mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting code block group, CBG,-based Hybrid ARQ Acknowledgement, HARQ-ACK, information by a device in a wireless communication system, the method comprising: receiving, through a radio resource control, RRC, signaling, configuration information including a CBG number per a single transport block, TB; receiving a first TB including a plurality of CBGs through a physical downlink shared channel, PDSCH; and transmitting an HARQ-ACK response including a plurality of HARQ-ACK bits for the plurality of CBGs of the first TB, characterized in that wherein, for M < K, where M denotes the CBG number configured through the configuration information, and K denotes a total number of code blocks, CBs, in the first TB: the plurality of CBGs in the first TB comprise 'mod [K, M]' CBGs each having a first number of CBs, and 'M - mod [K, M]' CBGs each having a second number of CBs, and the first number satisfies 'ceiling K M ', and the second number satisfies 'floor K M '. receiving, through a radio resource control, RRC, signaling, configuration information including a CBG number per a single transport block, TB; receiving a first TB including a plurality of CBGs through a physical downlink shared channel, PDSCH; and transmitting an HARQ-ACK response including a plurality of HARQ-ACK bits for the plurality of CBGs of the first TB, characterized in that wherein, for M < K, where M denotes the CBG number configured through the configuration information, and K denotes a total number of code blocks, CBs, in the first TB: the plurality of CBGs in the first TB comprise 'mod [K, M]' CBGs each having a first number of CBs, and 'M - mod [K, M]' CBGs each having a second number of CBs, and the first number satisfies 'ceiling K M ', and the second number satisfies 'floor K M '. the plurality of CBGs in the first TB comprise 'mod [K, M]' CBGs each having a first number of CBs, and 'M - mod [K, M]' CBGs each having a second number of CBs, and the first number satisfies 'ceiling K M ', and the second number satisfies 'floor K M '.
A cooking apparatus comprising: a frame having a cooking chamber; a burner cover provided in the frame to form a combustion chamber; a burner provided within the combustion chamber; a fan provided at an outside of the burner cover in the frame; and a fan cover configured to cover the fan and the burner cover, wherein the frame comprises an air introduction hole through which air outside the frame is introduced into the frame, wherein the burner cover covers the air introduction hole, characterized in that the burner cover comprises an air introduction guide having a plurality of air introduction openings through which the air passed through the air introduction hole is introduced into the combustion chamber, and wherein the plurality of air introduction openings are arranged along a circumference of the air introduction guide. a frame having a cooking chamber; a burner cover provided in the frame to form a combustion chamber; a burner provided within the combustion chamber; a fan provided at an outside of the burner cover in the frame; and a fan cover configured to cover the fan and the burner cover, wherein the frame comprises an air introduction hole through which air outside the frame is introduced into the frame, wherein the burner cover covers the air introduction hole, characterized in that the burner cover comprises an air introduction guide having a plurality of air introduction openings through which the air passed through the air introduction hole is introduced into the combustion chamber, and wherein the plurality of air introduction openings are arranged along a circumference of the air introduction guide.
A method for processing a mass of wastes to be processed comprising matters soiled by organic wastes and/or heavy metals, said methods comprising the following steps: - introducing into a reactor said wastes supplemented by one or more mineral complex(es) having a particle size comprised between 100 nm and 16 mm, a thermal stability higher than 150°C, a pH-insensitive chemical stability, a Mohs hardness higher than 3 and a high exchange capacity, higher than 2.50 meq/g, - blending said wastes supplemented by one or more mineral complex(es), said method enabling the separation of the organic matters and/or the heavy metals from the soiled matters, the organic matters present in the wastes being agglomerated around the mineral complexes and the heavy metals retained by the minerals. - introducing into a reactor said wastes supplemented by one or more mineral complex(es) having a particle size comprised between 100 nm and 16 mm, a thermal stability higher than 150°C, a pH-insensitive chemical stability, a Mohs hardness higher than 3 and a high exchange capacity, higher than 2.50 meq/g, - blending said wastes supplemented by one or more mineral complex(es),
An antibody to a prorenin receptor or an antigen binding fragment of the antibody, wherein the antibody or the antigen binding fragment binds a region extending from the 200 th to 213 rd amino acid residues in an amino acid sequence (SEQ ID NO: 6) of a human prorenin receptor protein.
System comprising a server, wherein the server comprises: a receiving device adapted to receive noisy measured values from a plurality of smart meter gateways (10; 11), and a computing unit which is set up to aggregate the noisy measured values of the plurality of smart meter gateways (10; 11), characterized in that the system comprises a device for providing control energy, wherein the server comprises the server further comprises a notification device which is set up to compare the aggregated measured values with a predetermined limit value and, if the predetermined limit value is exceeded, to output a notification to the device for providing control energy, wherein the device for providing control energy is designed as a gas or diesel unit and is set up to increase the control energy in response to the notification received. a receiving device adapted to receive noisy measured values from a plurality of smart meter gateways (10; 11), and a computing unit which is set up to aggregate the noisy measured values of the plurality of smart meter gateways (10; 11), characterized in that the system comprises a device for providing control energy, wherein the server comprises the server further comprises a notification device which is set up to compare the aggregated measured values with a predetermined limit value and, if the predetermined limit value is exceeded, to output a notification to the device for providing control energy, wherein the device for providing control energy is designed as a gas or diesel unit and is set up to increase the control energy in response to the notification received.
Use of a combination of: a ratio of Aβ1-39 (SEQ ID NO.: 1) level to Aβ1-42 (SEQ ID NO.: 3) level: Aβ1-39/Aβ1-42; a ratio of Aβ1-40 (SEQ ID NO.: 2) level to Aβ1-42 (SEQ ID NO.: 3) level: Aβ1-40/Aβ1-42; and optionally a ratio of APP669-711 (SEQ ID NO.: 4) level to Aβ1-42 (SEQ ID NO.: 3) level: APP669-711/Aβ1-42, in a living body-derived sample, as a marker for determining a cerebral Aβ accumulation state, wherein the living body-derived sample is blood. Aβ1-39/Aβ1-42; a ratio of Aβ1-40 (SEQ ID NO.: 2) level to Aβ1-42 (SEQ ID NO.: 3) level: Aβ1-40/Aβ1-42; and optionally a ratio of APP669-711 (SEQ ID NO.: 4) level to Aβ1-42 (SEQ ID NO.: 3) level: APP669-711/Aβ1-42, in a living body-derived sample, as a marker for determining a cerebral Aβ accumulation state, wherein the living body-derived sample is blood. Aβ1-40/Aβ1-42; and optionally a ratio of APP669-711 (SEQ ID NO.: 4) level to Aβ1-42 (SEQ ID NO.: 3) level: APP669-711/Aβ1-42, in a living body-derived sample, as a marker for determining a cerebral Aβ accumulation state, wherein the living body-derived sample is blood. APP669-711/Aβ1-42, in a living body-derived sample, as a marker for determining a cerebral Aβ accumulation state, wherein the living body-derived sample is blood.
An implant device (120, 700) comprising: a sensor interface configured to interface with a sensor, wherein the sensor includes a first sensor node and a second sensor node, and the sensor interface includes a first interface node and a second interface node, the sensor interface being further configured to electrically couple the first sensor node with the first interface node and the second sensor node with the second interface node; a sensing circuit that measures at least one physiological parameter of an individual; and a sensor detector configured to: detect whether the sensor is interfacing with the sensor interface; and activate the sensing circuit based on the detection; wherein the sensor detector includes: a signal generator configured to send a signal to the sensor interface; and a signal detector configured to detect a corresponding signal from the sensor interface when the sensor is interfacing with the sensor interface, wherein the corresponding signal is related to the signal. a sensor interface configured to interface with a sensor, wherein the sensor includes a first sensor node and a second sensor node, and the sensor interface includes a first interface node and a second interface node, the sensor interface being further configured to electrically couple the first sensor node with the first interface node and the second sensor node with the second interface node; a sensing circuit that measures at least one physiological parameter of an individual; and a sensor detector configured to: detect whether the sensor is interfacing with the sensor interface; and activate the sensing circuit based on the detection; detect whether the sensor is interfacing with the sensor interface; and activate the sensing circuit based on the detection; wherein the sensor detector includes: a signal generator configured to send a signal to the sensor interface; and a signal detector configured to detect a corresponding signal from the sensor interface when the sensor is interfacing with the sensor interface, wherein the corresponding signal is related to the signal. a signal generator configured to send a signal to the sensor interface; and a signal detector configured to detect a corresponding signal from the sensor interface when the sensor is interfacing with the sensor interface, wherein the corresponding signal is related to the signal.
Device for unilateral analysis of products comprising a product turning device comprising two series (18, 20) of pivoting levers (19, 21) in opposition borne by at least one conveyor driven in a longitudinal direction with respect to a fixed frame, and a device (33, 34, 37, 38) for controlling the pivoting of the levers arranged to drive a turning of the products in a turning zone between two successive unilateral analysis work stations (40, 41) in the longitudinal direction, a device in which the levers (19, 21) of each series (18, 20) are arranged in relation to one another in such a way that in the turning zone several levers (19, 21) of the same series (18, 20) are driven in pivoting by the control device, a device characterised in that each pivoting lever (19, 21) forms a transversal support finger of the products, as each product is able to be turned under the effect of the pivoting of several levers of each series, and in that the device (33, 34, 37, 38) for controlling the pivoting is arranged to drive a progressive pivoting of said pivoting levers (19, 21) of each series (18, 20), at least in the turning direction of a product, in such a way that the multitude of successive pivoting levers in the form of conveying fingers makes it possible to each support products.
An annulus filler system bridging the gap between two adjacent blades attached to a rim of the rotor disc of a gas turbine engine, the system including: an annulus filler having a lid which extends between the adjacent blades and defines an airflow surface for air being drawn through the engine, and a support body extending beneath the lid and terminating in an elongate foot which, in use, extends along a groove provided in the rim of the disc, the groove having a neck which prevents withdrawal of the foot through the neck in a radially outward direction of the disc, and a sleeve which, after installation of the filler, is slidably locatable into a gap between the foot and sides of the groove; wherein the foot is formed of composite material; characterised in that the sleeve provides a galvanic isolation layer, the sleeve having a layer of ballotinis within the galvanic insolation layer preventing galvanic corrosion between the foot and the disc. an annulus filler having a lid which extends between the adjacent blades and defines an airflow surface for air being drawn through the engine, and a support body extending beneath the lid and terminating in an elongate foot which, in use, extends along a groove provided in the rim of the disc, the groove having a neck which prevents withdrawal of the foot through the neck in a radially outward direction of the disc, and a sleeve which, after installation of the filler, is slidably locatable into a gap between the foot and sides of the groove; wherein the foot is formed of composite material; characterised in that the sleeve provides a galvanic isolation layer, the sleeve having a layer of ballotinis within the galvanic insolation layer preventing galvanic corrosion between the foot and the disc.
A method of operating a static ternary content addressable memory, TCAM, the method comprising: operating a key cell to generate a comparison output based on a comparison of a search bit to a key bit; operating a first pull-down transistor to conduct and a first pull-up transistor to not conduct in response to the comparison output indicating a match between the search bit and the key bit, and operating the first pull-down transistor to not conduct and the first pull-up transistor to conduct in response to the comparison output indicating a mismatch between the search bit and the key bit; operating a mask cell to generate a mask output; operating a second pull-down transistor to conduct and a second pull-up transistor to not conduct in response to the mask output being asserted, and operating the second pull-down transistor to not conduct and the second pull-up transistor to conduct in response to the mask output being de-asserted, the first pull-down transistor and the second pull-down transistor being connected in parallel between a match line output and a first supply voltage terminal, characterized by the first pull-up transistor and the second pull-up transistor being connected in series between a second supply voltage terminal and the match line output. operating a key cell to generate a comparison output based on a comparison of a search bit to a key bit; operating a first pull-down transistor to conduct and a first pull-up transistor to not conduct in response to the comparison output indicating a match between the search bit and the key bit, and operating the first pull-down transistor to not conduct and the first pull-up transistor to conduct in response to the comparison output indicating a mismatch between the search bit and the key bit; operating a mask cell to generate a mask output; operating a second pull-down transistor to conduct and a second pull-up transistor to not conduct in response to the mask output being asserted, and operating the second pull-down transistor to not conduct and the second pull-up transistor to conduct in response to the mask output being de-asserted, the first pull-down transistor and the second pull-down transistor being connected in parallel between a match line output and a first supply voltage terminal, characterized by the first pull-up transistor and the second pull-up transistor being connected in series between a second supply voltage terminal and the match line output.
A flow cell for reducing one or more pathogens in a fluid, the flow cell comprising: a plurality of channels, each of the plurality of channels comprising: a depth of less than 0.150 mm; a first wall transparent to ultraviolet light; a second wall transparent to ultraviolet light; an inlet port, wherein fluid enters the flow cell through the inlet port; at least one inlet manifold in fluid communication with the inlet port and the plurality of channels, wherein a cross section of the at least one inlet manifold tapers from a proximal end of the at least one inlet manifold to a distal end of the at least one inlet manifold; an outlet port wherein fluid exits the flow cell through the outlet port; at least one outlet manifold (224, 228) in fluid communication with the outlet port and the plurality of channels, wherein a cross section of the at least one outlet manifold (224, 228) tapers from a proximal end (224A, 228A) of the at least one outlet manifold (224, 228) to a distal end (224B, 228B) of the at least one outlet manifold (224A, 228A). a plurality of channels, each of the plurality of channels comprising: a depth of less than 0.150 mm; a first wall transparent to ultraviolet light; a second wall transparent to ultraviolet light; a depth of less than 0.150 mm; a first wall transparent to ultraviolet light; a second wall transparent to ultraviolet light; an inlet port, wherein fluid enters the flow cell through the inlet port; at least one inlet manifold in fluid communication with the inlet port and the plurality of channels, wherein a cross section of the at least one inlet manifold tapers from a proximal end of the at least one inlet manifold to a distal end of the at least one inlet manifold; an outlet port wherein fluid exits the flow cell through the outlet port; at least one outlet manifold (224, 228) in fluid communication with the outlet port and the plurality of channels, wherein a cross section of the at least one outlet manifold (224, 228) tapers from a proximal end (224A, 228A) of the at least one outlet manifold (224, 228) to a distal end (224B, 228B) of the at least one outlet manifold (224A, 228A).
Arrangement for the front end of a motor vehicle, including a front bumper and an air intake grill for supplying air to a cooling unit of the power train of the vehicle, the grill being provided with at least one clip-connection orifice in each of the side portions thereof, into which a clip-connection tab that is integral with the bumper is inserted, characterized in that it includes a locking finger inserted between the tab and an edge of the orifice such as to prevent the tab from being removed from the orifice, the tab being provided with a raised portion at the end thereof which abuts against the edge of the orifice opposite the locking finger.
An oral care composition comprising: an amine base, wherein the amine base is a plant-derived amine base, a fluoride source, and a zinc source that is zinc lactate, wherein the composition comprises less than 0.01 wt% stannous fluoride. an amine base, wherein the amine base is a plant-derived amine base, a fluoride source, and a zinc source that is zinc lactate, wherein the composition comprises less than 0.01 wt% stannous fluoride.
A water charge air cooler, comprising: a housing; and a core situated inside said housing, said core comprising a plurality of flow ducts, said flow ducts each comprising two wide sides, said flow ducts including two outermost flow ducts (31a, 31b); characterized in that it further comprises at least one filler placed between and being in sealed contact with said housing and said wide side of at least one outermost flow duct (31a, 31b) so that said at least one filler covers at least 70% of said wide side of said at least one outermost flow duct (31a, 31b), which is in contact with said at least one filler, said at least one filler being able to prevent a coolant from flowing in a space defined between said housing and said at least one outermost flow duct (31a, 31b) and filled with said at least one filler. a housing; and a core situated inside said housing, said core comprising a plurality of flow ducts, said flow ducts each comprising two wide sides, said flow ducts including two outermost flow ducts (31a, 31b); characterized in that it further comprises at least one filler placed between and being in sealed contact with said housing and said wide side of at least one outermost flow duct (31a, 31b) so that said at least one filler covers at least 70% of said wide side of said at least one outermost flow duct (31a, 31b), which is in contact with said at least one filler, said at least one filler being able to prevent a coolant from flowing in a space defined between said housing and said at least one outermost flow duct (31a, 31b) and filled with said at least one filler.
An arrangement for an aircraft turbine engine comprising a shaft rotating about an axis of rotation, as well as a following member centred on the axis of rotation and rotatably coupled to the shaft by a splined connection comprising first splines integral with the following member, as well as second splines integral with the rotating shaft and co-operating with said first splines, and means for spraying a lubricant into a lubricant collection cavity, characterised in that the arrangement additionally includes: - on either side of the splined connection, respectively an upstream connection for radially centring the following member relative to the shaft, and a downstream connection for radially centring the following member relative to the shaft, the upstream and downstream radial centring connections (68a, 68b) being axially sliding; - at least one lubricant intake passage made through the rotating shaft or the following member, the lubricant intake passage opening on the one hand into said lubricant collection cavity, and on the other hand into a spline lubrication cavity delimited in part by the upstream and downstream radial centring connections (68a, 68b); and - at least one lubricant discharge passage made through the rotating shaft or the following member, the lubricant discharge passage opening on the one hand into said spline lubrication cavity, and on the other hand externally to the arrangement. - on either side of the splined connection, respectively an upstream connection for radially centring the following member relative to the shaft, and a downstream connection for radially centring the following member relative to the shaft, the upstream and downstream radial centring connections (68a, 68b) being axially sliding; - at least one lubricant intake passage made through the rotating shaft or the following member, the lubricant intake passage opening on the one hand into said lubricant collection cavity, and on the other hand into a spline lubrication cavity delimited in part by the upstream and downstream radial centring connections (68a, 68b); and - at least one lubricant discharge passage made through the rotating shaft or the following member, the lubricant discharge passage opening on the one hand into said spline lubrication cavity, and on the other hand externally to the arrangement.