mhurhangee/ep-ind-claims huggingface dataset:
A resonant element of a frequency selective surface, comprising: a plurality of poles (11, 12, 13) whose roots (11a, 12a, 13a) are connected to a central part and wherein each of the poles (11, 12, 13) extend in mutually different directions on an identical plane or on an identical curved surface to define tips (11b, 12b, 13b) at the distal ends thereof, wherein a pole width at each of the roots (11a, 12a, 13a) is narrower than a pole width at any position between each of the roots (11a, 12a, 13a) and the corresponding one of the tips (11b, 12b, 13b), and a pole width at each of the tips (11b, 12b, 13b) is narrower than the pole width at any position between each of the roots (11a, 12a, 13a) and the corresponding one of the tips (11b, 12b, 13b), each pole width being defined by a length of a line segment that is perpendicular, on the identical plane or on the identical curved surface, to a line segment connecting the centre of each of the roots (11a, 12a, 13a) to the centre of a corresponding one of the tips (11b, 12b, 13b) of the respective poles (11, 12, 13), such that the pole widths at the roots (11a, 12a, 13a) of the poles are constricted, the poles are tapered towards the tips (11b, 12b, 13b), and the pole widths are wider at the middle parts of the poles in comparison to those of the roots and the tips. a plurality of poles (11, 12, 13) whose roots (11a, 12a, 13a) are connected to a central part and wherein each of the poles (11, 12, 13) extend in mutually different directions on an identical plane or on an identical curved surface to define tips (11b, 12b, 13b) at the distal ends thereof, wherein a pole width at each of the roots (11a, 12a, 13a) is narrower than a pole width at any position between each of the roots (11a, 12a, 13a) and the corresponding one of the tips (11b, 12b, 13b), and a pole width at each of the tips (11b, 12b, 13b) is narrower than the pole width at any position between each of the roots (11a, 12a, 13a) and the corresponding one of the tips (11b, 12b, 13b), each pole width being defined by a length of a line segment that is perpendicular, on the identical plane or on the identical curved surface, to a line segment connecting the centre of each of the roots (11a, 12a, 13a) to the centre of a corresponding one of the tips (11b, 12b, 13b) of the respective poles (11, 12, 13), such that the pole widths at the roots (11a, 12a, 13a) of the poles are constricted, the poles are tapered towards the tips (11b, 12b, 13b), and the pole widths are wider at the middle parts of the poles in comparison to those of the roots and the tips.
A method of providing a via hole and routing structure, comprising the steps of: a) providing a substrate wafer having a front side and a back side, and having recesses and blind holes in the front side of the substrate wafer; b) applying an oxide layer on the front side field and in the recesses and blind holes; c) removing the oxide layer in the bottom of the blind holes; d) metallizing the blind holes and recesses to form routing structures and vias; e) planarizing the metallized substrate such that a portion of the oxide layer of the front side field between the routing structures remains and the metal in the recesses and the via holes is flush with the remaining portion of the oxide layer on the front side field, whereby a flat front side is provided; and f) removing material from the back side of the substrate wafer such that the metal in the via hole is exposed and flush with the back side of the substrate wafer, whereby a flat back side is provided. a) providing a substrate wafer having a front side and a back side, and having recesses and blind holes in the front side of the substrate wafer; b) applying an oxide layer on the front side field and in the recesses and blind holes; c) removing the oxide layer in the bottom of the blind holes; d) metallizing the blind holes and recesses to form routing structures and vias; e) planarizing the metallized substrate such that a portion of the oxide layer of the front side field between the routing structures remains and the metal in the recesses and the via holes is flush with the remaining portion of the oxide layer on the front side field, whereby a flat front side is provided; and f) removing material from the back side of the substrate wafer such that the metal in the via hole is exposed and flush with the back side of the substrate wafer, whereby a flat back side is provided.
A mobile terminal comprising: a first frame; a second frame slidably-movable with respect to the first frame in a first direction or in a second direction opposite to the first direction; a slide frame slidably-movable with respect to the second frame in the first direction or in the second direction; a flexible display including a first region coupled to the first frame, a second region coupled to the slide frame, and a third region positioned between the first region and the second region, wherein the third region is curved around the second frame; and a rolling plate comprising a first surface attached to the flexible display, a plurality of support bars extending in a third direction perpendicular to the first direction and arranged side by side in the first direction, and connectors such that each connector is positioned between two adjacent support bars among the plurality of support bars, wherein each connector comprises a rolling hole extending in the third direction, wherein a thickness, in a fourth direction perpendicular to the first and third directions, of each connector is less than a thickness in the fourth direction of a support bar among the plurality of support bars, and wherein the support bar and each connector comprise a same material. a first frame; a second frame slidably-movable with respect to the first frame in a first direction or in a second direction opposite to the first direction; a slide frame slidably-movable with respect to the second frame in the first direction or in the second direction; a flexible display including a first region coupled to the first frame, a second region coupled to the slide frame, and a third region positioned between the first region and the second region, wherein the third region is curved around the second frame; and a rolling plate comprising a first surface attached to the flexible display, a plurality of support bars extending in a third direction perpendicular to the first direction and arranged side by side in the first direction, and connectors such that each connector is positioned between two adjacent support bars among the plurality of support bars, wherein each connector comprises a rolling hole extending in the third direction, wherein a thickness, in a fourth direction perpendicular to the first and third directions, of each connector is less than a thickness in the fourth direction of a support bar among the plurality of support bars, and wherein the support bar and each connector comprise a same material.
A host system comprising at least one hardware processor configured to execute a virtual machine and a computer security program, wherein the at least one hardware processor is further configured to: in response to receiving a guest instruction for execution, determine whether executing the guest instruction within the virtual machine causes a violation of a memory access permission; and in response to determining whether executing the guest instruction causes the violation, when executing the guest instruction causes the violation: determine a result of applying an operator of the guest instruction to an operand of the guest instruction; write the result to a predetermined location accessible to the computer security program; suspend the execution of the guest instruction; and in response to suspending the execution of the guest instruction, switch to executing the computer security program, wherein the computer security program is configured to determine whether the violation is indicative of a computer security threat. in response to receiving a guest instruction for execution, determine whether executing the guest instruction within the virtual machine causes a violation of a memory access permission; and in response to determining whether executing the guest instruction causes the violation, when executing the guest instruction causes the violation: determine a result of applying an operator of the guest instruction to an operand of the guest instruction; write the result to a predetermined location accessible to the computer security program; suspend the execution of the guest instruction; and in response to suspending the execution of the guest instruction, switch to executing the computer security program, wherein the computer security program is configured to determine whether the violation is indicative of a computer security threat. determine a result of applying an operator of the guest instruction to an operand of the guest instruction; write the result to a predetermined location accessible to the computer security program; suspend the execution of the guest instruction; and in response to suspending the execution of the guest instruction, switch to executing the computer security program, wherein the computer security program is configured to determine whether the violation is indicative of a computer security threat.
Seat support for a chair, comprising - a base support part arranged to put up the seat support or to connect the seat support to a putting-up part; comprising - a seat support part arranged to mount a seat cushion on the seat support part, wherein - the seat support part is arranged between a first elastic element and a second elastic element, wherein - the first elastic element is supported on the base support part and the second elastic element is supported on a counter bearing, and having - a locking mechanism which is displaceable between a locking position and a release position and is arranged in order to a) lock an elastic displacement of the seat support part relative to the base support part in the locking position, and b) release the elastic displacement of the seat support part relative to the base support part in the release position, wherein - the locking mechanism abuts the seat support part in the locking position, wherein - the locking mechanism is held on the base support part, wherein - the locking mechanism comprises an axially displaceable locking ring which in the locking position abuts against the seat support part, characterised in that - the locking ring encompasses the first elastic element in an annular manner in the locking position, wherein - the locking ring is arranged at a distance from the first elastic element in the release position. - a base support part arranged to put up the seat support or to connect the seat support to a putting-up part; comprising - a seat support part arranged to mount a seat cushion on the seat support part, wherein - the seat support part is arranged between a first elastic element and a second elastic element, wherein - the first elastic element is supported on the base support part and the second elastic element is supported on a counter bearing, and having - a locking mechanism which is displaceable between a locking position and a release position and is arranged in order to a) lock an elastic displacement of the seat support part relative to the base support part in the locking position, and b) release the elastic displacement of the seat support part relative to the base support part in the release position, wherein a) lock an elastic displacement of the seat support part relative to the base support part in the locking position, and b) release the elastic displacement of the seat support part relative to the base support part in the release position, wherein - the locking mechanism abuts the seat support part in the locking position, wherein - the locking mechanism is held on the base support part, wherein - the locking mechanism comprises an axially displaceable locking ring which in the locking position abuts against the seat support part, characterised in that - the locking ring encompasses the first elastic element in an annular manner in the locking position, wherein - the locking ring is arranged at a distance from the first elastic element in the release position.
A communication device comprising: a first signal processing unit configured to generate a first signal; a second signal processing unit configured to generate a second signal including information regarding the first signal; and a communication unit configured to simultaneously transmit the first and second signals, wherein the communication device is configured to function as an access point in a wireless network, the first signal processing unit is configured to generate a beacon signal as the first signal, and the second signal processing unit is configured to generate a discovery signal including information regarding transmission of the beacon signal as the second signal, characterized in that the second signal processing unit is configured to generate the second signal that further includes at least one piece of information among a transmission length of the second signal, a transmission length of the first signal, and the number of times the second signal is repeated, and the communication unit 202 is configured to generate one orthogonal frequency division multiplexing signal in which the beacon signal and the discovery signal are allocated to different frequency channels and simultaneously to transmit the beacon signal and the discovery signal via said one orthogonal frequency division multiplexing signal. a first signal processing unit configured to generate a first signal; a second signal processing unit configured to generate a second signal including information regarding the first signal; and a communication unit configured to simultaneously transmit the first and second signals, wherein the communication device is configured to function as an access point in a wireless network, the first signal processing unit is configured to generate a beacon signal as the first signal, and the second signal processing unit is configured to generate a discovery signal including information regarding transmission of the beacon signal as the second signal, characterized in that the second signal processing unit is configured to generate the second signal that further includes at least one piece of information among a transmission length of the second signal, a transmission length of the first signal, and the number of times the second signal is repeated, and the communication unit 202 is configured to generate one orthogonal frequency division multiplexing signal in which the beacon signal and the discovery signal are allocated to different frequency channels and simultaneously to transmit the beacon signal and the discovery signal via said one orthogonal frequency division multiplexing signal.
Humidifier for humidifying medical gases, comprising a humidification module including a control unit, wherein the humidification module is adapted for receiving humidification chambers of different kinds, the different kinds of humidification chambers differ by their humidification concept; and wherein the humidification module is further adapted to sense and/or receive information upon connection of a humidification chamber related to the kind of chamber received, characterized in that the humidification concepts include pass-over humidification, counter-flow humidification, humidification by fluid contact by means of membranes, flash evaporation, bubble humidification and/or wick evaporation.
A microfluidic microparticle analysis device comprising an inlet, a main channel defining a main flow direction, an inlet manifold, a bypass channel of hydrodynamic resistance R bypass, a measuring channel of hydrodynamic resistance R measuring, the measuring channel having a cross-sectional dimension in the range of from 1 μm to 50 μm and further having a sensor system for detecting a particle, and an outlet in fluid communication with the bypass channel and the measuring channel, which inlet is in fluid communicatiown via the main channel with the inlet manifold providing parallel fluid communication with - the bypass channel, and - the measuring channel, wherein a flow distribution parameter X measuring = R measuring -1 ( R measuring -1 + R bypass -1) -1 is in the range of from 10 -6 to 0.25, and wherein the angle of the measuring channel relative to the main flow direction is in the range of 0° to 45°. - the bypass channel, and - the measuring channel,
A single mode optical fiber having a core step profile and a cabled cut-off wavelength of 1260 nm or less, comprising: - a core including at least two co-dopants and having a radius R 1 and an index difference Δn 1 with an outer optical cladding; - a first inner cladding having a radius R 2 and an index difference Δn 2 with the outer cladding; - a second, depressed, inner cladding having a radius R 3 and an index difference Δn 3 with the outer cladding of less than -3.10 -3, characterized in that the radial concentration of at least one of the core dopants varies continuously over the entire core region, wherein the radial variation of at least one core dopant concentration is such that its first derivative is proportional to the radial power fraction P(r) of the optical signal transmitted in the fiber. - a core including at least two co-dopants and having a radius R 1 and an index difference Δn 1 with an outer optical cladding; - a first inner cladding having a radius R 2 and an index difference Δn 2 with the outer cladding; - a second, depressed, inner cladding having a radius R 3 and an index difference Δn 3 with the outer cladding of less than -3.10 -3, characterized in that the radial concentration of at least one of the core dopants varies continuously over the entire core region, wherein the radial variation of at least one core dopant concentration is such that its first derivative is proportional to the radial power fraction P(r) of the optical signal transmitted in the fiber.
A method for self-calibrating a motion control system, comprising: providing, by a position detector associated with the motion control system position information of an armature; providing a motion directing calibration signal of pre-determined frequency content, to cause a motion control system to provide current to a plurality of phases of a multiphase motor, the multiphase motor comprising the armature; commutating current provided to the plurality of phases so that the net force with the pre-determined frequency content is zero if the actual position of the armature corresponds to the position information; and detecting motion, at the pre-determined frequency, of the armature resulting from the motion directing signal. providing, by a position detector associated with the motion control system position information of an armature; providing a motion directing calibration signal of pre-determined frequency content, to cause a motion control system to provide current to a plurality of phases of a multiphase motor, the multiphase motor comprising the armature; commutating current provided to the plurality of phases so that the net force with the pre-determined frequency content is zero if the actual position of the armature corresponds to the position information; and detecting motion, at the pre-determined frequency, of the armature resulting from the motion directing signal.
A source for feeding one or more gaseous precursors onto a surface of a substrate in order to process the substrate by way of subjecting the surface of the substrate being processed to alternately repetitive surface reactions of the precursors (A, B), said source comprising a gas feed member for feeding at least one or more precursors (A, B) onto the surface of the substrate, said gas feed member being adapted rotatable about a first rotation axis and said gas feed member is a cylindrical part comprising one or more elongated gas feed channels (8, 10, 14) extending in the direction of said first rotation axis for feeding one or more precursors (A, B) in a direction substantially transversal to said first rotation axis, characterized in that the source comprises one or more casings (30, 34, 38) provided around the gas feed member, the one or more casings (30, 34, 38) comprising a flow opening extending in the direction of the rotation axis for supplying gases (A, B, C) to the surface of the substrate.
A kit for monitoring a medical condition of a user related to arthritis and/or arthrosis, the kit comprising a pressure measuring device (100; 200) and an evaluating device, the pressure measuring device (100; 200) comprising: an elastic body (102; 202) defining a lumen (104; 204) filled with a compressible fluid, wherein the lumen (104; 204) is configured to be compressed by at least one body part of a user; a pressure detection device (112; 212) arranged at least partially within the lumen (104; 204), the pressure detection device (112; 212) being configured to detect at least one absolute pressure in the lumen (104; 204); generate a pressure signal based on the detected absolute pressure; and provide the pressure signal to the evaluating device for evaluating the pressure signal; and an energy source (112; 212) arranged within the elastic body (102; 202), preferably at least partially within the lumen (104; 204), the energy source (112; 212) being configured to provide electrical energy to at least the pressure detection device (112; 212); characterised in that the pressure measuring device (100; 200) and/or the evaluating device is configured to compare the detected absolute pressure with at least one predetermined lower absolute pressure value and to trigger a warning signal if the detected absolute pressure is less than the predetermined lower absolute pressure value. an elastic body (102; 202) defining a lumen (104; 204) filled with a compressible fluid, wherein the lumen (104; 204) is configured to be compressed by at least one body part of a user; a pressure detection device (112; 212) arranged at least partially within the lumen (104; 204), the pressure detection device (112; 212) being configured to detect at least one absolute pressure in the lumen (104; 204); generate a pressure signal based on the detected absolute pressure; and provide the pressure signal to the evaluating device for evaluating the pressure signal; and detect at least one absolute pressure in the lumen (104; 204); generate a pressure signal based on the detected absolute pressure; and provide the pressure signal to the evaluating device for evaluating the pressure signal; and an energy source (112; 212) arranged within the elastic body (102; 202), preferably at least partially within the lumen (104; 204), the energy source (112; 212) being configured to provide electrical energy to at least the pressure detection device (112; 212); characterised in that the pressure measuring device (100; 200) and/or the evaluating device is configured to compare the detected absolute pressure with at least one predetermined lower absolute pressure value and to trigger a warning signal if the detected absolute pressure is less than the predetermined lower absolute pressure value.