mhurhangee/patent-ind-claim-en huggingface dataset:
A downlink control channel reception method, performed by a terminal, comprising: selecting , in a case that monitoring occasions of search spaces transmitted in different Control Resource Sets, CORESETs, configured with different beam directions collide, a target CORESET from the different CORESETs according to types of the search spaces where the collision occurs, wherein the collision during the monitoring occasions comprises that a time interval between the monitoring occasions is less than a specified threshold and the monitoring occasions do not overlap; and detecting and receiving a downlink control channel according to a beam direction of the target CORESET; wherein selecting the target CORESET from the different CORESETs according to the types of the search spaces where the collision occurs comprises: selecting, in a case that at least two of the search spaces where the collision occurs are common search spaces, a CORESET with a lowest index as the target CORESET from at least two CORESETs for transmitting the common search spaces; or, selecting, in a case that the search spaces where the collision occurs are all UE-specific search spaces, a CORESET with a lowest index as the target CORESET from the different CORESETs. selecting , in a case that monitoring occasions of search spaces transmitted in different Control Resource Sets, CORESETs, configured with different beam directions collide, a target CORESET from the different CORESETs according to types of the search spaces where the collision occurs, wherein the collision during the monitoring occasions comprises that a time interval between the monitoring occasions is less than a specified threshold and the monitoring occasions do not overlap; and detecting and receiving a downlink control channel according to a beam direction of the target CORESET; wherein selecting the target CORESET from the different CORESETs according to the types of the search spaces where the collision occurs comprises: selecting, in a case that at least two of the search spaces where the collision occurs are common search spaces, a CORESET with a lowest index as the target CORESET from at least two CORESETs for transmitting the common search spaces; or, selecting, in a case that the search spaces where the collision occurs are all UE-specific search spaces, a CORESET with a lowest index as the target CORESET from the different CORESETs. selecting, in a case that at least two of the search spaces where the collision occurs are common search spaces, a CORESET with a lowest index as the target CORESET from at least two CORESETs for transmitting the common search spaces; or, selecting, in a case that the search spaces where the collision occurs are all UE-specific search spaces, a CORESET with a lowest index as the target CORESET from the different CORESETs.
A sound-absorbing panel , composed of a series of layers of double-wave corrugated cardboard (CC), each one formed by an upper liner , an upper wave , an intermediate liner , a lower wave , and a lower liner , wherein each one of said layers of double-wave corrugated cardboard, of the CC type with a minimum height of 8.5 mm, is made of paper that is resistant to flexing and with recycled paper containing virgin cellulose, characterized in that each one of said upper and lower waves having a mutually non-aligned sinusoidal wave shape and having an inclination of between 15 and 45°. each one of said layers of double-wave corrugated cardboard, of the CC type with a minimum height of 8.5 mm, is made of paper that is resistant to flexing and with recycled paper containing virgin cellulose, characterized in that each one of said upper and lower waves having a mutually non-aligned sinusoidal wave shape and having an inclination of between 15 and 45°.
A molding material containing: polyoxymethylene in which at least 50% of the terminal groups are hydroxyl groups, which has a melt volume rate MVR of less than 20 cm 3 /10 minutes, measured according to ISO 1133 at 190°C and 2.16 kg, and the proportion thereof of low molecular weight constituents having molecular weights below 10 000 Dalton is 0 to less than 15% by weight, based on the total mass of the polyoxymethylene, wherein the amount of component a) is at least 30 % by weight, based on the total mass of the molding material, b) at least 5% by weight, thermoplastic elastomer, having active hydrogen atoms; and from 0.1 to 10 % by weight of at least one component c) which contains groups for covalent coupling of the components a) and b). polyoxymethylene in which at least 50% of the terminal groups are hydroxyl groups, which has a melt volume rate MVR of less than 20 cm 3 /10 minutes, measured according to ISO 1133 at 190°C and 2.16 kg, and the proportion thereof of low molecular weight constituents having molecular weights below 10 000 Dalton is 0 to less than 15% by weight, based on the total mass of the polyoxymethylene, wherein the amount of component a) is at least 30 % by weight, based on the total mass of the molding material, b) at least 5% by weight, thermoplastic elastomer, having active hydrogen atoms; and from 0.1 to 10 % by weight of at least one component c) which contains groups for covalent coupling of the components a) and b).
A pharmaceutical composition for use in preventing or treating atopic dermatitis, the pharmaceutical composition comprising a mixed extract consisting of Phellodendri cortex, Schizonepetae spica, Sophorae radix, Glycyrrhizae radix, Liriopis tuber, and Radix rehmanniae exsiccata or a fraction thereof as an active ingredient, wherein the mixed extract includes Phellodendri cortex, Schizonepetae spica, Sophorae radix, Glycyrrhizae radix, Liriopis tuber, and Radix rehmanniae exsiccata at a weight ratio of 1: 1 : 1 : 1 : 1 : 1.
Actuating unit for a clutch comprising a drive unit , an actuating element for the actuation of the clutch, and a gear mechanism for the transmission of a torque which is produced by way of the drive unit to the actuating element , the movement of the gear mechanism being limited in at least one direction by way of at least one stop, a movable stop part moving towards a stationary stop part, characterized in that the stop can be changed in a manner which is dependent on at least one reference variable.
A fiber-optic cable for connecting a plurality of routing nodes comprising: a cable input to receive an optical signal from a first routing node of the plurality of routing nodes; wherein the fiber-optic cable is characterized in that it further comprises: a plurality of optical taps arranged along the fiber-optic cable wherein each optical tap is configured to output a portion of the optical signal to each of the remaining routing nodes; and a plurality of wavelength filters to filter the divided optical signal from the optical taps, wherein the plurality of optical taps divide an optical power of the optical signal substantially equally among the remainder of the plurality of routing nodes. a plurality of optical taps arranged along the fiber-optic cable wherein each optical tap is configured to output a portion of the optical signal to each of the remaining routing nodes; and a plurality of wavelength filters to filter the divided optical signal from the optical taps, wherein the plurality of optical taps divide an optical power of the optical signal substantially equally among the remainder of the plurality of routing nodes.
An accessory assembly for coupling a unit to an animal band comprising: a support frame , the support frame including a locking gap positioned on one end of the support frame , a latch protrusion positioned on the other end of the support frame , a proximally positioned receiving aperture, and a plurality of strap retention structures configured for coupling to at least one strap, the at least one strap configured for coupling to an animal band; a coupling latch comprising an actuator positioned on one end of the coupling latch and a locking mechanism positioned on the other end of the coupling latch opposite the actuator wherein the coupling latch is configured to be coupled to the support frame by placing the locking mechanism within the locking gap and positioning the actuator around the latch protrusion , and wherein the coupling latch is further configured to laterally move the locking mechanism in response to a force applied to the actuator toward the receiving aperture; and a plurality of compression springs positioned between the support frame and the coupling latch . a support frame , the support frame including a locking gap positioned on one end of the support frame , a latch protrusion positioned on the other end of the support frame , a proximally positioned receiving aperture, and a plurality of strap retention structures configured for coupling to at least one strap, the at least one strap configured for coupling to an animal band; a coupling latch comprising an actuator positioned on one end of the coupling latch and a locking mechanism positioned on the other end of the coupling latch opposite the actuator wherein the coupling latch is configured to be coupled to the support frame by placing the locking mechanism within the locking gap and positioning the actuator around the latch protrusion , and wherein the coupling latch is further configured to laterally move the locking mechanism in response to a force applied to the actuator toward the receiving aperture; and a plurality of compression springs positioned between the support frame and the coupling latch .
Particle comprising a core of susceptor material and a first coating comprising a first aerosol-forming substrate, wherein the core of susceptor material is coated with the first coating comprising the first aerosol-forming substrate, the particle further comprising a second coating comprising a second aerosol-forming substrate.
An air supply system, comprising: a trailer including a top wall and an end wall adjacent to the top wall; a refrigeration unit configured to generate a fluid flow; and an air supply nozzle coupled to an outlet of the refrigeration unit and the trailer at the end wall, characterised by the air supply nozzle being configured to direct the fluid flow from the outlet of the refrigeration unit into an interior of the trailer and toward a portion of the top wall. a trailer including a top wall and an end wall adjacent to the top wall; a refrigeration unit configured to generate a fluid flow; and an air supply nozzle coupled to an outlet of the refrigeration unit and the trailer at the end wall, characterised by the air supply nozzle being configured to direct the fluid flow from the outlet of the refrigeration unit into an interior of the trailer and toward a portion of the top wall.
A aqueous culture medium composition, wherein said culture medium composition is serum-free and comprises: - a thyroid hormone receptor agonist; - a lipid mixture; - a creatine compound and/or a taurine compound; and - a carnitine compound. - a thyroid hormone receptor agonist; - a lipid mixture; - a creatine compound and/or a taurine compound; and - a carnitine compound.
A refrigerator comprising: a cabinet having a storage space defined therein; a door for opening and closing the storage space; a top recess recessed in a top face portion of the door; and a door cover for shielding the top recess , a microphone module received in the top recess ; a microphone-module mount formed on the door cover , wherein the microphone module is mounted on the microphone-module mount ; characterized in that the microphone module is configured to receive a voice command from a user; the refrigerator further comprises: a controller configured to control an operation of the refrigerator based on the voice command input to the microphone module ; and a voice input hole defined in the microphone-module mount to face in a front direction, wherein the microphone-module mount protrudes upwardly such that a protrusion height of the microphone-module mount is larger than a diameter of the voice input hole . a cabinet having a storage space defined therein; a door for opening and closing the storage space; a top recess recessed in a top face portion of the door; and a door cover for shielding the top recess , a microphone module received in the top recess ; a microphone-module mount formed on the door cover , wherein the microphone module is mounted on the microphone-module mount ; characterized in that the microphone module is configured to receive a voice command from a user; the refrigerator further comprises: a controller configured to control an operation of the refrigerator based on the voice command input to the microphone module ; and a voice input hole defined in the microphone-module mount to face in a front direction, wherein the microphone-module mount protrudes upwardly such that a protrusion height of the microphone-module mount is larger than a diameter of the voice input hole . a controller configured to control an operation of the refrigerator based on the voice command input to the microphone module ; and a voice input hole defined in the microphone-module mount to face in a front direction, wherein the microphone-module mount protrudes upwardly such that a protrusion height of the microphone-module mount is larger than a diameter of the voice input hole .
An apparatus , comprising an input configured to receive at least one stream of packets; and an offload router configured to filter said received stream of packets to determine which packets are to be routed to one of a plurality of offload applications, wherein different filtering rules are provided for one or more of different offload applications, different streams and different directions of packet streams, and wherein the offload router is configured to output at least some of said packets to a respective offload application ; a virtual machine on which the respective offload application is configured to run, said virtual machine comprising a first interface configured to provide offload traffic to said respective offload application and/or a second interface configured to output traffic from said respective offload application ; and a traffic termination point associated with said respective offload application , wherein the traffic termination point is configured to route said offload traffic to said respective offload application and/or to route traffic from said respective offload application back to a traffic flow; and wherein the respective offload application , when run, is configured to alter an order of a packet with respect to other packets.
A piston for an engine including a combustion chamber partitioned by a cylinder block , a cylinder head , and the piston , the piston comprising: a piston body which has an upper surface facing the combustion chamber ; a heat-insulation layer (71; 71A; 71B) which is provided at least in a central area, in a radial direction, of the upper surface of the piston body and has a heat conductivity smaller than a heat conductivity of the piston body ; a heat-barrier layer which is provided to cover the upper surface of the piston and has a heat conductivity smaller than the heat conductivity of the piston body and the heat conductivity of the heat-insulation layer (71; 71A; 71B); and a heat-diffusion layer (73; 73A; 73B) which is provided between the heat-insulation layer (71; 71A; 71B) and the heat-barrier layer and has a heat conductivity larger than the heat conductivity of the heat-insulation layer (71; 71A; 71B) and the heat conductivity of the heat-barrier layer , and wherein the heat-diffusion layer (73; 73A; 73B) comprises a contact portion which contacts with the piston body . a piston body which has an upper surface facing the combustion chamber ; a heat-insulation layer (71; 71A; 71B) which is provided at least in a central area, in a radial direction, of the upper surface of the piston body and has a heat conductivity smaller than a heat conductivity of the piston body ; a heat-barrier layer which is provided to cover the upper surface of the piston and has a heat conductivity smaller than the heat conductivity of the piston body and the heat conductivity of the heat-insulation layer (71; 71A; 71B); and a heat-diffusion layer (73; 73A; 73B) which is provided between the heat-insulation layer (71; 71A; 71B) and the heat-barrier layer and has a heat conductivity larger than the heat conductivity of the heat-insulation layer (71; 71A; 71B) and the heat conductivity of the heat-barrier layer , and wherein the heat-diffusion layer (73; 73A; 73B) comprises a contact portion which contacts with the piston body .
A method comprising: determining , by a base station , an uplink data channel power control parameter set for an uplink data channel beam pair; determining , by the base station , a sounding reference signal beam pair for a sounding reference signal resource, the sounding reference signal beam pair including a base station receive beam and a user device transmit beam; selecting and sending, by the base station , the uplink data channel power control parameter set to be used by a user device (131, ..., 135) to adjust a sounding reference signal transmission power, the selecting being performed based on the uplink data channel beam pair matching the sounding reference signal beam pair; and receiving , by the base station from the user device (131, ..., 135) via the sounding reference signal resource and the sounding reference signal beam pair, a sounding reference signal with the sounding reference signal transmission power adjusted based on the uplink data channel power control parameter set. determining , by a base station , an uplink data channel power control parameter set for an uplink data channel beam pair; determining , by the base station , a sounding reference signal beam pair for a sounding reference signal resource, the sounding reference signal beam pair including a base station receive beam and a user device transmit beam; selecting and sending, by the base station , the uplink data channel power control parameter set to be used by a user device (131, ..., 135) to adjust a sounding reference signal transmission power, the selecting being performed based on the uplink data channel beam pair matching the sounding reference signal beam pair; and receiving , by the base station from the user device (131, ..., 135) via the sounding reference signal resource and the sounding reference signal beam pair, a sounding reference signal with the sounding reference signal transmission power adjusted based on the uplink data channel power control parameter set.
A rim with a weight reduction inner flange, the rim being made of an aluminum alloy and comprising an inner flange, a middle portion and an outer flange which are all annular and connected end to end to form an annular rim, characterized in that the inner flange or the outer flange comprises multiple groups of edge weight reduction sockets arranged side by side on one side of the inner cavity of a hub, and multiple groups of inner weight reduction sockets arranged side by side are provided inside the edge weight reduction sockets on the rim; a group of edge weight reduction sockets comprises a first edge weight reduction socket and a second edge weight reduction socket at the edge of the inner flange or the outer flange, and the first edge weight reduction socket is in the shape of a right-angled triangle having round angles; the second edge weight reduction socket is in the shape of a right-angled triangle having round angles; the right angle of the first edge weight reduction socket is close to the edge of the inner flange or the outer flange, and the right-angle side is parallel to the edge of the inner flange or the outer flange; one right-angle side of the second edge weight reduction socket is parallel to the inner flange or the outer flange; the hypotenuse of the first edge weight reduction socket is opposite to that of the second edge weight reduction socket , and the hypotenuses surround to form an intra-group reinforcing rib ; between two groups of edge weight reduction sockets, the first edge weight reduction sockets are back to back and surround to form an inter-group reinforcing rib ; and the inner weight reduction sockets are in the shape of rounded trapezoids.
Front cradle for motor vehicles, comprising: - a main body intended to be rigidly fixed to the structure of the vehicle; - interfaces (20, 34.1) for fixing suspension triangles of the front axle assembly of the vehicle, said interfaces being arranged on the main body , laterally on either side of said main body; the interfaces (20, 34.1) for fixing suspension triangles being attached to the main body , characterized in that the cradle comprises, on the main body , interfaces for attachment to two lower longitudinal sections forming a low path for taking up force in the event of a front impact, said interfaces being attached to said main body. - a main body intended to be rigidly fixed to the structure of the vehicle; - interfaces (20, 34.1) for fixing suspension triangles of the front axle assembly of the vehicle, said interfaces being arranged on the main body , laterally on either side of said main body;
A method of chromatographic quantitation of an analyte, comprising: a) flowing a first concentration of the analyte into a chromatographic column ; b) detecting the analyte coming out from the chromatographic column by using a chromatographic detector ; c) obtaining a first signal curve from the chromatographic detector , the first signal curve being a representation of the first concentration of the analyte detected by the chromatographic detector ; and d) determining a first width of a first peak in the first signal curve at a first absolute height of the first peak using a computing device ; the method characterized by further comprising: e) quantifying the first concentration of the analyte based on the first determined width of the first peak. a) flowing a first concentration of the analyte into a chromatographic column ; b) detecting the analyte coming out from the chromatographic column by using a chromatographic detector ; c) obtaining a first signal curve from the chromatographic detector , the first signal curve being a representation of the first concentration of the analyte detected by the chromatographic detector ; and d) determining a first width of a first peak in the first signal curve at a first absolute height of the first peak using a computing device ;
A method for determining threshold compactness features of cells useful for classifying cell phenotype, said features determined from one or more images of the cells, the method comprising the steps of: (a) automatically detecting an object depicted in an input image, thereby defining a masked portion of the input image corresponding to the object; (b) identifying a plurality of provisional objects within the masked portion of the input image using a threshold intensity; (c) computing a threshold compactness for the object, wherein the threshold compactness is a function of total area, S, equal to a sum of areas of the plurality of provisional objects and total border length, P, equal to a sum of border lengths of the plurality of provisional objects; (d) classifying cell phenotype using the computed threshold compactness. (a) automatically detecting an object depicted in an input image, thereby defining a masked portion of the input image corresponding to the object; (b) identifying a plurality of provisional objects within the masked portion of the input image using a threshold intensity; (c) computing a threshold compactness for the object, wherein the threshold compactness is a function of total area, S, equal to a sum of areas of the plurality of provisional objects and total border length, P, equal to a sum of border lengths of the plurality of provisional objects; (d) classifying cell phenotype using the computed threshold compactness.