a temperature that is closer to an optimal discharge temperature of said system; characterised in that the thermal gradient header is an elongate pipe; and said elongate thermal gradient header comprises multiple legs defined by runs of said pipe routed back and forth, whereby the runs of said pipe are suitable for being arranged between a mechanical room and distribution areas of said facility. an elongate thermal gradient header that contains a fluid at a first temperature progressing from a high towards a first end of said elongate thermal gradient header to low towards a second end of said elongate thermal gradient header;
A medical scope comprising: an imaging head supported by and rotatably movable relative to a body about an axis of rotation extending from the body, the imaging head including an image sensor and a light emitter for illuminating a field of view of the image sensor a light path extending from the body parallel to the axis of rotation to the light emitter, the light path including a light inlet of the imaging head opposed to a light outlet of the body across a wireless interface between the imaging head and the body; and a light transmitter in the imaging head, the light transmitter being coupled to the light path to transmit image data from the image sensor to the body across the interface. an imaging head supported by and rotatably movable relative to a body about an axis of rotation extending from the body, the imaging head including an image sensor and a light emitter for illuminating a field of view of the image sensor a light path extending from the body parallel to the axis of rotation to the light emitter, the light path including a light inlet of the imaging head opposed to a light outlet of the body across a wireless interface between the imaging head and the body; and a light transmitter in the imaging head, the light transmitter being coupled to the light path to transmit image data from the image sensor to the body across the interface.
A tow line controlling device adapted to be positioned in a deck of a vessel, the tow line controlling device comprising two or more tow pins, movable between a passive position and at least one active position, and a bridge spanning a gap between two of the tow pins at least when the tow pins are in one of their active positions, characterized in that that the towline controlling device further comprises a lower stopper movable between a passive position and at least one active position, the lower stopper being positioned between two of the tow pins so that the lower stopper and the tow pins are generally mounted in a plane perpendicular to the general length axis of a tow line adapted to be guided therebetween.
A thrust reverser, comprising: a stationary structure defining an annular body with a centerline; a first reverser door pivotally coupled to the stationary structure by a pair of first reverser door hinges, a first reverser door hinge axis extending through the pair of first reverser door hinges and positioned at a first angle (α) relative to the centerline; and a second reverser door pivotally coupled to the stationary structure by a pair of second reverser door hinges, a second reverser door hinge axis extending through the pair of second reverser door hinges and positioned at a second angle (β) relative to the centerline; wherein the first reverser door and the second reverser door are configured to rotate in opposite directions towards an aft portion of the thrust reverser; characterized in that: the first angle (α) and the second angle (β) are not equal. a stationary structure defining an annular body with a centerline; a first reverser door pivotally coupled to the stationary structure by a pair of first reverser door hinges, a first reverser door hinge axis extending through the pair of first reverser door hinges and positioned at a first angle (α) relative to the centerline; and a second reverser door pivotally coupled to the stationary structure by a pair of second reverser door hinges, a second reverser door hinge axis extending through the pair of second reverser door hinges and positioned at a second angle (β) relative to the centerline; wherein the first reverser door and the second reverser door are configured to rotate in opposite directions towards an aft portion of the thrust reverser; characterized in that: the first angle (α) and the second angle (β) are not equal.
A titanium aluminide intermetallic composition based on a gamma TiAl intermetallic compound, the titanium aluminide intermetallic composition consisting of, by atomic percent, 46 to 50% aluminum, 1 to 3% chromium, 1 to 5% niobium, 270 to 420 ppm carbon, and balance titanium and incidental impurities in amounts to yield the gamma TiAl intermetallic compound.