mhurhangee/ep-ind-claims huggingface dataset:
A vehicle panel component comprising: a panel face divided into a plurality of sections, each of the plurality of sections made in shape of a polygon, the plurality of sections disposed adjacent to each other, wherein the each of the plurality of sections including a plurality of parallel lines disposed therewithin, the plurality of parallel lines formed by a plurality of recesses and protrusions, and a pattern of the plurality of parallel lines is different between adjacent sections of the plurality of sections, characterized in that one of each adjacent pair of an angle of the plurality of parallel lines is different between the adjacent sections of the plurality of sections. a panel face divided into a plurality of sections, each of the plurality of sections made in shape of a polygon, the plurality of sections disposed adjacent to each other, wherein the each of the plurality of sections including a plurality of parallel lines disposed therewithin, the plurality of parallel lines formed by a plurality of recesses and protrusions, and a pattern of the plurality of parallel lines is different between adjacent sections of the plurality of sections, characterized in that one of each adjacent pair of an angle of the plurality of parallel lines is different between the adjacent sections of the plurality of sections.
A method comprising: obtaining, at a sender agent, data to be transmitted to a receiver agent via a sequence of packets; determining that a value for a particular header field of a packet can be inferred by the receiver agent based on one or more header field values for a previously transmitted packet; constructing a packet header for the data, wherein constructing the packet header comprises including a differential value for the particular header field from the packet header indicating a difference between the value for the particular header field and the value for the particular header field in the previously transmitted packet for the Sequence field of the packets, if the differential value is below a particular threshold value, and including an explicit sequence value, if the differential value is above the particular threshold value; and transmitting the packet with the packet header to the receiver agent. obtaining, at a sender agent, data to be transmitted to a receiver agent via a sequence of packets; determining that a value for a particular header field of a packet can be inferred by the receiver agent based on one or more header field values for a previously transmitted packet; constructing a packet header for the data, wherein constructing the packet header comprises including a differential value for the particular header field from the packet header indicating a difference between the value for the particular header field and the value for the particular header field in the previously transmitted packet for the Sequence field of the packets, if the differential value is below a particular threshold value, and including an explicit sequence value, if the differential value is above the particular threshold value; and transmitting the packet with the packet header to the receiver agent.
Optoelectronic component comprising a housing, a semiconductor chip arranged in the housing and a casting compound, wherein - the semiconductor chip comprises an active layer suitable for generating or detecting electromagnetic radiation, - the casting compound at least partially encloses the semiconductor chip, - reflective particles are embedded in the casting compound, - the semiconductor chip protrudes from the casting compound in the vertical direction, - the casting compound directly surrounds side surfaces of the semiconductor chip, - a cover layer is arranged on the casting compound, - the cover layer directly adjoins the casting compound, - the semiconductor chip protrudes in the vertical direction into the cover layer and is surrounded by the cover layer in direct contact, characterized in that - the co-efficient of thermal expansion is increased stepwise from the housing to the casting compound to the cover layer and in that - a housing material of the housing comprises an epoxide having a co-efficient of thermal expansion of 1 to 18 ppm/°C and the cover layer has a co-efficient of thermal expansion of 150 to 300 ppm/°C. - the semiconductor chip comprises an active layer suitable for generating or detecting electromagnetic radiation, - the casting compound at least partially encloses the semiconductor chip, - reflective particles are embedded in the casting compound, - the semiconductor chip protrudes from the casting compound in the vertical direction, - the casting compound directly surrounds side surfaces of the semiconductor chip, - a cover layer is arranged on the casting compound, - the cover layer directly adjoins the casting compound, - the semiconductor chip protrudes in the vertical direction into the cover layer and is surrounded by the cover layer in direct contact, characterized in that - the co-efficient of thermal expansion is increased stepwise from the housing to the casting compound to the cover layer and in that - a housing material of the housing comprises an epoxide having a co-efficient of thermal expansion of 1 to 18 ppm/°C and the cover layer has a co-efficient of thermal expansion of 150 to 300 ppm/°C.
An electrocardiogram analyzer comprising: a first acquiring section that acquires a body surface electrocardiogram of a subject; a second acquiring section that acquires an intracardiac electrocardiogram of a ventricle of a heart of the subject; and an analyzing section that performs a frequency analysis on the intracardiac electrocardiogram and includes: a range setting section that sets an analysis time range of the frequency analysis in the intracardiac electrocardiogram based on a beat appearing in the body surface electrocardiogram, wherein the analysis time range is set by means of a predetermined period of time before and after the QRS waveform in each beat of the body surface electrocardiogram; and a calculating section that, in the analysis time range, performs the frequency analysis on the intracardiac electrocardiogram, and that calculates an index value indicating a ratio of local abnormal ventricular activities in the intracardiac electrocardiogram. a first acquiring section that acquires a body surface electrocardiogram of a subject; a second acquiring section that acquires an intracardiac electrocardiogram of a ventricle of a heart of the subject; and an analyzing section that performs a frequency analysis on the intracardiac electrocardiogram and includes: a range setting section that sets an analysis time range of the frequency analysis in the intracardiac electrocardiogram based on a beat appearing in the body surface electrocardiogram, wherein the analysis time range is set by means of a predetermined period of time before and after the QRS waveform in each beat of the body surface electrocardiogram; and a calculating section that, in the analysis time range, performs the frequency analysis on the intracardiac electrocardiogram, and that calculates an index value indicating a ratio of local abnormal ventricular activities in the intracardiac electrocardiogram. a range setting section that sets an analysis time range of the frequency analysis in the intracardiac electrocardiogram based on a beat appearing in the body surface electrocardiogram, wherein the analysis time range is set by means of a predetermined period of time before and after the QRS waveform in each beat of the body surface electrocardiogram; and a calculating section that, in the analysis time range, performs the frequency analysis on the intracardiac electrocardiogram, and that calculates an index value indicating a ratio of local abnormal ventricular activities in the intracardiac electrocardiogram.
An electrosurgical instrument for delivering microwave electromagnetic energy into biological tissue, the instrument comprising: a coaxial cable, comprising a first dielectric material, for conveying microwave EM energy at a first frequency and a second frequency, the second frequency being higher than the first frequency; and a radiating tip portion disposed at a distal end of the coaxial cable to receive microwave EM energy from the coaxial cable, the radiating tip portion having a first effective relative permeability at the first frequency and a second effective relative permeability at the second frequency, wherein the first effective relative permeability and the second effective relative permeability are selected to cause an electrical length of the radiating tip portion to support resonance at the first frequency and the second frequency respectively. a coaxial cable, comprising a first dielectric material, for conveying microwave EM energy at a first frequency and a second frequency, the second frequency being higher than the first frequency; and a radiating tip portion disposed at a distal end of the coaxial cable to receive microwave EM energy from the coaxial cable, the radiating tip portion having a first effective relative permeability at the first frequency and a second effective relative permeability at the second frequency, wherein the first effective relative permeability and the second effective relative permeability are selected to cause an electrical length of the radiating tip portion to support resonance at the first frequency and the second frequency respectively.
An arrangement for clamping a piece, said arrangement including - a frame portion adapted to be fastened to a base, - a fastening clamp disposed in the frame, having first and second jaw components (12.1, 12.2) on the opposite sides and a wedge member fitted therebetween, - a fixing stopper, wherein the piece is adapted to be clamped between the first jaw component (12.1) of the fastening clamp and the fixing stopper, characterised in that an arrangement is disposed between the second jaw component (12.2) of the fastening clamp and the fixing stopper, functionally connecting said second jaw component (12.2) of the fastening clamp and the fixing stopper to each other, for moving the fixing stopper by means of the fastening clamp which arrangement includes a slide, moveably fitted to the frame portion, in which the fixing stopper is disposed and on which the fastening clamp is adapted to act. - a frame portion adapted to be fastened to a base, - a fastening clamp disposed in the frame, having first and second jaw components (12.1, 12.2) on the opposite sides and a wedge member fitted therebetween, - a fixing stopper,
Method for determining an internal resistance (R i) of an electrochemical cell (21, 22) of a ceramic exhaust gas sensor, in particular of a lambda probe, the electrochemical cell (21, 22) having a first electrode and a second electrode and a solid electrolyte arranged between the first electrode and the second electrode, the internal resistance (R i) of the electrochemical cell (21, 22) being determined by means of an evaluation and control unit, the evaluation and control unit having a first electrical terminal for connection to a first electrode of the electrochemical cell (21, 22) of the ceramic exhaust gas sensor, the evaluation and control unit having a second electrical terminal for connection to a second electrode of the electrochemical cell (21, 22) of the ceramic exhaust gas sensor, the evaluation and control unit having a current source, which is connectable to the first electrical terminal via a first switch (Scsi) of the evaluation and control unit, a signal evaluation unit of the evaluation and control unit being connected to the second electrical terminal, such that the current source is connected to the signal evaluation unit of the evaluation and control unit via the electrochemical cell (21, 22), the current source, if connected to the first terminal, also being connectable to the signal evaluation unit of the evaluation and control unit via a second switch (S CP1) of the evaluation and control unit and via a first resistor (R_P) of the evaluation and control unit, said first resistor being connected in series with the second switch (S CP1), such that the path in which the second switch (S CP1) of the evaluation and control unit and the first resistor (R_P) of the evaluation and control unit are connected in series is connected in parallel with the path in which the electrochemical cell (21, 22) is connected, and the signal evaluation unit determining the internal resistance (R i) of the electrochemical cell (21, 22) on the basis of the electrical signals fed to the signal evaluation unit in this way, characterized in that the internal resistance (R i) of the electrochemical cell (21, 22) is determined in a first operating mode with the first switch (Scsi) closed and with the second switch (S CP1) closed.
A method for supporting security by a user equipment, UE, in a mobile communication system, the method comprising: sending an information provisioning request message to a network; and performing verification for security with the network; the method characterized in that wherein the UE receives an information provision response message from the network, the information provision response message including an encrypted index of a security key, an international mobile subscriber identity, IMSI, and a security-related profile, upon completion of the verification, wherein the UE selects a security key based on the encrypted index of the security key, and wherein the UE stores the selected security key, the IMSI, and the profile. sending an information provisioning request message to a network; and performing verification for security with the network;
A method for introducing a nucleic acid molecule into the genome of a Deinococcus bacterium, comprising the targeted introduction of said nucleic acid molecule into an IS sequence present in the genome of said bacterium.
Electric high-voltage circuit breaker comprising a primary chamber and a compression chamber, wherein said circuit breaker further comprises a valve configured to control a fluid flow (F; F1a, F1b, F2a, F2b) between said primary chamber and said compression chamber, wherein said valve comprises a valve body, a first valve plate that is arranged axially movable with respect to said valve body, and a second valve plate that is arranged between and movable with respect to said valve body and said first valve plate, wherein said first valve plate comprises at least one opening (122a, 122b, 122c) enabling a fluid flow through said first valve plate, characterized in that a first surface of said valve body forms a valve seat (VS1a, VS1b) for said first valve plate, and wherein a first surface of said first valve plate forms a valve seat (VS2a, VS2b) for said second valve plate.
Apparatus for detecting a 3D structure of an object comprising: - a first laser emitter, which generates laser radiation having a first wavelength, - a second laser emitter, which generates laser radiation having a second wavelength, wherein the first wavelength differs from the second wavelength, - optical devices (4, 9, 10, 13, 14, 38, 50, 53, 56), of which at least one is a beam splitter (4, 48, 50, 54), which splits the laser radiation of the laser emitters (2, 2a, 2b) in each case into a reference radiation and an illuminating radiation, wherein the illuminating radiation impinges upon the object to be measured, is reflected by the object as object radiation and interferes with the reference radiation, - a detector, which records the interference patterns formed therefrom, and - a measuring device allowing to measure the time behaviour of the wavelengths of the laser radiation of the laser emitters (2, 2a, 2b) characterized in, that the laser emitters (2, 2a, 2b) are located in such a manner that the illuminating radiation of the first laser emitter and the illuminating radiation of the second laser emitter impinge upon the object at different angles of incidence (β) and that the measuring device is connected to a control device which is capable of actuating the detector and triggering a recording of the interference patterns in the case of substantially constant wavelengths. - a first laser emitter, which generates laser radiation having a first wavelength, - a second laser emitter, which generates laser radiation having a second wavelength, wherein the first wavelength differs from the second wavelength, - optical devices (4, 9, 10, 13, 14, 38, 50, 53, 56), of which at least one is a beam splitter (4, 48, 50, 54), which splits the laser radiation of the laser emitters (2, 2a, 2b) in each case into a reference radiation and an illuminating radiation, wherein the illuminating radiation impinges upon the object to be measured, is reflected by the object as object radiation and interferes with the reference radiation, - a detector, which records the interference patterns formed therefrom, and - a measuring device allowing to measure the time behaviour of the wavelengths of the laser radiation of the laser emitters (2, 2a, 2b) characterized in, that the laser emitters (2, 2a, 2b) are located in such a manner that the illuminating radiation of the first laser emitter and the illuminating radiation of the second laser emitter impinge upon the object at different angles of incidence (β) and that the measuring device is connected to a control device which is capable of actuating the detector and triggering a recording of the interference patterns in the case of substantially constant wavelengths.
A shaped charge comprising: a shaped charge case having an opening; a liner; and an explosive material between the liner and the shaped charge case; characterized in that the shaped charge case having an integral first stem and an integral second stem, wherein the first stem and the second stem are 180 degrees opposed to each other; and wherein the first stem is a male key and the second stem is a socket configured to allow the first stem of an adjacent shaped charge to interface with the second stem at a plurality of phase angles. a shaped charge case having an opening; a liner; and an explosive material between the liner and the shaped charge case; characterized in that the shaped charge case having an integral first stem and an integral second stem, wherein the first stem and the second stem are 180 degrees opposed to each other; and wherein the first stem is a male key and the second stem is a socket configured to allow the first stem of an adjacent shaped charge to interface with the second stem at a plurality of phase angles.
A mixing bowl for food having an integral handle and a detachable rib, the rib comprising; an elongate body portion comprising a blade configured to extend into the mixing bowl along or adjacent an inner surface thereof; and at least one attachment formation for engaging with a corresponding formation of the mixing bowl, the engagement securing the rib against movement in at least one rotational direction; such that in use the blade is arranged to interrupt a path of food being driven around the mixing bowl in the at least one rotational direction, characterised in that the at least one attachment formation is arranged to engage with the handle of the mixing bowl. an elongate body portion comprising a blade configured to extend into the mixing bowl along or adjacent an inner surface thereof; and at least one attachment formation for engaging with a corresponding formation of the mixing bowl, the engagement securing the rib against movement in at least one rotational direction; such that in use the blade is arranged to interrupt a path of food being driven around the mixing bowl in the at least one rotational direction, characterised in that the at least one attachment formation is arranged to engage with the handle of the mixing bowl.
A mobile communication and positioning device comprising: a first local frequency source capable of producing a temperature compensated first frequency signal; a second local frequency source capable of producing a second frequency signal having a frequency independent of the first frequency source; a satellite positioning demodulator capable of demodulating radio signals of a satellite transmission based on the second frequency signal; a detector for detecting, with a resolution higher than one clock cycle of the second frequency signal, changes in the frequency difference between the first frequency signal and the second frequency signal by using interpolation by counting and comparing frequency signal periods using the first and second frequency signals; and a decoder for decoding the demodulated satellite radio signals configured to take into account the changes in the frequency difference to compensate for errors of the demodulation caused by frequency drifts in the second frequency signal. a first local frequency source capable of producing a temperature compensated first frequency signal; a second local frequency source capable of producing a second frequency signal having a frequency independent of the first frequency source; a satellite positioning demodulator capable of demodulating radio signals of a satellite transmission based on the second frequency signal; a detector for detecting, with a resolution higher than one clock cycle of the second frequency signal, changes in the frequency difference between the first frequency signal and the second frequency signal by using interpolation by counting and comparing frequency signal periods using the first and second frequency signals; and a decoder for decoding the demodulated satellite radio signals configured to take into account the changes in the frequency difference to compensate for errors of the demodulation caused by frequency drifts in the second frequency signal.
A method, characterized by comprising knowing whether a source cell supports reception of MBMS interest notification, by the user terminal that has an interest in MBMS reception; transmitting, based on said knowing, the MBMS interest notification from the user terminal to the source cell when the source cell supports the reception of MBMS interest notification; transferring the MBMS interest notification from the source cell to a target cell during a handover of the user terminal; and transmitting, based on said knowing, the MBMS interest notification from the user terminal to the target cell after a handover of the user terminal when the source cell does not support the reception of MBMS interest notification.