mhurhangee/ep-ind-claims huggingface dataset:
A lightning protection device of a windmill blade, in which lightning receptors are set at the outer surface of the blade, and configured such that a lightning current from the receptor is conducted through connection equipment such as lead wires laid through the inside of the blade and a windmill body or bypass brushes (23, 24) and is then discharged into the ground, comprising a receptor assembly in which a base plate made of an electrically conductive material and connected with the lead wires is embedded in the inside of a tip end part of the blade, and the receptors (31a, 31b, 32) are exposed at the outer surface of the blade and are fixed and supported to the base plate, characterized in that an adhesive is filled in an internal space of the tip end part of the blade around the base plate, so that the air in the internal space is displaced and replaced with the adhesive, and in that all of the receptors (31a, 31b, 32) are arranged to extend from the outer surface of the blade to the base plate through the adhesive.
A two-component composition consisting of a component A, which comprises - at least one silane-functional polymer and - at least one epoxy resin; and a component B, which comprises - water and - at least one amine-epoxy adduct which has at least three amine hydrogens. - at least one silane-functional polymer and - at least one epoxy resin; and a component B, which comprises - water and - at least one amine-epoxy adduct which has at least three amine hydrogens.
An analytical system comprising - a sample cell for distributing a sample comprising an analyte to a processing vessel; - a cell for isolating and purifying a nucleic acid analyte, said cell for isolating and purifying said nucleic acid analyte comprising a separation station for separating said nucleic acid analyte from a solid support; - a cell for amplifying a target nucleic acid analyte; - a transfer module for transferring vessels between said cells (401, 402, 403) the analytical system being characterized in that it is configured to operate with a specific timing, wherein the timing for transfer and processing within said sample cell, said cell for isolating and purifying a nucleic acid analyte and said cell for amplifying a target nucleic acid analyte is pre-defined, the timing for transferring and processing within said sample cell is independent of the timing within the cell for isolating and purifying a nucleic acid analyte and said cell for amplifying a target nucleic acid analyte, the timing of the cell for isolating a nucleic acid analyte is independent of the timing of the cell for amplifying a target nucleic acid analyte, and wherein said timing in said sample cell, said cell for isolating and purifying a nucleic acid analyte and said cell for amplifying a target nucleic acid analyte is identical for any one nucleic acid analyte which is isolated and analyzed. - a sample cell for distributing a sample comprising an analyte to a processing vessel; - a cell for isolating and purifying a nucleic acid analyte, said cell for isolating and purifying said nucleic acid analyte comprising a separation station for separating said nucleic acid analyte from a solid support; - a cell for amplifying a target nucleic acid analyte; - a transfer module for transferring vessels between said cells (401, 402, 403) the analytical system being characterized in that it is configured to operate with a specific timing, wherein the timing for transfer and processing within said sample cell, said cell for isolating and purifying a nucleic acid analyte and said cell for amplifying a target nucleic acid analyte is pre-defined, the timing for transferring and processing within said sample cell is independent of the timing within the cell for isolating and purifying a nucleic acid analyte and said cell for amplifying a target nucleic acid analyte, the timing of the cell for isolating a nucleic acid analyte is independent of the timing of the cell for amplifying a target nucleic acid analyte, and wherein said timing in said sample cell, said cell for isolating and purifying a nucleic acid analyte and said cell for amplifying a target nucleic acid analyte is identical for any one nucleic acid analyte which is isolated and analyzed.
A method for consolidating a preform made of composite material, comprising: placing the preform and a metal alloy sheet between first and second tool assemblies having matched confronting surfaces (6, 12) which are less compliant than the metal alloy sheet, with the preform being sandwiched between the metal alloy sheet and one of the matched confronting surfaces (6, 12); heating the matched confronting surfaces (6, 12) of the first and second tool assemblies and the metal alloy sheet until the preform reaches at least a consolidation temperature of the composite material; and applying force to one or both of the first and second tool assemblies so that the matched confronting surfaces (6, 12) exert sufficient compressive force on the preform and metal alloy sheet to cause the composite material to consolidate at the consolidation temperature, wherein the metal alloy sheet has a tensile yield point in a range of 170-2070 kPa at the consolidation temperature at a strain rate of about 1% to 10% strain per minute. placing the preform and a metal alloy sheet between first and second tool assemblies having matched confronting surfaces (6, 12) which are less compliant than the metal alloy sheet, with the preform being sandwiched between the metal alloy sheet and one of the matched confronting surfaces (6, 12); heating the matched confronting surfaces (6, 12) of the first and second tool assemblies and the metal alloy sheet until the preform reaches at least a consolidation temperature of the composite material; and applying force to one or both of the first and second tool assemblies so that the matched confronting surfaces (6, 12) exert sufficient compressive force on the preform and metal alloy sheet to cause the composite material to consolidate at the consolidation temperature, wherein the metal alloy sheet has a tensile yield point in a range of 170-2070 kPa at the consolidation temperature at a strain rate of about 1% to 10% strain per minute.
Device to be inserted in a heeled shoe, said device comprising a base or sole, said base or sole comprising a transversal bar made of a flexible and damping material, delimited by two lines (31, 32) extending from the inside to the outside of the foot of a wearer and standing behind the metatarsal heads of the foot of the wearer and in front of the base of these metatarsals, so as to decrease the stresses on the metatarsal heads and to limit the sliding of the foot and the intensity of the impact on the ground, while walking.
A magazine strip for receiving fastening elements with fastening element heads and fastening element shafts, which can be inserted into a feed device of a fastening element setting tool and which comprises a base wall and two side walls extending substantially vertically from the base wall, whose free ends are angled to two opposite edges, wherein a receiving space for the fastening element heads and a passage gap for the fastening element shafts is formed, and wherein the base wall comprises, at at least one end portion of the magazine strip, an elastically resilient locking member which can be actuated by a corresponding actuating means of the feed device of the fastening element setting tool, wherein the locking member in the unactuated state projects into the receiving space and retains the fastening elements in the magazine strip, and wherein the locking member in the actuated state is forced out of the receiving space by the actuating means and releases the fastening elements, characterised in that a centrally arranged elevation, on which the heads of the fastening elements rest, extends from the base wall into the receiving space, the height of which is dimensioned such that the fastening elements, in the actuated state, can safely overcome the locking member and the actuating means.
A chromatography system (400, 500) comprising: a first co-solvent source (422, 522) in fluid communication with a first mixer (426, 526); a second co-solvent source (442, 542) and a sample source in fluid communication with a second mixer (446, 546); a mobile phase source (424, 444, 530) configured to provide mobile phase to the first (426, 546) and second (446, 546) mixers; a strainer to minimize precipitation of sample in mobile phase; a sample loop (462, 562) positioned downstream and in fluid communication with the strainer; a chromatography column (480, 580); and a valve (460, 560), the valve (460, 560) having a plurality of discrete positions forming different fluidic connections including (i) a first position in which the first mixer (426, 526) is in fluid communication with the chromatography column (480, 580) and the second mixer (446, 546) is in fluid communication with the sample loop (462, 562) and (ii) a second position in which the first mixer (426, 526) is in fluid communication with the sample loop (462, 562) and the sample loop (462, 562) is in fluid communication with the chromatography column (480, 580). a first co-solvent source (422, 522) in fluid communication with a first mixer (426, 526); a second co-solvent source (442, 542) and a sample source in fluid communication with a second mixer (446, 546); a mobile phase source (424, 444, 530) configured to provide mobile phase to the first (426, 546) and second (446, 546) mixers; a strainer to minimize precipitation of sample in mobile phase; a sample loop (462, 562) positioned downstream and in fluid communication with the strainer; a chromatography column (480, 580); and a valve (460, 560), the valve (460, 560) having a plurality of discrete positions forming different fluidic connections including (i) a first position in which the first mixer (426, 526) is in fluid communication with the chromatography column (480, 580) and the second mixer (446, 546) is in fluid communication with the sample loop (462, 562) and (ii) a second position in which the first mixer (426, 526) is in fluid communication with the sample loop (462, 562) and the sample loop (462, 562) is in fluid communication with the chromatography column (480, 580).
A medical imaging system comprising: a microwave antenna array comprising a plurality of microwave antennae which are spaced from one another; an ultrasonic transducer array comprising a plurality of ultrasonic transducers which are spaced from one another and interspersed between the microwave antennae; wherein the plurality of microwave antennae define a transmitting antenna configured to transmit microwave signals so as to illuminate a body part of a patient and define receiving antennae configured to receive the microwave signals following interaction with the body part; and wherein the plurality of ultrasonic transducers define a transmitting transducer configured to transmit ultrasonic waves so as to insonate the body part of the patient and define receiving transducers configured to receive the ultrasonic waves following interaction with the body part; the system further comprising: a processor configured to process the received microwave signals and the received ultrasonic waves and generate an image of the internal structure of the body part; wherein the microwave antennae and ultrasonic transducers are formed on a substrate, wherein the substrate is contoured or contourable to conform to the body part; wherein the substrate is hemispherical. a microwave antenna array comprising a plurality of microwave antennae which are spaced from one another; an ultrasonic transducer array comprising a plurality of ultrasonic transducers which are spaced from one another and interspersed between the microwave antennae; wherein the plurality of microwave antennae define a transmitting antenna configured to transmit microwave signals so as to illuminate a body part of a patient and define receiving antennae configured to receive the microwave signals following interaction with the body part; and wherein the plurality of ultrasonic transducers define a transmitting transducer configured to transmit ultrasonic waves so as to insonate the body part of the patient and define receiving transducers configured to receive the ultrasonic waves following interaction with the body part; the system further comprising: a processor configured to process the received microwave signals and the received ultrasonic waves and generate an image of the internal structure of the body part; wherein the microwave antennae and ultrasonic transducers are formed on a substrate, wherein the substrate is contoured or contourable to conform to the body part; wherein the substrate is hemispherical. a processor configured to process the received microwave signals and the received ultrasonic waves and generate an image of the internal structure of the body part; wherein the microwave antennae and ultrasonic transducers are formed on a substrate, wherein the substrate is contoured or contourable to conform to the body part; wherein the substrate is hemispherical.
An image forming system for performing foil stamping printing, characterized by comprising: an image former comprising a plurality of imaging units that form a foil stamping image and an image not for foil stamping by toners of different colors; a foil stamping setting receiver that is capable of receiving various types of setting regarding the foil stamping printing; a selector that selects an image formation color, which is a color to be used for forming the foil stamping image being the image by the toners, on the basis of the setting received by the foil stamping setting receiver; and a foil transfer that transfers a foil on the foil stamping image, which is formed by the image former, by using the toner of a color corresponding to the image formation color selected by the selector. an image former comprising a plurality of imaging units that form a foil stamping image and an image not for foil stamping by toners of different colors; a foil stamping setting receiver that is capable of receiving various types of setting regarding the foil stamping printing; a selector that selects an image formation color, which is a color to be used for forming the foil stamping image being the image by the toners, on the basis of the setting received by the foil stamping setting receiver; and a foil transfer that transfers a foil on the foil stamping image, which is formed by the image former, by using the toner of a color corresponding to the image formation color selected by the selector.
Device for regulating the closing sequence of a two-leaf door having a passive leaf and an active leaf, comprising a hydraulic drive in order to drive the active leaf in the closing direction and in particular in the opening direction, and comprising a control arrangement which can be actuated via the passive leaf and interacts with the hydraulic drive, which control arrangement has an actuating member (31, 34) which is arranged in the pivot-axis-side region of the passive leaf and can be moved by the passive leaf between a first and a second switching position, and which control arrangement has a connecting member which is connected to the actuating member (31, 34), extends up to an active-leaf-side triggering arrangement and mechanically transmits the actuating member movement, wherein the connecting member which mechanically transmits the actuating member movement comprises a Bowden cable, wherein the triggering arrangement has a valve which controls the hydraulic drive, wherein the active-leaf-side end of the Bowden cable acts on a rotatably mounted lever of the triggering arrangement that interacts with the valve, which lever transmits the actuating member movement to the valve, wherein the valve blocks the closing movement of the active leaf in one of the two switching positions, and wherein the valve has a valve body from which a pin projects, characterized in that a spring presses the pin against the lever.
A method of wireless communication, comprising: monitoring for a channel usage signal, by a user equipment, UE, from a serving base station on contention-based shared spectrum; monitoring for a downlink control channel on the contention-based shared spectrum during an on-duration based on a configured on-duration timer, when the channel usage signal is detected; entering a sleep mode on expiration of one of: an inactivity timer, wherein the inactivity timer is initiated in response to detecting the downlink control channel, or the configured on-duration timer; monitoring for a discovery reference signal, DRS, in response to detecting the channel usage signal during the on-duration; measuring the DRS; monitoring a period length from a last successfully received DRS during the on-duration while a DRS is not detected; initiating a wake up cycle at the UE to monitor for the DRS, when the period length exceeds a threshold, wherein the wake up cycle corresponds to a periodicity of the DRS. monitoring for a channel usage signal, by a user equipment, UE, from a serving base station on contention-based shared spectrum; monitoring for a downlink control channel on the contention-based shared spectrum during an on-duration based on a configured on-duration timer, when the channel usage signal is detected; entering a sleep mode on expiration of one of: an inactivity timer, wherein the inactivity timer is initiated in response to detecting the downlink control channel, or the configured on-duration timer; an inactivity timer, wherein the inactivity timer is initiated in response to detecting the downlink control channel, or the configured on-duration timer; monitoring for a discovery reference signal, DRS, in response to detecting the channel usage signal during the on-duration; measuring the DRS; monitoring a period length from a last successfully received DRS during the on-duration while a DRS is not detected; initiating a wake up cycle at the UE to monitor for the DRS, when the period length exceeds a threshold, wherein the wake up cycle corresponds to a periodicity of the DRS.
A display apparatus comprising: a display panel configured to display an image frame that comprises a right-eye image and a left-eye image; and a touch panel configured to sense a user touch, wherein the touch panel comprises: a glass layer (521, 522); a polarizing switch panel configured to switch a direction of polarization of light emitted from the display panel; a parallax realization layer which is formed on one side of the polarizing switch panel and provides a binocular disparity image by using light emitted from the polarizing switch panel; and characterized in that the polarizing switch panel and the parallax realization layer are embedded in the glass layer (521, 522). a display panel configured to display an image frame that comprises a right-eye image and a left-eye image; and a touch panel configured to sense a user touch, wherein the touch panel comprises: a glass layer (521, 522); a polarizing switch panel configured to switch a direction of polarization of light emitted from the display panel; a parallax realization layer which is formed on one side of the polarizing switch panel and provides a binocular disparity image by using light emitted from the polarizing switch panel; and characterized in that the polarizing switch panel and the parallax realization layer are embedded in the glass layer (521, 522). a glass layer (521, 522); a polarizing switch panel configured to switch a direction of polarization of light emitted from the display panel; a parallax realization layer which is formed on one side of the polarizing switch panel and provides a binocular disparity image by using light emitted from the polarizing switch panel; and characterized in that the polarizing switch panel and the parallax realization layer are embedded in the glass layer (521, 522).
A method of operating a tipper comprising a tipper body pivotably moveable with respect to a frame with a hydraulic cylinder disposed therebetween and actuatable to pivot the tipper body, characterised in the method comprising: receiving a lateral bending parameter relating to a lateral bending of the hydraulic cylinder; determining whether the lateral condition of the hydraulic cylinder is outside acceptable limits based on at least the lateral bending parameter; and generating an output if it is determined that the lateral condition of the hydraulic cylinder is outside acceptable limits. receiving a lateral bending parameter relating to a lateral bending of the hydraulic cylinder; determining whether the lateral condition of the hydraulic cylinder is outside acceptable limits based on at least the lateral bending parameter; and generating an output if it is determined that the lateral condition of the hydraulic cylinder is outside acceptable limits.
An induction sealing device comprising a main body (302, 402), a magnetic field concentrator held in said main body, a conductive element, characterized in that said magnetic field concentrator is injection molded, and said main body is provided with at least one hole (312a, 312b) for gating material for forming said magnetic field concentrator into an interior of said main body.
An air filter housing for supplying air to a space, said air filter housing being configured to be arranged in a ceiling of said space, said housing having a mouth facing downward, said mouth comprising a sealing surface configured to receive a panel type air filter comprising a frame and a filter medium held within said frame, such that a sealing connection between said sealing surface and said frame is achieved, wherein the filter housing further comprises at least one resilient member (44, 46) arranged below the sealing surface such that when a panel type air filter is inserted into the mouth, the resilient member will be deformed by the filter frame as the filter passes the resilient member, and resume its original shape once the filter has passed, characterized in that the filter is retained between the sealing surface and the resilient member, wherein the resilient member has a vertically sloping deflecting surface, and a horizontal retaining surface, wherein the horizontal retaining surface is arranged to support a bottom surface portion of the filter frame once the filter frame has passed and the resilient member has resumed its original shape. said housing having a mouth facing downward, said mouth comprising a sealing surface configured to receive a panel type air filter comprising a frame and a filter medium held within said frame, such that a sealing connection between said sealing surface and said frame is achieved, wherein the filter housing further comprises at least one resilient member (44, 46) arranged below the sealing surface such that when a panel type air filter is inserted into the mouth, the resilient member will be deformed by the filter frame as the filter passes the resilient member, and resume its original shape once the filter has passed, characterized in that the filter is retained between the sealing surface and the resilient member, wherein the resilient member has a vertically sloping deflecting surface, and a horizontal retaining surface, wherein the horizontal retaining surface is arranged to support a bottom surface portion of the filter frame once the filter frame has passed and the resilient member has resumed its original shape.