mhurhangee/ep-ind-claims huggingface dataset:
A nitrile-group-containing highly saturated copolymer rubber comprising α,β-ethylenically unsaturated nitrile monomer units (a), α,β-ethylenically unsaturated dicarboxylic acid mono ester monomer units (b), (meth)acrylic acid alkoxyalkyl ester monomer units which have alkoxyalkyl groups with 2 to 8 carbon atoms (c), and conjugated diene monomer units (d), where at least part of said conjugated diene monomer units (d) are hydrogenated, and having an iodine value of 120 or less, measured in accordance with JIS K 6235, wherein a ratio of content of the α,β-ethylenically unsaturated nitrile monomer units (a) in the total monomer units is 15 to 30 wt%, a ratio of content of the α,β-ethylenically unsaturated dicarboxylic acid mono ester monomer units (b) in the total monomer units is 1 to 8 wt%, a ratio of content of the (meth) acrylic acid alkoxyalkyl ester monomer units which have alkoxyalkyl groups with 2 to 8 carbon atoms (c) in the total monomer units is 21 to 40 wt%, and a ratio of content of the conjugated diene monomer units (d) in the total monomer units is 30 to 63 wt%, the contents of the different monomers being determined as specified in the description. a ratio of content of the α,β-ethylenically unsaturated nitrile monomer units (a) in the total monomer units is 15 to 30 wt%, a ratio of content of the α,β-ethylenically unsaturated dicarboxylic acid mono ester monomer units (b) in the total monomer units is 1 to 8 wt%, a ratio of content of the (meth) acrylic acid alkoxyalkyl ester monomer units which have alkoxyalkyl groups with 2 to 8 carbon atoms (c) in the total monomer units is 21 to 40 wt%, and a ratio of content of the conjugated diene monomer units (d) in the total monomer units is 30 to 63 wt%, the contents of the different monomers being determined as specified in the description.
A method for detecting a cleaning process in a radar level gauge configured to determine a fill level of a product contained in a tank, the radar level gauge comprising a transceiver configured to provide a transmit signal, S T, to be propagated towards the product by a propagating device, to receive a reflected signal, S R, resulting from a reflection of the transmit signal at a surface of the product, and to determine a fill level in the tank based on the received reflected signal, wherein the method comprises: at a measurement position above the fill level and a known distance from a reference position near a ceiling of the tank, determining a difference in signal amplitude between at least two different fill level measurements; and if the determined difference in signal amplitude exceeds a predetermined threshold value, determining that a cleaning process is ongoing in the tank. at a measurement position above the fill level and a known distance from a reference position near a ceiling of the tank, determining a difference in signal amplitude between at least two different fill level measurements; and if the determined difference in signal amplitude exceeds a predetermined threshold value, determining that a cleaning process is ongoing in the tank.
An insonification device comprising a plurality of elementary ultrasonic transducers each comprising at least one electro-acoustic element, the plurality of transducers being distributed on a chassis (120, 140) so that the electro-acoustic elements are distributed on a so-called front surface of the device extending over at least two dimensions and intended to be placed facing the medium to be insonified, characterized in that, each transducer comprising a longitudinal body made in a heat conducting material at the so-called front end of which the electro-acoustic element is placed, the chassis (120, 140) comprises a sealed cooling chamber placed behind the front surface, crossed by the body of the transducers and intended to be gone through by a flow of coolant fluid.
A processor-implemented data recognition method, comprising: extracting a feature map from input data based on a feature extraction layer of a data recognition model; pooling component vectors from the feature map based on a pooling layer of the data recognition model, wherein the pooling of the component vectors comprises: extracting, from the feature map, a first component vector based on the pooling layer; and extracting, from the feature map, a second component vector having a cosine similarity to the first component vector that is less than a threshold similarity, based on the pooling layer, and/or extracting, from the feature map, component vectors that are orthogonal to each other, and generating an embedding vector by recombining the component vectors based on a combination layer of the data recognition model. extracting a feature map from input data based on a feature extraction layer of a data recognition model; pooling component vectors from the feature map based on a pooling layer of the data recognition model, wherein the pooling of the component vectors comprises: extracting, from the feature map, a first component vector based on the pooling layer; and extracting, from the feature map, a second component vector having a cosine similarity to the first component vector that is less than a threshold similarity, based on the pooling layer, and/or extracting, from the feature map, component vectors that are orthogonal to each other, and generating an embedding vector by recombining the component vectors based on a combination layer of the data recognition model. extracting, from the feature map, a first component vector based on the pooling layer; and extracting, from the feature map, a second component vector having a cosine similarity to the first component vector that is less than a threshold similarity, based on the pooling layer, and/or extracting, from the feature map, component vectors that are orthogonal to each other, and generating an embedding vector by recombining the component vectors based on a combination layer of the data recognition model.
A disposable medical device for lift and transfer of patients between ambulance stretchers and/or hospital stretchers by a healthcare professional, which device comprises a sheet support structure longitudinally extending to such a length as to be able to support the entire body of a patient and a peripheral portion with longitudinal edges and transverse edges, said structure having a top surface which is intended to contact the body of the patient and a bottom surface intended to contact a stretcher, wherein said peripheral portion has a plurality of openings adapted to define hand grips grasped by one or more healthcare professionals, said openings being arranged along said longitudinal edges and placed at predetermined distances (d 1, d 2, d 3), said predetermined distances (d 1, d 2, d 3) being differentiated along the longitudinal extent of said support structure with a substantially constant value (di) proximate to the end zone that is intended to support the head and with progressively increasing values (d 2, d 3) proximate to the end zone intended to support the torso and the lower limbs of the patient, characterized in that said sheet support structure comprises a downwardly folded zone at least at one edge (4, 5) of said peripheral portion, which zone is configured to define a pocket adapted to engage the stretcher and to receive a portion (B') of the stretcher on which it is laid to facilitate positioning of said device.
A method for detecting a nucleic acid molecule comprising: a step for preparing a sample solution containing (i) a biosample having the nucleic acid molecule to be detected and (ii) a nucleic acid probe which is specifically hybridizable with the nucleic acid molecule to be detected; a step for associating the nucleic acid molecule with the nucleic acid probe in the sample solution that has been prepared in the preparing step; and subsequently to the associating step, a step for calculating the number of associated bodies which comprise the nucleic acid probe hybridised with the nucleic acid molecule in the sample solution that has been prepared in the preparing step; whereby the method is performed by: a step for moving the position of a light detection region of an optical system of a confocal microscope or a multiphoton microscope in the sample solution; a step for detecting fluorescence emitted from the associated bodies in the light detection region while moving the position of the light detection region of the optical system in the sample solution; individually detecting a light signal from each of the respective associated bodies, thereby individually detecting the associated bodies; and the calculating step comprises a step for counting the number of the individually detected associated bodies from the detected light signals detected during the moving of the position of the light detection region; wherein proteins are removed from the sample solution before the calculating step, or proteins are removed from the biosample before the preparing step. a step for preparing a sample solution containing (i) a biosample having the nucleic acid molecule to be detected and (ii) a nucleic acid probe which is specifically hybridizable with the nucleic acid molecule to be detected; a step for associating the nucleic acid molecule with the nucleic acid probe in the sample solution that has been prepared in the preparing step; and subsequently to the associating step, a step for calculating the number of associated bodies which comprise the nucleic acid probe hybridised with the nucleic acid molecule in the sample solution that has been prepared in the preparing step; a step for moving the position of a light detection region of an optical system of a confocal microscope or a multiphoton microscope in the sample solution; a step for detecting fluorescence emitted from the associated bodies in the light detection region while moving the position of the light detection region of the optical system in the sample solution; individually detecting a light signal from each of the respective associated bodies, thereby individually detecting the associated bodies; and the calculating step comprises a step for counting the number of the individually detected associated bodies from the detected light signals detected during the moving of the position of the light detection region; wherein proteins are removed from the sample solution before the calculating step, or proteins are removed from the biosample before the preparing step.
A movable surface of an aircraft, comprising: a front spar extending along a spanwise direction between opposing movable surface ends; a plurality of ribs located at spaced intervals between the movable surface ends and defining a plurality of bays between adjacent pairs of the ribs, each rib extending between the front spar and a trailing edge portion of the movable surface; an upper skin panel and a lower skin panel coupled to the plurality of ribs and the front spar; and a plurality of bead stiffeners coupled to an inner surface of at least one of the upper skin panel and the lower skin panel, the bead stiffeners within the bays being spaced apart from each other and oriented non-parallel to the front spar and having a bead stiffener cap having opposing cap ends respectively locate proximate the front spar and the trailing edge portion. a front spar extending along a spanwise direction between opposing movable surface ends; a plurality of ribs located at spaced intervals between the movable surface ends and defining a plurality of bays between adjacent pairs of the ribs, each rib extending between the front spar and a trailing edge portion of the movable surface; an upper skin panel and a lower skin panel coupled to the plurality of ribs and the front spar; and a plurality of bead stiffeners coupled to an inner surface of at least one of the upper skin panel and the lower skin panel, the bead stiffeners within the bays being spaced apart from each other and oriented non-parallel to the front spar and having a bead stiffener cap having opposing cap ends respectively locate proximate the front spar and the trailing edge portion.
Method to adjust or tune mechanical settings of a floorstanding mammography apparatus comprising a mainframe in which a subframe (1") is mounted that supports an x-ray source, a paddle and a detector with a detector cover, wherein before executing an x-ray measurement a patient's breast is placed and compressed between the detector cover and the paddle, characterized in that at least prior to the x-ray measurement a first upward force (Fu) applied by the detector cover on the patient's breast is measured, and further a second downwards force (Fd) applied by the paddle on the patient's breast is measured, which first and second measured forces (Fu, Fd) are subsequently balanced during the compression of the breast so as to minimize reaction forces between the paddle, the detection cover and the patient.
Pneumatic vehicle tyre comprising a tread with at least one shoulder-side profile rib, which is delimited by a circumferential groove and has an outer surface lying at the periphery of the tread, wherein the profile rib is provided with a multiplicity of transverse grooves, running parallel to one another and in a straight or arcuate form and ending before the circumferential groove, which have in each case two groove edges (4, 5) at the outer surface of the profile rib, two groove walls (7, 8), extending from the groove edges (4, 5), a main portion and a run-out portion, which adjoins the main portion on the inner side of the tread and runs out to the outer surface of the profile rib, characterized in that the run-out portion is made narrower than the main portion, wherein the one groove wall ends at the run-out portion and the other groove wall is continued in the run-out portion, wherein the run-out portion of the continued groove wall is delimited on the opposite side by a flank, which is bevelled, at least in a certain portion, in relation to the outer surface of the profile rib and therefore has a bevel, which is delimited at the outer surface of the profile rib by a bevel edge, which adjoins the groove edge of the groove wall ending at the run-out portion and runs as a continuation and without any kinks with this groove edge.
A harness connection member comprising a holder formed by a substantially cylindrical body made of a synthetic resin, said holder having a structure such that a pin terminal insertion hole is formed along a central axis of said holder and annular projections projected outwardly are formed at both ends of the holder, outer surfaces of said annular projections are formed to constitute inclined walls; and a tubular cover member made of a synthetic resin having a split slit, said cover member being mounted around the holder between said annular projections formed at both ends of said holder to prevent said cover member from moving in the longitudinal direction of said holder. characterised in that: a plurality of electrical terminal insertion holes extending from the surface to the inside of said connection member communicate with the pin terminal insertion hole in said holder; said holder has a linear projection formed on the outer surface of said holder; and an elongated recess is formed in side edges of the split slit, whereby during mounting, said cover member is moved towards said holder and is further inserted over said holder such that the front end of the cover member rides over said annular projection formed at either end of said holder; said linear projection on the outer surface of said holder is engaged with said elongated recess of said cover member; and said cover member has cut-out portions formed at both ends of the cover member, said cut-out portions serving to widen easily the cover member. a plurality of electrical terminal insertion holes extending from the surface to the inside of said connection member communicate with the pin terminal insertion hole in said holder; said holder has a linear projection formed on the outer surface of said holder; and an elongated recess is formed in side edges of the split slit, whereby during mounting, said cover member is moved towards said holder and is further inserted over said holder such that the front end of the cover member rides over said annular projection formed at either end of said holder; said linear projection on the outer surface of said holder is engaged with said elongated recess of said cover member; and said cover member has cut-out portions formed at both ends of the cover member, said cut-out portions serving to widen easily the cover member.
Civil engineering device with an undercarriage with crawler chassis, wherein an upper carriage having a control station and a drive unit is mounted rotably on the undercarriage, and having a mast, which is oriented vertically and mounted on the upper carriage, wherein on an upper area of the mast is arranged at least one camera, by which an image of the civil engineering device and its surroundings to this can be recorded, characterized in that the at least one camera is connected to at least one control unit and that a warning signal can be emitted by the control unit when a person or an object approaches relative to the civil engineering device and enters a security area. wherein on an upper area of the mast is arranged at least one camera, by which an image of the civil engineering device and its surroundings to this can be recorded, characterized in that the at least one camera is connected to at least one control unit and that a warning signal can be emitted by the control unit when a person or an object approaches relative to the civil engineering device and enters a security area.
Method for spraying a track, in particular a conductor track, onto a substrate by means of a spray lance extending in a longitudinal direction, said spray lance being moved with a relative speed relative to the substrate, wherein an ionisable gas is supplied to the spray lance under atmospheric conditions, said gas being ionised by an arc produced in the spray lance such that a cold plasma having a plasma temperature of less than 3000 K, in particular less than 2500 K, is produced, and wherein a powder is introduced into the spray lance by means of a carrier gas, said powder being carried along by the plasma in the direction of a frontal exit opening of the spray lance, exiting here and appearing on the substrate, characterised in that the ionisable gas and the carrier gas flow into the spray lance under the same pressure ranging from 1*10 5 - 10*10 5 Pa, wherein the spray lance has a feed connector for the powder that is orientated at an angle (α) that lies between 20° to 70°, at an incline relative to the longitudinal direction, and the angle (α), the flow of the ionisable gas and the carrier gas coordinate with one another in such a way that the powder passes from the feed connector along an arcuate track to the exit opening without it coming into contact with devices or walls of the spray lance, and the feed connector is spaced 1 cm in the longitudinal direction away from the exit opening and in the range from 5 to 7cm away from a cathode of the spray lance.
An electronic device comprising: a display; a memory including a first space storing no data and a second space storing data; a processor configured to manage a data structure as a file system and to identify and manage memory spaces of the memory through the file system, comprising identifying, in the file system, a free space corresponding to the first space and a data stored space corresponding to the second space; and wherein the processor is further configured to control the electronic device to: receive an input for inputting a setting value for a fast data storage mode of the memory, allocate a predetermined size of the free space of the file system of the electronic device as a temporary memory space for the fast data storage mode based on the setting value for the fast data storage mode, control the memory to allocate a predetermined size of the first space as a borrowed space for the fast data storage mode corresponding to the size of the temporary memory space, recognize occurrence of an event for starting data storage through the fast data storage mode, and control the memory to perform the data storage using the borrowed space through the fast data storage mode in response to the occurrence of the event. a display; a memory including a first space storing no data and a second space storing data; a processor configured to manage a data structure as a file system and to identify and manage memory spaces of the memory through the file system, comprising identifying, in the file system, a free space corresponding to the first space and a data stored space corresponding to the second space; and wherein the processor is further configured to control the electronic device to: receive an input for inputting a setting value for a fast data storage mode of the memory, allocate a predetermined size of the free space of the file system of the electronic device as a temporary memory space for the fast data storage mode based on the setting value for the fast data storage mode, control the memory to allocate a predetermined size of the first space as a borrowed space for the fast data storage mode corresponding to the size of the temporary memory space, recognize occurrence of an event for starting data storage through the fast data storage mode, and control the memory to perform the data storage using the borrowed space through the fast data storage mode in response to the occurrence of the event. allocate a predetermined size of the free space of the file system of the electronic device as a temporary memory space for the fast data storage mode based on the setting value for the fast data storage mode, control the memory to allocate a predetermined size of the first space as a borrowed space for the fast data storage mode corresponding to the size of the temporary memory space, recognize occurrence of an event for starting data storage through the fast data storage mode, and control the memory to perform the data storage using the borrowed space through the fast data storage mode in response to the occurrence of the event.
An attaching system for a filter cartridge comprising: a top cap (26, 34) configured to attach to a filter cartridge; a first mating projection located on the top cap (26, 34) and configured to provide fluid access to an interior of the filter cartridge; at least two second locking projections projecting radially away from the first mating projection located annularly about the first projection; and a base portion defining an annularly shaped flat surface surrounding the first mating projection on a first side and configured to attach to the filter cartridge on a second side, the first mating projection including a chamfered edge, the attaching system further comprising an annularly shaped adapter dimensioned to allow the first mating projection of the top cap (26, 34) to fit into a hole defined by the adapter, characterized in that a seat on the adapter is located and dimensioned to receive at least one second locking projection and a first lock ridge is located at one side of the seat and a second lock ridge is located at the other side of the seat. a top cap (26, 34) configured to attach to a filter cartridge; a first mating projection located on the top cap (26, 34) and configured to provide fluid access to an interior of the filter cartridge; at least two second locking projections projecting radially away from the first mating projection located annularly about the first projection; and a base portion defining an annularly shaped flat surface surrounding the first mating projection on a first side and configured to attach to the filter cartridge on a second side, the first mating projection including a chamfered edge, the attaching system further comprising an annularly shaped adapter dimensioned to allow the first mating projection of the top cap (26, 34) to fit into a hole defined by the adapter, characterized in that a seat on the adapter is located and dimensioned to receive at least one second locking projection and a first lock ridge is located at one side of the seat and a second lock ridge is located at the other side of the seat.