mhurhangee/ep-ind-claims huggingface dataset:
An optical device comprising: a first wavelength variable interference filter in which a first reflective film and a second reflective film face each other with a first gap in between; a second wavelength variable interference filter in which a third reflective film and a fourth reflective film face each other with a second gap in between; and a first substrate having a transmissive property, which has a first surface and a second surface which is opposite in direction to the first surface, wherein the second reflective film is provided on the first surface of the first substrate, and the third reflective film is provided on the second surface of the first substrate, wherein the first wavelength variable interference filter includes a first electrode provided on the first reflective film and a second electrode provided on the second reflective film, the first electrode and the second electrode face each other with the first gap in between, the second wavelength variable interference filter includes a third electrode provided on the third reflective film and a fourth electrode provided on the fourth reflective film, the third electrode and the fourth electrode face each other with the second gap in between, characterized in that: the first substrate includes a first through-hole that passes through the first substrate from the first surface to the second surface, and one of the first electrode and the second electrode conducts electricity to one of the third electrode and the fourth electrode through the first through-hole. a first wavelength variable interference filter in which a first reflective film and a second reflective film face each other with a first gap in between; a second wavelength variable interference filter in which a third reflective film and a fourth reflective film face each other with a second gap in between; and a first substrate having a transmissive property, which has a first surface and a second surface which is opposite in direction to the first surface, wherein the second reflective film is provided on the first surface of the first substrate, and the third reflective film is provided on the second surface of the first substrate, wherein the first wavelength variable interference filter includes a first electrode provided on the first reflective film and a second electrode provided on the second reflective film, the first electrode and the second electrode face each other with the first gap in between, the second wavelength variable interference filter includes a third electrode provided on the third reflective film and a fourth electrode provided on the fourth reflective film, the third electrode and the fourth electrode face each other with the second gap in between, characterized in that: the first substrate includes a first through-hole that passes through the first substrate from the first surface to the second surface, and one of the first electrode and the second electrode conducts electricity to one of the third electrode and the fourth electrode through the first through-hole.
Process for producing an ophthalmic lens suitable for stereoscopic vision based on selection of circular light-polarization, said process comprising the following steps: /1/ providing an ophthalmic base lens having an optical surface of pseudo-spherical shape; /2/ providing a film structure, which film structure includes a layer of at least one doubly light-refracting material suitable for said layer to produce a quarter-wave retarding function for at least one wavelength of visible light; and /3/ laminating the film structure onto the optical surface of the base lens, so that the film structure conforms to the pseudo-spherical shape; wherein the base lens is provided in step /1/ with a linear-polarizing film arranged so that light entering into a wearer's eye equipped with the ophthalmic lens produced passes through the linear-polarizing film after the layer of at least one doubly light-refracting material, and step /3/ is performed so that an angle between a polarization axis of the linear-polarizing film and a slow axis of the layer of at least one doubly light-refracting material is 45°±3° or 135°±3° in the ophthalmic lens produced. /1/ providing an ophthalmic base lens having an optical surface of pseudo-spherical shape; /2/ providing a film structure, which film structure includes a layer of at least one doubly light-refracting material suitable for said layer to produce a quarter-wave retarding function for at least one wavelength of visible light; and /3/ laminating the film structure onto the optical surface of the base lens, so that the film structure conforms to the pseudo-spherical shape;
A Magnetic Resonance Imaging method comprising an excitation and acquisition step, in which the body under examination is permeated by a static magnetic field, and in which excitation sequences comprising trains of radio-frequency pulses are applied to the body under examination by application of phase and frequency encoding gradients and magnetic resonance signals are received from the body under examination; an image reconstruction step, in which said received magnetic resonance signals are processed for generating images by phase and frequency decoding, the images being acquired along section planes or slices of the body under examination, known as acquisition slices; wherein a first set of magnetic resonance signals corresponding to predetermined phase-encoding gradients and at least one second set of received magnetic resonance signals, corresponding to further predetermined phase-encoding gradients, are acquired from the body under examination, using multi-echo sequences, such that echoes with the same echo index are assigned to different phase-encoding gradients, said first set and said at least one second set being entered into at least two corresponding k-space matrices, and the at least two k-space matrices being combined into a single k-space matrix from which an image is generated, characterized in that each k-space matrix is filled such that, for the same phase encoding gradients, the higher-intensity received signals of one matrix correspond to no signal in at least another matrix which is incompletely filled, and said single k-space matrix is generated by taking a partial average, where subsets of received signals corresponding to the same phase encoding gradients of the different sets of received signals are defined, and in at least one subset comprising higher-intensity received signals of at least one of the different sets of received signals the received signals that correspond to the same phase encoding gradient of the different sets of received signals are not averaged or are averaged a smaller number of times, whereas in at least one further subset they are averaged a greater number of times.
Device for transporting, or for transporting and for processing, printed circuit boards, with at least one transport unit which is provided for an upright conveyance in which printed circuit boards are oriented vertically during a transport along a transporting direction of the transport unit and which transport unit comprises at least one wraparound conveyor element which for transmitting drive forces at least partially wraps a drive element and is driveable by the drive element, the wraparound conveyor element comprising at least one transporting bearing surface for supporting the printed circuit boards at least during a transport, characterised by at least one pivot unit, which supports at least one portion of the transport unit pivotably around a pivot axis (38, 40) wherein, in a pivoting movement of the portion of the transport unit, a partial length of the transport unit, on which at least the wraparound conveyor element, a transporting and/or guide element of the transport unit and a drive unit of the transport unit are arranged, is pivotable around the pivot axis with respect to further portions of the transport unit by means of the pivot unit.
A composition comprising an adenovirus 5 vector comprising a nucleic acid sequence encoding a glycoprotein from an Ebola virus, wherein the adenovirus 5 vector comprises a deletion in an E1 gene region and a deletion in an E2b gene region and wherein the Ebola virus is Zaire ebolavirus (EBOV), Sudan ebolavirus (SUDV), Tai Forest ebolavirus (TAFV), Bundibugyo ebolavirus (BDBV), Reston ebolavirus (RESTV), or any combination thereof.
A public address system comprising: a transmission medium having a loop shape and configured to transmit a transmission signal therethrough in a first direction and in a second direction opposite to the first direction, the transmission signal including a communication signal having a predetermined frequency range and an audio signal having a different frequency range than the communication signal; a plurality of loudspeakers connected to the transmission medium; characterized by a first filter unit connected to the transmission medium and configured to filter the transmission signal to attenuate the communication signal and output the audio signal wherein the first filter unit is connected to the transmission medium such that the communication signal is prevented from transmission in the first direction while the communication signal and the audio signal are transmitted in the second direction. a transmission medium having a loop shape and configured to transmit a transmission signal therethrough in a first direction and in a second direction opposite to the first direction, the transmission signal including a communication signal having a predetermined frequency range and an audio signal having a different frequency range than the communication signal; a plurality of loudspeakers connected to the transmission medium; characterized by a first filter unit connected to the transmission medium and configured to filter the transmission signal to attenuate the communication signal and output the audio signal wherein the first filter unit is connected to the transmission medium such that the communication signal is prevented from transmission in the first direction while the communication signal and the audio signal are transmitted in the second direction.
A process for preparing an organo-iodinated compound, comprising the following steps: a) acylation of 2,4,6-triiodo-5-aminoisophthalic acid of formula below: in order to obtain an intermediate compound Ya; then b) chlorination of the intermediate compound Ya in order to obtain an organo-iodinated intermediate compound Yb; then c) amidation of the organo-iodinated intermediate compound Yb, in the presence of an inorganic base, in order to obtain an intermediate compound Yc; then d) deprotection of the intermediate compound Yc, the steps a), b), c) and d) being carried out without isolation of the compounds Ya and Yc. a) acylation of 2,4,6-triiodo-5-aminoisophthalic acid of formula below: in order to obtain an intermediate compound Ya; then b) chlorination of the intermediate compound Ya in order to obtain an organo-iodinated intermediate compound Yb; then c) amidation of the organo-iodinated intermediate compound Yb, in the presence of an inorganic base, in order to obtain an intermediate compound Yc; then d) deprotection of the intermediate compound Yc,
A moving image matching device for performing matching between a first video descriptor of a first video and a second video descriptor of a second video, the device comprising: a first feature reproduction unit that reproduces, from the first video descriptor, a first feature of the first video extracted for each picture which is a frame or a field of the first video, and a second feature of the first video extracted from a region defined by an edge of an image included in the first video; a second feature reproduction unit that reproduces, from the second video descriptor, a first feature of the second video extracted for each picture which is a frame or a field of the second video, and a second feature of the second video extracted from a region defined by an edge of an image included in the second video; a first feature matching unit that performs matching between the first feature of the first video and the first feature of the second video to calculate a first matching score; a second feature matching unit that performs matching between the first feature of the first video and the second feature of the second video to calculate a second matching score; a third feature matching unit that performs matching between the second feature of the first video and the first feature of the second video to calculate a third matching score; a fourth feature matching unit that performs matching between the second feature of the first video and the second feature of the second video to calculate a fourth matching score; and a selection unit that compares the first to fourth matching scores to select a best matching score. a first feature reproduction unit that reproduces, from the first video descriptor, a first feature of the first video extracted for each picture which is a frame or a field of the first video, and a second feature of the first video extracted from a region defined by an edge of an image included in the first video; a second feature reproduction unit that reproduces, from the second video descriptor, a first feature of the second video extracted for each picture which is a frame or a field of the second video, and a second feature of the second video extracted from a region defined by an edge of an image included in the second video; a first feature matching unit that performs matching between the first feature of the first video and the first feature of the second video to calculate a first matching score; a second feature matching unit that performs matching between the first feature of the first video and the second feature of the second video to calculate a second matching score; a third feature matching unit that performs matching between the second feature of the first video and the first feature of the second video to calculate a third matching score; a fourth feature matching unit that performs matching between the second feature of the first video and the second feature of the second video to calculate a fourth matching score; and a selection unit that compares the first to fourth matching scores to select a best matching score.
Thermal insulation product based on mineral wool, characterized in that the fibres of said mineral wool have a micronaire of less than 10 l/min, especially of at most 9 l/min, preferably less than 7 l/min and especially between 3 and 6 l/min, in that said product includes infrared absorbent and/or reflective elements, in that said product has a thermal conductivity of less than 30 mW/m.K and in that the fibres are, to within plus or minus 30°, parallel to the long dimensions of said product, especially in a proportion of at least 75%.
A method for generating modified Binaural Room Impulse Reponses (BRIRs) comprising: for a first BRIR having four regions including a direct region, an early reflections region, a head and torso influenced region, and a late reverberation region, identifying at least two of the four regions, and segmenting the first BRIR into the identified at least two regions; wherein the first BRIR is a BRIR selected for an individual; performing a modifying operation on at least one of the at least two regions to generate at least one modified region; and combining the at least one modified region and any unmodified regions where no processing operation is performed to form a modified BRIR for the individual, wherein the at least one modified region corresponds to changed sound attributes for a loudspeaker-room-listener interrelationship, characterised in that the first BRIR is selected based on audio-related physical properties of the individual, wherein the audio-related physical properties comprise features based on the size of the head of the individual and the size of the torso of the individual. for a first BRIR having four regions including a direct region, an early reflections region, a head and torso influenced region, and a late reverberation region, identifying at least two of the four regions, and segmenting the first BRIR into the identified at least two regions; wherein the first BRIR is a BRIR selected for an individual; performing a modifying operation on at least one of the at least two regions to generate at least one modified region; and combining the at least one modified region and any unmodified regions where no processing operation is performed to form a modified BRIR for the individual, wherein the at least one modified region corresponds to changed sound attributes for a loudspeaker-room-listener interrelationship, characterised in that the first BRIR is selected based on audio-related physical properties of the individual, wherein the audio-related physical properties comprise features based on the size of the head of the individual and the size of the torso of the individual.
A remote control device for a vehicle comprising: a portable transmitter configured to repeatedly transmit a signal for giving an instruction to activate an activation device mounted in a vehicle, in response to an operation of a manipulator (15, 16) which is performed continuously for a predetermined time or more; and a vehicle-side receiver provided in the vehicle to activate the activation device on the basis of the signal transmitted from the portable transmitter, characterised in that the portable transmitter is configured so that, in response to the continuous operation of the manipulator (15, 16) which is performed to give the instruction to activate the activation device, the portable transmitter transmits a first signal including a data frame having at least an ID code, a function code determining an action of the activation device, and a first error detection code and then repeatedly transmits a second signal, and a data frame of the second signal is set to have only the same function code as the function code of the first signal and a second error detection code, the second error detection code being generated based on said function code and the data frame of the first signal. a portable transmitter configured to repeatedly transmit a signal for giving an instruction to activate an activation device mounted in a vehicle, in response to an operation of a manipulator (15, 16) which is performed continuously for a predetermined time or more; and a vehicle-side receiver provided in the vehicle to activate the activation device on the basis of the signal transmitted from the portable transmitter, characterised in that the portable transmitter is configured so that, in response to the continuous operation of the manipulator (15, 16) which is performed to give the instruction to activate the activation device, the portable transmitter transmits a first signal including a data frame having at least an ID code, a function code determining an action of the activation device, and a first error detection code and then repeatedly transmits a second signal, and a data frame of the second signal is set to have only the same function code as the function code of the first signal and a second error detection code, the second error detection code being generated based on said function code and the data frame of the first signal.
Reinforcing structure for a vehicle door, which structure is to be arranged to transfer impact forces in the longitudinal direction of the vehicle, characterized in that the structure comprises a first reinforcing member being attachable to a door frame and having, in the mounted position, a longitudinal and vertical extension between a front portion of the door frame to a rear portion of the door frame: and a second reinforcing member extending, in the mounted position, in the longitudinal direction of the vehicle from a front portion of the door frame at or near a hinge towards a latching means at a rear portion of the door frame, where the second reinforcing member comprises a profiled cross-section and has a greater longitudinal extension than the first reinforcing member, and that the first reinforcing member and the second reinforcing member are connected to form a structure with a closed cross-section.
Method for production of a turbine blade for the rotor of a turbine, with a blade tip comprising a monocrystalline base body extending in a radial direction (r) and a radially outwardly located blade tip, characterised in that at the blade tip, at least one oxidation-resistant MCrAlY intermediate layer is applied epitaxially on the surface of the base body by means of laser application welding, and on this epitaxial intermediate layer, at least in regions, at least one monolayer wear- and oxidation-resistant layer is applied by means of a laser application welding and consists of oxidation-resistant binder material with abrasive particles embedded therein, wherein the material used for the oxidation-resistant intermediate layer is also used as a binder material in the wear- and oxidation-resistant layer.
A method for radiolabelling a biological targeting molecule which comprises: (i) provision of a protected compound of Formula Q-[linker]-X 1 (ii) deprotection of the protected compound of Formula or of step (i) to give an aminooxy compound of Formula; Q-[linker]-O-NH 2 (iii) condensation of: the aminooxy compound of Formula with a carbonyl compound of Formula (IIIB), -(C=O)Y 1 (IIIB) to give a radiolabelled conjugate of Formula: -(CY 1)=N-O-[linker]-Q wherein: is a biological targeting molecule; X 1 is a protected aminooxy group of formula: wherein R 1 and R 2 are independently chosen from C 1-3 alkyl, C 1-3 fluoroalkyl or C 4-6 aryl; Q is a group which comprises a radioisotope suitable for PET or SPECT imaging in vivo; Y 1 is H, C 1-6 alkyl or C 4-10 aryl, [linker] is a linker group. (i) provision of a protected compound of Formula Q-[linker]-X 1 (ii) deprotection of the protected compound of Formula or of step (i) to give an aminooxy compound of Formula; Q-[linker]-O-NH 2 (iii) condensation of: the aminooxy compound of Formula with a carbonyl compound of Formula (IIIB), -(C=O)Y 1 (IIIB) to give a radiolabelled conjugate of Formula: -(CY 1)=N-O-[linker]-Q is a biological targeting molecule; X 1 is a protected aminooxy group of formula: wherein R 1 and R 2 are independently chosen from C 1-3 alkyl, C 1-3 fluoroalkyl or C 4-6 aryl; Q is a group which comprises a radioisotope suitable for PET or SPECT imaging in vivo; Y 1 is H, C 1-6 alkyl or C 4-10 aryl, [linker] is a linker group.
A polypeptide consisting of a coagulation factor and five human chorionic gonadotropin carboxy terminal peptides (CTPs) attached to the carboxy terminus of said coagulation factor, wherein said coagulation factor is Factor VII or Factor VIIa, or a coagulation factor and three human chorionic gonadotropin CTPs attached to the carboxy terminus of said coagulation factor, wherein said coagulation factor is Factor IX, wherein the sequence of said CTPs comprises the first 10 amino acids of SEQ ID NO: 4 (i.e., the amino acid sequence SSSSKAPPPS).