mhurhangee/ep-ind-claims huggingface dataset:
Reversing coiler with a rotor, at which at least one coiler mandrel, which is provided with a rotary drive, for winding up strip to form a coil is arranged eccentrically with respect to an axis of rotation of the rotor, with at least one driven mandrel support device, comprising a mandrel support which has a bearing head for supporting a free end of the at least one coiler mandrel, wherein the bearing head is movable together with the coiler mandrel in correspondence with a variable position of the coiler mandrel when the coiler mandrel is transferred from a winding-up position into a finished winding position, characterised in that the mandrel support is constructed as a first piston-cylinder arrangement and the mandrel support is pivotably supported by way of a mandrel support bearing on a carriage movable tangentially with respect to a circular path of the coiler mandrel, and the inclination of the mandrel support and the position of the bearing head are so adjustable that the mandrel support is oriented in correspondence with a force R resulting from the weight force of the coil and tension force on the strip.
Method for transfer of a useful layer onto a supporting substrate, comprising the successive steps of: a) providing a donor substrate comprising a first surface covered with a layer of oxide, the layer of oxide having a free surface; b) implanting gaseous species in the donor substrate, through the layer of oxide, so as to form an embrittlement zone, the gaseous species comprising ionized hydrogen atoms; the useful layer being delimited by the embrittlement zone and by the first surface of the donor substrate; at the end of step b), the layer of oxide has an absorbance peak possessing a maximum at a first wavenumber, and possessing a full width at half maximum; c) applying ultraviolet radiation to the free surface of the layer of oxide, under an ozone atmosphere, and according to a thermal budget greater than a first thermal budget, above which: - the maximum of the absorbance peak is shifted by at least 3 cm -1 towards increasing wavenumbers; - the full width at half maximum is reduced by at least 3 cm -1; the thermal budget in step c) being lower than a second thermal budget below which direct adhesion with the free surface of the layer of oxide is permitted; d) assembling the donor substrate on the supporting substrate by direct adhesion with the free surface of the layer of oxide; e) splitting the donor substrate along the embrittlement zone so as to expose the useful layer. a) providing a donor substrate comprising a first surface covered with a layer of oxide, the layer of oxide having a free surface; b) implanting gaseous species in the donor substrate, through the layer of oxide, so as to form an embrittlement zone, the gaseous species comprising ionized hydrogen atoms; the useful layer being delimited by the embrittlement zone and by the first surface of the donor substrate; at the end of step b), the layer of oxide has an absorbance peak possessing a maximum at a first wavenumber, and possessing a full width at half maximum; c) applying ultraviolet radiation to the free surface of the layer of oxide, under an ozone atmosphere, and according to a thermal budget greater than a first thermal budget, above which: - the maximum of the absorbance peak is shifted by at least 3 cm -1 towards increasing wavenumbers; - the full width at half maximum is reduced by at least 3 cm -1; the thermal budget in step c) being lower than a second thermal budget below which direct adhesion with the free surface of the layer of oxide is permitted; - the maximum of the absorbance peak is shifted by at least 3 cm -1 towards increasing wavenumbers; - the full width at half maximum is reduced by at least 3 cm -1; the thermal budget in step c) being lower than a second thermal budget below which direct adhesion with the free surface of the layer of oxide is permitted; d) assembling the donor substrate on the supporting substrate by direct adhesion with the free surface of the layer of oxide; e) splitting the donor substrate along the embrittlement zone so as to expose the useful layer.
An electric connector for being mounted on a wiring board so as to connect a signal transmission medium to a wiring board side, the electric connector being configured so that an actuator, which is mounted on an insulating housing so as to be able to reciprocate, pinches the signal transmission medium by being moved to a connection acting position so as to face the wiring board, a plurality of conductive contacts (13, 14) including a first conductive contact and a second conductive contact, in contact with the signal transmission medium and the wiring board, are disposed in the insulating housing in a multi-contact manner that the first conductive contact and the second conductive contact having different shapes are alternately arranged in the multi-contact arrangement, the first and second conductive contacts (13, 14) each have a board connecting part (13b2, 14b2) to be connected by solder to the wiring board, the actuator is provided with a protective projection protruding toward the wiring board with the actuator being moved to the connection acting position, so as to form a step on an operation-side outer end face of the actuator, and the protective projection forming the step, which has a length over a part of a span of a length of the actuator in a direction perpendicular to the multi-polar arrangement direction; characterized in that the protective projection is disposed at a portion between the adjacent board connecting parts (13b2) of the first conductive contacts in a multi-polar arrangement direction with the actuator being moved to the connection acting position, wherein, in the state that the protective projection being disposed at a position between the adjacent board connecting parts (13b2, 13b2) of the first conductive contacts, (a) the board connecting parts (13b2) of the first conductive contacts are exposed outside from an inner end face (12d1) of the protective projection, (b) the inner end face (12d1) of the protective projection is disposed so as to face to a rear end face (14b4) of the second conductive contact, (c) an outer end face (12d2) of the protective projection is projected outside from a rear end face of the board connecting parts (13b2) of the first conductive contacts. (a) the board connecting parts (13b2) of the first conductive contacts are exposed outside from an inner end face (12d1) of the protective projection, (b) the inner end face (12d1) of the protective projection is disposed so as to face to a rear end face (14b4) of the second conductive contact, (c) an outer end face (12d2) of the protective projection is projected outside from a rear end face of the board connecting parts (13b2) of the first conductive contacts.
A fluid dispensing system comprising: a first fluid supply device for supplying a first fluid; a second fluid supply device for supplying a second fluid; a first heater for heating the first fluid to a first predetermined temperature; a second heater for heating the second fluid to a second predetermined temperature; a nozzle for dispensing the first fluid and the second fluid, the nozzle dispensing the first fluid and the second fluid in intimate contact with one another, the first and second fluids being dispensed at a dispensing temperature; characterized by a nozzle heater, the nozzle heater maintaining the nozzle at a third predetermined temperature independent of the first and/or second predetermined temperatures. a first fluid supply device for supplying a first fluid; a second fluid supply device for supplying a second fluid; a first heater for heating the first fluid to a first predetermined temperature; a second heater for heating the second fluid to a second predetermined temperature; a nozzle for dispensing the first fluid and the second fluid, the nozzle dispensing the first fluid and the second fluid in intimate contact with one another, the first and second fluids being dispensed at a dispensing temperature; characterized by a nozzle heater, the nozzle heater maintaining the nozzle at a third predetermined temperature independent of the first and/or second predetermined temperatures.
A drive wheel set, comprising a common shaft and at least two external rotor motors installed on the common shaft, external rotors of the external rotor motors forming drive wheels of the drive wheel set, wherein each of the external rotor motors comprises a winding stator and an external rotor, the winding stator is fixed onto the common shaft, and the external rotor is disposed outside the winding stator and pivoted onto the common shaft, wherein an induced electric field produced by the coils of the winding stator repels with a magnetic field produced by the external rotor outside the winding stator so as to make the external rotor rotated, wherein the common shaft is provided with a wiring hole extending axially, characterized in that wire slots, extending radially through a sidewall of the common shaft and extending radially into the external rotor, are disposed where the common shaft corresponds to the external rotor motors installed thereon, and wire harnesses of the drive wheels enter into the common shaft through the wire slots and are led out through the wiring hole, and that the winding stators of the external rotor motors and the common shaft are respectively provided with key slots (211, 11) and are fixed into the key slots through buckling keys to fix the winding stators onto the common shaft.
An anti-cMet antibody drug conjugate ("ADC"), wherein the drug conjugate is monomethyl auristatin E ("MMAE"), and the ADC has the following structure: wherein Ab is an anti-cMet antibody comprising a VH chain comprising three CDRs, namely VH CDR #1 (SEQ ID NO:112), VH CDR #2 (SEQ ID NO:113) and VH CDR #3 (SEQ ID NO: 114); a VL chain comprising three CDRs, namely VL CDR #1 (SEQ ID NO: 115), VL CDR #2 (SEQ ID NO: 116) and VL CDR #3 (SEQ ID NO: 117); and wherein n has a value ranging from 2 to 4.
A method of providing access to data at a computing device, the method comprising: receiving one of a plurality of security codes (412, 414, 416, 418) at a computing device via a user input interface while the computing device is in a locked state, wherein access to data at the computing device is disabled in the locked state, a first one of the plurality of security codes (412, 414, 416, 418) comprising an authentication code which when received by the computing device causes the computing device to transition to an unlocked state; and executing a command at the computing device in response to receipt of a second one of the plurality of security codes (412, 414, 416, 418) by the computing device in the locked state, said second security code comprising the authentication code and a command code associated with said command. receiving one of a plurality of security codes (412, 414, 416, 418) at a computing device via a user input interface while the computing device is in a locked state, wherein access to data at the computing device is disabled in the locked state, a first one of the plurality of security codes (412, 414, 416, 418) comprising an authentication code which when received by the computing device causes the computing device to transition to an unlocked state; and executing a command at the computing device in response to receipt of a second one of the plurality of security codes (412, 414, 416, 418) by the computing device in the locked state, said second security code comprising the authentication code and a command code associated with said command.
A method for tracking objects in a scene, including: - receiving a first image frame of a first image stream capturing a scene; - detecting or tracking (S202; 130a-c) a first object (120a-b) and a second object in the first image frame, and determining that the first object is in a first part of the first image frame and that the second object is in a second part of the first image frame; - determining, using object detection, that the first object belongs to a people object class and that the second object belongs to a vehicle object class; - determining, based on multiple values of a tracking parameter each specific for different parts of the first image frame and for different object classes, a first value of the tracking parameter for the first part of the first image frame and for the people object class, and a second value of the tracking parameter for the second part of the first image frame and for the vehicle object class, and - tracking (S204, 236), in a second image frame of the first image stream subsequent to the first image frame, the first object based on the first value of the tracking parameter and the second object based on the second value of the tracking parameter. - receiving a first image frame of a first image stream capturing a scene; - detecting or tracking (S202; 130a-c) a first object (120a-b) and a second object in the first image frame, and determining that the first object is in a first part of the first image frame and that the second object is in a second part of the first image frame; - determining, using object detection, that the first object belongs to a people object class and that the second object belongs to a vehicle object class; - determining, based on multiple values of a tracking parameter each specific for different parts of the first image frame and for different object classes, a first value of the tracking parameter for the first part of the first image frame and for the people object class, and a second value of the tracking parameter for the second part of the first image frame and for the vehicle object class, and - tracking (S204, 236), in a second image frame of the first image stream subsequent to the first image frame, the first object based on the first value of the tracking parameter and the second object based on the second value of the tracking parameter.
A resist underlayer film composition, wherein the resist underlayer film composition is used for a multilayer resist method, comprising: a polymer comprising one, or two or more, of a repeating unit represented by following general formula, one, or two or more, of a polyphenol compound having a formula weight of 2,000 or less and not having a 3,4-dihydroxy phenyl group; and an organic solvent, wherein R 01 represents a hydrogen atom or a methyl group; and R 02 represents a group selected from following formulae to, wherein the dotted line represents a bonding hand. a polymer comprising one, or two or more, of a repeating unit represented by following general formula, one, or two or more, of a polyphenol compound having a formula weight of 2,000 or less and not having a 3,4-dihydroxy phenyl group; and an organic solvent, wherein R 01 represents a hydrogen atom or a methyl group; and R 02 represents a group selected from following formulae to, wherein the dotted line represents a bonding hand.
A flame-retardant aqueous resin composition comprising a flame-retarding agent and an aqueous resin emulsion, the flame-retarding agent comprising a phosphoramidate compound represented by Formula: wherein R 1 and R 2 are each independently C 1-3 alkyl, R 11 and R 12 are each independently C 1-3 alkylene, R 13 is C 1-6 alkylene, B 1 is hydrogen or C 1-6 alkyl, and A is hydrogen or an organic group represented by Formula (Ia): wherein R 3 and R 4 are each independently C 1-3 alkyl, R 14 and R 15 are each independently C 1-3 alkylene, and B 2 is hydrogen or C 1-6 alkyl, wherein when B 1 is C 1-6 alkyl, and A is hydrogen, B 1 and R 13 -A, taken together with nitrogen to which they are attached, may form a non-aromatic nitrogen-containing heterocycle, and wherein when B 1 is C 1-6 alkyl, A is an organic group represented by Formula (Ia), and B 2 is C 1-6 alkyl, B 1 and B 2, taken together with nitrogen to which they are attached and with R 13, may form a non-aromatic nitrogen-containing heterocycle.
Pliers comprising two pliers legs (2, 3) which intersect at a hinge pin, of which one pliers leg is movable and the other pliers leg is stationary, and comprising a spring which is arranged between the stationary pliers leg and the hinge pin and assists with toothed engagement of the hinge pin, the pliers legs (2, 3) forming grip portions (5, 6) on one side of the hinge pin and a pliers mouth on the other side, the hinge pin, through which an axis of rotation (x) of the movable pliers leg extends at the same time, also being adjustable in a longitudinal slot of the stationary pliers leg, and the movable pliers leg being selectively fixable relative to the stationary pliers leg by means of a toothed engagement between the hinge pin and the longitudinal slot, which engagement takes place in the direction of a plane which is spanned by the pliers legs (2, 3), the hinge pin additionally being received in an opening which is only partially circular and has a driving form (29, 30) which deviates from the circular shape, for cooperation with a counter driving form of the hinge pin, the hinge pin being rotatably guided in the circular portion of the opening, and a circular line being predetermined by the circular portion of the opening, characterised in that the driving form (29, 30) projects radially inwards with respect to the circular line, and the counter driving form is also formed within the circular line.
A piezoelectric element comprising a lower electrode, a piezoelectric layer made from potassium-sodium niobate, which is a perovskite type compound represented by a general formula ABO3, and an upper electrode, wherein the piezoelectric layer is present between the lower electrode and the upper electrode, and characterized in that the piezoelectric layer has the value determined by dividing the maximum value of intensity of a diffraction peak, where the angle of 2θ is within the range of 21.1°≤ 2θ ≤ 23.4° in the X-ray diffraction pattern (2θ/θ), by the intensity of a diffraction peak, where 2θ is within the range of 30.1° ≤ 2θ ≤ 33.3°, of 0.04 or less.
A method of analyzing a biological sample, including a mixture of cell-free nucleic acid molecules, to determine a level of a cancer associated with a virus in a subject from which the biological sample is obtained, the mixture including nucleic acid molecules from the subject and potentially nucleic acid molecules from the virus, the method comprising: for each of a plurality of nucleic acid molecules in the biological sample: measuring a size of the nucleic acid molecule; determining that the nucleic acid molecule is from a reference genome, the reference genome corresponding to the virus; determining a statistical value of a size distribution of the plurality of nucleic acid molecules from the reference genome; and determining the level of the cancer in the subject by processing the statistical value against a cutoff value. for each of a plurality of nucleic acid molecules in the biological sample: measuring a size of the nucleic acid molecule; determining that the nucleic acid molecule is from a reference genome, the reference genome corresponding to the virus; measuring a size of the nucleic acid molecule; determining that the nucleic acid molecule is from a reference genome, the reference genome corresponding to the virus; determining a statistical value of a size distribution of the plurality of nucleic acid molecules from the reference genome; and determining the level of the cancer in the subject by processing the statistical value against a cutoff value.
A composition cured by applying heat/pressure thereto, comprising (a) a plant-derived material in the form of powder or small pieces, and (b) a polycarboxylic acid, and (c) a saccharide as main components, wherein the plant-derived material is selected from material obtained from xylem, bark, seeds and leaves of trees and plants, and wherein the saccharide is selected from xylose, sucrose and dextrin. (a) a plant-derived material in the form of powder or small pieces, and (b) a polycarboxylic acid, and (c) a saccharide as main components,
A pressure balancing device used for balancing the pressure in batteries, comprising: - a body that is mounted on an opening of a battery housing and having a flow channel in its interior allowing fluid passage, - a cover positioned on the body, which prevents the fluid passage between the interior of the battery housing and the exterior environment by closing the flow channel when the internal pressure of the battery housing and the external environment pressure are in balance, and which provides fluid passage by opening the flow channel when a difference occurs between the internal pressure of the battery housing and the external environment pressure, - at least one spring that allows the working pressure of the pressure balancing device to be determined in direct proportion to the spring constant, and which enables the cover to close automatically when the internal pressure of the battery housing and the external environment pressure is balanced, characterised in that, - the pressure balancing device further comprises at least one connection element that extends within the flow channel, wherein the spring surrounds the connection element, and the connection element aligns the said spring to the center of the flow channel and enables the said cover to operate in the center of the flow channel during the opening. - a body that is mounted on an opening of a battery housing and having a flow channel in its interior allowing fluid passage, - a cover positioned on the body, which prevents the fluid passage between the interior of the battery housing and the exterior environment by closing the flow channel when the internal pressure of the battery housing and the external environment pressure are in balance, and which provides fluid passage by opening the flow channel when a difference occurs between the internal pressure of the battery housing and the external environment pressure, - at least one spring that allows the working pressure of the pressure balancing device to be determined in direct proportion to the spring constant, and which enables the cover to close automatically when the internal pressure of the battery housing and the external environment pressure is balanced, characterised in that, - the pressure balancing device further comprises at least one connection element that extends within the flow channel, wherein the spring surrounds the connection element, and the connection element aligns the said spring to the center of the flow channel and enables the said cover to operate in the center of the flow channel during the opening.
Transport unit with a chassis on which is arranged a support frame with several load-bearing receiving elements, arranged one above the other, for articles to be transported, wherein the receiving elements are arranged so as to be adjustable about a longitudinal axis relative to the support frame, wherein the receiving elements are designed with a device supporting a movement of the articles to be transported during loading or unloading of the receiving elements, wherein the receiving elements are jointly adjustable via an adjusting device between a horizontal alignment in the support frame and a loading and/or unloading position deviating from the horizontal alignment, characterized in that each receiving element has locking elements on its edges extending parallel to its longitudinal axis, which locking elements can be adjusted between a locking position and an unlocking position, wherein it is possible for the articles to be transported to be conveyed out of the support frame by gravity when the locking element is in the unlocking position, and in that the receiving elements are formed into subsections by separating elements aligned transversely to the longitudinal axis, each subsection having a locking element which can be controlled separately from one another