mhurhangee/ep-ind-claims huggingface dataset:
Linear electromagnetic actuator having an axis of symmetry A and a stroke c, at least one stable position in one of the ends of the stroke, and comprising an armature made of a soft magnetic material, said armature being movable along the axis A and having a length Hm along the axis A, said armature having a shape symmetrical to the axis A, and a fixed stator yoke made of a soft magnetic material and supporting at least one electric coil, said actuator further comprising at least one fixed permanent magnet magnetized along a transverse axis perpendicular to direction A, the magnet being placed transversely between the moving armature and the electric coil, the magnet having a length Ha along direction A, the fixed yoke and the moving armature defining therebetween at least one axial residual air gap (Hg), Ha+c being of the order of magnitude Hm, the length Hm being such that 0.9 * (Ha+c) < Hm < 1.1 * (Ha+c), the actuator having two polar tips (5h, 5b) secured to the yoke, which are positioned transversely between the moving armature and the electric coil and vertically on either side of the magnet, and which extend axially toward the magnet over respective heights Hph, Hpb.
An IC card; comprising: a storage unit (202, 204) configured to store a file, characterized in that the storage unit (202, 204) is configured to store definition information to control the file, a program designated by the definition information, and command execution information to execute command processing corresponding to a command, wherein the definition information includes a file ID used for referencing a file comprising at least a program address; a receiving unit is configured to receive the command including the file ID; and an executing unit is configured to interpret the command, and start the command processing, wherein the execution unit, upon receiving the command including the file ID, based on the definition information corresponding to the file ID, is configured to execute the command processing based on the command execution information if it is judged that the program address is a predetermined address (FFFFFFFF) indicating that a program is not set in a program region, and is configured to execute the program prior to execution of the command processing based on the command execution information after execution of the program if it is judged that the program is set in the program region. a storage unit (202, 204) configured to store a file, characterized in that the storage unit (202, 204) is configured to store definition information to control the file, a program designated by the definition information, and command execution information to execute command processing corresponding to a command, wherein the definition information includes a file ID used for referencing a file comprising at least a program address; a receiving unit is configured to receive the command including the file ID; and an executing unit is configured to interpret the command, and start the command processing, wherein the execution unit, upon receiving the command including the file ID, based on the definition information corresponding to the file ID, is configured to execute the command processing based on the command execution information if it is judged that the program address is a predetermined address (FFFFFFFF) indicating that a program is not set in a program region, and is configured to execute the program prior to execution of the command processing based on the command execution information after execution of the program if it is judged that the program is set in the program region.
A portable electronic device adapted to be held by a complimentary holder whereby, in use, when the holder is worn by a user, a first side of the portable electronic device faces the user, the portable electronic device comprising: a processor, at least one antenna, and a sensor enabled to detect when the portable electronic device is being held by the holder, the processor enabled to: determine that the sensor has detected the holder; and, responsively, switch the at least one antenna from an omnidirectional mode to a directional mode such that energy is radiated from a second side of the portable electronic device, opposite the first side, whereby the radiation pattern of the radiated energy is in a sector defining a direction outward from said second side; and wherein the portable electronic device operates at a lower power in the directional mode than in the omnidirectional mode. a processor, at least one antenna, and a sensor enabled to detect when the portable electronic device is being held by the holder, the processor enabled to: determine that the sensor has detected the holder; and, responsively, switch the at least one antenna from an omnidirectional mode to a directional mode such that energy is radiated from a second side of the portable electronic device, opposite the first side, whereby the radiation pattern of the radiated energy is in a sector defining a direction outward from said second side; and wherein the portable electronic device operates at a lower power in the directional mode than in the omnidirectional mode. determine that the sensor has detected the holder; and, responsively, switch the at least one antenna from an omnidirectional mode to a directional mode such that energy is radiated from a second side of the portable electronic device, opposite the first side, whereby the radiation pattern of the radiated energy is in a sector defining a direction outward from said second side; and wherein the portable electronic device operates at a lower power in the directional mode than in the omnidirectional mode.
A method of wireless communications, by a mobile station, comprising: determining, at the mobile station, broadcast channel scheduling information for one or more broadcasts of a payload on a broadcast channel associated with a first base station based on one or more broadcast channel interference coordination schemes, wherein reception of the broadcast channel associated with the first base station is interfered at least in part based on one or more transmissions from a second base station, wherein the first base station is a macro base station and the second base station is a lower power class base station; and receiving, at the mobile station, the payload based on the determined broadcast channel scheduling information; wherein one of the one or more broadcast channel interference coordination schemes comprises receiving, at the mobile station, the broadcast channel scheduling information in a broadcast from the second base station, wherein the broadcast from the second base station includes broadcast information associated with the second base station and the broadcast channel scheduling information associated with the first base station, wherein the broadcast channel scheduling information associated with the first base station includes a cross subframe scheduling identifier. determining, at the mobile station, broadcast channel scheduling information for one or more broadcasts of a payload on a broadcast channel associated with a first base station based on one or more broadcast channel interference coordination schemes, wherein reception of the broadcast channel associated with the first base station is interfered at least in part based on one or more transmissions from a second base station, wherein the first base station is a macro base station and the second base station is a lower power class base station; and receiving, at the mobile station, the payload based on the determined broadcast channel scheduling information; wherein one of the one or more broadcast channel interference coordination schemes comprises receiving, at the mobile station, the broadcast channel scheduling information in a broadcast from the second base station, wherein the broadcast from the second base station includes broadcast information associated with the second base station and the broadcast channel scheduling information associated with the first base station, wherein the broadcast channel scheduling information associated with the first base station includes a cross subframe scheduling identifier.
Bridge adapted for accessing an aircraft compartment via a manhole formed in a wall, said bridge comprising: - an overlapping section adapted to cross the manhole, and to extend on either side of the wall, said overlapping section including at least one plate, - at least a first support configured to rest on a first side of the wall and - at least a second support configured to rest on a second side of the wall, the bridge being characterized in that the overlapping section further comprises a transverse runner beneath the plate or plates with at least one groove configured to receive a lower edge of the manhole. - an overlapping section adapted to cross the manhole, and to extend on either side of the wall, said overlapping section including at least one plate, - at least a first support configured to rest on a first side of the wall and - at least a second support configured to rest on a second side of the wall,
A method for producing an ethanol aqueous solution having an aroma of a biological raw material, comprising the steps of: subjecting a mixture of the biological raw material, first ethanol and first water to distillation, and adding second ethanol and second water to the mixture during the distillation, wherein after said addition, the ethanol concentration of the liquid distillate of the distillation at the time of its production is from 10 to 50%, and wherein the addition of the second ethanol and the second water is initiated after the ethanol concentration of the liquid distillate has dropped to the range from 10 to 50%. subjecting a mixture of the biological raw material, first ethanol and first water to distillation, and adding second ethanol and second water to the mixture during the distillation, wherein after said addition, the ethanol concentration of the liquid distillate of the distillation at the time of its production is from 10 to 50%, and wherein the addition of the second ethanol and the second water is initiated after the ethanol concentration of the liquid distillate has dropped to the range from 10 to 50%.
A method for forming an oxidation protection system on a carbon-carbon composite structure, comprising: forming a borosilicate glass slurry by combining a borosilicate glass with a carrier fluid; applying the borosilicate glass slurry to the composite structure; heating the composite structure to a temperature sufficient to form a borosilicate glass layer on the composite structure; forming a first slurry by combining a first pre-slurry composition with a first carrier fluid, wherein the first pre-slurry composition comprises a first phosphate glass composition; applying the first slurry to the composite structure; heating the composite structure to a temperature sufficient to form a base layer on the composite structure, wherein the oxidation protection system comprises the borosilicate glass layer and the base layer. forming a borosilicate glass slurry by combining a borosilicate glass with a carrier fluid; applying the borosilicate glass slurry to the composite structure; heating the composite structure to a temperature sufficient to form a borosilicate glass layer on the composite structure; forming a first slurry by combining a first pre-slurry composition with a first carrier fluid, wherein the first pre-slurry composition comprises a first phosphate glass composition; applying the first slurry to the composite structure; heating the composite structure to a temperature sufficient to form a base layer on the composite structure, wherein the oxidation protection system comprises the borosilicate glass layer and the base layer.
Method for executing an application developed in object oriented language and compiled into intermediate code, the method being implemented in an operating system installed on an electronic card, the operating system comprising an interpreter which is an item of software interpreting and executing the intermediate code of the application, when the interpreter detects a call to a dedicated function of the operating system in the intermediate code of the application in respect of an object to be protected of the application or of a member datum to be protected of said object, the operating system updates metadata (220; 260) associated with said object so as to associate a reference integrity verification datum (230; 271; 272; 273) with said object or respectively with said member datum, when the interpreter detects a subsequent manipulation of the protected object or respectively of said protected member datum in the intermediate code of the application, the operating system determines an integrity verification datum value corresponding to said protected object as is or respectively of said protected member datum as is, and before the interpreter performs said manipulation, the operating system verifies that the integrity verification datum value calculated agrees with the reference integrity verification datum value.
A sensing apparatus comprising: a sensing unit for detecting a direction and an amount of physical quantity applied thereto, said sensing unit having a detection reference axis along which the direction and the amount of the physical quantity are detected; and a supporting unit for stationarily supporting said sensing unit, the supporting unit comprising a base member and a mounting member secured to the base member, the mounting member having a slit formed therein; said sensing unit being inclined relative to said mounting member by an angle (δ), said angle (δ) being predetermined so as to reduce a difference in angle between said detection reference axis and the direction of said physical quantity actually applied to said sensing unit when detecting the direction and the amount of said physical quantity; characterised in that said sensing unit has a counter-slit formed therein; and said sensing unit is mounted on said mounting member so that said counter-slit of said sensing unit is engaged with said slit of said mounting member. a sensing unit for detecting a direction and an amount of physical quantity applied thereto, said sensing unit having a detection reference axis along which the direction and the amount of the physical quantity are detected; and a supporting unit for stationarily supporting said sensing unit, the supporting unit comprising a base member and a mounting member secured to the base member, the mounting member having a slit formed therein; said sensing unit being inclined relative to said mounting member by an angle (δ), said angle (δ) being predetermined so as to reduce a difference in angle between said detection reference axis and the direction of said physical quantity actually applied to said sensing unit when detecting the direction and the amount of said physical quantity; characterised in that said sensing unit has a counter-slit formed therein; and said sensing unit is mounted on said mounting member so that said counter-slit of said sensing unit is engaged with said slit of said mounting member.
An LTE wireless apparatus comprising: a storage module, being configured to store a preamble sequence set and a mapping rule; a processor, being configured to select a preamble sequence from the preamble sequence set and at least one resource block on an uplink shared channel (UL-SCH) according to the mapping rule; a transceiver, being configured to transmit an uplink signal which has the preamble sequence on a random access channel (RACH) and a control message on the at least one resource block on the UL-SCH to an LTE base station; wherein the mapping rule maps the preamble sequence to the at least one resource block on the UL-SCH. a storage module, being configured to store a preamble sequence set and a mapping rule; a processor, being configured to select a preamble sequence from the preamble sequence set and at least one resource block on an uplink shared channel (UL-SCH) according to the mapping rule; a transceiver, being configured to transmit an uplink signal which has the preamble sequence on a random access channel (RACH) and a control message on the at least one resource block on the UL-SCH to an LTE base station; wherein the mapping rule maps the preamble sequence to the at least one resource block on the UL-SCH.
An elevator system including a hoistway and a speed and position detection system (62, 64, 70), comprising: an elevator component associated within the hoistway; an optical sensor associated within the hoistway, and capable of emitting a signal and receiving a reflected signal of the emitted signal; an object positioned within the hoistway in such a manner to be aligned in a path of the optical sensor and having surface features from which the signal is reflected; and a processor operatively coupled to the optical sensor and capable of processing the reflected signal to provide an output indicative of a speed and position of the elevator component, wherein the processor stores a pre-scan of the surface features; characterized in that the processor references the pre-scan of the surface features in order to determine the position of the elevator component, and wherein the processor uses a time delay between emitting the signal and receiving the reflected signal and an angle between the signal and the reflected signal to determine the speed of the elevator component. an elevator component associated within the hoistway; an optical sensor associated within the hoistway, and capable of emitting a signal and receiving a reflected signal of the emitted signal; an object positioned within the hoistway in such a manner to be aligned in a path of the optical sensor and having surface features from which the signal is reflected; and a processor operatively coupled to the optical sensor and capable of processing the reflected signal to provide an output indicative of a speed and position of the elevator component, wherein the processor stores a pre-scan of the surface features; characterized in that the processor references the pre-scan of the surface features in order to determine the position of the elevator component, and wherein the processor uses a time delay between emitting the signal and receiving the reflected signal and an angle between the signal and the reflected signal to determine the speed of the elevator component.
An active principle-based coated particle of size between 50 μ m and 2 mm, in which both the core and the coating contain active principle, wherein the core contains either 100% by weight either 60-99% by weight of a first active principle while the coating contains from 60 to 99 % by weight of a second active principle, which is different in nature, the rest up to 100 % of the coating and where appropriate of the core consisting of at least one binding agent, and optionally an antistatic agent; wherein the binding agent is chosen from cellulosic polymers, acrylic polymers, povidones, copovidones, polyvinyl alcohols, alginic acid, sodium alginate, starch, pregelatinized starch, sucroses and derivatives thereof, guar gum and polyethylene glycols, alone or as a mixture.
A fixed type constant velocity universal joint, comprising: an outer joint member having a cup shape; an inner joint member, which is received in the outer joint member, and is configured to transmit torque between the inner joint member and the outer joint member through intermediation of balls while allowing angular displacement; and a shaft, which is coupled to the inner joint member so as to allow torque transmission, wherein a threaded hole being a through-hole is formed in a bottom portion of the outer joint member along an axial direction, wherein a recessed portion is formed to be open in a shaft end portion of the shaft opposed to the threaded hole, characterized in that the fixed type constant velocity universal joint also comprises an angle regulating member, wherein the angle regulating member comprises a distal end portion that enters the threaded hole and a proximal end portion press-fitted into the recessed portion, wherein the angle regulating member is configured to be retractable into the shaft in a press-fitting direction, wherein the angle regulating member is formed of a hollow member having a tapered shape, and an outer diameter of a distal end portion of the angle regulating member is set to be smaller than an inner diameter of the threaded hole of the outer joint member, and a gap is formed between the distal end portion of the angle regulating member and an inner peripheral surface of the threaded hole. an outer joint member having a cup shape; an inner joint member, which is received in the outer joint member, and is configured to transmit torque between the inner joint member and the outer joint member through intermediation of balls while allowing angular displacement; and a shaft, which is coupled to the inner joint member so as to allow torque transmission, wherein a threaded hole being a through-hole is formed in a bottom portion of the outer joint member along an axial direction, wherein a recessed portion is formed to be open in a shaft end portion of the shaft opposed to the threaded hole, characterized in that the fixed type constant velocity universal joint also comprises an angle regulating member, wherein the angle regulating member comprises a distal end portion that enters the threaded hole and a proximal end portion press-fitted into the recessed portion, wherein the angle regulating member is configured to be retractable into the shaft in a press-fitting direction, wherein the angle regulating member is formed of a hollow member having a tapered shape, and an outer diameter of a distal end portion of the angle regulating member is set to be smaller than an inner diameter of the threaded hole of the outer joint member, and a gap is formed between the distal end portion of the angle regulating member and an inner peripheral surface of the threaded hole.
A method for manufacturing a reflector by 3D printing, the method comprising providing a filament of 3D printable material and printing during a printing stage said 3D printable material, to provide said reflector comprising 3D printed material, wherein the 3D printable material further comprises particles, wherein the particles comprise one or more of glass and mica, wherein the particles have a coating, wherein the coating comprises one or more of a metal coating and a metal oxide coating, and wherein the particles have a longest dimension having an longest dimension length selected from the range of 10 μm - 2 mm, and wherein the particles have an aspect ratio of at least 10, wherein the coating comprises a light reflective material, and wherein the 3D printable material comprises a polymeric material which is transparent to visible light.