mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting information between a mobile terminal and a communications device, the information having a time period associated therewith corresponding to a tolerable delay for the transmission of the information, the method comprising the steps of: making a prediction of subsequent locations of the mobile terminal to which the mobile terminal is anticipated to move from a previous location during the time period, determining whether a subsequent location is an optimum location for transmitting the information between the mobile terminal and the communications device, and withholding an allocation of a resource for transmitting the information between the mobile terminal and the communications device until the mobile terminal reaches the optimum location. making a prediction of subsequent locations of the mobile terminal to which the mobile terminal is anticipated to move from a previous location during the time period, determining whether a subsequent location is an optimum location for transmitting the information between the mobile terminal and the communications device, and withholding an allocation of a resource for transmitting the information between the mobile terminal and the communications device until the mobile terminal reaches the optimum location.
A circuit for optoelectronic down-conversion of a terahertz, THz, signal, wherein THz covers a frequency range from 100GHz to 10THz, the circuit comprising: a first photodiode and a second photodiode configured to be excited by an optical beat signal, the photodiodes being coupled in series through a common antenna, wherein terminals of the antenna are coupled to form an output terminal, and wherein the antenna is configured to receive the terahertz, THz, signal; the photodiodes thereby, by means of the optical beat signal, respectively down-converting the THz signal and generating a current comprising an intermediate frequency, IF, component and a direct current, DC, component, wherein the respective generated currents are summed at the output terminal, thereby obtaining the IF components and cancelling the DC components.
A humanized monoclonal antibody, comprising the complementarity-determining regions (CDRs) of a parental murine class III MN-14 anti-CEA monoclonal antibody engrafted to the framework regions (FRs) of a human antibody, wherein said humanized antibody retains the specificity and blocking effect of said MN-14 monoclonal antibody but is less immunogenic in a human subject than is said parental murine MN-14 monoclonal antibody, wherein: (a) the light chain variable regions are characterised by the formula: FR L1 -CDR L1 -FR L2 -CDR L2 -FR L3 -CDR L3 -FR L4, wherein CDR L1 is KASQD VGTSV A (SEQ.ID.NO. 20); CDR L2 is WTSTR HT (SEQ.ID.NO. 21); and CDR L3 is QQYSL YRS (SEQ.ID.NO. 22); and wherein each FR is a different framework region of a human antibody, (b) the heavy chain variable regions are characterized by the formula: FR H1 -CDR H1 -FR H2 -CDR H2 -FR H3 -CDR H3 -FR H4), wherein CDR H1 is TYWMS (SEQ.ID.NO. 23); CDR H2 is EIHPD SSTIN YAPSL KD (SEQ.ID.NO. 24); and, CDR H3 is LYFGF PWFAY (SEQ.ID.NO. 25); and wherein each FR is a different framework region of a human antibody; or a chimeric anti-CEA monoclonal antibody comprising the CDR sequences CDR L1 which is KASQD VGTSV A (SEQ.ID.NO. 20); CDR which is WTSTR HT (SEQ.ID.NO. 21); CDR L3 which is QQYSL YRS (SEQ.ID.NO. 22); CDR H1 which is TYWMS (SEQ.ID.NO. 23); CDR H2 which is EIHPD SSTIN YAPSL KD (SEQ.ID.NO. 24); and CDR H3 which is LYFGF PWFAY (SEQ.ID.NO. 25); or a humanized KLHuVH variant of a MN-14 monoclonal antibody that has, in a blocking assay, an affinity similar to that of a chimeric and murine MN-14 antibody, wherein the chimeric and the murine MN-14 antibody comprises the CDR sequences CDR L1 which is KASQD VGTSV A (SEQ.ID.NO. 20); CDR L2 which is WTSTR HT (SEQ.ID.NO. 21); CDR L3 which is QQYSL YRS (SEQ.ID.NO. 22); CDR H1 which is TYWMS (SEQ.ID.NO. 23); CDR H2 which is EIHPD SSTIN YAPSL KD (SEQ.ID.NO. 24); and CDR H3 which is LYFGF PWFAY (SEQ.ID.NO. 25). (a) the light chain variable regions are characterised by the formula: FR L1 -CDR L1 -FR L2 -CDR L2 -FR L3 -CDR L3 -FR L4, wherein CDR L1 is KASQD VGTSV A (SEQ.ID.NO. 20); CDR L2 is WTSTR HT (SEQ.ID.NO. 21); and CDR L3 is QQYSL YRS (SEQ.ID.NO. 22); and wherein each FR is a different framework region of a human antibody, CDR L1 is KASQD VGTSV A (SEQ.ID.NO. 20); CDR L2 is WTSTR HT (SEQ.ID.NO. 21); and CDR L3 is QQYSL YRS (SEQ.ID.NO. 22); and (b) the heavy chain variable regions are characterized by the formula: FR H1 -CDR H1 -FR H2 -CDR H2 -FR H3 -CDR H3 -FR H4), wherein CDR H1 is TYWMS (SEQ.ID.NO. 23); CDR H2 is EIHPD SSTIN YAPSL KD (SEQ.ID.NO. 24); and, CDR H3 is LYFGF PWFAY (SEQ.ID.NO. 25); and wherein each FR is a different framework region of a human antibody; CDR H1 is TYWMS (SEQ.ID.NO. 23); CDR H2 is EIHPD SSTIN YAPSL KD (SEQ.ID.NO. 24); and, CDR H3 is LYFGF PWFAY (SEQ.ID.NO. 25); and
A granulated additive for rendering cementitious material hydrophobic, comprising an organosilicon component and a binder polymer deposited on a particulate carrier so as to form a film which carrier is zeolite characterised in that, an emulsifier for the organosilicon component is deposited on the particulate carrier together with the organosilicon component and the binder and that the organosilicon component comprises a dialkoxysilane and/or a trialkoxysilane.
A lighting device comprising: an elongated flexible core having a polygonal transverse cross section; and a flexible circuit strip having several solid-state lighting elements mounted thereon, the flexible circuit strip being helically wound around the core, further comprising a first set of connectors mounted on the flexible circuit strip, said first set of connectors being adapted for electrically connecting the solid-state lighting elements to a power supply; characterized in that the first set of connectors and the solid-state lighting elements are arranged on different sides of the core. an elongated flexible core having a polygonal transverse cross section; and a flexible circuit strip having several solid-state lighting elements mounted thereon, the flexible circuit strip being helically wound around the core, further comprising a first set of connectors mounted on the flexible circuit strip, said first set of connectors being adapted for electrically connecting the solid-state lighting elements to a power supply; characterized in that the first set of connectors and the solid-state lighting elements are arranged on different sides of the core.
A quantum key sending apparatus, wherein the apparatus comprises a laser, a beam splitter, a quantum signal generation module, and a polarization control module; the laser is configured to output a first optical signal; the beam splitter is configured to: receive the first optical signal, split the first optical signal into a second optical signal and a third optical signal, send the second optical signal through a first optical fiber, and send the third optical signal to the quantum signal generation module; the quantum signal generation module is configured to: modulate the third optical signal to obtain a first modulated signal and a second modulated signal, and send the first modulated signal and the second modulated signal to the polarization control module, wherein the first modulated signal carries a to-be-transmitted random key, and the second modulated signal carries to-be-transmitted reference data; and the polarization control module is configured to: adjust a polarization direction of the first modulated signal and a polarization direction of the second modulated signal, and attenuate light intensity of the first modulated signal and light intensity of the second modulated signal to obtain a quantum signal and a reference signal, wherein the quantum signal and the reference signal are sent through a second optical fiber, wherein the reference signal carries reference data, and the reference data is negotiated by the quantum key sending apparatus and a quantum key receiving apparatus in advance, wherein the polarization direction of the reference signal is the same as the polarization direction of the quantum signal. the laser is configured to output a first optical signal; the beam splitter is configured to: receive the first optical signal, split the first optical signal into a second optical signal and a third optical signal, send the second optical signal through a first optical fiber, and send the third optical signal to the quantum signal generation module; the quantum signal generation module is configured to: modulate the third optical signal to obtain a first modulated signal and a second modulated signal, and send the first modulated signal and the second modulated signal to the polarization control module, wherein the first modulated signal carries a to-be-transmitted random key, and the second modulated signal carries to-be-transmitted reference data; and the polarization control module is configured to: adjust a polarization direction of the first modulated signal and a polarization direction of the second modulated signal, and attenuate light intensity of the first modulated signal and light intensity of the second modulated signal to obtain a quantum signal and a reference signal, wherein the quantum signal and the reference signal are sent through a second optical fiber, wherein the reference signal carries reference data, and the reference data is negotiated by the quantum key sending apparatus and a quantum key receiving apparatus in advance, wherein the polarization direction of the reference signal is the same as the polarization direction of the quantum signal.
Gas generator with at least one tank and with a combustion chamber which can be operated by means of a free-flowing, not easily ignitable propellant and which has at least one outlet opening for the combustion gas, and with a device for controlling the cross section of the outlet opening (16, 43) of the gas generator which is configured such that, during operation, the pressure in the combustion chamber is maintained above a minimum pressure for combusting the free-flowing, not easily ignitable propellant, characterized in that the combustion chamber comprises a combustion chamber floor in which a cylinder bore is provided, and that the device is a valve body which comprises a hollow piston which is open towards the combustion chamber and movable in said cylinder bore and which has at least one outlet opening, the at least one outlet opening of the hollow piston is formed on the circumferential wall thereof, and that the cross section of the outlet opening of the hollow piston movable in the cylinder bore is controlled by the control edge of the cylinder bore.
A power generating set comprising: an engine operable in response to a flow of fuel to produce a flow of exhaust gas; a generator coupled to the engine and operable in response to operation of the engine to produce a total electrical power; a primary load electrically connected to the generator to receive a portion of the total electrical power; a secondary load selectively connected to the generator to receive a portion of the total electrical power; and an insulated-gate bipolar transistor (IGBT) positioned to selectively transition between a connected state and a disconnected state, wherein the secondary load is connected to the generator when the IGBT is in the connected state and is disconnected from the generator when the IGBT is in the disconnected state, further comprising a particulate filter positioned to receive the flow of exhaust gas from the engine and to filter particulate matter from the exhaust gas; and wherein the primary load is cyclical in nature, and wherein the IGBT switches between states to selectively connect and disconnect the entire secondary load to maintain an engine parameter above a predetermined value for a predetermined portion of each cycle of the primary load. an engine operable in response to a flow of fuel to produce a flow of exhaust gas; a generator coupled to the engine and operable in response to operation of the engine to produce a total electrical power; a primary load electrically connected to the generator to receive a portion of the total electrical power; a secondary load selectively connected to the generator to receive a portion of the total electrical power; and an insulated-gate bipolar transistor (IGBT) positioned to selectively transition between a connected state and a disconnected state, wherein the secondary load is connected to the generator when the IGBT is in the connected state and is disconnected from the generator when the IGBT is in the disconnected state, further comprising a particulate filter positioned to receive the flow of exhaust gas from the engine and to filter particulate matter from the exhaust gas; and wherein the primary load is cyclical in nature, and wherein the IGBT switches between states to selectively connect and disconnect the entire secondary load to maintain an engine parameter above a predetermined value for a predetermined portion of each cycle of the primary load.
A method of operation of a Master evolved Node B, MeNB where data traffic is carried over licensed spectrum by the MeNB and over unlicensed spectrum by a Secondary evolved Node B, SeNB or a WiFi access point, WiFi AP, and where the MeNB controls whether data traffic is carried via licensed spectrum or via unlicensed spectrum, which method comprises: providing (200B, 210) an indication to a mobility management entity, MME,, which indication indicates how much data traffic was carried over unlicensed spectrum by the SeNB or the WiFi AP for a certain wireless device.
Washer of a combustion chamber tile of a gas turbine having a round disk-shaped basic body provided with a central recess and a flat contact surface arranged on a first side of the washer, where several groove-like air ducts are provided on a second side that extend from a circumferential rim of the washer radially relative to the center axis of the washer, and in the central area of the washer are directed in the axial direction, where on the second side a projection is provided, said projection prolongating the central recess and being provided with axial air ducts.
A method of detecting wiring mismatch of a resolver, the resolver including i) an input stage to which a first input signal Rez+ and a second input signal Rez-constituting excitation signals are input, ii) a first output terminal to output a first output signal S1 and a third output signal S3 constituting a sine signal generated from the excitation signals, and iii) a second output terminal to output a second output signal S2 and a fourth output signal S4 constituting a cosine signal generated from the excitation signals, the method comprising: a) determining whether the first input signal Rez+ or the second input signal Rez- is shorted to ground for an amount of time that is greater than or equal to a reference time period; and b) when it is determined that the first input signal Rez+ or the second input signal Rez-is shorted to the ground for the amount of time that is greater than or equal to the reference time period, b1) determining which one of the first input signal Rez+ and the second input signal Rez- is shorted to the ground, by comparing a magnitude of a Lissajous signal obtained from the sine signal and the cosine signal to a first setting value, b2) determining that the second input signal Rez- is shorted to the ground when the magnitude of the Lissajous signal is less than or equal to the first setting value; and b3) determining that the first input signal Rez+ is shorted to the ground when the magnitude of the Lissajous signal is greater than the first setting value. i) an input stage to which a first input signal Rez+ and a second input signal Rez-constituting excitation signals are input, ii) a first output terminal to output a first output signal S1 and a third output signal S3 constituting a sine signal generated from the excitation signals, and iii) a second output terminal to output a second output signal S2 and a fourth output signal S4 constituting a cosine signal generated from the excitation signals, a) determining whether the first input signal Rez+ or the second input signal Rez- is shorted to ground for an amount of time that is greater than or equal to a reference time period; and b) when it is determined that the first input signal Rez+ or the second input signal Rez-is shorted to the ground for the amount of time that is greater than or equal to the reference time period, b1) determining which one of the first input signal Rez+ and the second input signal Rez- is shorted to the ground, by comparing a magnitude of a Lissajous signal obtained from the sine signal and the cosine signal to a first setting value, b2) determining that the second input signal Rez- is shorted to the ground when the magnitude of the Lissajous signal is less than or equal to the first setting value; and b3) determining that the first input signal Rez+ is shorted to the ground when the magnitude of the Lissajous signal is greater than the first setting value.
A tray table for inputting data into a personal electronic device of a user on a vehicle using a cable with a connector, the tray table comprising a support to mount the tray table inside the vehicle, the tray table comprising: a sensing field including a plurality of signal lines, the sensing field generating one or more signals when an object is proximate the sensing field and communicating the signals over the signal lines indicative of location of the object; a processor connected to the signal lines in which the processor is configured to receive the signals from the sensing field and to generate data based on the signals received; a port in communication with the processor which is configured to output data thereto, the port being suitable for receiving the connector of the cable and suitable for communicating the data received from the processor over the cable to the personal electronic device; a light source configured to illuminate keyboard symbols (24, 26, 34, 36) corresponding to areas of the sensing field; and an exterior surface covering the sensing field and obscuring the keyboard symbols (24, 26, 34, 36) from visibility unless the light source is providing illumination, the exterior surface comprising a fire retardant plastic. a sensing field including a plurality of signal lines, the sensing field generating one or more signals when an object is proximate the sensing field and communicating the signals over the signal lines indicative of location of the object; a processor connected to the signal lines in which the processor is configured to receive the signals from the sensing field and to generate data based on the signals received; a port in communication with the processor which is configured to output data thereto, the port being suitable for receiving the connector of the cable and suitable for communicating the data received from the processor over the cable to the personal electronic device; a light source configured to illuminate keyboard symbols (24, 26, 34, 36) corresponding to areas of the sensing field; and an exterior surface covering the sensing field and obscuring the keyboard symbols (24, 26, 34, 36) from visibility unless the light source is providing illumination, the exterior surface comprising a fire retardant plastic.
Method for manufacturing a toothing from a sintering material, wherein at least a negative oversize, which is determined by means of iterative calculation, is assigned to a preform, the negative oversize is, at least in part, filled by displacement of the sintering material during surface densification of the toothing; wherein the negative oversize is arranged at least on a flank of a tooth of the toothing.
Automatic method for changing machining frame of reference on a machine for machining parts from bars, particularly extruded or moulded profiles, the part to be machined being held during machining by at least two different and independent clamping means (1, 2, 5, 6) each having a longitudinal movement and a rotation along an axis parallel to the long axis of the part to be machined, enabling an angular and longitudinal movement relative one to another, characterised in that, in order to proceed with a change of the frame of reference, one of the clamping means (1, 2, 5, 6) releases the part to be machined and is disengaged therefrom in order to turn freely around the long axis of the part independent of the other clamping means, then is angularly aligned on new clamping references of the part prior to re-clamping it to allow the change of hold of the other clamping means (1, 2, 5, 6).
A solar module for photovoltaic energy generation, which comprises a transparent cover plate with an outer surface facing the external environment and an opposite inner surface, wherein the outer surface has at least one patterned region, on which an optical interference layer for reflecting light within a predefined wavelength range is arranged, wherein the patterned region has the following features: - perpendicular to the plane of the cover plate, a height profile having hills and valleys, wherein a mean height difference between the hills and valleys is at least 2 pm, - at least 50% of the patterned region is composed of segments that are inclined relative to the plane of the cover plate, wherein, with reference to the plane of the cover plate, at least 20% of the segments have an inclination angle in the range from greater than 00 to a maximum of 15°, and at least 30% of the segments have an inclination angle in the range from greater than 15° to a maximum of 45°, wherein - the segments are in each case flat and have a segment area of at least 1 pm2, wherein the segments have in each case a mean roughness of less than 15% of a layer thickness of the optical interference layer on the outer surface. - perpendicular to the plane of the cover plate, a height profile having hills and valleys, wherein a mean height difference between the hills and valleys is at least 2 pm, - at least 50% of the patterned region is composed of segments that are inclined relative to the plane of the cover plate, wherein, with reference to the plane of the cover plate, at least 20% of the segments have an inclination angle in the range from greater than 00 to a maximum of 15°, and at least 30% of the segments have an inclination angle in the range from greater than 15° to a maximum of 45°, wherein - the segments are in each case flat and have a segment area of at least 1 pm2, wherein the segments have in each case a mean roughness of less than 15% of a layer thickness of the optical interference layer on the outer surface.
Wind power plant of the windward type comprising a rotor provided with at least one rotor blade, wherein the rotor blade comprises a rotor blade tip and the rotor blade comprises an aerodynamic profile having a pressure side and a suction side, wherein the rotor blade tip is curved or angled in its outer region in the direction of the pressure side of the rotor blade, so that the rotor blade tip encloses an angle of approximately 90 - 120 degrees with the rotor blade and the outer region narrows and wherein the rotor blade tip is in the form of an independent portion which can be fitted into the rotor blade. in the region of the curve the rotor blade profile blends fluidly into the profile of the outer region.