mhurhangee/ep-ind-claims huggingface dataset:
A user Equipment, UE, comprising: a receiver circuit configured to receive a Radio Resource Control, RRC, message from an evolved Node B, eNB, of a serving cell for said UE, said RRC message comprising a list of neighbor cells relative to said UE; a processing circuit configured to extract, from said list of neighbor cells, carrier information associated with each of said neighbor cell eNBs, said carrier information comprising: a carrier type, synchronization information and Radio Resource Management, RRM, measurement information, wherein said carrier type is a backward compatible carrier type, a non-synchronized new carrier type, a synchronized new carrier type or a stand-alone carrier type and wherein said synchronization information comprises a status indicator for a Primary Synchronization Signal, PSS, / Secondary Synchronization Signal, SSS, and a reference cell index associated with said PSS/SSS; a synchronization circuit configured to synchronize said UE to a neighbor cell eNB based on said synchronization information; and a signal measurement circuit configured to perform RRM signal measurements on said neighbor cell eNBs based on said RRM measurement information. a receiver circuit configured to receive a Radio Resource Control, RRC, message from an evolved Node B, eNB, of a serving cell for said UE, said RRC message comprising a list of neighbor cells relative to said UE; a processing circuit configured to extract, from said list of neighbor cells, carrier information associated with each of said neighbor cell eNBs, said carrier information comprising: a carrier type, synchronization information and Radio Resource Management, RRM, measurement information, wherein said carrier type is a backward compatible carrier type, a non-synchronized new carrier type, a synchronized new carrier type or a stand-alone carrier type and wherein said synchronization information comprises a status indicator for a Primary Synchronization Signal, PSS, / Secondary Synchronization Signal, SSS, and a reference cell index associated with said PSS/SSS; a synchronization circuit configured to synchronize said UE to a neighbor cell eNB based on said synchronization information; and a signal measurement circuit configured to perform RRM signal measurements on said neighbor cell eNBs based on said RRM measurement information.
Method for the surface hardening of a metal workpiece, in which first a region of the workpiece is heated by at least one inductor (5, 6), in that the at least one inductor (5, 6) is moved at a prescribed speed (v) in a direction of movement along the surface of the workpiece, the heating of the region of the workpiece being followed by a cooling of the region by at least one cooling element, in that the at least one cooling element is moved at a prescribed speed (v) in the direction of movement, characterized in that the heating of the region by means of the at least one inductor (5, 6) is performed with varying magnetic field strength along the surface to be hardened of the workpiece perpendicularly to the direction of movement, a variation of the magnetic field strength along the surface of the workpiece perpendicularly to the direction of movement taking place depending on the form and/or the subsequent hard machining of the workpiece, and at least one preheating inductor and at least one hardening inductor being used for heating the region, the preheating inductor running ahead of the hardening inductor in the direction of movement; or a single inductor (5, 6) with at least one preheating part and at least one hardening part being used for heating the region, the preheating part running ahead of the hardening part in the direction of movement.
Microparticles or nanoparticles for use in the treatment of tumors comprising: (i) a targeting agent to the tumor, optionally biotinylated, wherein said targeting agent is an antibody to a tumor-associated antigen or to a peptide of such an antigen, or an antibody or a ligand to a receptor found on the surface of tumor cells; (ii) a sole or two or more inducers, optionally biotinylated, that stimulate an innate immune response in the tumor environment, leading to tumor apoptosis, wherein components (i) and (ii) are non-covalently or covalently attached to the surface of said microparticles or nanoparticles. (i) a targeting agent to the tumor, optionally biotinylated, wherein said targeting agent is an antibody to a tumor-associated antigen or to a peptide of such an antigen, or an antibody or a ligand to a receptor found on the surface of tumor cells; (ii) a sole or two or more inducers, optionally biotinylated, that stimulate an innate immune response in the tumor environment, leading to tumor apoptosis,
Apparatus for analysing a chemical composition of aerosol particles, the apparatus comprising: a) an extractive electrospray ionisation source for extracting components, in particular organic compounds, from the aerosol particles and for ionising the components to ions, b) a mass analyser, in particular a time-of-flight mass analyser, for analysing the ions, the mass analyser fluidly coupled to the extractive electrospray ionisation source, c) an inlet for passing a gaseous suspension of the aerosol particles from an outside of the apparatus into the apparatus for analysing the chemical composition of the aerosol particles, the inlet being fluidly coupled to the extractive electrospray ionisation source, d) a denuder line which fluidly couples the inlet to the extractive electrospray ionisation source, the denuder line comprising a denuder for separating the aerosol particles from the gas phase of the gaseous suspension when passing from the inlet to the extractive electrospray ionisation source, and e) a filter line which fluidly couples the outside of the apparatus with the extractive electrospray ionisation source, the filter line comprising a filter for filtering the aerosol particles out of the gaseous suspension and thus separating the gas phase from the aerosol particles when passing from the outside of the apparatus to the extractive electrospray ionisation source, wherein the denuder line enables the aerosol particles to bypass the filter, while the filter line enables the gas phase of the gaseous suspension to bypass the denuder. a) an extractive electrospray ionisation source for extracting components, in particular organic compounds, from the aerosol particles and for ionising the components to ions, b) a mass analyser, in particular a time-of-flight mass analyser, for analysing the ions, the mass analyser fluidly coupled to the extractive electrospray ionisation source, c) an inlet for passing a gaseous suspension of the aerosol particles from an outside of the apparatus into the apparatus for analysing the chemical composition of the aerosol particles, the inlet being fluidly coupled to the extractive electrospray ionisation source, d) a denuder line which fluidly couples the inlet to the extractive electrospray ionisation source, the denuder line comprising a denuder for separating the aerosol particles from the gas phase of the gaseous suspension when passing from the inlet to the extractive electrospray ionisation source, and e) a filter line which fluidly couples the outside of the apparatus with the extractive electrospray ionisation source, the filter line comprising a filter for filtering the aerosol particles out of the gaseous suspension and thus separating the gas phase from the aerosol particles when passing from the outside of the apparatus to the extractive electrospray ionisation source,
A device for actuating a cable of a bicycle brake system comprising clearance adjustment means, comprising an adjustment unit designed to be attached to a handlebar, a stop for receiving the sheath of the cable comprising a traction head, and a lever for actuating said cable, the device comprises a housing that receives clearance-adjustment means comprising an angle transmission for guiding the cable, characterised in that the angle transmission is mounted on an eccentric.
A food product in the form of an oil-in-water emulsion, the food product comprising a high molecular weight chelating polymer in a non-thickening amount that is effective to provide oxidative stability to the food product, as determined by quantitative electron paramagnetic resonance as described in the description, for at least about 7 months at 21°C when the emulsion is substantially free of EDTA, wherein the food product comprises 40% to 80% oil, wherein the effective amount of the high molecular weight polymer is selected from pectin, alginate, caseinate, or a combination thereof, preferably wherein the pectin is low methoxy pectin.
An apparatus for filtering liquid with hollow fiber membranes, the apparatus comprising a bundle of hollow fiber membranes; at least a first layer of adhesive material perpendicular to the length of the membranes, the first layer of adhesive spaced from an end of the bundle; a permeate pan covering the end of the bundle to define a permeate collection space in fluid communication with the lumens of the membranes; and a potting material extending from the first layer of adhesive to the permeate pan, wherein the potting material has meniscuses around the membranes inside the permeate pan, and wherein the first layer of adhesive material seals the entire outer circumference of the hollow fiber membranes and forms an interference fit with the walls of the permeate pan. a bundle of hollow fiber membranes; at least a first layer of adhesive material perpendicular to the length of the membranes, the first layer of adhesive spaced from an end of the bundle; a permeate pan covering the end of the bundle to define a permeate collection space in fluid communication with the lumens of the membranes; and a potting material extending from the first layer of adhesive to the permeate pan, wherein the potting material has meniscuses around the membranes inside the permeate pan, and wherein the first layer of adhesive material seals the entire outer circumference of the hollow fiber membranes and forms an interference fit with the walls of the permeate pan.
A method comprising: receiving audio at a plurality of microphones coupled to a processing system, each of said microphones comprising a user interface operable to initiate a mute mode of operation at the processing system based on received user input; receiving, from a particular microphone of said plurality of microphones, via the respective user interface, a request to initiate the mute mode of operation at the processing system; identifying at the processing system a sound source associated with the particular microphone; processing at the processing system the audio from the plurality of microphones to remove sound received from the identified sound source at each of said plurality of microphones; and transmitting the processed audio. receiving audio at a plurality of microphones coupled to a processing system, each of said microphones comprising a user interface operable to initiate a mute mode of operation at the processing system based on received user input; receiving, from a particular microphone of said plurality of microphones, via the respective user interface, a request to initiate the mute mode of operation at the processing system; identifying at the processing system a sound source associated with the particular microphone; processing at the processing system the audio from the plurality of microphones to remove sound received from the identified sound source at each of said plurality of microphones; and transmitting the processed audio.
Use of a panoramic camera for the video recording of playing fields, in particular football pitches, comprising a housing, an arrangement means for arranging the panoramic camera at a certain height, at least one computing unit, at least one mounting support for mounting one or more digital cameras, and a plurality of digital cameras, wherein the at least one mounting support has at least one seat for arranging one of the digital cameras on the seat, wherein the digital cameras are oriented so that their respective image fields partially overlap one another, so that individual images associated with the image fields can be combined to form a panoramic image, wherein the digital cameras are oriented so that a transverse panoramic image angle α of at least 120° results in a transverse plane, wherein the digital cameras cover a sagittal panoramic image angle β of at least 60° in a sagittal plane, characterized in that the housing encloses the computing unit and the plurality of digital cameras, wherein the arrangement means is arranged on an outer side of the housing, wherein the arrangement means projects from the outer side of the housing, wherein the arrangement means is designed to fasten the panoramic camera to a pole, wherein the arrangement means comprises at least one support element by means of which the panoramic camera can be oriented according to a longitudinal direction of the pole.
A spacecraft for removing space debris, the spacecraft comprising: a satellite bus; a shield member foldable on an outer side face of the satellite bus and configured to be disposed facing towards space debris to reduce a movement speed of the space debris; and a support member configured to support the shield member with respect to the satellite bus, wherein the shield member comprises: a central panel configured to overlap one face of the satellite bus; a plurality of first panels connected to peripheral sides of the central panel and radially extended; and a plurality of second panels connected between the first panels, wherein the satellite bus is provided in a form of a polygonal column, wherein the first panels correspond in number to side faces of the satellite bus, and are configured to individually overlap an associated side face of the satellite bus, and the second panels overlap the first panels when the shield member is folded, characterized in that the spacecraft comprises a detection member configured to detect the space debris, wherein the detection member is configured to measure the movement speed of the space debris or a distance between the space debris and the shield member. a satellite bus; a shield member foldable on an outer side face of the satellite bus and configured to be disposed facing towards space debris to reduce a movement speed of the space debris; and a support member configured to support the shield member with respect to the satellite bus, wherein the shield member comprises: a central panel configured to overlap one face of the satellite bus; a plurality of first panels connected to peripheral sides of the central panel and radially extended; and a plurality of second panels connected between the first panels, wherein the satellite bus is provided in a form of a polygonal column, wherein a central panel configured to overlap one face of the satellite bus; a plurality of first panels connected to peripheral sides of the central panel and radially extended; and a plurality of second panels connected between the first panels, wherein the satellite bus is provided in a form of a polygonal column, wherein the first panels correspond in number to side faces of the satellite bus, and are configured to individually overlap an associated side face of the satellite bus, and the second panels overlap the first panels when the shield member is folded, characterized in that the spacecraft comprises a detection member configured to detect the space debris, wherein the detection member is configured to measure the movement speed of the space debris or a distance between the space debris and the shield member.
Machine to fill and weigh containers, said machine comprising at least one movement device configured to transport one or more containers between at least two work stations disposed in a work direction which defines a movement path between said at least two work stations, at least one of said work stations being suitable to fill the containers, and at least one weighing device comprising a weighing plate disposed along said movement path and configured to acquire the measurement of a mass during a weighing step, said at least one movement device comprising at least one gripping member configured to support and hold said one or more containers along said movement path, characterized in that said movement device is configured to be moved without interruption in said work direction while said one or more containers are weighed, supported by said gripping member, on said weighing plate, said gripping member disposing itself at a weighing distance with respect to said weighing plate such as to allow, during the weighing, a release of said one or more containers with respect to said at least one gripping member in a release direction substantially perpendicular to a support plane of said weighing plate, said gripping member being configured to apply a thrust against said one or more containers in the work direction during the weighing of said one or more containers obtained while said movement device moves without interruption on the weighing plate.
Wrapping device for wrapping elongated bundled goods with an adhesive strip having a winding head, having a rotatably mounted rotating body of the winding head, having a reel for stocking the adhesive strip and having a cutting device for cutting the adhesive strip to a predetermined length, characterised in that the cutting device is arranged outside the winding head and the predetermined length of the adhesive strip is held in the winding head.
A method for monitoring a wiper system, the method comprising: reading a radio frequency identification (RFID) tag embedded in a wiper blade using a reader; determining when the wiper blade was put into service based on data stored corresponding to the read RFID tag; determining blade usage based on time elapsed since the wiper blade was placed into service; determining a blade usage ratio for the wiper blade based on time elapsed and a blade replacement interval, providing an indication of a status of the wiper blade based at least in part on the blade usage ratio; monitoring, by an electronic control unit, an operation of the wiper blade of the wiper system; calculating a total duty cycle for operating the wiper blade; comparing the total duty cycle to a duty cycle threshold; providing an indication of a health status of the wiper blade based at least in part on the comparison of the total duty cycle to the duty cycle threshold operating the wiper blade system in at least a low-speed mode, a medium-speed mode, and a high-speed mode; calculating a duty cycle corresponding to each mode of operating the wiper blade system, wherein calculating the total duty cycle comprises function of duration of time the wiper blade is operated in each mode, and connecting the ECU to at least one of an LED indicator system or external device to display the health status of the wiper blade based on the total duty cycle; wherein, when operating in the low-speed mode, the duty cycle for operating the windscreen wipers is lower than that of the medium-speed and high-speed modes. reading a radio frequency identification (RFID) tag embedded in a wiper blade using a reader; determining when the wiper blade was put into service based on data stored corresponding to the read RFID tag; determining blade usage based on time elapsed since the wiper blade was placed into service; determining a blade usage ratio for the wiper blade based on time elapsed and a blade replacement interval, providing an indication of a status of the wiper blade based at least in part on the blade usage ratio; monitoring, by an electronic control unit, an operation of the wiper blade of the wiper system; calculating a total duty cycle for operating the wiper blade; comparing the total duty cycle to a duty cycle threshold; providing an indication of a health status of the wiper blade based at least in part on the comparison of the total duty cycle to the duty cycle threshold operating the wiper blade system in at least a low-speed mode, a medium-speed mode, and a high-speed mode; calculating a duty cycle corresponding to each mode of operating the wiper blade system, wherein calculating the total duty cycle comprises function of duration of time the wiper blade is operated in each mode, and connecting the ECU to at least one of an LED indicator system or external device to display the health status of the wiper blade based on the total duty cycle; wherein, when operating in the low-speed mode, the duty cycle for operating the windscreen wipers is lower than that of the medium-speed and high-speed modes.
A panel having a melamine covering, comprising a particle board on which a covering is provided determining the aesthetic appearance of the panel, characterized in that the covering determining the aesthetic appearance comprises a melamine sheet, an outer finishing varnish and a layer of hot-melt varnish arranged on the melamine sheet in order to provide an adhesive bridge between said melamine sheet and the outer finishing varnish.
A gas turbine comprising: a spool; and a compressor; and a turbine mechanically coupled to the spool; characterised by further comprising: the compressor comprises a multi-stage fan, said multi-stage fan having a first set of blades, a second set of blades and a set of adjustable stator vanes interposed between the first set of blades and the second set of blades, the second set of blades being located downstream of the first set of blades, the first set of blades and the second set of blades being driven by the spool; and a gear assembly coupled between the first set of fan blades and the spool to rotate the first set of blades at a lower rotational speed than the second set of blades. a spool; and a compressor; and a turbine mechanically coupled to the spool; characterised by further comprising: the compressor comprises a multi-stage fan, said multi-stage fan having a first set of blades, a second set of blades and a set of adjustable stator vanes interposed between the first set of blades and the second set of blades, the second set of blades being located downstream of the first set of blades, the first set of blades and the second set of blades being driven by the spool; and a gear assembly coupled between the first set of fan blades and the spool to rotate the first set of blades at a lower rotational speed than the second set of blades. the compressor comprises a multi-stage fan, said multi-stage fan having a first set of blades, a second set of blades and a set of adjustable stator vanes interposed between the first set of blades and the second set of blades, the second set of blades being located downstream of the first set of blades, the first set of blades and the second set of blades being driven by the spool; and a gear assembly coupled between the first set of fan blades and the spool to rotate the first set of blades at a lower rotational speed than the second set of blades.
A method for controlling a modular converter connected to a power supply network, wherein the power converter comprises several converter modules comprising high-power semiconductor devices, the converter modules having their power outputs connected, and slave controllers (N 1-4) associated with a respective converter module, the slave controllers (N 1-4) being endowed with communication and processing capability, wherein control signals are sent between a master controller and a slave controller (N 1-4) of the modular converter using a wireless communication system, the method being characterized by: transmitting said control signals to the slave controller according to a predetermined time slot allocation, the control signals including one or more data packets comprising control information and time synchronization information of the wireless communication system for synchronizing a clock of the slave controller (N 1-4) with the other slave controllers (N 1-4) to achieve the desired total power output, the control signals further including a time value (t i) when a switching action of a converter module shall take place.