mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for obtaining an identifying image of a target object, comprising: a cover layer; a layer of first metamaterial within or proximate the cover layer, the first metamaterial comprising nanoparticles configured to resonate and create an ultrasonic wave when illuminated by light; a light source system configured for providing light to the layer of first metamaterial; and a receiver system comprising an ultrasonic receiver system configured to receive ultrasonic waves reflected from the target object in contact with, or proximate, a surface of the cover layer. a cover layer; a layer of first metamaterial within or proximate the cover layer, the first metamaterial comprising nanoparticles configured to resonate and create an ultrasonic wave when illuminated by light; a light source system configured for providing light to the layer of first metamaterial; and a receiver system comprising an ultrasonic receiver system configured to receive ultrasonic waves reflected from the target object in contact with, or proximate, a surface of the cover layer.
An apparatus for facilitating wireless communications of a device, the apparatus comprising: a memory element storing information; and a processing element configured to use at least a portion of the information to cause a wireless communication device to: conduct first wireless communications in a first frequency band according to a first radio access technology, RAT, wherein the first wireless communications comprise Wi-Fi communications; receive information from one or more other wireless communication devices, wherein the information is associated with wireless communications conducted according to a second RAT by the other wireless communication devices; determine, based at least on the information, that there is a presence of second wireless communications conducted in the first frequency band according to the second RAT while the wireless communication device is conducting the first wireless communications, wherein the second wireless communications comprise cellular radio communications; and adjust the first wireless communications at least in response to and based on the detected second wireless communications. a memory element storing information; and a processing element configured to use at least a portion of the information to cause a wireless communication device to: conduct first wireless communications in a first frequency band according to a first radio access technology, RAT, wherein the first wireless communications comprise Wi-Fi communications; receive information from one or more other wireless communication devices, wherein the information is associated with wireless communications conducted according to a second RAT by the other wireless communication devices; determine, based at least on the information, that there is a presence of second wireless communications conducted in the first frequency band according to the second RAT while the wireless communication device is conducting the first wireless communications, wherein the second wireless communications comprise cellular radio communications; and conduct first wireless communications in a first frequency band according to a first radio access technology, RAT, wherein the first wireless communications comprise Wi-Fi communications; receive information from one or more other wireless communication devices, wherein the information is associated with wireless communications conducted according to a second RAT by the other wireless communication devices; determine, based at least on the information, that there is a presence of second wireless communications conducted in the first frequency band according to the second RAT while the wireless communication device is conducting the first wireless communications, wherein the second wireless communications comprise cellular radio communications; and adjust the first wireless communications at least in response to and based on the detected second wireless communications.
A headphone comprising a first earphone and a headband to be arranged around the head of a user, wherein the headband comprises a first headband part and a second headband part, which are slidably connected to each other, so that the length of the headband can be adjusted in a longitudinal direction, wherein there is provided a controlled friction mechanism, that controls the friction between the first headband part and the second headband part, the friction mechanism comprising a first cantilever comprised by the second headband part, characterized by a first friction element of elastomeric abutment material, which is attached to the first cantilever and which due to elastic deformation of the first cantilever abuts and exerts a force against a first contact area of the first headband part.
A method for isolating extracellular nucleic acids from a sample by binding the extracellular nucleic acids to a solid phase carrying anion exchange groups, wherein said method comprises the following steps: a. acidifying the sample to establish the binding conditions and binding the extracellular nucleic acids to the solid phase in a binding mixture having a first pH ≤ 6.5 which allows binding the extracellular nucleic acids to the anion exchange groups of the solid phase, wherein magnetic particles are used as solid phase; b. separating the solid phase with the bound extracellular nucleic acids; c. optionally washing the extracellular nucleic acids; d. eluting extracellular nucleic acids from the solid phase at a second pH which is higher than the first pH that was used for binding the extracellular nucleic acid to the solid phase; e. isolating the extracellular nucleic acids from the eluate; wherein the sample is a cell-free or cell-depleted sample which was obtained from a body fluid by removing cells by separation. a. acidifying the sample to establish the binding conditions and binding the extracellular nucleic acids to the solid phase in a binding mixture having a first pH ≤ 6.5 which allows binding the extracellular nucleic acids to the anion exchange groups of the solid phase, wherein magnetic particles are used as solid phase; b. separating the solid phase with the bound extracellular nucleic acids; c. optionally washing the extracellular nucleic acids; d. eluting extracellular nucleic acids from the solid phase at a second pH which is higher than the first pH that was used for binding the extracellular nucleic acid to the solid phase; e. isolating the extracellular nucleic acids from the eluate;
An organopolysiloxane shown by the following average composition formula, wherein each of R 1 independently represents a monovalent hydrocarbon group having 1 to 12 carbon atoms; R 2 represents any of a hydrogen atom, a monovalent hydrocarbon group having 1 to 15 carbon atoms, and a monovalent acyl group having 1 to 6 carbon atoms; "n" represents an integer of 0 to 1000; "m" represents 2 or 3; X represents a divalent hydrocarbon group having 2 to 15 carbon atoms; Y represents the below-shown formula when "m" represents 2, while representing a carbon atom when "m" represents 3; "s" represents an integer of 0 to 100; "t" represents an integer of 0 to 50; "z" represents an integer of 0 to 50; and s+t+z is 1 to 100.
A radiation detection module comprising: a cooling and mounting structure; and a plurality of tiles, each tile comprising: an array of radiation detectors (42, 36) which are configured to generate signals in response to receiving radiation events and associated electronics; and a mount which is configured to mount the tile to and in thermal communication with the cooling and mounting structure, and which mount is configured to position a mounting face of the tile relative to the cooling and mounting structure; and wherein the cooling and mounting structure defines a complementary mounting face to which the mounting face of the tile is mounted. a cooling and mounting structure; and a plurality of tiles, each tile comprising: an array of radiation detectors (42, 36) which are configured to generate signals in response to receiving radiation events and associated electronics; and a mount which is configured to mount the tile to and in thermal communication with the cooling and mounting structure, and which mount is configured to position a mounting face of the tile relative to the cooling and mounting structure; and an array of radiation detectors (42, 36) which are configured to generate signals in response to receiving radiation events and associated electronics; and a mount which is configured to mount the tile to and in thermal communication with the cooling and mounting structure, and which mount is configured to position a mounting face of the tile relative to the cooling and mounting structure; and wherein the cooling and mounting structure defines a complementary mounting face to which the mounting face of the tile is mounted.
A light receiving device comprising a light receiver comprising pixels arranged in an array in a first direction and in a second direction intersecting with the first direction, each of the pixels having one light receiving element or more, and the light receiver comprising at least one light receiving area having continuous pixels out of the pixels, outputting signals based on intensities of light received in the continuous pixels, and being changed in position in the light receiver according to a signal indicating a position in the first direction and a position in the second direction; and characterized by a switch circuitry configured to re-arrange the signals received from each of the pixels belonging in the light receiving area of the light receiving circuit based on relative position of each of the pixels in the light receiving area. a light receiver comprising pixels arranged in an array in a first direction and in a second direction intersecting with the first direction, each of the pixels having one light receiving element or more, and the light receiver comprising at least one light receiving area having continuous pixels out of the pixels, outputting signals based on intensities of light received in the continuous pixels, and being changed in position in the light receiver according to a signal indicating a position in the first direction and a position in the second direction; and characterized by a switch circuitry configured to re-arrange the signals received from each of the pixels belonging in the light receiving area of the light receiving circuit based on relative position of each of the pixels in the light receiving area.
A power generating apparatus exploiting wind energy, comprising - a body (10, 48, 54, 64, 70, 90, 108, 114, 122), - a main rotor unit (12, 95, 126) comprising a front rotating part being fitted with front blades (32, 132) being adjustable at an angle, and a rear rotating part (25") being fitted with rear blades (34, 134) being adjustable at an angle, said front rotating part and rear rotating part (25") having rotation axes aligned parallel to each other, preferably being coincident with each other, - a blade adjustment unit being adapted for adjusting the front blades (32, 132) and the rear blades (34, 134) to rotate in opposite directions, - a cable (18, 42, 44', 44", 44"', 46', 46", 46'") enabling kiting of the body (10, 48, 54, 64, 70, 90, 108, 114, 122), - a generator unit adapted for generating electric power from rotation of the front rotating part and the rear rotating part (25"), and - a wire adapted for conducting electric power generated by the generator unit, characterised in that - the main rotor unit (12, 95, 126) is arranged in an opening (11, 65, 71, 93, 111, 116, 124) of and coupled to the body (10, 48, 54, 64, 70, 90, 108, 114, 122), and - the front blades (32, 132) and/or the rear blades (34, 134) of the main rotor unit (12, 95, 126) being turnable into a covering position covering at least partly the opening (11, 65, 71, 93, 111, 116, 124). - a body (10, 48, 54, 64, 70, 90, 108, 114, 122), - a main rotor unit (12, 95, 126) comprising a front rotating part being fitted with front blades (32, 132) being adjustable at an angle, and a rear rotating part (25") being fitted with rear blades (34, 134) being adjustable at an angle, said front rotating part and rear rotating part (25") having rotation axes aligned parallel to each other, preferably being coincident with each other, - a blade adjustment unit being adapted for adjusting the front blades (32, 132) and the rear blades (34, 134) to rotate in opposite directions, - a cable (18, 42, 44', 44", 44"', 46', 46", 46'") enabling kiting of the body (10, 48, 54, 64, 70, 90, 108, 114, 122), - a generator unit adapted for generating electric power from rotation of the front rotating part and the rear rotating part (25"), and - a wire adapted for conducting electric power generated by the generator unit, - the main rotor unit (12, 95, 126) is arranged in an opening (11, 65, 71, 93, 111, 116, 124) of and coupled to the body (10, 48, 54, 64, 70, 90, 108, 114, 122), and - the front blades (32, 132) and/or the rear blades (34, 134) of the main rotor unit (12, 95, 126) being turnable into a covering position covering at least partly the opening (11, 65, 71, 93, 111, 116, 124).
An adhesive composition used to flip-chip-mount a chip component on a circuit board, the adhesive composition comprising an alicyclic epoxy compound, an alicyclic acid anhydride curing agent, and an acrylic resin, wherein an amount of the alicyclic acid anhydride curing agent is 80 to 120 parts by mass based on 100 parts by mass of the alicyclic epoxy compound, and an amount of the acrylic resin is 5 to 50 parts by mass based on 100 parts by mass of the total amount of the alicyclic epoxy compound, the alicyclic acid anhydride curing agent, and the acrylic resin, and the acrylic resin is a resin that is obtained by copolymerization of 100 parts by mass of alkyl (meth)acrylate and 2 to 100 parts by mass of glycidyl methacrylate and that has a water absorption rate of 1.2% or less.
A method performed by a communication device working on an unlicensed frequency band, comprising: determining a mapping relationship between multiple quality of service, QoS, priority classes and multiple Listen-Before-Talk, LBT, priority classes, wherein the multiple QoS priority classes are in one-to-one correspondence with multiple QoS requirements, wherein the mapping relationship comprises: mapping each QoS priority class only to one LBT priority class; and transmitting radio traffic based on the mapping relationship.
Device (40, 70) for cleaning an electrically conductive fluid, in particular a molten metal, to remove non-conductive impurities, - having a channel able to be flowed through by an electrically conductive fluid, - having a coil arrangement arranged around the channel, which has several coils (A1 - A18, B1 - B18, C1 - C9), and - having an electronics assembly (52, 72) in order to impinge the coils (A1 - A18, B1 - B18, C1 - C9) of the coil arrangement with electrical currents during operation, characterised in that - the electronics assembly (52, 72) is configured to impinge several coils (A1 - A18, B1 - B18, C1 - C9) of the coil arrangement with electrical currents during operation in such a way that a first electromagnetic travelling field running along the channel through the channel is generated in the channel and that, in addition to the first electromagnetic travelling field, a second electromagnetic travelling field running along the channel through the channel is generated in the channel. - having a channel able to be flowed through by an electrically conductive fluid, - having a coil arrangement arranged around the channel, which has several coils (A1 - A18, B1 - B18, C1 - C9), and - having an electronics assembly (52, 72) in order to impinge the coils (A1 - A18, B1 - B18, C1 - C9) of the coil arrangement with electrical currents during operation, - the electronics assembly (52, 72) is configured to impinge several coils (A1 - A18, B1 - B18, C1 - C9) of the coil arrangement with electrical currents during operation in such a way that a first electromagnetic travelling field running along the channel through the channel is generated in the channel and that, in addition to the first electromagnetic travelling field, a second electromagnetic travelling field running along the channel through the channel is generated in the channel.
A method for transmitting one or more optical data signals from a source to a target receiving device of a plurality of receiving devices, the method comprising: transmitting an optical enablement signal (401, 232) to the plurality of receiving devices, characterized in that the target receiving device responds to receiving the optical enablement signal by preparing to receive the one or more optical data signals by selectively coupling the one or more optical data signals transmitted from the source to the target receiving device, wherein the remaining receiving devices do not receive the one or more optical data signals; wherein selectively coupling the one or more optical data signals transmitted from the source to the target receiving device further comprises configuring resonators associated with the target receiving device to receive the one or more optical data signals. transmitting an optical enablement signal (401, 232) to the plurality of receiving devices, characterized in that the target receiving device responds to receiving the optical enablement signal by preparing to receive the one or more optical data signals by selectively coupling the one or more optical data signals transmitted from the source to the target receiving device, wherein the remaining receiving devices do not receive the one or more optical data signals; wherein selectively coupling the one or more optical data signals transmitted from the source to the target receiving device further comprises configuring resonators associated with the target receiving device to receive the one or more optical data signals.
Nacelle for a turbofan engine comprising a motor, said nacelle comprising: - a fixed cowl, - an upstream wall delimiting, with the motor, a duct in which flows a bypass flow, - a mobile cowl comprising an inner wall and an outer wall which surrounds the inner wall, said mobile cowl being able to move in translation in a direction of translation between a closing position, in which, on one hand, the outer wall adjoins the fixed cowl, and, on the other hand, the inner wall extends the upstream wall, and an opening position in which, on one hand, the outer wall is remote from the fixed cowl so as to open a window that is opened on the exterior of the nacelle, and, on the other hand, the inner wall is remote from the upstream wall so as to open a passage between the duct and the window, - at least one reverser flap, each one being arranged between the inner wall and the outer wall, having a downstream end and an upstream end that is located upstream of the downstream end, and being mounted so as to be free in rotation about a rotation axis arranged on the side of the downstream end, and where the reverser flap rests on the inner wall by means of its upstream end, and - a drive mechanism that is intended to move the mobile cowl in translation; - a roller that is mounted so as to be free in rotation about an axis perpendicular to the direction of translation and is arranged on the inner wall at its contact with the reverser flap, characterized in that the nacelle has at least one rod system comprising 2 rods that are articulated to one another, where one rod is mounted articulated on a structure of the nacelle and where the other rod is mounted articulated on the reverser flap. - a fixed cowl, - an upstream wall delimiting, with the motor, a duct in which flows a bypass flow, - a mobile cowl comprising an inner wall and an outer wall which surrounds the inner wall, said mobile cowl being able to move in translation in a direction of translation between a closing position, in which, on one hand, the outer wall adjoins the fixed cowl, and, on the other hand, the inner wall extends the upstream wall, and an opening position in which, on one hand, the outer wall is remote from the fixed cowl so as to open a window that is opened on the exterior of the nacelle, and, on the other hand, the inner wall is remote from the upstream wall so as to open a passage between the duct and the window, - at least one reverser flap, each one being arranged between the inner wall and the outer wall, having a downstream end and an upstream end that is located upstream of the downstream end, and being mounted so as to be free in rotation about a rotation axis arranged on the side of the downstream end, and where the reverser flap rests on the inner wall by means of its upstream end, and - a drive mechanism that is intended to move the mobile cowl in translation; - a roller that is mounted so as to be free in rotation about an axis perpendicular to the direction of translation and is arranged on the inner wall at its contact with the reverser flap,
A method for operating a molten salt nuclear reactor having a melt of molten salt, comprising: determining the chemical composition of the melt and using the information about the chemical composition of the melt to determine the need for adjusting the composition of the melt in order to operate the reactor efficiently, characterized by directing a laser beam on the melt or on a sample of the melt and thereby generating plasma on the melt or on the sample of the melt, collecting light emitted from the plasma generated by the laser beam and analyzing the light with a spectrometer to obtain information about the composition of the melt and, using the information about the composition of the melt to optimize the composition of the melt by addition of material to the melt and/or by reprocessing of molten salt from the melt, in order to operate the reactor efficiently and/or safely. determining the chemical composition of the melt and using the information about the chemical composition of the melt to determine the need for adjusting the composition of the melt in order to operate the reactor efficiently, characterized by directing a laser beam on the melt or on a sample of the melt and thereby generating plasma on the melt or on the sample of the melt, collecting light emitted from the plasma generated by the laser beam and analyzing the light with a spectrometer to obtain information about the composition of the melt and, using the information about the composition of the melt to optimize the composition of the melt by addition of material to the melt and/or by reprocessing of molten salt from the melt, in order to operate the reactor efficiently and/or safely.
Motor vehicle body, the body having a front surface, the front surface defining at least one air inlet, the body comprising at least one frame, the frame facing the air inlet, at least one shutter being mounted on the frame and extending across the frame, the shutter extending along a main axis along a transversal direction and defining at least one main guiding surface, the shutter being able to guide the airflow along a plane containing the main guiding surface, wherein splitters are located on the shutter, the splitters defining at least one secondary guiding surface, the secondary guiding surface forming a non-zero angle with the main guiding surface, the splitters being able to guide the airflow along a plane containing the secondary guiding surface, wherein the shutter is moveable in rotation around the main axis to modify the plane containing the main guiding surface, the shutter being moveable between a closed position and at least one open position, characterized in that, in the open position, the splitters are increasingly aslant compared to a longitudinal direction when they are further from a main central plane.