mhurhangee/patent-ind-claim-en huggingface dataset:
Modular system with at least one module which comprises electrical and/or electronic components arranged on a component carrier , and a heat-conducting body , wherein the at least one module has a mechanical connecting device , wherein on a base part , the heat-conducting body comprises a support face which is arranged on the underside of the base part and faces at least one module carrier , wherein the at least one module carrier has a holding device for creating a mechanical connection with at least one connecting device of a module , wherein the at least one module carrier has at least one counter support face on which the support face of a module rests when a connection is created between the holding device of the module carrier and the connecting device of the module , whereby a heat-conductive connection is created between the heat-conducting body and the module carrier , characterised in that the at least one module has an electrical coupling device with electrical contacts, which is electrically connected to the component carrier and/or to at least one of the components , wherein the electrical contacts of the coupling device are accessible through an opening in the base part from the underside of the base part , and that the module carrier has a joining device with electrical countercontacts which are configured to be complementary to the electrical contacts of the coupling device , in order to create an electrical connection with at least one coupling device of a module .
A scanning circuit comprising: a first shift register including a plurality of registers (08u-1, 08u-2, 08u-3, 08u) connected in series and being operable to specify a register (08u-1, 08u-2, 08u-3, 08u) where scanning is skipped among the plurality of registers; a second shift register adapted to transmit skip information (skp) for specifying the register (08u-1, 08u-2, 08u-3, 08u) to be skipped; a plurality of bypass means (BS1) provided in correspondence with the plurality of registers (08u-1, 08u-2, 08u-3, 08u) connected in series, and a plurality of inter-register switches (SW1, SW2), each connected to an output node of one (08u-1) of the plurality of registers and an input node of a subsequent one (08u-2) of the plurality of registers, wherein the second shift register is adapted to control the plurality of bypass means (BS1) into an on state and an off state on the basis of the skip information (skp), and is adapted to control the plurality of inter-register switches (SW1, SW2) into an on state and an off state on the basis of the skip information (skp), by providing signals having opposite phases to each other to the inter-register switch (SW1) connected to the output node of one (08u-1) of the plurality of registers, and the bypass means (BS1) connected to the input node of the one (08u-1) of the plurality of registers. a first shift register including a plurality of registers (08u-1, 08u-2, 08u-3, 08u) connected in series and being operable to specify a register (08u-1, 08u-2, 08u-3, 08u) where scanning is skipped among the plurality of registers; a second shift register adapted to transmit skip information (skp) for specifying the register (08u-1, 08u-2, 08u-3, 08u) to be skipped; a plurality of bypass means (BS1) provided in correspondence with the plurality of registers (08u-1, 08u-2, 08u-3, 08u) connected in series, and a plurality of inter-register switches (SW1, SW2), each connected to an output node of one (08u-1) of the plurality of registers and an input node of a subsequent one (08u-2) of the plurality of registers, wherein the second shift register is adapted to control the plurality of bypass means (BS1) into an on state and an off state on the basis of the skip information (skp), and is adapted to control the plurality of inter-register switches (SW1, SW2) into an on state and an off state on the basis of the skip information (skp), by providing signals having opposite phases to each other to the inter-register switch (SW1) connected to the output node of one (08u-1) of the plurality of registers, and the bypass means (BS1) connected to the input node of the one (08u-1) of the plurality of registers.
Motor with predictive adjustment for a vehicle, including at least one physical parameter (f k ) configured to be adjusted by a controller , wherein the motor is an electric motor including a rotor and a stator separated by an airgap , the width of which forms the adjustable physical parameter; characterized in that the motor is configured to be adjusted by said controller as a function of a predicted characteristic item of data (pc 1 ..pc M ) of the current route (pa) of the vehicle, the characteristic item of data of the current route of the vehicle being predicted based on data (dc) provided by at least one sensor (2 5 ) of the motor (5, 5', 5 i ) of the vehicle.
An in vitro method for detecting attention deficit hyperactivity disorder (ADHD) in a subject, comprising the step of measuring the expression level of miR-140-3p in the test sample of the subject; wherein a lower expression level of miR140-3p in the test sample, relative to the expression level of miR140-3p in an ADHD-free sample, is indicative of the subject having ADHD.
An organic light-emitting device comprising: a first electrode; a second electrode; and an organic layer between the first electrode and the second electrode, the organic layer comprising an emission layer, wherein the emission layer comprises a condensed cyclic compound being one of Compounds 1-2 to 1-54 and 1-56 to 1-126 and a condensed cyclic compound represented by Formula -1: wherein, in Formula -1, m is one and (L 65 ) a65 does not exist, *-(L 61 ) a61 -(B 1 ), *-(L 62 ) a62 -(B 2 ), and *-(L 63 ) a63 -(B 3 ) in Formula -1 are each independently selected from the group represented by Formulae 7-1 to 7-29 and groups represented by Formulae 8-1 to 8-7: * indicates a binding site to a neighboring atom, wherein, in Formulae 7-1 to 7-29, Y 3 is O, S, C(Z 13 )(Z 14 ), or N(Z 15 ), Z 13 to Z 15 are each independently selected from -CD 3 , -CD 2 H, -CDH 2 , a C 1 -C 20 alkyl group, a C 1 -C 20 alkoxy group, a phenyl group, and a biphenyl group. a first electrode; a second electrode; and an organic layer between the first electrode and the second electrode, the organic layer comprising an emission layer, wherein the emission layer comprises a condensed cyclic compound being one of Compounds 1-2 to 1-54 and 1-56 to 1-126 and a condensed cyclic compound represented by Formula -1: wherein, in Formula -1, m is one and (L 65 ) a65 does not exist, *-(L 61 ) a61 -(B 1 ), *-(L 62 ) a62 -(B 2 ), and *-(L 63 ) a63 -(B 3 ) in Formula -1 are each independently selected from the group represented by Formulae 7-1 to 7-29 and groups represented by Formulae 8-1 to 8-7: * indicates a binding site to a neighboring atom, wherein, in Formulae 7-1 to 7-29, Y 3 is O, S, C(Z 13 )(Z 14 ), or N(Z 15 ), Z 13 to Z 15 are each independently selected from -CD 3 , -CD 2 H, -CDH 2 , a C 1 -C 20 alkyl group, a C 1 -C 20 alkoxy group, a phenyl group, and a biphenyl group. m is one and (L 65 ) a65 does not exist, *-(L 61 ) a61 -(B 1 ), *-(L 62 ) a62 -(B 2 ), and *-(L 63 ) a63 -(B 3 ) in Formula -1 are each independently selected from the group represented by Formulae 7-1 to 7-29 and groups represented by Formulae 8-1 to 8-7: * indicates a binding site to a neighboring atom, wherein, in Formulae 7-1 to 7-29, Y 3 is O, S, C(Z 13 )(Z 14 ), or N(Z 15 ), Z 13 to Z 15 are each independently selected from -CD 3 , -CD 2 H, -CDH 2 , a C 1 -C 20 alkyl group, a C 1 -C 20 alkoxy group, a phenyl group, and a biphenyl group.
Method for detecting the operative status of an aerodynamic device for influencing the airflow flowing from the leading edge of a rotor blade for a wind turbine to the trailing edge of the rotor blade , the aerodynamic device being movable by an actuator between a first protruded configuration and a second retracted configuration, the method comprising the steps of: - measuring a temporal course of an operational value of the wind turbine during activation or deactivation of the actuator of the aerodynamic device , the operational value being influenced by the presence and/or activation and/or deactivation of the aerodynamic device , - comparing the measured temporal course of the operational value with a desired temporal course of an operational value, - deriving an operative status of the aerodynamic device . - measuring a temporal course of an operational value of the wind turbine during activation or deactivation of the actuator of the aerodynamic device , the operational value being influenced by the presence and/or activation and/or deactivation of the aerodynamic device , - comparing the measured temporal course of the operational value with a desired temporal course of an operational value, - deriving an operative status of the aerodynamic device .
Hydrodynamic support device predisposed to be used in particular in a centrifugal pump between a fixed member and a rotary member of the same pump, comprising a tubular core having a longitudinal axis (A) and having an inner tubular surface and an outer tubular surface , said core being obtained in the shape of a helical spring, by winding a wire material around said longitudinal axis (A), whereby said helical spring tubular core has a plurality of turns arranged on each other in a package-like fashion in a compact configuration, said helical spring tubular core being obtained with a pitch substantially equal to the transversal dimension, along said longitudinal axis, of said wound wire material, and it comprises at least one covering layer applied on at least one of said tubular surfaces of said helical spring tubular core , so as to lock said helical spring winding in said compact configuration, said at least one covering layer being cylindrical-shaped and covering said inner tubular surface of said core , being intended to be faced on said rotary member .
A communication method, comprising: sending (S91), by a first base station, a first request message, wherein the first request message is used to request one or more second base stations located in a paging notification area of a target terminal to page the target terminal; said method being characterized in that : if the first base station receives, within a preset duration from the sending of the first request message, a second request message (S94) that is sent by one of the one or more second base stations and that is used to obtain a context of the target terminal, sending (S96), by the first base station, the context of the target terminal to the second base station that sends the second request message, and if the first base station does not receive, within the preset duration, the second request message that is sent by one of the one or more second base stations, determining (S97) whether a quantity of times of sending the first request message by the first base station reaches a preset value; and sending (S98), by the first base station, a paging failure indication message to a core network device if the quantity of times of sending the first request message by the first base station reaches the preset value. if the first base station receives, within a preset duration from the sending of the first request message, a second request message (S94) that is sent by one of the one or more second base stations and that is used to obtain a context of the target terminal, sending (S96), by the first base station, the context of the target terminal to the second base station that sends the second request message, and if the first base station does not receive, within the preset duration, the second request message that is sent by one of the one or more second base stations, determining (S97) whether a quantity of times of sending the first request message by the first base station reaches a preset value; and sending (S98), by the first base station, a paging failure indication message to a core network device if the quantity of times of sending the first request message by the first base station reaches the preset value.
An elastic film, comprising an elastic film layer based on styrene block copolymers, characterized in that the elastic film layer is formed without the addition of polystyrene from a first styrene block copolymer and a second styrene block copolymer, wherein the first styrene block copolymer has a styrene fraction between 10% by weight and 25% by weight and a hardness of less than 45 Shore A and the second styrene block copolymer has a styrene fraction between 26% by weight and 40% by weight and a hardness of more than 45 Shore A, wherein the ratio of the first styrene block copolymer to the second styrene block copolymer is between 6:1 and 2:3, wherein a styrene-isoprene-styrene block copolymer is provided as first and second styrene-block copolymer in each case and wherein the elastic film layer is arranged between two non-elastic cover layers in a three-layer structure formed by coextrusion.
An indoor unit for an air conditioner comprising: a blower fan that is arranged in a casing (la); a heat exchanger that encompasses all air flow directions from the blower fan ; a drain pan that is arranged below the heat exchanger ; and an antimicrobial unit that is installed on the drain pan and has an antimicrobial agent to sterilize drain water, wherein at least a part of the antimicrobial unit is arranged directly below the heat exchanger ; characterized in that the drain pan has a partition wall that partitions a primary space at an upstream side from a secondary space on a downstream side of an air flow through the heat exchanger above the drain pan , an opening groove is formed in the partition wall to allow the primary space to communicate with the secondary space, and the antimicrobial unit is installed in the opening groove formed in the partition wall . a blower fan that is arranged in a casing (la); a heat exchanger that encompasses all air flow directions from the blower fan ; a drain pan that is arranged below the heat exchanger ; and an antimicrobial unit that is installed on the drain pan and has an antimicrobial agent to sterilize drain water, wherein at least a part of the antimicrobial unit is arranged directly below the heat exchanger ; characterized in that the drain pan has a partition wall that partitions a primary space at an upstream side from a secondary space on a downstream side of an air flow through the heat exchanger above the drain pan , an opening groove is formed in the partition wall to allow the primary space to communicate with the secondary space, and the antimicrobial unit is installed in the opening groove formed in the partition wall .
Drive device including a vehicle axle, in particular rear axle (HA), of a two-track vehicle, wherein the vehicle axle (HA) has an axle differential , which can be connected to a primary drive machine on the input side and to vehicle wheels of the vehicle axle (HA) on the output side via flanged shafts arranged on both sides, wherein the vehicle axle (HA) is paired with an additional drive machine and a shiftable superimposing transmission , which can be shifted into a torque distribution gear stage (TV), in which a drive torque generated by the additional drive machine is generated, wherein a torque distribution to the two vehicle wheels can be changed depending on its magnitude and rotational direction, and can be shifted into a hybrid mode, in which the drive torque generated by the additional drive machine can be coupled into the two flanged shafts of the vehicle wheels in a uniformly distributed manner via the axle differential , wherein the superimposing transmission has exactly three planetary transmissions (PG1, PG2, PG3), which are coupled together, characterised in that, when a first hybrid gear stage (H1), in particular a starting gear, is engaged, a load path is formed, in which a power distribution takes place and all three planetary transmissions (PG1, PG2, PG3) are incorporated, and that both when a second hybrid gear stage (H2) is engaged or a torque distribution gear stage (TV) is engaged, a load path is formed, in which the same two planetary transmissions (PG1, PG2) are incorporated.
An apparatus for electroporation of biological cells, comprising a sample container for holding a sample of biological cells for electroporation, the sample container comprising: an insulator chamber that forms the body of the container to hold the cells, the insulator chamber having a plurality of sides; a movable first electrode functioning as a sealing cover , the movable first electrode being embedded in an open insulator cover ; a fixed second electrode ; and an excess-receiving groove etched at the top of the wall of the insulator chamber, wherein: the first electrode and the second electrode receive an electrical pulse from an electrical pulse generator to electroporate the cells; wherein the cover is capable of fitting in a top groove in the wall of the insulator chamber , allowing the first electrode to cover on an inner rim in the insulator chamber and seal the sample; wherein excess liquid pushed out by closing down the first electrode flows to the excess-receiving groove . an insulator chamber that forms the body of the container to hold the cells, the insulator chamber having a plurality of sides; a movable first electrode functioning as a sealing cover , the movable first electrode being embedded in an open insulator cover ; a fixed second electrode ; and an excess-receiving groove etched at the top of the wall of the insulator chamber, wherein: the first electrode and the second electrode receive an electrical pulse from an electrical pulse generator to electroporate the cells; wherein the cover is capable of fitting in a top groove in the wall of the insulator chamber , allowing the first electrode to cover on an inner rim in the insulator chamber and seal the sample; wherein excess liquid pushed out by closing down the first electrode flows to the excess-receiving groove . the first electrode and the second electrode receive an electrical pulse from an electrical pulse generator to electroporate the cells; wherein the cover is capable of fitting in a top groove in the wall of the insulator chamber , allowing the first electrode to cover on an inner rim in the insulator chamber and seal the sample; wherein excess liquid pushed out by closing down the first electrode flows to the excess-receiving groove .
A projectile firing system , in particular a missile launcher , including a canister that is intended to contain at least one projectile and one end of which is closed off by at least one hatch , which hatch is articulated by one of its sides relative to the canister owing to a first hinge , which firing system is characterised in that the hatch includes a leaf that is articulated relative to the hatch owing to a second hinge that is oriented perpendicular to the first hinge .
A computer-implemented method for updating an aircraft flight plan, comprising: retrieving recorded surveillance data including instances of aircraft positions at an airport; determining a plurality of three-dimensional surveillance cells at each end of at least one runway of the airport; computing a count of a number of aircraft positions within each surveillance cell ; determining a current configuration for each runway based on the count computed for the surveillance cells of the runway ; updating the flight plan of an aircraft based on the current runway configuration of the airport; and autonomously executing, by a system installed onboard the aircraft, the updated flight plan . retrieving recorded surveillance data including instances of aircraft positions at an airport; determining a plurality of three-dimensional surveillance cells at each end of at least one runway of the airport; computing a count of a number of aircraft positions within each surveillance cell ; determining a current configuration for each runway based on the count computed for the surveillance cells of the runway ; updating the flight plan of an aircraft based on the current runway configuration of the airport; and autonomously executing, by a system installed onboard the aircraft, the updated flight plan .
Method for automatically removing a cable foil from a cable portion (A) to be processed of an electrical cable , wherein the cable foil is at least partially exposed in the cable portion (A) to be processed, after which, in the region of the cable portion (A) to be processed, at least one crack encircling the cable foil in the shape of a ring is introduced into the cable foil , after which the cable foil is removed from the cable portion (A) to be processed, and wherein at least the following steps are provided for introducing the encircling crack in the shape of a ring: - pre-processing at least one outer layer of the cable foil facing away from the cable centre axis (M) at least in the region of an intended crack position (R P ) running around at least partially annularly, wherein the mechanical load-bearing capacity of the outer layer in the region of the intended crack position (R P ) is at least reduced by the pre-processing; - eccentrical twisting of the cable portion (A) to be processed and/or bending of the cable portion (A) to be processed in such a way that an inner layer of the cable foil located underneath the pre-processed outer layer cracks in a partially annular or annularly circumferential manner. - pre-processing at least one outer layer of the cable foil facing away from the cable centre axis (M) at least in the region of an intended crack position (R P ) running around at least partially annularly, wherein the mechanical load-bearing capacity of the outer layer in the region of the intended crack position (R P ) is at least reduced by the pre-processing; - eccentrical twisting of the cable portion (A) to be processed and/or bending of the cable portion (A) to be processed in such a way that an inner layer of the cable foil located underneath the pre-processed outer layer cracks in a partially annular or annularly circumferential manner.
An adipose-derived stem cell for use in treating a myocardial infarction, the adipose-derived stem cell comprising: a statin-included nanoparticle preparation, in which the statin is included in a nanoparticle containing a bioabsorbable polymer, and the nanoparticle has a number average particle diameter of less than 1000 nm. a statin-included nanoparticle preparation, in which the statin is included in a nanoparticle containing a bioabsorbable polymer, and the nanoparticle has a number average particle diameter of less than 1000 nm.