mhurhangee/ep-ind-claims huggingface dataset:
An article comprising: a section of tubing comprising a tubular body comprising a fluoropolymer, the tubular body including an interior surface defining a fluid passage through the tubular body, at least a first portion of the interior surface having a molar ratio of fluorine to oxygen of no greater than 30 to 1.
A computer implemented method for fusing at least one ultrasound image with a pre-stored modality image comprising: recording ultrasound video data and storing it as a pre-stored ultrasound video data; selecting at least one ultrasound image frame from at least one portion of the pre-stored ultrasound video data which is replayed, defined as a selecting step, wherein the ultrasound video data comprises ultrasound image frames sampled from a target object along at least one plane and a position indicating information corresponding to each of the ultrasound image frames, wherein the position indicating information is generated by sensing a position of a position sensor fixed with an ultrasound probe while acquiring ultrasound image frames; registering the selected ultrasound image frame with the pre-stored modality image, defined as a registering step, by implementing the position indicating information corresponding to the selected ultrasound image frame in the registering step; and fusing the registered ultrasound image frame with the pre-stored modality image, defined as a fusing step. recording ultrasound video data and storing it as a pre-stored ultrasound video data; selecting at least one ultrasound image frame from at least one portion of the pre-stored ultrasound video data which is replayed, defined as a selecting step, wherein the ultrasound video data comprises ultrasound image frames sampled from a target object along at least one plane and a position indicating information corresponding to each of the ultrasound image frames, wherein the position indicating information is generated by sensing a position of a position sensor fixed with an ultrasound probe while acquiring ultrasound image frames; registering the selected ultrasound image frame with the pre-stored modality image, defined as a registering step, by implementing the position indicating information corresponding to the selected ultrasound image frame in the registering step; and fusing the registered ultrasound image frame with the pre-stored modality image, defined as a fusing step.
A flame-retardant thermoplastic resin composition comprising a graft copolymer, a vinyl copolymer, and a phosphoric flame retardant, the graft copolymer being obtained by graft-polymerizing a rubbery polymer, a vinyl cyanide compound, and a vinyl compound copolymerizable with the vinyl cyanide compound, the vinyl copolymer being obtained by copolymerizing a vinyl cyanide compound and a vinyl compound copolymerizable with the vinyl cyanide compound, the vinyl copolymer having a mass-average molecular weight of 90,000 to 160,000, and the resin composition containing 5 to 20 parts by mass of the phosphoric flame retardant and 100 parts by mass of the sum of the graft copolymer and the vinyl copolymer, wherein a content CB 1 of vinyl cyanide units in the acetone-insoluble fraction of the mixture of the graft copolymer and vinyl copolymer is 22.0% to 32.0% by mass, a content CB 2 of vinyl cyanide units in the acetone-soluble fraction thereof is 22.0% to 34.0% by mass, and the absolute value |CB 1 - CB 2 | of the difference therebetween is 0% to 3.0% by mass.
A method of wirelessly connecting at least two devices for data communication, the method comprising: generating and wirelessly sending service set identifier, SSID, information of the at least two devices, the at least two devices performing the generating and the wireless sending; collecting and analyzing the wirelessly sent SSID information so as to determine which device of the at least two devices has higher priority SSID information, the collecting and the analysing to be performed by the at least two devices; setting one of the at least two devices as a server based on a result of the analyzing; and wirelessly connecting the at least two devices, the wirelessly connecting to be performed by the device set as the server, wherein the setting comprises the one device setting itself as the server based on its own analysing of the SSID information. generating and wirelessly sending service set identifier, SSID, information of the at least two devices, the at least two devices performing the generating and the wireless sending; collecting and analyzing the wirelessly sent SSID information so as to determine which device of the at least two devices has higher priority SSID information, the collecting and the analysing to be performed by the at least two devices; setting one of the at least two devices as a server based on a result of the analyzing; and wirelessly connecting the at least two devices, the wirelessly connecting to be performed by the device set as the server,
A work tool having a forward edge, comprising a replaceable wear part for attachment on the forward edge of the work tool, wherein at least a portion of the forward edge is formed of a wear part holder provided with a spigot comprising profiled contact faces arranged to engage a corresponding attachment portion on the wear part, as the wear part is provided with a first sliding surface, and the wear part holder is provided with a second sliding surface, which essentially is arranged as an extension of said first sliding surface, and the second sliding surface is provided with a forward sliding edge surface defining the sliding surface against the wear part, and on the first sliding surface is arranged an eminence, characterized in that the eminence has an extent essentially cross-wise of the operative direction of movement of the work tool and immediately forward of the attachment portion of the wear part, the cross-wise extent (w) of the eminence being at least equal to a width-wise extent of mutually engaged contact faces arranged on the wear part holder and the attachment portion arranged on the wear part.
An aircraft landing gear shock absorber assembly comprising: an outer casing having a bore which extends through the outer casing, the bore having a first opening and a second opening; a rod slidably coupled within the bore such that a first end of the rod projects out of the first opening of the bore, the first end of the rod being arranged to be coupled to a wheel assembly; and a closure for the second opening of the bore, wherein: the bore comprises a reduced width portion having a reduced width relative to the second opening of the bore; the rod includes a radially enlarged portion that is wider than the reduced width portion of the bore, the radially enlarged portion comprising a piston located at the second end of the rod; the shock absorber assembly further comprising a seal assembly provided between the casing and the rod adjacent the first opening, wherein the shock absorber is a fluid containing shock absorber and characterized in that at least one seal of the seal assembly is arranged to provide a fluid tight seal between the outer casing and the rod. an outer casing having a bore which extends through the outer casing, the bore having a first opening and a second opening; a rod slidably coupled within the bore such that a first end of the rod projects out of the first opening of the bore, the first end of the rod being arranged to be coupled to a wheel assembly; and a closure for the second opening of the bore, wherein: the bore comprises a reduced width portion having a reduced width relative to the second opening of the bore; the rod includes a radially enlarged portion that is wider than the reduced width portion of the bore, the radially enlarged portion comprising a piston located at the second end of the rod; the shock absorber assembly further comprising a seal assembly provided between the casing and the rod adjacent the first opening, wherein the shock absorber is a fluid containing shock absorber and characterized in that at least one seal of the seal assembly is arranged to provide a fluid tight seal between the outer casing and the rod. the rod includes a radially enlarged portion that is wider than the reduced width portion of the bore, the radially enlarged portion comprising a piston located at the second end of the rod; the shock absorber assembly further comprising a seal assembly provided between the casing and the rod adjacent the first opening, wherein the shock absorber is a fluid containing shock absorber and characterized in that at least one seal of the seal assembly is arranged to provide a fluid tight seal between the outer casing and the rod.
A monovalent antibody for use as a medicament, wherein said monovalent antibody comprises a light chain and a heavy chain, wherein a) said light chain comprises the amino acid sequence of the variable (V L) region of a selected antigen specific antibody and the amino acid sequence of the constant (C L) region of an Ig, and b) said heavy chain comprises the amino acid sequence of the variable (V H) region of said selected antigen specific antibody and the amino acid sequence of the constant (C H) region of human IgG4, wherein the amino acid sequence of the heavy chain has been modified such that the region corresponding to the hinge region does not comprise any cysteine residues; and which monovalent antibody is in a monovalent form in the presence of polyclonal human IgG or when administered to a human being. a) said light chain comprises the amino acid sequence of the variable (V L) region of a selected antigen specific antibody and the amino acid sequence of the constant (C L) region of an Ig, and b) said heavy chain comprises the amino acid sequence of the variable (V H) region of said selected antigen specific antibody and the amino acid sequence of the constant (C H) region of human IgG4, wherein the amino acid sequence of the heavy chain has been modified such that the region corresponding to the hinge region does not comprise any cysteine residues;
A labelling plate, characterized by being adapted to be removable connected with a sterile container wherein the labelling plate comprises individual interfaces (12, 14) for at least one label and at least one identification tag, wherein the interfaces (12, 14) are designed for removable holding the at least one identification tag and/or the at least one label at the labelling plate.
A method for generating a custom user interface on a mobile device for interfacing with an elevator system, the method comprising: selecting a building; presenting an identification of floors in the building; receiving a selection of a plurality of custom floors, the custom floors being a subset of the floors; saving the custom floors; and generating the custom user interface in response to the custom floors; characterized by: receiving a departure floor and a destination floor in response to selection of a first floor icon in the custom user interface and a second floor icon in the custom user interface, each floor icon corresponding to a single floor; and transmitting an elevator call in response to the departure floor and the destination floor. selecting a building; presenting an identification of floors in the building; receiving a selection of a plurality of custom floors, the custom floors being a subset of the floors; saving the custom floors; and generating the custom user interface in response to the custom floors; characterized by: receiving a departure floor and a destination floor in response to selection of a first floor icon in the custom user interface and a second floor icon in the custom user interface, each floor icon corresponding to a single floor; and transmitting an elevator call in response to the departure floor and the destination floor. receiving a departure floor and a destination floor in response to selection of a first floor icon in the custom user interface and a second floor icon in the custom user interface, each floor icon corresponding to a single floor; and transmitting an elevator call in response to the departure floor and the destination floor.
Electrical component comprising a base body, wherein - a surface of the base body is provided with at least a first electrically conductive material layer, wherein the first material layer is fired into the base body and the thickness of the first material layer lies in the range of 0.5 to 5 μm, - that surface of the first material layer which is remote from the base body is coated with a further electrically conductive material layer, wherein - the material layers form at least part of an external contact (6, 6'), which has a closed, porous external surface, and wherein the further material layer contains a Pd-Ni alloy and is applied to the first material layer by electroplating. - a surface of the base body is provided with at least a first electrically conductive material layer, wherein the first material layer is fired into the base body and the thickness of the first material layer lies in the range of 0.5 to 5 μm, - that surface of the first material layer which is remote from the base body is coated with a further electrically conductive material layer, wherein - the material layers form at least part of an external contact (6, 6'), which has a closed, porous external surface, and wherein the further material layer contains a Pd-Ni alloy and is applied to the first material layer by electroplating.
Motor vehicle comprising a monitoring means which has a lane-change assistance system or a lane-keeping assistance system and detects the region in front of and/or behind the vehicle, and comprising a parking assistance system having a plurality of ultrasonic sensors (10, 10a) provided at the front and/or rear for detecting surroundings using a first detection region of the ultrasonic sensors (10, 10a) during operation of the parking assistance system, it being possible to activate the parking assistance system during the journey by simultaneously switching to operation of at least one ultrasonic sensor (10, 10a) having an enlarged detection region (15, 15a) and it being possible for the lane-change assistance system or lane-keeping assistance system to process the information supplied by the at least one ultrasonic sensor (10, 10a) of said region, characterised in that the parking assistance system is activated by automatically activating the lane-change assistance system or lane-keeping assistance system to the operation of at least one ultrasonic sensor (10, 10a) having an enlarged detection region (15, 15a).
A device adapted to detect lateral brainstem response states of a subject over a period of time as a function of a population of neurons' evoked response patterns to sound stimuli, comprising: a sound stimuli generating unit operative to repeatedly send, over said period of time, an identical sound stimulus to said subject to evoke said neurons response patterns, wherein said sound stimulus comprises a first train of unmodified sound pulses and at least one second consecutive train of modified sound pulses; a detection unit operative to repeatedly detect a first brainstem reponse signal and at least one second brainstem response signal related to said neurons' response patterns, wherein the first brainstem response signal is caused by said first train of sound pulses and the at least one second brainstem response signal is caused by said second consecutive train of modified sound pulses; a storage unit operative to store information based on said brainstem response signals; and a control unit operative to repeatedly determine, over said period of time, a lateral brainstem response state for each of said sound stimulus, said lateral brainstem response state being determined based on a comparision of said first brainstem response signal and said at least one second brainstem response signal of said sound stimulus; wherein said detected lateral brainstem response state of said subject is a pattern profile, and wherein said control unit is further adapted to compare said pattern profile to a known profile from a database comprising a population of known profiles to determine if said subject is under influence of a psychotropic compound or substance or food. a sound stimuli generating unit operative to repeatedly send, over said period of time, an identical sound stimulus to said subject to evoke said neurons response patterns, wherein said sound stimulus comprises a first train of unmodified sound pulses and at least one second consecutive train of modified sound pulses; a detection unit operative to repeatedly detect a first brainstem reponse signal and at least one second brainstem response signal related to said neurons' response patterns, wherein the first brainstem response signal is caused by said first train of sound pulses and the at least one second brainstem response signal is caused by said second consecutive train of modified sound pulses; a storage unit operative to store information based on said brainstem response signals; and a control unit operative to repeatedly determine, over said period of time, a lateral brainstem response state for each of said sound stimulus, said lateral brainstem response state being determined based on a comparision of said first brainstem response signal and said at least one second brainstem response signal of said sound stimulus; wherein said detected lateral brainstem response state of said subject is a pattern profile, and wherein said control unit is further adapted to compare said pattern profile to a known profile from a database comprising a population of known profiles to determine if said subject is under influence of a psychotropic compound or substance or food.
An optical multiplexing device comprising: a monitor configured to detect power of an optical component including a frequency component of a cross point between spectra of a first sub-carrier signal and a second sub-carrier signal; and a controller configured to control a modulation timing of a data symbol of the second sub-carrier signal according to the power detected by the monitor such that the power at the frequency component of the cross point between spectra of the first sub-carrier signal and the second sub-carrier signal is below a predetermined threshold, wherein the second sub-carrier signal is multiplexed to a carrier to be adjacent to the first sub-carrier signal multiplexed to the carrier so as to generate an optical Orthogonal Frequency Divisional Multiplexing, OFDM, signal in which an interference between the first and second sub-carrier signals is suppressed. a monitor configured to detect power of an optical component including a frequency component of a cross point between spectra of a first sub-carrier signal and a second sub-carrier signal; and a controller configured to control a modulation timing of a data symbol of the second sub-carrier signal according to the power detected by the monitor such that the power at the frequency component of the cross point between spectra of the first sub-carrier signal and the second sub-carrier signal is below a predetermined threshold, wherein the second sub-carrier signal is multiplexed to a carrier to be adjacent to the first sub-carrier signal multiplexed to the carrier so as to generate an optical Orthogonal Frequency Divisional Multiplexing, OFDM, signal in which an interference between the first and second sub-carrier signals is suppressed.
A vectorial magnetometer, comprising: a sensory crystalline material substrate having defects sensitive to magnetic fields and oriented in at least three different orientations; a spin-state-altering subsystem configured and adapted to emit spin-state-altering energy within the sensory crystalline material in pulses of varying durations in a manner to generate Rabi oscillations of the defects, the amplitude of the energy emitted within the sensory crystalline material being different for each one of the at least three orientations; an interrogation subsystem configured and adapted to emit interrogation energy within the sensory crystalline material to generate a detectable intensity variation with the sensory crystalline material, the detectable intensity variation varying as a function of the spin-state of the defects, and a detector configured and adapted to measure the intensity of photons; and a computer configured and adapted to using the detection of the Rabi frequencies, generate association data in which the spin-state-altering energy values are associated with corresponding ones of the at least three defect orientations; using the association data, calculate the orientation of the magnetic field relative to the orientation of the sensory crystalline substrate; and generate a signal indicative of the orientation of the magnetic field. a sensory crystalline material substrate having defects sensitive to magnetic fields and oriented in at least three different orientations; a spin-state-altering subsystem configured and adapted to emit spin-state-altering energy within the sensory crystalline material in pulses of varying durations in a manner to generate Rabi oscillations of the defects, the amplitude of the energy emitted within the sensory crystalline material being different for each one of the at least three orientations; an interrogation subsystem configured and adapted to emit interrogation energy within the sensory crystalline material to generate a detectable intensity variation with the sensory crystalline material, the detectable intensity variation varying as a function of the spin-state of the defects, and a detector configured and adapted to measure the intensity of photons; and a computer configured and adapted to using the detection of the Rabi frequencies, generate association data in which the spin-state-altering energy values are associated with corresponding ones of the at least three defect orientations; using the association data, calculate the orientation of the magnetic field relative to the orientation of the sensory crystalline substrate; and generate a signal indicative of the orientation of the magnetic field. using the detection of the Rabi frequencies, generate association data in which the spin-state-altering energy values are associated with corresponding ones of the at least three defect orientations; using the association data, calculate the orientation of the magnetic field relative to the orientation of the sensory crystalline substrate; and generate a signal indicative of the orientation of the magnetic field.
A device for bringing a first vessel member (6, 26) in fluid communication with a needle member, which device comprises: - an adaptor having a housing comprising a holding arrangement (16, 18) configured to secure the needle to the housing, where the housing has at least a first opening (38, 40) sealed by a seal (10, 12); - cutting means (32, 34) configured to perforate the seal (10, 12), characterised in that the cutting means (32, 34) are configured to perforate the seal (10, 12) and hereby break the seal (10, 12) by bringing the seal (10, 12) into contact with the cutting means (32, 34) by moving the adaptor towards the vessel member (6, 26) in a manner in which the needle member is not brought into contact with the seal (10, 12). - an adaptor having a housing comprising a holding arrangement (16, 18) configured to secure the needle to the housing, where the housing has at least a first opening (38, 40) sealed by a seal (10, 12); - cutting means (32, 34) configured to perforate the seal (10, 12), characterised in that the cutting means (32, 34) are configured to perforate the seal (10, 12) and hereby break the seal (10, 12) by bringing the seal (10, 12) into contact with the cutting means (32, 34) by moving the adaptor towards the vessel member (6, 26) in a manner in which the needle member is not brought into contact with the seal (10, 12).