mhurhangee/ep-ind-claims huggingface dataset:
An image forming method comprising: applying, on a base, an active energy ray-curable composition A containing a polymerizable monomer having a phosphoric ester group and a polyester resin; curing the active energy ray-curable composition A; applying, on a cured object of the active energy ray-curable composition A, an active energy ray-curable composition B containing a multifunctional polymerizable compound having two or more polymerizable functional groups in its molecule; and curing the active energy ray-curable composition B. applying, on a base, an active energy ray-curable composition A containing a polymerizable monomer having a phosphoric ester group and a polyester resin; curing the active energy ray-curable composition A; applying, on a cured object of the active energy ray-curable composition A, an active energy ray-curable composition B containing a multifunctional polymerizable compound having two or more polymerizable functional groups in its molecule; and curing the active energy ray-curable composition B.
A medical device for engaging tissue, the medical device comprising: a housing defining an internal passageway and a longitudinal axis extending between proximal and distal ends of the housing; a first jaw rotatable relative to the housing, the first jaw having proximal and distal ends; a second jaw rotatable relative to the housing, the second jaw having proximal and distal ends; a driver engaged with the proximal ends of the first and second jaws (144, 146), longitudinal movement of the driver rotating the first and second jaws (144, 146) relative to the housing; and an elongated drive wire selectively connected to the driver for longitudinal movement therewith; characterized in that the medical device further comprises a biasing strip operatively connected to at least one of the first and second jaws (144, 146) to bias the jaws (144, 146) radially, wherein a middle portion of the biasing strip is fixed to a distal end of the driver and moving therewith. a housing defining an internal passageway and a longitudinal axis extending between proximal and distal ends of the housing; a first jaw rotatable relative to the housing, the first jaw having proximal and distal ends; a second jaw rotatable relative to the housing, the second jaw having proximal and distal ends; a driver engaged with the proximal ends of the first and second jaws (144, 146), longitudinal movement of the driver rotating the first and second jaws (144, 146) relative to the housing; and an elongated drive wire selectively connected to the driver for longitudinal movement therewith; characterized in that the medical device further comprises a biasing strip operatively connected to at least one of the first and second jaws (144, 146) to bias the jaws (144, 146) radially, wherein a middle portion of the biasing strip is fixed to a distal end of the driver and moving therewith.
Device for providing a stratospheric or mesospheric flying apparatus with electrical energy by the use of at least one solar cell, wherein at least one solar collector is provided for capturing solar radiation and the at least one solar collector is optically connected via at least one fibre bundle to at least one radiation emitter, wherein the at least one solar cell for generating electrical energy can be irradiated by means of the at least one radiation emitter with the solar radiation captured by means of the at least one solar collector and transferred by means of the at least one fibre bundle, characterised in that the solar collector and the radiation emitter respectively are constructed with at least one fibre-optic mat (18, 40), said fibre-optic mats (18, 40) respectively being constructed from a plurality of interwoven optical fibres of glass and/or plastic material.
High-resolution thermopile infrared sensor array having at least 16 rows and 16 columns and monolithically integrated signal processing on a sensor chip, comprising a plurality of parallel signal processing channels (K 1...K N) for the signals of the sensor array, and a digital port for serial output of the signals of the pixels, wherein each signal processing channel (K 1...K N) has at least one integrated analogue-to-digital converter with an integrated low-pass filter, wherein there is a memory area in a memory for storing the results from the analogue-to-digital converters for each signal processing channel (K 1...K N), wherein no more than 16 pixels of the sensor array share a signal processing channel (K 1...K N), wherein the number of signal processing channels (K 1...K N) corresponds to at least 4-times the number of rows, wherein one portion of the signal processing channels (K 1...K N) is in each case arranged in the interstice between the pixels and a further portion of the signal processing channels (K 1...K N) is arranged together with further electronics in the outer edge region of the sensor chip that surrounds the sensor array, or below the same sensor chip, wherein a signal multiplexer for selecting the pixels of the sensor array assigned to the signal processing channel (K 1...K N) is present for each signal processing channel (K 1...K N) with a number a of pixels with a > 1, wherein a preamplifier with a gain factor of less than 500-times is disposed upstream of each analogue-to-digital converter, wherein the preamplifier is an auto-zero or switched chopper amplifier, wherein the analogue-to-digital converter has a resolution of at least 10 bits and operates with a conversion rate of 15-60 Hz, wherein the low-pass filters operate with a cut-off frequency which is no more than eight times the absolute value of the product of frame rate of the sensor array and the number a of pixels per signal processing channel (K 1...K N) for the purposes of limiting the noise bandwidth, and wherein the mean spacing of the pixels is less than 100 μm.
A cartridge to be attached to an apparatus main body of an image forming apparatus configured to perform an image forming operation, the cartridge comprising: a first unit including a photosensitive member; and a second unit coupled with the first unit and including a developer bearing member and a force receiving portion, the second unit being configured to be rotatable about a first axis to move with respect to the first unit between a first position where the developer bearing member is in contact with the photosensitive member and a second position where the developer bearing member is separated from the photosensitive member, and the second unit being configured to, when the force receiving portion receives a force from the apparatus main body, be disposed at the first position, wherein, in a state where the first unit is in a same posture as when the image forming operation is performed, the second unit is configured to disposed at the second position by its own weight, and the developer bearing member and the force receiving portion are disposed above a horizontal line passing through the first axis, wherein the developer bearing member is configured to be rotatable about a second axis, and wherein, when seen in a direction of the first axis, a first distance between the force receiving portion and the second axis is shorter than a second distance between the first axis and the second axis and a third distance between the first axis and the force receiving portion. a first unit including a photosensitive member; and a second unit coupled with the first unit and including a developer bearing member and a force receiving portion, the second unit being configured to be rotatable about a first axis to move with respect to the first unit between a first position where the developer bearing member is in contact with the photosensitive member and a second position where the developer bearing member is separated from the photosensitive member, and the second unit being configured to, when the force receiving portion receives a force from the apparatus main body, be disposed at the first position, wherein, in a state where the first unit is in a same posture as when the image forming operation is performed, the second unit is configured to disposed at the second position by its own weight, and the developer bearing member and the force receiving portion are disposed above a horizontal line passing through the first axis, wherein the developer bearing member is configured to be rotatable about a second axis, and wherein, when seen in a direction of the first axis, a first distance between the force receiving portion and the second axis is shorter than a second distance between the first axis and the second axis and a third distance between the first axis and the force receiving portion.
A cooling device comprising: a heat releasing element including a surface configured to contact a heat generating element, and an internal fluid channel configured to flow a cooling medium; and a plurality of cooling fins within the fluid channel, the cooling fins each extending in a direction crossing a flow direction of the cooling medium and having a zigzag, corrugated shape defined by multiple bent portions, wherein the cooling fins comprise: a plurality of first cooling fins aligned at predetermined pitches in a direction transverse to the flow direction, and a plurality of second cooling fins next to the first cooling fins in the flow direction and aligned at predetermined pitches in the direction transverse to the flow direction, wherein the second cooling fins face the respective first cooling fins in the flow direction, characterised in that each of the second cooling fins has a horizontally flipped shape of the corresponding first cooling fin. a heat releasing element including a surface configured to contact a heat generating element, and an internal fluid channel configured to flow a cooling medium; and a plurality of cooling fins within the fluid channel, the cooling fins each extending in a direction crossing a flow direction of the cooling medium and having a zigzag, corrugated shape defined by multiple bent portions, wherein the cooling fins comprise: a plurality of first cooling fins aligned at predetermined pitches in a direction transverse to the flow direction, and a plurality of second cooling fins next to the first cooling fins in the flow direction and aligned at predetermined pitches in the direction transverse to the flow direction, wherein the second cooling fins face the respective first cooling fins in the flow direction, characterised in that each of the second cooling fins has a horizontally flipped shape of the corresponding first cooling fin. a plurality of first cooling fins aligned at predetermined pitches in a direction transverse to the flow direction, and a plurality of second cooling fins next to the first cooling fins in the flow direction and aligned at predetermined pitches in the direction transverse to the flow direction, wherein the second cooling fins face the respective first cooling fins in the flow direction, characterised in that each of the second cooling fins has a horizontally flipped shape of the corresponding first cooling fin.
A color-treated substrate which has the intrinsic texture and gloss of metal, comprising: a matrix containing magnesium; and a film formed on the matrix by immersing the matrix containing magnesium in a hydroxide solution, wherein an average thickness of the film is in a range of 1 to 900 nm, wherein the film has a structure in which crystals having a plate-shaped structure and an average size in a range of 50 to 100 nm, and containing a compound represented by the following Chemical Formula 1 are uniformly and densely stacked: [Chemical Formula 1] M m where M includes one or more selected from the group consisting of Na, K, Mg, Ca and Ba, and m is 1 or 2, wherein the crystals satisfy a condition of the following Expression 1: a ≤ 30 ° wherein a represents an average tilt angle formed by a surface of the matrix or a plane which is parallel with the surface of the matrix, and any axis existing on a major axis plane of a crystal. a matrix containing magnesium; and a film formed on the matrix by immersing the matrix containing magnesium in a hydroxide solution, wherein an average thickness of the film is in a range of 1 to 900 nm, wherein the film has a structure in which crystals having a plate-shaped structure and an average size in a range of 50 to 100 nm, and containing a compound represented by the following Chemical Formula 1 are uniformly and densely stacked: [Chemical Formula 1] M m where M includes one or more selected from the group consisting of Na, K, Mg, Ca and Ba, and m is 1 or 2, wherein the crystals satisfy a condition of the following Expression 1: a ≤ 30 ° wherein a represents an average tilt angle formed by a surface of the matrix or a plane which is parallel with the surface of the matrix, and any axis existing on a major axis plane of a crystal.
Method for detecting an axle assignment of at least one first pressure controller (22.1) for a first brake cylinder, and of a second pressure controller (22.2) for a second brake cylinder of an electronically controlled brake system of a vehicle, wherein the first pressure controller (22.1) is assigned to a first axle (23.1), and the second pressure controller (22.2) is assigned to a second axle (23.2), and the first and second pressure controllers (22.1, 22.2) are structurally identical, characterized in that the method comprises the following steps: - detecting a time sequence of a first disturbance of the wheel speed of the vehicle during a driving operation for at least one first wheel (26.1) which is assigned to the first axle (23.1); - detecting a time sequence of a second disturbance of the wheel speed of the vehicle during the driving operation for at least one second wheel (26.2) which is assigned to the second axle (23.2); - comparing the time sequence of the first and second disturbance of the wheel speed with a reference sequence in a vehicle electronic module which is connected to the first and second pressure controllers (22.1, 22.2); - evaluating the comparison in the vehicle electronic module in order to determine a deviation from the reference sequence; and - assigning the deviation to a status message of the vehicle in such a way that when a deviation is determined, notification is sent of an incorrect installation arrangement of the pressure controllers (22.1, 22.2). - detecting a time sequence of a first disturbance of the wheel speed of the vehicle during a driving operation for at least one first wheel (26.1) which is assigned to the first axle (23.1); - detecting a time sequence of a second disturbance of the wheel speed of the vehicle during the driving operation for at least one second wheel (26.2) which is assigned to the second axle (23.2); - comparing the time sequence of the first and second disturbance of the wheel speed with a reference sequence in a vehicle electronic module which is connected to the first and second pressure controllers (22.1, 22.2); - evaluating the comparison in the vehicle electronic module in order to determine a deviation from the reference sequence; and - assigning the deviation to a status message of the vehicle in such a way that when a deviation is determined, notification is sent of an incorrect installation arrangement of the pressure controllers (22.1, 22.2).
A garment comprising: a front body portion; a back body portion connected to the front body portion; a first sleeve portion and a second sleeve portion connected to the front body portion and the back body portion; a first leg portion and a second leg portion connected to the front body portion and the back body portion; and a neck opening at the intersection of the front body portion and the back body portion, characterized in that the front body portion comprises a body access portion, the body access portion being provided on the front body portion in a non-bisecting arrangement, and in that the first sleeve portion comprises an arm access portion, the arm access portion comprising an arm access opening provided in a permanently disconnected configuration. a front body portion; a back body portion connected to the front body portion; a first sleeve portion and a second sleeve portion connected to the front body portion and the back body portion; a first leg portion and a second leg portion connected to the front body portion and the back body portion; and a neck opening at the intersection of the front body portion and the back body portion, characterized in that the front body portion comprises a body access portion, the body access portion being provided on the front body portion in a non-bisecting arrangement, and in that the first sleeve portion comprises an arm access portion, the arm access portion comprising an arm access opening provided in a permanently disconnected configuration.
A rotor assembly, comprising: a rotor; a guide secured to the rotor; an actuator mounted to the guide and being moveable between a first position and a second position; a first resilient member extending between the actuator and the guide, the resilient member being configured to support the actuator in the first position; and an engagement mechanism supported by the rotor and being moveable relative to the actuator, wherein the engagement mechanism engages a portion of a centrifuge when the actuator is in the first position and disengages from the portion of the centrifuge when the actuator is in the second position. a rotor; a guide secured to the rotor; an actuator mounted to the guide and being moveable between a first position and a second position; a first resilient member extending between the actuator and the guide, the resilient member being configured to support the actuator in the first position; and an engagement mechanism supported by the rotor and being moveable relative to the actuator, wherein the engagement mechanism engages a portion of a centrifuge when the actuator is in the first position and disengages from the portion of the centrifuge when the actuator is in the second position.
A method, comprising: generating a training sequence of a preamble of a physical layer data unit conforming to a very high throughput, VHT, protocol, the training sequence corresponding to VHT long training fields of the preamble; mapping the training sequence to respective signal streams of a plurality of signal streams using a mapping matrix that maps to multiple signal streams across multiple symbols; generating a plurality of signal fields of the preamble of the data unit, including generating at least a VHTSIGA signal field and a VHTSIGB signal field; mapping the VHTSIGB signal field to the plurality of signal streams using one of the columns of the mapping matrix; mapping the plurality of signal streams to a plurality of spatial streams; generating the preamble of the data unit to include at least the training sequence, the VHTSIGA signal field, and the VHTSIGB signal field, including formatting the preamble such that the VHTSIGA signal field will be transmitted in an unsteered portion of the preamble and the VHTSIGB signal field will be transmitted in a steered portion of the preamble; and transmitting at least the preamble of the data unit. generating a training sequence of a preamble of a physical layer data unit conforming to a very high throughput, VHT, protocol, the training sequence corresponding to VHT long training fields of the preamble; mapping the training sequence to respective signal streams of a plurality of signal streams using a mapping matrix that maps to multiple signal streams across multiple symbols; generating a plurality of signal fields of the preamble of the data unit, including generating at least a VHTSIGA signal field and a VHTSIGB signal field; mapping the VHTSIGB signal field to the plurality of signal streams using one of the columns of the mapping matrix; mapping the plurality of signal streams to a plurality of spatial streams; generating the preamble of the data unit to include at least the training sequence, the VHTSIGA signal field, and the VHTSIGB signal field, including formatting the preamble such that the VHTSIGA signal field will be transmitted in an unsteered portion of the preamble and the VHTSIGB signal field will be transmitted in a steered portion of the preamble; and transmitting at least the preamble of the data unit.
The compound, or a pharmaceutically acceptable salt thereof, represented by Formula: wherein: ring A is phenyl which is substituted with one substituent selected from halo, C 1-4 alkyl, and C 3-7 cycloalkyl; wherein Y a is situated meta to the tetrahydropyran ring and the one substituent is situated para to the tetrahydropyran ring; the structure represented by the following formula: is selected from the group consisting of: and Ya is CH 2. ring A is phenyl which is substituted with one substituent selected from halo, C 1-4 alkyl, and C 3-7 cycloalkyl; wherein Y a is situated meta to the tetrahydropyran ring and the one substituent is situated para to the tetrahydropyran ring; the structure represented by the following formula:
A decalcomania product, transferable by the utilisation of a transfer solvent and printable by a solvent based ink plotter, comprising a support on which two or more layers are applied, said layers including: - a release layer; - a farthest layer from said support, being a printable layer, having a solid content that is less soluble in said transfer solvent than the release layer, said printable layer comprising: • a z by weight percentage, in the range of 1 to 20, of a dispersant and stabilizer for organic compounds, soluble in the transfer solvent, and • a x by weight percentage, in the range of 25 to 80, of a polymer or copolymer which is apt to be printed by a solvent based ink plotter, and has affinity with the solvent contained in the ink, • a w by weight percentage, in the range of 1 to 40, of a organic raw material which can become an adhesive if soaked, soluble in said transfer solvent; the percentages z, x, w being selected in such a way that z + x + w ≤ 100 and at least 15% of the mixture of the printable layer being soluble in said transfer solvent; characterized in that the release layer is a layer directly contacting the support. - a release layer; - a farthest layer from said support, being a printable layer, having a solid • a z by weight percentage, in the range of 1 to 20, of a dispersant and stabilizer for organic compounds, soluble in the transfer solvent, and • a x by weight percentage, in the range of 25 to 80, of a polymer or copolymer which is apt to be printed by a solvent based ink plotter, and has affinity with the solvent contained in the ink, • a w by weight percentage, in the range of 1 to 40, of a organic raw material which can become an adhesive if soaked, soluble in said transfer solvent; the percentages z, x, w being selected in such a way that z + x + w ≤ 100 and at least 15% of the mixture of the printable layer being soluble in said transfer solvent; characterized in that the release layer is a layer directly contacting the support. the percentages z, x, w being selected in such a way that z + x + w ≤ 100 and at least 15% of the mixture of the printable layer being soluble in said transfer solvent; characterized in that the release layer is a layer directly contacting the support.