mhurhangee/ep-ind-claims huggingface dataset:
A photosensitive resin composition comprising: a polyimide silicone containing 1.0×10 -7 to 8.0×10 -3 eq/g of primary alcoholic hydroxyl group, a crosslinker, a photoacid generator, a polyfunctional epoxy compound, a filler having an average particle size of 0.01 to 20.0 μm, in an amount of 1 to 70 parts by weight per 100 parts by weight of the polyimide silicone, and a colorant in an amount of 0.01 to 30 parts by weight per 100 parts by weight of the polyimide silicone. a polyimide silicone containing 1.0×10 -7 to 8.0×10 -3 eq/g of primary alcoholic hydroxyl group, a crosslinker, a photoacid generator, a polyfunctional epoxy compound, a filler having an average particle size of 0.01 to 20.0 μm, in an amount of 1 to 70 parts by weight per 100 parts by weight of the polyimide silicone, and a colorant in an amount of 0.01 to 30 parts by weight per 100 parts by weight of the polyimide silicone.
A lock for doors and windows, comprising an actuation system of a latch bolt, wherein the actuation system comprises: - a rotatable lever for the translation of the latch bolt between an advanced position and a retracted position, - a first wheel arranged coaxially to said rotatable lever, - coupling means interposed between said first wheel and said rotatable lever and adapted to transfer a rotary motion from said first wheel to said rotatable lever, and - an actuating member coupled to said first wheel for rotating said first wheel. - a rotatable lever for the translation of the latch bolt between an advanced position and a retracted position, - a first wheel arranged coaxially to said rotatable lever, - coupling means interposed between said first wheel and said rotatable lever and adapted to transfer a rotary motion from said first wheel to said rotatable lever, and - an actuating member coupled to said first wheel for rotating said first wheel.
A refrigerator comprising a body; a door; and a door shelf placed onto the door and having a shelf body with open base having two opposite side walls and a front wall extending between the side walls, the door shelf further having an inner receptacle which is placed into the shelf body, which is suitable for being moved vertically in the shelf body and which has a base, two side supports which extend perpendicular to the base from the two sides of the base and a front support which extends between the side supports, characterized by a plurality of carrier members which are oppositely arranged on the side walls and which are positioned one above the other in the vertical direction; and at least two holders which are provided on the side supports and which each have at least one housing engaging with the aligning carrier members at the level of the inner receptacle and enabling the position of the inner receptacle on the shelf body to be fixed.
Locating device including an AC voltage locating apparatus, which includes a first receiving means which is provided to receive a first coupling signal from a locatable object, includes at least a second receiving means (20, 22) which is provided to receive at least a second coupling signal (24, 26) from the locatable object, and includes at least a first amplifier circuit which amplifies a difference of the first coupling signal relative to a reference signal in at least one operating state, characterized in that the AC voltage locating apparatus includes at least a second amplifier circuit (32, 34) which amplifies a difference of the first coupling signal and the second coupling signal (24, 26) in at least one operating state.
Operating method for a rolling train, in which a metal strip is rolled which has a strip head, - wherein the rolling train has at least one front roll stand and one rear roll stand arranged downstream of the front roll stand and furthermore has lateral guides (8, 8') for the metal strip between the two roll stands (2a, 2b), - wherein the lateral guides (8, 8') are operated with force limitation, - wherein during the period between the exit of the strip head from the front roll stand and the entry of the strip head into the rear roll stand, a deviation (δy) in the lateral position (y) of the strip head from a setpoint position (y*) is quantitatively detected by means of the lateral guides (8, 8'), - wherein a control command for the front roll stand is determined by means of a strip position controller, - wherein the front roll stand is acted upon by the strip position controller in accordance with the determined control command and - characterised in that the strip position controller determines the control command utilising the time derivative of the deviation (δy) in the lateral position (y) of the strip head from the setpoint position (y*), such that a change in the deviation (δy) in the lateral position (y) of the strip head from the setpoint position (y*) is counteracted. - wherein the rolling train has at least one front roll stand and one rear roll stand arranged downstream of the front roll stand and furthermore has lateral guides (8, 8') for the metal strip between the two roll stands (2a, 2b), - wherein the lateral guides (8, 8') are operated with force limitation, - wherein during the period between the exit of the strip head from the front roll stand and the entry of the strip head into the rear roll stand, a deviation (δy) in the lateral position (y) of the strip head from a setpoint position (y*) is quantitatively detected by means of the lateral guides (8, 8'), - wherein a control command for the front roll stand is determined by means of a strip position controller, - wherein the front roll stand is acted upon by the strip position controller in accordance with the determined control command and - characterised in that the strip position controller determines the control command utilising the time derivative of the deviation (δy) in the lateral position (y) of the strip head from the setpoint position (y*), such that a change in the deviation (δy) in the lateral position (y) of the strip head from the setpoint position (y*) is counteracted.
A cutting member (10a-e) comprising: a base portion (14a-e) configured to couple the cutting member (10a-e) to a razor cartridge (1; 1a), wherein the base portion is formed of a single sheet of material or multiple fixedly connected sheets of material, the base portion (14a-e) defining two opposing broad surfaces connected by edges of the base portion (14a-e), a first cutting edge portion (12a-j) connected to one edge of the base portion (14a-e) and extending at an angle in a first direction, and a second cutting edge portion (12a-j) connected to the one edge of the base portion (14a-e) and extending at an angle in a second direction different from the first direction and wherein the cutting member (10a-e) has a Y-shaped form, wherein the stem of the Y forms the base portion (14a-e) and each branch of the of the Y forms one cutting edge portion (12a-j). a base portion (14a-e) configured to couple the cutting member (10a-e) to a razor cartridge (1; 1a), wherein the base portion is formed of a single sheet of material or multiple fixedly connected sheets of material, the base portion (14a-e) defining two opposing broad surfaces connected by edges of the base portion (14a-e), a first cutting edge portion (12a-j) connected to one edge of the base portion (14a-e) and extending at an angle in a first direction, and a second cutting edge portion (12a-j) connected to the one edge of the base portion (14a-e) and extending at an angle in a second direction different from the first direction and wherein the cutting member (10a-e) has a Y-shaped form, wherein the stem of the Y forms the base portion (14a-e) and each branch of the of the Y forms one cutting edge portion (12a-j).
An apparatus for mitigating on-board diagnostic, OBD, faults generated by an OBD system of an internal combustion engine, ICE, system having a selective catalytic reduction system with a diesel exhaust fluid, DEF, decomposition tube, characterized by: a fault mitigation module configured to monitor at least one OBD signal of the OBD system and issue a request for regenerating the DEF decomposition tube when a value of the at least one OBD signal reaches a predetermined regeneration threshold corresponding with the at least one OBD signal, the regeneration threshold being reachable prior to an OBD fault threshold corresponding with the at least one OBD signal, wherein the at least one OBD signal comprises a NO x conversion efficiency OBD signal associated with the selective catalytic reduction system, and wherein the regeneration threshold of the NO x conversion efficiency OBD signal is higher than the OBD fault threshold of the NO x conversion efficiency OBD signal; and a regeneration module configured to regenerate the DEF decomposition tube according to the issued request. a fault mitigation module configured to monitor at least one OBD signal of the OBD system and issue a request for regenerating the DEF decomposition tube when a value of the at least one OBD signal reaches a predetermined regeneration threshold corresponding with the at least one OBD signal, the regeneration threshold being reachable prior to an OBD fault threshold corresponding with the at least one OBD signal, wherein the at least one OBD signal comprises a NO x conversion efficiency OBD signal associated with the selective catalytic reduction system, and wherein the regeneration threshold of the NO x conversion efficiency OBD signal is higher than the OBD fault threshold of the NO x conversion efficiency OBD signal; and a regeneration module configured to regenerate the DEF decomposition tube according to the issued request.
Use of at least one diarylamine, which can be alkylated, in a fuel or fuel additive for cleaning the combustion chamber of an internal combustion engine, characterized in that the cleaning includes both the removal of existing deposits and dirt and the prevention or avoidance of the occurrence of anew deposits and dirt.
A method for computer-aided closed- and/or open-loop control of a technical system, wherein the technical system is described in each case for a plurality of points in time (t-1, t) by a state (z t-1, z t) with a number of state variables and an action (a t-1) comprising a number of action variables which is to be carried out in said state (z t-1, z t), wherein at a current point in time: a) based on a data-based model which is learned with training data from known states (z t-1) and actions (a t-1) of the technical system, a first value for an output quantity having a number of output variables characterizing the technical system is predicted from the state (z t) of the technical system at the current point in time (t); b) based on an analytical model which analytically describes the behavior of the technical system, a second value for the output quantity is predicted from the state (z t) of the technical system at the current point in time (t); characterized in that c) the state (z t) of the technical system at the current point in time (t) is allocated a confidence score (c) which describes the confidence in the correctness of the prediction of the data-based model for the state (z t) of the technical system at the current point in time (t); d) by means of the confidence score (c), a third value for the output quantity is determined which takes into account the first and second value (V1, V2) for the output quantity as a function of the confidence score (c), the first value being taken more heavily into account in the third value the higher the confidence (c) according to the confidence score; e) the technical system is open- and/or closed-loop controlled on the basis of the third value. a) based on a data-based model which is learned with training data from known states (z t-1) and actions (a t-1) of the technical system, a first value for an output quantity having a number of output variables characterizing the technical system is predicted from the state (z t) of the technical system at the current point in time (t); b) based on an analytical model which analytically describes the behavior of the technical system, a second value for the output quantity is predicted from the state (z t) of the technical system at the current point in time (t); characterized in that c) the state (z t) of the technical system at the current point in time (t) is allocated a confidence score (c) which describes the confidence in the correctness of the prediction of the data-based model for the state (z t) of the technical system at the current point in time (t); d) by means of the confidence score (c), a third value for the output quantity is determined which takes into account the first and second value (V1, V2) for the output quantity as a function of the confidence score (c), the first value being taken more heavily into account in the third value the higher the confidence (c) according to the confidence score; e) the technical system is open- and/or closed-loop controlled on the basis of the third value.
A system for determining an angular speed (Vω) of an axle of a railway vehicle, comprising: - a deformation detection circuit coupled to the axle of the railway vehicle; said deformation detection circuit being arranged to detect the trend over time of a value of flexural deformation of the axle due to a value of a normal load exerted by the axle on the rail; - a control means arranged to estimate a value of angular speed (Yω) of the axle as a function of a frequency f derived from the trend over time of the value of flexural deformation of the axle detected by the deformation detection circuit. - a deformation detection circuit coupled to the axle of the railway vehicle; said deformation detection circuit being arranged to detect the trend over time of a value of flexural deformation of the axle due to a value of a normal load exerted by the axle on the rail; - a control means arranged to estimate a value of angular speed (Yω) of the axle as a function of a frequency f derived from the trend over time of the value of flexural deformation of the axle detected by the deformation detection circuit.
A door device for applying torque to a door in an opening direction and/or a closing direction thereof, the door being rotatably attached to a main body via a hinge connected in use with the door device,said door device comprising: a base; an arm rotatably supported by the base; biasing means for applying the torque to the arm in the opening direction and/or in the closing direction thereof, wherein the hinge comprises a first part to be attached to one of the main body and the door and a second part to be attached to the other one of the main body and the door, wherein the base is attached in use to the first part of the hinge, wherein the arm is connected in use to the other one of the main body and the door; the door device also comprising a seat for connecting the arm to the other one of the main body and the door, wherein the seat is apart from the second part of the hinge, wherein the biasing means is accommodated in the arm, and wherein the tip of the arm is connected to the other one of the main body and the door through the seat, said arm being slidably and rotatably connected to the seat attached in use to the other one of the main body and the door, the seat and the second part being apart from each other in the lengthwise direction of the arm in use. an arm rotatably supported by the base; biasing means for applying the torque to the arm in the opening direction and/or in the closing direction thereof, wherein the hinge comprises a first part to be attached to one of the main body and the door and a second part to be attached to the other one of the main body and the door, wherein the base is attached in use to the first part of the hinge, wherein the arm is connected in use to the other one of the main body and the door; the door device also comprising a seat for connecting the arm to the other one of the main body and the door, wherein the seat is apart from the second part of the hinge, wherein the biasing means is accommodated in the arm, and wherein the tip of the arm is connected to the other one of the main body and the door through the seat, said arm being slidably and rotatably connected to the seat attached in use to the other one of the main body and the door, the seat and the second part being apart from each other in the lengthwise direction of the arm in use.
Amusement ride comprising a track along which at least one vehicle is movable, and at least one station for the embarkation and/or disembarkation of passengers, said station comprising at least one platform arranged above a portion of said track in correspondence of the station, said platform comprising an opening for the transit of the at least one vehicle in said station, characterized in that it comprises at least one floor element (20a, 20b, 20c) arranged in at least one first position in which said floor element closes said opening and movable from said at least one first position to at least one second position to allow the transit of said vehicle in said station, further comprising returning means configured to move said at least one floor element (20a, 20b, 20c) from said at least one second position back to said at least one first position in which said floor element closes said opening.
A system for air-conditioning a room, comprising means for diffusing air into the room and means (30, 40, 60) for adjusting the diffusion of the blown air and adapted to spatially modulate the diffusion of air in the room, characterized in that said means (2; 30, 40, 60) are intended to be placed in a false ceiling, away from the ceiling of the room, and in that the means for diffusing the air are apertures made in the false ceiling.
A cassette comprising at least one portion for engaging with a cooperating locking element of a tape printer when said cassette is correctly located in said printer, said portion comprising an elongate conductive bar, characterised in that said elongate conductive bar extends along said cassette in a direction perpendicular to a rotational axis of a supply roll housed in said cassette.
An anti-IL-6 antibody comprising: (a) a light chain comprising (i) a variable light (V L) domain comprising a CDR1 polypeptide consisting of the amino acid sequence of SEQ ID NO:4, a CDR2 polypeptide consisting of the amino acid sequence of SEQ ID NO:5, and CDR3 polypeptide consisting of the amino acid sequence of SEQ ID NO:6, and (ii) a constant light (C L) domain comprising a polypeptide consisting of the amino acid sequence of SEQ ID NO:586; and (b) a heavy chain comprising (i) a variable heavy (V H) domain comprising a CDR1 polypeptide consisting of the amino acid sequence of SEQ ID NO:7, a CDR2 polypeptide consisting of the amino acid sequence of SEQ ID NO:8 or SEQ ID NO:120, and a CDR3 polypeptide consisting of the amino acid sequence of SEQ ID NO:9, and (ii) a constant heavy (C H) domain comprising a polypeptide consisting of the amino acid sequence of SEQ ID NO:588, wherein the antibody has a dissociation constant of less than 50 picomolar as assessed by Biacore. (a) a light chain comprising (i) a variable light (V L) domain comprising a CDR1 polypeptide consisting of the amino acid sequence of SEQ ID NO:4, a CDR2 polypeptide consisting of the amino acid sequence of SEQ ID NO:5, and CDR3 polypeptide consisting of the amino acid sequence of SEQ ID NO:6, and (ii) a constant light (C L) domain comprising a polypeptide consisting of the amino acid sequence of SEQ ID NO:586; and (b) a heavy chain comprising (i) a variable heavy (V H) domain comprising a CDR1 polypeptide consisting of the amino acid sequence of SEQ ID NO:7, a CDR2 polypeptide consisting of the amino acid sequence of SEQ ID NO:8 or SEQ ID NO:120, and a CDR3 polypeptide consisting of the amino acid sequence of SEQ ID NO:9, and (ii) a constant heavy (C H) domain comprising a polypeptide consisting of the amino acid sequence of SEQ ID NO:588,
A transmission circuit containing - a data signal source for emitting data signals - a carrier-signal generator for generating a carrier signal, which carrier signal being subjected, in the transmitting node, to amplitude modulation of a given degree of modulation in accordance with the data signals to be transmitted, - a modulation-control circuit for generating modulation-control signals MCS1, MCS1', MCS2, MCS2'), that take account of the data signal and - a modulation circuit for generating the modulated carrier signal (MOD, MOD') by modulating the carrier signal as a function of the modulation-control signals (MCS1, MCS1', MCS2, MCS2') the modulated carrier signal (MOD, MOD') having unmodulated carrier signal sections (K1, K2) and modulated carrier signal sections, wherein the modulation circuit contains a circuit stage (20, 20'), which circuit stage (20, 20') is designed to produce a resistance value (RW1, RW1') that acts on the signal output (TX1, TX2) and can be transformed by means of a signal processing circuit, and a signal output (TX1, TX2) for emitting the modulation carrier signal (MOD, MOD'), which signal output (TX1, TX2) is intended to supply the signal processing circuit, wherein the modulation-control circuit is designed to generate different modulation-control signals (MCS1, MCS1', MCS2, MCS2'), wherein the circuit stage (20,20') is designed to be controllable to produce a plurality of different resistance values (RW1, RW1') that act on the signal output (TX1, TX2), and wherein each of the different resistance values (RW1, RW1') is produced as a result of the different modulation-control signals(MCS1, MCS1', MCS2, MCS2') being assigned to the resistance value (RW1, RW1') concerned being fed to the circuit stage (20,20'). - a data signal source for emitting data signals - a carrier-signal generator for generating a carrier signal, which carrier signal being subjected, in the transmitting node, to amplitude modulation of a given degree of modulation in accordance with the data signals to be transmitted, - a modulation-control circuit for generating modulation-control signals MCS1, MCS1', MCS2, MCS2'), that take account of the data signal and - a modulation circuit for generating the modulated carrier signal (MOD, MOD') by modulating the carrier signal as a function of the modulation-control signals (MCS1, MCS1', MCS2, MCS2') the modulated carrier signal (MOD, MOD') having unmodulated carrier signal sections (K1, K2) and modulated carrier signal sections, wherein the modulation circuit contains a circuit stage (20, 20'), which circuit stage (20, 20') is designed to produce a resistance value (RW1, RW1') that acts on the signal output (TX1, TX2) and can be transformed by means of a signal processing circuit,
A metal drive for operating an electrical switch of a switchgear, the drive comprising at least a first part and a second part, the first part comprising a first contact surface arranged to move in relation to, and in contact with, a second contact surface of the second part; wherein each of the first and second parts comprises a metal core (4a, 4b); characterised in that the first contact surface has a dry lubricant polymer coating of a polymer material applied directly on a metallic material; and wherein also the second contact surface has a dry lubricant polymer coating of a polymer material applied directly on a metallic material, the polymer material of the second contact surface being different than the polymer material of the first contact surface. wherein each of the first and second parts comprises a metal core (4a, 4b); characterised in that the first contact surface has a dry lubricant polymer coating of a polymer material applied directly on a metallic material; and wherein also the second contact surface has a dry lubricant polymer coating of a polymer material applied directly on a metallic material, the polymer material of the second contact surface being different than the polymer material of the first contact surface.