mhurhangee/ep-ind-claims huggingface dataset:
A method of determining three-dimensional images of an object (Board), comprising: the projection by at least one projector of a plurality of images on the object, each projected image being determined by modulation of first light patterns comprising the superimposition and/or the multiplication of the first light patterns and of second light patterns, the first light patterns being phase-shifted by a first phase shift from one projected image to the next one and the second light patterns being phase-shifted from one projected image to the next one by a second phase shift different from the first phase shift, the second phase shift being applied to the second light patterns and being selected so that the contribution due to the light intensity of the second patterns is zero; the acquisition, for each projected image, of at least one two-dimensional image of the object by at least one image sensor, particularly at least two image sensors; and the determination of the height of each point of the object from the acquired two-dimensional images as if only the first patterns had been projected, the modulation being selected so that the determination errors are smaller than those obtained in the absence of a modulation. the projection by at least one projector of a plurality of images on the object, each projected image being determined by modulation of first light patterns comprising the superimposition and/or the multiplication of the first light patterns and of second light patterns, the first light patterns being phase-shifted by a first phase shift from one projected image to the next one and the second light patterns being phase-shifted from one projected image to the next one by a second phase shift different from the first phase shift, the second phase shift being applied to the second light patterns and being selected so that the contribution due to the light intensity of the second patterns is zero; the acquisition, for each projected image, of at least one two-dimensional image of the object by at least one image sensor, particularly at least two image sensors; and the determination of the height of each point of the object from the acquired two-dimensional images as if only the first patterns had been projected, the modulation being selected so that the determination errors are smaller than those obtained in the absence of a modulation.
Wind tunnel nozzle for a wind tunnel, in particular for a vehicle wind tunnel, which defines a flow direction, having an inner nozzle wall and a nozzle outlet edge, wherein furthermore a device for breaking up coherent eddy structures of a free jet emerging from the wind tunnel nozzle is provided, wherein the device comprises at least one jet guiding element arranged or formed on the inner nozzle wall, extending in the flow direction and having a width transversely to the flow direction, said guiding element comprising a guiding surface protruding from the nozzle wall or set back relative thereto and facing away therefrom, wherein the guiding surface has a spacing profile, wherein a spacing of an upstream-facing end of the at least one jet guiding element from the nozzle wall is zero or substantially zero and wherein a spacing of a downstream-facing end of the jet guiding element from the nozzle outlet edge is zero or substantially zero, characterised in that a spacing of the downstream-facing end of the at least one jet guiding element from the nozzle wall is zero or substantially zero.
A method performed at a user equipment of selecting a common channel type for uplink transmission in a wireless communication network when conflicting instructions are received; said method comprising: attempting to acquire resource on a first type of common channel for uplink transmission of information in accordance with a first received instruction, said first received instruction comprising an order to provide feedback; receiving a second instruction to make any uplink transmission on a second type of common channel; determining whether there is any information to be sent and, if not, ceasing attempting to acquire resource on said first type of common channel in accordance with said first received instruction. attempting to acquire resource on a first type of common channel for uplink transmission of information in accordance with a first received instruction, said first received instruction comprising an order to provide feedback; receiving a second instruction to make any uplink transmission on a second type of common channel; determining whether there is any information to be sent and, if not, ceasing attempting to acquire resource on said first type of common channel in accordance with said first received instruction.
An antibody or a fragment thereof which has immunological reactivity with a CAPRIN-1 protein, the antibody or the fragment thereof comprising a heavy chain variable region comprising complementarity determining regions of SEQ ID NOs: 5, 6, and 7 and a light chain variable region comprising complementarity determining regions of SEQ ID NOs: 9, 10, and 11.
A microcapsule suspension containing an oil core compound having a pesticide active agent dispersed in an oil compound, an aqueous solution containing a polycationic colloid and a polyanionic colloid in a ratio that the polycationic colloid is 0.02-1 wt.-% and the polyanionic colloid is 0.02-2wt.-% based on 100 wt.-% of the aqueous solution, and a pH adjuster. an oil core compound having a pesticide active agent dispersed in an oil compound, an aqueous solution containing a polycationic colloid and a polyanionic colloid in a ratio that the polycationic colloid is 0.02-1 wt.-% and the polyanionic colloid is 0.02-2wt.-% based on 100 wt.-% of the aqueous solution, and a pH adjuster.
A sample handling device for a laboratory automation system comprising a first carousel with a disc supported rotatably about a first axis, a second carousel with a disc supported rotatably about a second axis parallel to the first axis, and at least one transfer element arranged between the first carousel and the second carousel, wherein each disc (21, 31) has a plurality of recesses (22, 32) distributed radially about a perimeter of the disc (21, 31), and wherein each recess (22, 32) is arranged for receiving a sample tube carrier (50, 52), wherein the first carousel and the second carousel are communicated via a passage allowing for a transfer of sample tube carriers (50, 52) between the first carousel and the second carousel, wherein the at least one transfer element is a track switch (104, 204), characterized in that the track switch (104, 204) when arranged in a rest position at least partly closes the passage to separate the first carousel from the second carousel, wherein the track switch (104, 204) is arranged for being swiveled and/or rotated about a third axis parallel to the first axis out of the rest position for selectively transferring a sample tube carrier (50, 52) from the first carousel to the second carousel via the passage, and in that guide rails (23, 33) encircling at least part of the periphery of the carousels (2, 3) are provided, wherein in the region of the track switch (104, 204) the guide rails (23, 33) are each provided with a clearance for forming the passage between the first carousel and the second carousel
Timepiece movement comprising a support, a jumper arranged to be movable on the support, a member arranged to be held by the jumper in any one distinct stable position of a plurality of distinct stable positions and a magnetic device associated with the jumper and including a first magnet and a second magnet, said first and second magnets generating between them a magnetic force and being capable of undergoing a relative movement over a relative distance, the first magnet being fixedly mounted on said support and the second magnet being fixedly mounted on said jumper; characterized in that the magnetic device further includes an element of high magnetic permeability which is arranged between the first magnet and the second magnet and which is integral with said first magnet or said second magnet, the magnetic device being formed by a first portion comprising the element of high magnetic permeability and the first or second magnet integral with said element, and a second portion respectively comprising the second magnet or the first magnet, the magnetic device being arranged to generate, over a first range of said relative distance, an overall force of magnetic repulsion between the first portion and the second portion and, over a second range of said relative distance, an overall force of magnetic attraction between the first and second portions, the second range corresponding to distances between the first and second portions that are smaller than distances corresponding to the first range of said relative distance.
A method of controlling an internal combustion engine system, which includes an engine with multiple cylinders, each cylinder with divided exhaust gas flow between blowdown and scavenging exhaust valves (24, 25), at least one EGR cylinder, at least one cylinder connected to an exhaust subsystem in communication with the engine, and having an exhaust gas recirculation subsystem and an induction subsystem, the method comprising: - communicating at least one blowdown exhaust valve from at least one cylinder connected to the exhaust subsystem via a blowdown manifold; - communicating a scavenging exhaust valve of the at least one EGR cylinder connected to the EGR subsystem; and - communicating the EGR subsystem to the induction subsystem, wherein the blowdown exhaust valve opens just before a piston reaches a bottom dead center position and soon thereafter about half of all combusted induction gases exit combustion chambers under relatively high pressure and wherein the scavenging exhaust valve opens when the piston sweeps back upward toward a top dead center position and displaces most if not all of the remaining combusted induction gases out of the combustion chambers under relatively lower pressure, characterized in that the scavenging exhaust valve of the dedicated EGR cylinder is in direct communication with the air induction subsystem and a valve is provided in fluid communication with a blowdown exhaust valve of the dedicated EGR cylinder and the blowdown manifold wherein the valve can be modulated to modify boost. - communicating at least one blowdown exhaust valve from at least one cylinder connected to the exhaust subsystem via a blowdown manifold; - communicating a scavenging exhaust valve of the at least one EGR cylinder connected to the EGR subsystem; and - communicating the EGR subsystem to the induction subsystem, wherein the blowdown exhaust valve opens just before a piston reaches a bottom dead center position and soon thereafter about half of all combusted induction gases exit combustion chambers under relatively high pressure and wherein the scavenging exhaust valve opens when the piston sweeps back upward toward a top dead center position and displaces most if not all of the remaining combusted induction gases out of the combustion chambers under relatively lower pressure, characterized in that the scavenging exhaust valve of the dedicated EGR cylinder is in direct communication with the air induction subsystem and a valve is provided in fluid communication with a blowdown exhaust valve of the dedicated EGR cylinder and the blowdown manifold wherein the valve can be modulated to modify boost.
A needle assembly storage device, the storage device comprising: a container; a pocket formed in the container; a needle assembly received in the pocket a pull linkage connecting the needle assembly to the container, characterized in that the pull linkage disengages the needle assembly when sufficient rotational force has been applied to the needle assembly in a first direction; and a projection on the needle assembly prevents rotation of the needle assembly in the pocket in a second rotation direction opposite to the first direction. a container; a pocket formed in the container; a needle assembly received in the pocket a pull linkage connecting the needle assembly to the container, characterized in that the pull linkage disengages the needle assembly when sufficient rotational force has been applied to the needle assembly in a first direction; and a projection on the needle assembly prevents rotation of the needle assembly in the pocket in a second rotation direction opposite to the first direction.
A method for determining a Modulation and Coding Scheme, MCS, index value and a number of Error Correcting Blocks, EC-Blocks, comprised in an Aggregated Medium Access Control Protocol Data Unit, A-MPDU, wherein the MCS index value determines a coding rate and a modulation order used at the physical layer, the method comprising: (a) determining that a change in a transmission error rate has occurred; and (b) in response to (a) making a determination of whether to change the MCS index value or whether to change the number of EC-Blocks per A-MPDU, wherein the determination of (b) is a function of one or more Block-Acknowledgements, BA. (a) determining that a change in a transmission error rate has occurred; and (b) in response to (a) making a determination of whether to change the MCS index value or whether to change the number of EC-Blocks per A-MPDU, wherein the determination of (b) is a function of one or more Block-Acknowledgements, BA.
An engine comprising: a crankcase body including a bottom plate including a first crankshaft insertion hole and a tubular portion including a case opening portion on an opposite side to the bottom plate; a crankcase cover including a second crankshaft insertion hole and covering the case opening portion of the crankcase body; a crankshaft which is inserted into the first crankshaft insertion hole and the second crankshaft insertion hole; a cylinder base portion located inside the crankcase body; a cylinder block located outside the crankcase body; and a camshaft disposed inside the crankcase body and between the bottom plate and the cylinder base portion, wherein the crankcase body has the bottom plate detachably attached to the tubular portion, wherein the cylinder base portion and the cylinder block form a cylinder unit; and characterized in that the cylinder unit is detachably attached to the crankcase body by fastening the cylinder block to the crankcase body by a plurality of bolts on the upper end side which are inserted from the inside of the crankcase body and a plurality of bolts inserted from the cylinder block, in that the camshaft is arranged below the cylinder base portion and between the bottom plate and the cylinder base portion, the cylinder base portion overlapping above the camshaft as seen from the case opening portion. a crankcase body including a bottom plate including a first crankshaft insertion hole and a tubular portion including a case opening portion on an opposite side to the bottom plate; a crankcase cover including a second crankshaft insertion hole and covering the case opening portion of the crankcase body; a crankshaft which is inserted into the first crankshaft insertion hole and the second crankshaft insertion hole; a cylinder base portion located inside the crankcase body; a cylinder block located outside the crankcase body; and a camshaft disposed inside the crankcase body and between the bottom plate and the cylinder base portion, wherein the crankcase body has the bottom plate detachably attached to the tubular portion, wherein the cylinder base portion and the cylinder block form a cylinder unit; and characterized in that the cylinder unit is detachably attached to the crankcase body by fastening the cylinder block to the crankcase body by a plurality of bolts on the upper end side which are inserted from the inside of the crankcase body and a plurality of bolts inserted from the cylinder block, in that the camshaft is arranged below the cylinder base portion and between the bottom plate and the cylinder base portion, the cylinder base portion overlapping above the camshaft as seen from the case opening portion.
A method for homologous recombination of a donor DNA with a genomic locus in a filamentous fungal cell, the method comprising: a) introducing into a population of filamentous fungal cells a Cas endonuclease, a guide RNA, and a DNA construct comprising (i) a sequence encoding a selectable marker and (ii) a donor DNA comprising a domain with homology to the genomic locus of the fungal cell, wherein the Cas endonuclease and guide RNA are capable of forming a complex that enables the Cas endonuclease to act at a target site in or near the genomic locus of the fungal cells; and b) culturing the population of cells from step (a) under conditions to screen for unstable transformants that have lost the selectable marker yet retained the donor DNA and identifying at least one of the unstable transformants that have lost the selectable marker yet retained the donor DNA from the population and in which homologous recombination of the donor DNA with the genomic locus has occurred, wherein the Cas endonuclease, the guide RNA, or both are introduced transiently into the population of fungal cells. a) introducing into a population of filamentous fungal cells a Cas endonuclease, a guide RNA, and a DNA construct comprising (i) a sequence encoding a selectable marker and (ii) a donor DNA comprising a domain with homology to the genomic locus of the fungal cell, wherein the Cas endonuclease and guide RNA are capable of forming a complex that enables the Cas endonuclease to act at a target site in or near the genomic locus of the fungal cells; and b) culturing the population of cells from step (a) under conditions to screen for unstable transformants that have lost the selectable marker yet retained the donor DNA and identifying at least one of the unstable transformants that have lost the selectable marker yet retained the donor DNA from the population and in which homologous recombination of the donor DNA with the genomic locus has occurred,
A storage system for storing board stacks in storage rows, for use in factories fabricating boards, especially OSB, MDF, or particle boards, wherein each storage row comprises three parallel elongated supports, which are supported on top of support structures (9") arranged at a distance from each other, and between which supports are spaces for satellite wagons transporting board stacks, characterized in that the horizontal load-bearing part of a support is formed from one or more glued laminated beams.
Valve unit for a valve of an inflatable bladder for a sports ball, the valve unit comprising: a. a cavity containing a viscous, non-solid material, the cavity being adapted to be repeatedly penetrated by a gas injector, b. wherein the viscous, non-solid material is adapted to seal the valve unit against gas leakage when the gas injector is not penetrating the cavity, characterized in that c. the viscous, non-solid material exhibits a viscosity at a temperature of 25°C in the range of 0,005 m 2 /s to 0,1 m 2 /s (5,000 cSt to 100,000 cSt). a. a cavity containing a viscous, non-solid material, the cavity being adapted to be repeatedly penetrated by a gas injector, b. wherein the viscous, non-solid material is adapted to seal the valve unit against gas leakage when the gas injector is not penetrating the cavity, c. the viscous, non-solid material exhibits a viscosity at a temperature of 25°C in the range of 0,005 m 2 /s to 0,1 m 2 /s (5,000 cSt to 100,000 cSt).
A trailing edge phase control dimmer circuit for controlling alternating current power to a load with short-circuit protection, the circuit including: a switching circuit for controlling delivery of AC power to the load by conducting power to the load in an ON state and not conducting power to the load in an OFF state, wherein the ON state is a conduction period and the OFF state is a non-conduction period; a switching control circuit for controlling turn-OFF and turn-ON of the switching circuit at each cycle of the AC to control switching of the ON and OFF states of the switching circuit; and a rectifier for rectifying the AC power in the non-conduction period to generate rectified dimmer voltage to be provided to the dimmer circuit, characterised in that the switching control circuit includes a zero-crossing detection circuit configured to detect zero crossings of the AC and to detect crossings of a first threshold value and a second threshold value of the rectified dimmer voltage, wherein the zero-crossing detection circuit is further configured to initiate the switching circuit to commence one of the conduction periods when the rectified dimmer voltage crosses below the first threshold value and to initiate the switching circuit to prematurely terminate one of the conduction periods when the rectified dimmer voltage crosses above the second threshold value to provide short-circuit protection for the trailing edge phase control dimmer circuit. a switching circuit for controlling delivery of AC power to the load by conducting power to the load in an ON state and not conducting power to the load in an OFF state, wherein the ON state is a conduction period and the OFF state is a non-conduction period; a switching control circuit for controlling turn-OFF and turn-ON of the switching circuit at each cycle of the AC to control switching of the ON and OFF states of the switching circuit; and a rectifier for rectifying the AC power in the non-conduction period to generate rectified dimmer voltage to be provided to the dimmer circuit, characterised in that the switching control circuit includes a zero-crossing detection circuit configured to detect zero crossings of the AC and to detect crossings of a first threshold value and a second threshold value of the rectified dimmer voltage, wherein the zero-crossing detection circuit is further configured to initiate the switching circuit to commence one of the conduction periods when the rectified dimmer voltage crosses below the first threshold value and to initiate the switching circuit to prematurely terminate one of the conduction periods when the rectified dimmer voltage crosses above the second threshold value to provide short-circuit protection for the trailing edge phase control dimmer circuit.
A method for determination of a microorganism content in material comprising cellulose within the pulp and paper industry comprising the steps of: (a) providing a suspension of a sample of the material comprising cellulose; and (b) treating the suspension with one or more enzyme preparation having cellulase activity; and (c) separating the microorganisms from the enzyme treated suspension; and (d) isolating nucleic acids from the separated microorganisms; and (e) conducting a PCR analysis on the isolated nucleic acids, wherein the PCR result indicates the microorganism content. (a) providing a suspension of a sample of the material comprising cellulose; and (b) treating the suspension with one or more enzyme preparation having cellulase activity; and (c) separating the microorganisms from the enzyme treated suspension; and (d) isolating nucleic acids from the separated microorganisms; and (e) conducting a PCR analysis on the isolated nucleic acids,