mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing with a representation engine a plurality of display symbols selected from a set of multi-dimensional cyclic symbols, the set of multi-dimensional cyclic symbols include a plurality of symbols arranged cyclically with a differential phase between any two symbols of the plurality of symbols; receiving with a symbol engine a plurality of received symbols, the plurality of received symbols having a value distinct from the plurality of display symbols, wherein a first subset of the plurality of received symbols form a first message and a second subset of the plurality of received symbols form a second message; and converting with a translation engine the plurality of received symbols into the plurality of display symbols, characterised in that converting the plurality of received symbols into the plurality of display symbols comprises: encoding the first message into a first collection of multi-dimensional feature values, the first collection being a subset of properties of the plurality of display symbols; and encoding the second message into a second collection of multi-dimensional feature values, the second collection being different than the first collection and being a subset of properties of the plurality of display symbols. providing with a representation engine a plurality of display symbols selected from a set of multi-dimensional cyclic symbols, the set of multi-dimensional cyclic symbols include a plurality of symbols arranged cyclically with a differential phase between any two symbols of the plurality of symbols; receiving with a symbol engine a plurality of received symbols, the plurality of received symbols having a value distinct from the plurality of display symbols, wherein a first subset of the plurality of received symbols form a first message and a second subset of the plurality of received symbols form a second message; and converting with a translation engine the plurality of received symbols into the plurality of display symbols, characterised in that converting the plurality of received symbols into the plurality of display symbols comprises: encoding the first message into a first collection of multi-dimensional feature values, the first collection being a subset of properties of the plurality of display symbols; and encoding the second message into a second collection of multi-dimensional feature values, the second collection being different than the first collection and being a subset of properties of the plurality of display symbols. encoding the first message into a first collection of multi-dimensional feature values, the first collection being a subset of properties of the plurality of display symbols; and encoding the second message into a second collection of multi-dimensional feature values, the second collection being different than the first collection and being a subset of properties of the plurality of display symbols.
Supercontinuum optical source including a MOPA architecture, comprising: an optical source apparatus comprising at least one optical source (2102, 2104, 2312A, 2312B), said optical source apparatus comprising a first signal source and a second signal source configured for respectively providing first and second signals; a modulation apparatus (2108, 2110, 2313) for modulating at least one of the first and second signals, wherein the modulation apparatus (2108, 2110, 2313) is downstream of the optical source apparatus; a combiner (2112, 2138) downstream of the modulation apparatus for combining first and second signals provided by the first and second signal sources; an amplifier (2106, 2320) downstream of the combiner for amplifying the first and second signals after combination; a nonlinear element in optical communication with and downstream of both the modulation apparatus (2108, 2110, 2313) and the amplifier (2106, 2320), the nonlinear element comprising a photonic crystal fibre for providing spectral broadening responsive to the first signal and wherein the second signal does not substantially contribute to said spectral broadening; and an output for outputting nonlinearly generated light, wherein the optical source is configured such that the first and second signals are provided to the amplifier (2106, 2320) so as to be modulated substantially out of phase with each other. an optical source apparatus comprising at least one optical source (2102, 2104, 2312A, 2312B), said optical source apparatus comprising a first signal source and a second signal source configured for respectively providing first and second signals; a modulation apparatus (2108, 2110, 2313) for modulating at least one of the first and second signals, wherein the modulation apparatus (2108, 2110, 2313) is downstream of the optical source apparatus; a combiner (2112, 2138) downstream of the modulation apparatus for combining first and second signals provided by the first and second signal sources; an amplifier (2106, 2320) downstream of the combiner for amplifying the first and second signals after combination; a nonlinear element in optical communication with and downstream of both the modulation apparatus (2108, 2110, 2313) and the amplifier (2106, 2320), the nonlinear element comprising a photonic crystal fibre for providing spectral broadening responsive to the first signal and wherein the second signal does not substantially contribute to said spectral broadening; and an output for outputting nonlinearly generated light, wherein the optical source is configured such that the first and second signals are provided to the amplifier (2106, 2320) so as to be modulated substantially out of phase with each other.
A peptide or a pharmaceutically acceptable salt thereof, comprising: (a) a chaperone-mediated autophagy -targeting signal domain; wherein the CMA-targeting signal domain comprises KFERQKILDQRFFE; (b) a protein-binding domain that selectively binds to a target cytosolic protein; and (c) a cell membrane penetrating domain. (a) a chaperone-mediated autophagy -targeting signal domain; wherein the CMA-targeting signal domain comprises KFERQKILDQRFFE; (b) a protein-binding domain that selectively binds to a target cytosolic protein; and (c) a cell membrane penetrating domain.
A method comprising: providing a substrate having indentations, each indentation having a first volume; providing an ink containing particles of at least a first material suspended in a fluid; depositing the ink in the indentations to completely fill the indentations, wherein the ink is substantially planar with a top surface of the substrate; heating the ink to evaporate the fluid and melt the first material such that the melted first material substantially forms a sphere; cooling the spheres; and removing the spheres from the substrate. providing a substrate having indentations, each indentation having a first volume; providing an ink containing particles of at least a first material suspended in a fluid; depositing the ink in the indentations to completely fill the indentations, wherein the ink is substantially planar with a top surface of the substrate; heating the ink to evaporate the fluid and melt the first material such that the melted first material substantially forms a sphere; cooling the spheres; and removing the spheres from the substrate.
A device for estimating charged state of a secondary battery provided with a detector (30,32,34) capable of detecting input/output current (Ib), an output voltage (Vb) and battery temperature (Tb), comprising: characteristic storing means for storing a characteristic between open circuit voltage and remaining capacity of said secondary battery; the device being characterized in that it further comprises: stable state determining means for determining whether the state of the use of the secondary battery is a stable state in which said input/output current is not higher than a limit current (Ijd) set in accordance with said battery temperature for at least a voltage stabilizing period (Tst) set in accordance with said battery temperature, wherein said limit current (Ijd) is set larger as the battery temperature increases; and first charged state estimating means for estimating the remaining capacity of said secondary battery based on the characteristic stored in said characteristic storing means, regarding said output voltage as said open circuit voltage, when it is determined to be in said stable state. characteristic storing means for storing a characteristic between open circuit voltage and remaining capacity of said secondary battery; the device being characterized in that it further comprises: stable state determining means for determining whether the state of the use of the secondary battery is a stable state in which said input/output current is not higher than a limit current (Ijd) set in accordance with said battery temperature for at least a voltage stabilizing period (Tst) set in accordance with said battery temperature, wherein said limit current (Ijd) is set larger as the battery temperature increases; and first charged state estimating means for estimating the remaining capacity of said secondary battery based on the characteristic stored in said characteristic storing means, regarding said output voltage as said open circuit voltage, when it is determined to be in said stable state. stable state determining means for determining whether the state of the use of the secondary battery is a stable state in which said input/output current is not higher than a limit current (Ijd) set in accordance with said battery temperature for at least a voltage stabilizing period (Tst) set in accordance with said battery temperature, wherein said limit current (Ijd) is set larger as the battery temperature increases; and first charged state estimating means for estimating the remaining capacity of said secondary battery based on the characteristic stored in said characteristic storing means, regarding said output voltage as said open circuit voltage, when it is determined to be in said stable state.
A carbon material having a thermal spray coating layer, characterized by comprising: a carbonaceous substrate; and a silicon carbide-containing carbide layer that contains metallic silicon and a thermal spray coating layer, provided on the carbonaceous substrate in that order from the carbonaceous substrate, and wherein: the silicon carbide-containing carbide layer has an arithmetical mean surface roughness Ra of 1 μm or greater and a Vickers hardness HV of 50 or greater, at least a portion of the silicon carbide-containing carbide layer permeating the carbonaceous substrate, and the silicon carbide-containing carbide layer including a portion in which a permeation depth of the permeating portion is 50 μm or greater; and the thermal spray coating layer comprises a substance, the substance being capable of forming a silicide with silicon in the silicon carbide-containing carbide layer; the substance includes metallic materials capable of forming a silicide with silicon in the silicon carbide-containing carbide layer, alloy materials containing at least one of metallic elements of the metallic materials, or compounds containing at least one carbide or boride of the metallic elements; and a metal silicide layer is provided between the silicon carbide-containing carbide layer and the thermal spray coating layer, the metal silicide layer being formed by a reaction of the substance with the silicon the silicon carbide-containing carbide layer has an arithmetical mean surface roughness Ra of 1 μm or greater and a Vickers hardness HV of 50 or greater, at least a portion of the silicon carbide-containing carbide layer permeating the carbonaceous substrate, and the silicon carbide-containing carbide layer including a portion in which a permeation depth of the permeating portion is 50 μm or greater; and the thermal spray coating layer comprises a substance, the substance being capable of forming a silicide with silicon in the silicon carbide-containing carbide layer; the substance includes metallic materials capable of forming a silicide with silicon in the silicon carbide-containing carbide layer, alloy materials containing at least one of metallic elements of the metallic materials, or compounds containing at least one carbide or boride of the metallic elements; and a metal silicide layer is provided between the silicon carbide-containing carbide layer and the thermal spray coating layer, the metal silicide layer being formed by a reaction of the substance with the silicon
Fluid-connection device adapted and intended for connecting a first wall defining a first fluid space, in the form of a flexible pipe, to a second wall defining a second fluid space, in the form of a pipe or an enclosure that is flexible or rigid and disposable, in a biopharmaceutical assembly, for ensuring fluid communication between the first fluid space and the second fluid space, comprising: - a first connector defining a first hollow passage, adapted and intended for connection to the first wall and in fluid communication with the first space, - a second connector defining a second hollow passage, adapted and intended for connection to the second wall and in fluid communication with the second space, the first connector and the second connector being of plastic and being adapted and intended to be coupled together in a relative coupling position, along an axis A, the first connector comprising a tubular nozzle adapted and intended for insertion into one end of the pipe, and a front coupling portion, - at least one separate pipe clamp, adapted and intended for placement around the end of the pipe in order to clamp said pipe onto the tubular nozzle of the first connector, the second connector comprising protective elements which, in the coupling position, are positioned so as to at least partially face the pipe clamp in the radial direction, whereby the clamp cannot come into direct contact with external elements, wherein the protective elements are integrally formed from the body of the second connector. - a first connector defining a first hollow passage, adapted and intended for connection to the first wall and in fluid communication with the first space, - a second connector defining a second hollow passage, adapted and intended for connection to the second wall and in fluid communication with the second space, - at least one separate pipe clamp, adapted and intended for placement around the end of the pipe in order to clamp said pipe onto the tubular nozzle of the first connector,
A gas handling system for pneumatic operation of a valve actuator, comprising a closed pneumatic pressure fluid circuit, wherein the closed pressure fluid circuit comprises, coupled in series with each other, a compressor and a valve actuator, characterized in that the gas handling system further comprises a gas accumulator that is connected to the compressor of the closed pressure fluid circuit via at least a third gas accumulator conduit, which comprises a controllable valve.
A component for an electrical device, the component comprising: a housing comprising a metallic main housing portion; a circuit board; and an insulating cover having insulating properties; wherein the main housing portion comprises a main wall, extending along the circuit board with a gap between the main wall and the circuit board, and a board attachment portion having the circuit board attached thereto; wherein an insulating plate having insulating properties is fixed to an inner surface of the main wall via an adhesive member or in a state such that the insulating plate touches the inner surface of the main wall; wherein the insulating cover covers a surface of the circuit board on an opposite side from the main wall; wherein an electronic component as an insertion component is mounted on the surface of the circuit board on the opposite side from the main wall to penetrate the insulating cover; and wherein the circuit board and the insulating cover are jointly fastened to the board attachment portion by a fastener. a housing comprising a metallic main housing portion; a circuit board; and an insulating cover having insulating properties; wherein the main housing portion comprises a main wall, extending along the circuit board with a gap between the main wall and the circuit board, and a board attachment portion having the circuit board attached thereto; wherein an insulating plate having insulating properties is fixed to an inner surface of the main wall via an adhesive member or in a state such that the insulating plate touches the inner surface of the main wall; wherein the insulating cover covers a surface of the circuit board on an opposite side from the main wall; wherein an electronic component as an insertion component is mounted on the surface of the circuit board on the opposite side from the main wall to penetrate the insulating cover; and wherein the circuit board and the insulating cover are jointly fastened to the board attachment portion by a fastener.
A sheath cap, comprising a housing collar and a cylinder which is coaxially fixed on an inner surface of one end of the housing collar, the cylinder being internally provided with instrument channel straight holes and a water spray channel straight hole which are parallel to an axial direction of the cylinder, wherein the sheath cap is provided with a water spray channel oblique hole which is in communication with the water spray channel straight hole and can spray water to the lateral front side of the sheath cap; characterised in that the water spray channel oblique hole comprises water spray channel oblique slots (4.2), each of which is provided on the surface of the cylinder and forms an angle with the axial direction of the cylinder, a water spray connection channel (4.3) is provided in the cylinder and is connected between the rear end of the water spray channel oblique slot (4.2) and the water spray channel straight hole, the water spray channel oblique slots (4.2) are provided on a surface of a circle of the cylinder in the circumferential direction at intervals; the cylinder is coaxially fixed with a cylinder collar which makes a water flow be sprayed to the lateral front side of the sheath cap along the orientation of the water spray channel oblique slot (4.2), and the water outlet end of the water spray channel oblique slot (4.2) is located in front of the cylinder collar; and the housing collar and the cylinder collar are coaxially and fixedly connected as whole, and the outer diameter of the cylinder collar is the same as the outer diameter of the housing collar. characterised in that the water spray channel oblique hole comprises water spray channel oblique slots (4.2), each of which is provided on the surface of the cylinder and forms an angle with the axial direction of the cylinder, a water spray connection channel (4.3) is provided in the cylinder and is connected between the rear end of the water spray channel oblique slot (4.2) and the water spray channel straight hole, the water spray channel oblique slots (4.2) are provided on a surface of a circle of the cylinder in the circumferential direction at intervals; the cylinder is coaxially fixed with a cylinder collar which makes a water flow be sprayed to the lateral front side of the sheath cap along the orientation of the water spray channel oblique slot (4.2), and the water outlet end of the water spray channel oblique slot (4.2) is located in front of the cylinder collar; and the housing collar and the cylinder collar are coaxially and fixedly connected as whole, and the outer diameter of the cylinder collar is the same as the outer diameter of the housing collar.
A damping system for a mobile mass of a MEMS device, the system being capable of preventing direct contact between the mass and a surface element of the MEMS device, the mass being mobile in translation relative to the surface element along a first direction (D 1), the damping system comprising: - a mechanical stopper having elastic properties, positioned between the mass and the surface element, the stopper being oriented in a second direction when it is in a rest position (PB R), - a system for locking/unlocking the stopper, the damping system being characterised in that the locking/unlocking system comprises: - a branch oriented towards the stopper, comprising a blocking end, - a pivot link capable of pivoting the branch about an axis of rotation substantially perpendicular to the first direction (D 1) and to the second direction, the locking/unlocking system defining the following two positions of the mass along the first direction of translation (D 1): - a central position (PM C) of the mass, the mass being biased in said central position (PM C) by return means (21, 22), each linked to the mass and to a structure of the MEMS device fixed relative to the surface element, - a first extreme position (PM 1) where the mass is brought closer to the surface element relative to its central position (PM C), the stopper then being pressed towards the surface element in a locked position (PB V), the branch being configured to block the stopper in this locked position (PB V) by its blocking end, the locking/unlocking system being able to rotate about the pivot link, to a position where the stopper is not held in the locked position (PB v). - a mechanical stopper having elastic properties, positioned between the mass and the surface element, - a system for locking/unlocking the stopper, - a branch oriented towards the stopper, comprising a blocking end, - a pivot link capable of pivoting the branch about an axis of rotation substantially perpendicular to the first direction (D 1) and to the second direction, - a central position (PM C) of the mass, the mass being biased in said central position (PM C) by return means (21, 22), each linked to the mass and to a structure of the MEMS device fixed relative to the surface element, - a first extreme position (PM 1) where the mass is brought closer to the surface element relative to its central position (PM C), the stopper then being pressed towards the surface element in a locked position (PB V), the branch being configured to block the stopper in this locked position (PB V) by its blocking end,
A method for information transmission, applied to User Equipment, UE, characterized in that, the method comprises: receiving system information association information, the system information association information representing whether a carrier in the unlicensed frequency spectrum on which a Synchronization Signal Block, SSB, is located has an association relationship with system information; and processing the system information according to the system information association information, wherein the system information association information comprises: the carrier on which the SSB is located is a Standalone, SA, carrier or the carrier on which the SSB is located is a Non-Standalone, NSA, carrier. receiving system information association information, the system information association information representing whether a carrier in the unlicensed frequency spectrum on which a Synchronization Signal Block, SSB, is located has an association relationship with system information; and processing the system information according to the system information association information, wherein the system information association information comprises: the carrier on which the SSB is located is a Standalone, SA, carrier or the carrier on which the SSB is located is a Non-Standalone, NSA, carrier.