mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a radio network node , the radio network node operating according to a first radio access technology and a second radio access technology, the first and second radio access technologies using a same subcarrier spacing, the method comprising: transmitting (S102, S202) an indication to a wireless device indicating that the first radio access technology and the second radio access technology are coexisting on a same carrier; transmitting (S108, S208) a downlink transmission to the wireless device operating according to the first radio access technology, the downlink transmission comprising reference signals of the first radio access technology, wherein the reference signals of the first radio access technology are located at a first symbol location within the downlink transmission when the reference signals of the first radio access technology are determined not to collide with reference signals of the second radio access technology, and wherein the reference signals of the first radio access technology are located at a second symbol location within the downlink transmission when the reference signals of the first radio access technology are determined to collide with the reference signals of the second radio access technology, wherein the second symbol location is either before the first symbol location or after the first symbol location. transmitting (S102, S202) an indication to a wireless device indicating that the first radio access technology and the second radio access technology are coexisting on a same carrier; transmitting (S108, S208) a downlink transmission to the wireless device operating according to the first radio access technology, the downlink transmission comprising reference signals of the first radio access technology, wherein the reference signals of the first radio access technology are located at a first symbol location within the downlink transmission when the reference signals of the first radio access technology are determined not to collide with reference signals of the second radio access technology, and wherein the reference signals of the first radio access technology are located at a second symbol location within the downlink transmission when the reference signals of the first radio access technology are determined to collide with the reference signals of the second radio access technology, wherein the second symbol location is either before the first symbol location or after the first symbol location.
An isolated human anti-IL-33 neutralizing monoclonal antibody, wherein the combination of respective amino acid sequences of light-chain and heavy-chain variable regions is the combination represented by V1 as follows: Combination Light Chain Variable Region Heavy Chain Variable Region V1 SEQ ID No.79 SEQ ID No.105
A compound of formula (I) wherein R 1 is a ring selected from phenyl, oxadiazolyl, pyridinyl and pyrimidinyl, wherein said ring is substituted with one substituent selected from haloalkyldiazirenyl and alkynyldiazirenylalkylaminocarbonyl and optionally further substituted with halogen or cyano; R 2 and R 3 are independently selected from hydrogen, halogen and hydroxyl; and R 4 is alkyl or phenylhaloalkyl; or a pharmaceutically acceptable salt or ester thereof. R 1 is a ring selected from phenyl, oxadiazolyl, pyridinyl and pyrimidinyl, wherein said ring is substituted with one substituent selected from haloalkyldiazirenyl and alkynyldiazirenylalkylaminocarbonyl and optionally further substituted with halogen or cyano; R 2 and R 3 are independently selected from hydrogen, halogen and hydroxyl; and R 4 is alkyl or phenylhaloalkyl;
An air conditioner , comprising: a refrigerant circuit (Q) in which a refrigerant circulates in a refrigerating cycle through a compressor , a condenser, a first expansion valve , and an evaporator sequentially; and a controller (K) for controlling at least the compressor and the first expansion valve , wherein one of the condenser and the evaporator is an outdoor heat exchanger , and the other is at least a part of an indoor heat exchanger , characterized in that the controller (K) is configured to execute a processing in which freezing the indoor heat exchanger , thawing an upper part of the indoor heat exchanger , and thawing a lower part of the indoor heat exchanger are sequentially carried out, and wherein the controller (K) is configured to lower a rotational speed of a motor of the compressor relative to a normal air-conditioning operation and to circulate the refrigerant in the refrigerant circuit (Q) through the compressor , the outdoor heat exchanger , the first expansion valve , the lower part of the indoor heat exchanger , and the upper part of the indoor heat exchanger sequentially while the upper part of the indoor heat exchanger is being thawed. a refrigerant circuit (Q) in which a refrigerant circulates in a refrigerating cycle through a compressor , a condenser, a first expansion valve , and an evaporator sequentially; and a controller (K) for controlling at least the compressor and the first expansion valve , wherein one of the condenser and the evaporator is an outdoor heat exchanger , and the other is at least a part of an indoor heat exchanger , characterized in that the controller (K) is configured to execute a processing in which freezing the indoor heat exchanger , thawing an upper part of the indoor heat exchanger , and thawing a lower part of the indoor heat exchanger are sequentially carried out, and wherein the controller (K) is configured to lower a rotational speed of a motor of the compressor relative to a normal air-conditioning operation and to circulate the refrigerant in the refrigerant circuit (Q) through the compressor , the outdoor heat exchanger , the first expansion valve , the lower part of the indoor heat exchanger , and the upper part of the indoor heat exchanger sequentially while the upper part of the indoor heat exchanger is being thawed.
A system for forming material , said system comprising: a housing including at least one wall defining an interior space , said housing configured to contain a pressurized fluid in said interior space, wherein said at least one wall includes an interior surface and an exterior surface opposite to the interior surface , said exterior surface configured to receive and support the material , said housing including a bottom wall , a top wall , and a sidewall extending between the bottom wall and the top wall ; at least one tool configured to shape the material, said at least one tool movable along a path from a first position external to said housing to a second position at least partially within said interior space; and a membrane received by said interior surface and extending at least partially in the path of said at least one tool; and characterized in that : the bottom wall includes a perforated plate defining a plurality of openings for airflow through the perforated plate . a housing including at least one wall defining an interior space , said housing configured to contain a pressurized fluid in said interior space, wherein said at least one wall includes an interior surface and an exterior surface opposite to the interior surface , said exterior surface configured to receive and support the material , said housing including a bottom wall , a top wall , and a sidewall extending between the bottom wall and the top wall ; at least one tool configured to shape the material, said at least one tool movable along a path from a first position external to said housing to a second position at least partially within said interior space; and a membrane received by said interior surface and extending at least partially in the path of said at least one tool; and characterized in that : the bottom wall includes a perforated plate defining a plurality of openings for airflow through the perforated plate .
Device having a base and at least one workstation having a module , in particular according to any of claims 9 to 12, for electrochemical processing of a workpiece , wherein the module has: a frame ; and an electrode assembly having at least one electrode which has a first surface working region and a second surface working region and is mechanically connected to the frame , a drive for moving said electrode , which is mounted on the frame , a workpiece holder for detachably mounting the workpiece ; and a positioning apparatus for displacing the workpiece holder and the module relative to each other, characterized in that the module has a first operating mode in which only the first surface working region is supplied with voltage for electrochemical processing of the workpiece , and a second operating mode in which additionally or alternatively the second surface working region is supplied with voltage for electrochemical processing of the workpiece ; and in that the drive has an electric motor whose output shaft is designed as an eccentric shaft having a drive axis and a parallel offset pivot axis . a frame ; and an electrode assembly having at least one electrode which has a first surface working region and a second surface working region and is mechanically connected to the frame , a drive for moving said electrode , which is mounted on the frame , a workpiece holder for detachably mounting the workpiece ; and a positioning apparatus for displacing the workpiece holder and the module relative to each other, characterized in that the module has a first operating mode in which only the first surface working region is supplied with voltage for electrochemical processing of the workpiece , and a second operating mode in which additionally or alternatively the second surface working region is supplied with voltage for electrochemical processing of the workpiece ; and in that the drive has an electric motor whose output shaft is designed as an eccentric shaft having a drive axis and a parallel offset pivot axis .
A distortion imparting device , comprising: a first amplification part comprising an attenuator configured to attenuate an input audio signal on the basis of an attenuation factor set by a user and to generate an attenuated audio signal and a preamplifier configured to amplify the attenuated audio signal; a power amplifier serially connected to the first amplification part ; and a limiting part comprising a limiting circuit which is connected between an output terminal of the first amplification part and an input terminal of the power amplifier and is configured to provide an input voltage to the input terminal of the power amplifier and to limit said input voltage to a clip voltage that is predetermined, the distortion imparting device being characterized in that the limiting part comprises a clip voltage determination part which is configured to determine the clip voltage on the basis of the attenuation factor and a power supply voltage supplied to the power amplifier . a first amplification part comprising an attenuator configured to attenuate an input audio signal on the basis of an attenuation factor set by a user and to generate an attenuated audio signal and a preamplifier configured to amplify the attenuated audio signal; a power amplifier serially connected to the first amplification part ; and a limiting part comprising a limiting circuit which is connected between an output terminal of the first amplification part and an input terminal of the power amplifier and is configured to provide an input voltage to the input terminal of the power amplifier and to limit said input voltage to a clip voltage that is predetermined, the distortion imparting device being characterized in that the limiting part comprises a clip voltage determination part which is configured to determine the clip voltage on the basis of the attenuation factor and a power supply voltage supplied to the power amplifier .
A bearing retaining element for bicycle headset bearings, comprising a basic element which, in the mounted state, at least partly surrounds a steerer tube, a clamping element retained by said basic element , which clamping element, in the mounted state, at least partly surrounds said steerer tube, and a clamping means connected with said basic element , which clamping means acts upon said clamping element for clampingly fixing said clamping element to said steerer tube.
A pen needle assembly comprising: a needle hub having an open end for coupling with a delivery pen for delivering a medication, a distal end opposite said open end, and a cannula extending from said distal end; an inner shield having a body with an open end for coupling to said needle hub , and having a radially extending flange at said open end; and an outer cover having a body with an open end for coupling to the needle hub , an upper section extending from said body of said outer cover characterized by the outer cover further having an outer surface with an external gripping surface, and an inner surface, a plurality of detents projecting inwardly from an inner surface of said body of said outer cover and oriented for contacting an outer surface of said needle hub, and a stop member projecting from a respective detent and oriented to contact a top surface of said flange to capture said flange of said inner shield between an axially facing surface of said needle hub and said stop member. a needle hub having an open end for coupling with a delivery pen for delivering a medication, a distal end opposite said open end, and a cannula extending from said distal end; an inner shield having a body with an open end for coupling to said needle hub , and having a radially extending flange at said open end; and an outer cover having a body with an open end for coupling to the needle hub , an upper section extending from said body of said outer cover
A method for immobilising a road vehicle for transporting goods when docking said vehicle at a loading dock , comprising: - the emission of an electromagnetic activation signal (Sact) comprising a radio wave by emission means disposed on the loading dock when a curtain for closing access to the loading dock, which is movable between an open loading/unloading position and a lowered closed position, as long as the curtain is in the loading/unloading position, and - the actuation of means for immobilising the road vehicle for transporting goods in position, the immobilisation means being activated by control means upon reception of the electromagnetic activation signal by said control means, the immobilisation means and the control means being disposed on the road vehicle for transporting goods, the emission means comprise a radio frequency identification emitter, and the control means comprise a radio frequency identification badge and a radio frequency identification reader synchronised with said badge , the emission of the electromagnetic activation signal (Sact) comprising the emission of the electromagnetic activation signal by the radio frequency identification emitter when the closing curtain is in the loading/unloading position, and the reception of the electromagnetic activation signal comprising the emission of a coded signal (Scod) by the radio frequency identification badge powered by the electromagnetic activation signal and the reception of the coded signal by the radio frequency identification reader . - the emission of an electromagnetic activation signal (Sact) comprising a radio wave by emission means disposed on the loading dock when a curtain for closing access to the loading dock, which is movable between an open loading/unloading position and a lowered closed position, as long as the curtain is in the loading/unloading position, and - the actuation of means for immobilising the road vehicle for transporting goods in position, the immobilisation means being activated by control means upon reception of the electromagnetic activation signal by said control means, the immobilisation means and the control means being disposed on the road vehicle for transporting goods,
A wiping device for a liquid discharging head that discharges a liquid from a nozzle, the wiping device comprising: a wiping member (320; 720) configured to wipe a nozzle forming surface of the liquid discharging head , the wiping member (320; 720) having a first layer configured to be brought into contact with the nozzle forming surface and at least one more layer , wherein the at least one more layer has a rear surface that is not brought into contact with the nozzle forming surface ; and a cleaning liquid that is applied to the nozzle forming surface , the cleaning liquid comprising a compound represented by the following Chemical formula 1 and a glycol ether compound, where R 1 represents an alkyl group having one to four carbon atoms, and wherein the first layer has a porosity less than a porosity of at least one layer of the at least one more layer. a wiping member (320; 720) configured to wipe a nozzle forming surface of the liquid discharging head , the wiping member (320; 720) having a first layer configured to be brought into contact with the nozzle forming surface and at least one more layer , wherein the at least one more layer has a rear surface that is not brought into contact with the nozzle forming surface ; and a cleaning liquid that is applied to the nozzle forming surface , the cleaning liquid comprising a compound represented by the following Chemical formula 1 and a glycol ether compound, where R 1 represents an alkyl group having one to four carbon atoms, and wherein the first layer has a porosity less than a porosity of at least one layer of the at least one more layer.
A vibration proof zoom lens , comprising a first lens group (G1, G11, G21) with a positive refractive power, a second lens group (G2, G12, G22) with a negative refractive power, an aperture stop (S), and a succeeding group (G3, G4; G13, G14; G23; G24) having a positive refractive power as a whole, which are arranged in order from an object side of the lens , wherein the succeeding group (G3, G4; G13, G14; G23; G24) has a first part group with a positive refractive power, a second part group with a positive refractive power, the second part group comprising more than one cemented lens (8A, 8B, 8C; 28A, 28B, 28C; 48A, 48B, 48C) to form at least two cemented surfaces, and a third part group with a negative refractive power, which are disposed in order from the object side of the lens, wherein in variable-magnifying from a wide angle limit to a telephoto limit, a clearance between the first lens group (G1, G11, G21) and the second lens group (G2, G12, G22) is increased and at the same time, a clearance between the second lens group (G2, G12, G22) and the succeeding group (G3, G4; G13, G14; G23; G24) is decreased, wherein a focusing from an infinity side to a close side is performed by moving the first part group toward an image side of the lens , wherein a vibration proof operation is performed by moving the third part group in a direction perpendicular to an optical axis to change an image position, and wherein the following condition equations , and are satisfied: 0.1 < f 3 a / f t < 0.23 0.15 < f 3 b / f t < 0.35 0.05 < f 3 c / f t < 0.25 where f 3a is a focal length of the first part group , f 3 b is a focal length of the second part group , f 3 , is a focal length of the third part group , and ft is a focal length of the vibration proof zoom lens overall, at its telephoto limit.
A downhole apparatus connected to a workstring within a wellbore , the workstring being connected to a bit member with a motor means (MM) comprising: a power mandrel operatively connected to the motor means (MM) and to a drive shaft ; an anvil member operatively formed on the bit member , the anvil member being operatively connected to the power mandrel and to the drive shaft ; a radial bearing housing unit operatively connected to the workstring , the radial bearing housing unit being disposed about the power mandrel and the drive shaft ; and having an upper end and a lower end; a spring saddle configured as a tubular extension of the radial bearing housing unit , the spring saddle being disposed about the drive shaft and having an upper section and a lower section, the upper section of the spring saddle being operatively and directly attached to the lower end of the radial bearing housing unit ; a spring spacer disposed about the lower section of the spring saddle ; a spring disposed about the lower section of spring saddle and having a first end and a second end, the first end of the spring abutting the spring spacer ; and a hammer member slidably positioned between the anvil member and the spring saddle , wherein the hammer member abuts the second end of the spring . a power mandrel operatively connected to the motor means (MM) and to a drive shaft ; an anvil member operatively formed on the bit member , the anvil member being operatively connected to the power mandrel and to the drive shaft ; a radial bearing housing unit operatively connected to the workstring , the radial bearing housing unit being disposed about the power mandrel and the drive shaft ; and having an upper end and a lower end; a spring saddle configured as a tubular extension of the radial bearing housing unit , the spring saddle being disposed about the drive shaft and having an upper section and a lower section, the upper section of the spring saddle being operatively and directly attached to the lower end of the radial bearing housing unit ; a spring spacer disposed about the lower section of the spring saddle ; a spring disposed about the lower section of spring saddle and having a first end and a second end, the first end of the spring abutting the spring spacer ; and a hammer member slidably positioned between the anvil member and the spring saddle , wherein the hammer member abuts the second end of the spring .
Front floor reinforcement structure for a vehicle having a battery pack in the tunnel comprising at least: - a front floor panel , - a front floor cross member extending in a transverse direction from the side sill to the tunnel and being attached at least to the front floor panel , Characterized in that said front floor cross member comprising a non-deformable portion located on the end of the front floor cross member closest to the side sill and a deformable portion located on the end of the front floor cross member closest to the tunnel , the resistance to plastic deformation of the non-deformable portion being greater than the resistance to plastic deformation of the deformable portion and the resistance to plastic deformation of said deformable portion being greater than the resistance to plastic deformation of said front floor panel . - a front floor panel , - a front floor cross member extending in a transverse direction from the side sill to the tunnel and being attached at least to the front floor panel ,