mhurhangee/ep-ind-claims huggingface dataset:
Cannulation device for providing an access to a patient through a skin of the patient, comprising a puncture needle with a needle tip for puncturing the skin of the patient and a cannula characterized in that the puncture needle is movably connected to the cannula, wherein the puncture needle is movable between a puncture position, wherein the needle tip protrudes out of the cannula, and a safety position, wherein the needle tip is arranged inside the cannula, wherein the puncture needle is secured to a needle holder and the cannula is secured to a cannula holder, wherein the needle holder is movably mounted at the cannula holder, wherein the needle holder and the cannula holder each comprise at least one connecting element (134, 144a, 144b), wherein the at least one connecting element of the needle holder and the at least one connecting element (144a, 144b) of the cannula holder are adapted to cooperate with each other such as to secure the needle holder with respect to the cannula holder and to hold the puncture needle in the safety position.
A method comprising: determining, by a base station, that a first reference signal configured for a beam failure detection overlaps in at least one symbol with a second reference signal; and based on the first reference signal being configured for the beam failure detection, and the first reference signal and the second reference signal not being quasi co-located: transmitting the first reference signal configured for the beam failure detection; and dropping transmission of the second reference signal. determining, by a base station, that a first reference signal configured for a beam failure detection overlaps in at least one symbol with a second reference signal; and based on the first reference signal being configured for the beam failure detection, and the first reference signal and the second reference signal not being quasi co-located: transmitting the first reference signal configured for the beam failure detection; and dropping transmission of the second reference signal. transmitting the first reference signal configured for the beam failure detection; and dropping transmission of the second reference signal.
A load coupling device adapted for use with a power train the device comprising: a rotatable shaft (3 8); a first flange on a first end of the shaft, wherein the first flange is adapted when in use to couple to a first rotating shaft of a torque producing turbine or a torque driven electrical generator; a second flange on an opposite end of the shaft, wherein the shaft is adapted when in use to couple to a second rotating shaft of the other of the turbine and the generator, characterized in that: the first flange has a radially outer region extending radially outward from the load coupling, wherein the mass of the radially outer region is adjustable to shift a torsional natural frequency of the power train away from an operational condition of the power train, wherein the radially outer region is integral with the first flange, and the load coupling is adapted to be substituted for an existing load coupling in the power train. a rotatable shaft (3 8); a first flange on a first end of the shaft, wherein the first flange is adapted when in use to couple to a first rotating shaft of a torque producing turbine or a torque driven electrical generator; a second flange on an opposite end of the shaft, wherein the shaft is adapted when in use to couple to a second rotating shaft of the other of the turbine and the generator, characterized in that: the first flange has a radially outer region extending radially outward from the load coupling, wherein the mass of the radially outer region is adjustable to shift a torsional natural frequency of the power train away from an operational condition of the power train, wherein the radially outer region is integral with the first flange, and the load coupling is adapted to be substituted for an existing load coupling in the power train. the first flange has a radially outer region extending radially outward from the load coupling, wherein the mass of the radially outer region is adjustable to shift a torsional natural frequency of the power train away from an operational condition of the power train, wherein the radially outer region is integral with the first flange, and the load coupling is adapted to be substituted for an existing load coupling in the power train.
A clamping device comprising: a body; a clamp arm rotated relative to the body and configured to hold a workpiece between the clamp arm and a support structure to create a clamping state; a drive mechanism including a displacement body displaced linearly, and configured to rotate the clamp arm based on displacement of the displacement body; and a push mechanism disposed at a position facing the clamp arm or facing a rotation portion rotated in an integrated manner with the clamp arm, characterized in that the push mechanism is configured to come into contact with the displacement body to elastically push the displacement body toward the clamp arm or the rotation portion while the displacement body is displaced, wherein the displacement body includes a guide surface coming into contact with the clamp arm or the rotation portion to guide rotation of the clamp arm, and also to control the rotation of the clamp arm while the clamp arm is in the clamping state. a body; a clamp arm rotated relative to the body and configured to hold a workpiece between the clamp arm and a support structure to create a clamping state; a drive mechanism including a displacement body displaced linearly, and configured to rotate the clamp arm based on displacement of the displacement body; and a push mechanism disposed at a position facing the clamp arm or facing a rotation portion rotated in an integrated manner with the clamp arm, characterized in that the push mechanism is configured to come into contact with the displacement body to elastically push the displacement body toward the clamp arm or the rotation portion while the displacement body is displaced, wherein the displacement body includes a guide surface coming into contact with the clamp arm or the rotation portion to guide rotation of the clamp arm, and also to control the rotation of the clamp arm while the clamp arm is in the clamping state.
A medicament comprising a botulinum toxin for use in a method of treating headache in a medication overuse patient by local administration of the botulinum toxin, wherein the patient is not using a concurrent headache prophylaxis treatment, wherein a medication overuse patient takes an acute medication 15 or more days per month and at least twice a week in the week that they are experiencing the acute pain.
A wheel comprising: a main hub portion having an outer portion and an inner portion, the inner portion being spaced from the outer portion by a main hub sidewall (145a, 145b); a ring portion configured to engage the main hub portion so as to enclose the outer portion and the inner portion and create an enclosed void between the main hub portion and the ring portion; an exterior covering surrounding at least part of the main hub portion and the ring portion at the enclosed void; and characterized in that the ring portion comprises a flange extending into the enclosed void when the ring portion is secured to the main hub portion; and further characterized in that the main hub portion comprises a projection forming a recess which receives the flange when the ring portion is secured to the main hub portion. a main hub portion having an outer portion and an inner portion, the inner portion being spaced from the outer portion by a main hub sidewall (145a, 145b); a ring portion configured to engage the main hub portion so as to enclose the outer portion and the inner portion and create an enclosed void between the main hub portion and the ring portion; an exterior covering surrounding at least part of the main hub portion and the ring portion at the enclosed void; and characterized in that the ring portion comprises a flange extending into the enclosed void when the ring portion is secured to the main hub portion; and further characterized in that the main hub portion comprises a projection forming a recess which receives the flange when the ring portion is secured to the main hub portion.
A method for optical distance measurement, wherein the method comprises the emission of a plurality of measurement pulses, the reflection of emitted measurement pulses at at least one object and the receipt of reflected measurement pulses, wherein a sequence of measurement pulses is emitted, wherein the sequence comprises temporal pulse spacings between temporally successive measurement pulses, wherein each measurement pulse of the sequence has a temporal pulse width of T(Pulse), wherein the pulse spacings form a first set, characterized in that the first set is defined by {T(delay)+i ∗ T(Pulse): i is an element of the natural numbers between 0 and j}, wherein for all values of i it holds that: T(delay)+i ∗ T(Pulse)<(2T(delay)+2T(Pulse)), wherein the first set only comprises one element for all values of i between 0 and j, respectively, wherein T(delay) defines a pulse spacing base unit, and wherein T(delay)≥T(Pulse). wherein the method comprises the emission of a plurality of measurement pulses, the reflection of emitted measurement pulses at at least one object and the receipt of reflected measurement pulses, wherein a sequence of measurement pulses is emitted, wherein the sequence comprises temporal pulse spacings between temporally successive measurement pulses, wherein each measurement pulse of the sequence has a temporal pulse width of T(Pulse), wherein the pulse spacings form a first set, characterized in that the first set is defined by {T(delay)+i ∗ T(Pulse): i is an element of the natural numbers between 0 and j}, wherein for all values of i it holds that: T(delay)+i ∗ T(Pulse)<(2T(delay)+2T(Pulse)), wherein the first set only comprises one element for all values of i between 0 and j, respectively, wherein T(delay) defines a pulse spacing base unit, and wherein T(delay)≥T(Pulse).
A wave energy converter capable of floating on a body of water and moving in response to waves occurring in the body of water, the wave energy converter comprising a hull connected to a heave plate, characterized in that: the hull is formed from reinforced concrete; a plurality of connecting tendons extending between the hull and the heave plate; and a power take off attached to each connecting tendon; wherein the hull is formed from a plurality of wedge-shaped hollow sections; wherein each wedge-shaped hollow section has side mating faces, a first end wall, a second end wall, an inner circumferential wall, an outer circumferential wall, and a hollow interior cavity, and wherein a plurality of ducts extend circumferentially through the first and second end walls (30A, 30B); wherein the hull further includes at least one post-tensioning tendon extending through each of the plurality of circumferentially extending ducts in the first and second end walls (30A, 30B), the post-tensioning tendons stressed and anchored to a portion of the hull and connecting at least two adjacent wedge-shaped hollow sections together; and wherein when assembled to form the hull, the plurality of hollow sections define a hollow chamber within the assembled hull. the hull is formed from reinforced concrete; a plurality of connecting tendons extending between the hull and the heave plate; and a power take off attached to each connecting tendon; wherein the hull is formed from a plurality of wedge-shaped hollow sections; wherein each wedge-shaped hollow section has side mating faces, a first end wall, a second end wall, an inner circumferential wall, an outer circumferential wall, and a hollow interior cavity, and wherein a plurality of ducts extend circumferentially through the first and second end walls (30A, 30B); wherein the hull further includes at least one post-tensioning tendon extending through each of the plurality of circumferentially extending ducts in the first and second end walls (30A, 30B), the post-tensioning tendons stressed and anchored to a portion of the hull and connecting at least two adjacent wedge-shaped hollow sections together; and wherein when assembled to form the hull, the plurality of hollow sections define a hollow chamber within the assembled hull.
Method for constructing a removable stand, comprising - constructing a support structure of posts (6.i, 8.i) and trusses (10, 12.j, 14) that are positionable between the posts, and - positioning a floor element (4a - 4e) on the support structure, whereby - the floor element comprises a frame, a floor plate (46.k) and a plurality of floor levels (16.1, 16.2, 16.3) positioned behind each other and positioned at a distance in height, characterised in that the frame comprises U-profiles (48, 50) extending in a width direction and/or a depth direction of the floor element; in that the floor element is provided with loading buckets for housing the loaders of a hoisting device, for instance of a fork-lift truck or loading block of a hoisting crane, for positioning the floor element on the support structure and/or removing the floor element from the support structure, wherein the loading buckets extend in the U-profiles, and in that the floor element is positioned on the support structure in a substantially vertical downward direction by means of the hoisting device. - constructing a support structure of posts (6.i, 8.i) and trusses (10, 12.j, 14) that are positionable between the posts, and - positioning a floor element (4a - 4e) on the support structure, whereby - the floor element comprises a frame, a floor plate (46.k) and a plurality of floor levels (16.1, 16.2, 16.3) positioned behind each other and positioned at a distance in height,
A slide rail device for vehicle comprising: a lower rail which extends in a forward/rearward direction; an upper rail which is supported by said lower rail to be slidable in said forward/rearward direction; a locking mechanism which is provided between said upper rail and said lower rail and restricts or releases a restriction on sliding of said upper rail; a lock release lever which switches said locking mechanism between a slide restriction state and a slide restriction release state by rotating in a vertical direction and includes a rail-incorporated portion positioned between said upper rail and a bottom wall of said lower rail; a rotational contact portion which is formed on an upper surface of said rail-incorporated portion, contacts a ceiling plane of said upper rail and rotatably supports said lock release lever; and a biaser which is installed to said rail-incorporated portion and said upper rail and biases said rotational contact portion toward said ceiling plane. a lower rail which extends in a forward/rearward direction; an upper rail which is supported by said lower rail to be slidable in said forward/rearward direction; a locking mechanism which is provided between said upper rail and said lower rail and restricts or releases a restriction on sliding of said upper rail; a lock release lever which switches said locking mechanism between a slide restriction state and a slide restriction release state by rotating in a vertical direction and includes a rail-incorporated portion positioned between said upper rail and a bottom wall of said lower rail; a rotational contact portion which is formed on an upper surface of said rail-incorporated portion, contacts a ceiling plane of said upper rail and rotatably supports said lock release lever; and a biaser which is installed to said rail-incorporated portion and said upper rail and biases said rotational contact portion toward said ceiling plane.
A magnetic strip card, comprising: a card payload comprising a code key (CK1; CK2; 32a; 32b) for opening of an access control (16; 16a; 16b) encrypted with a short key (SKI; SK2) of the access control which thereby generates a partial encrypted card payload, the partial encrypted card payload encrypted with a Long Term Shared Key to provide a final encrypted card payload; wherein the short key is 24 bits and the Long Term Shared Key is 128 bits; wherein the short key is one of a plurality of short keys, wherein each short key is associated with one of a plurality of access controls in a short key / access control pair, and each individual short key is different for each short key / access control pair; and wherein the card payload comprises a plurality of the code keys (CK1; CK2; 32a; 32b) for each of a plurality of the access controls (16; 16a; 16b), each code key being encrypted with the short key of the respective access control to thereby generate the partial encrypted card payload, the partial encrypted card payload encrypted with the Long Term Shared Key to provide the final encrypted card payload. a card payload comprising a code key (CK1; CK2; 32a; 32b) for opening of an access control (16; 16a; 16b) encrypted with a short key (SKI; SK2) of the access control which thereby generates a partial encrypted card payload, the partial encrypted card payload encrypted with a Long Term Shared Key to provide a final encrypted card payload; wherein the short key is 24 bits and the Long Term Shared Key is 128 bits; wherein the short key is one of a plurality of short keys, wherein each short key is associated with one of a plurality of access controls in a short key / access control pair, and each individual short key is different for each short key / access control pair; and wherein the card payload comprises a plurality of the code keys (CK1; CK2; 32a; 32b) for each of a plurality of the access controls (16; 16a; 16b), each code key being encrypted with the short key of the respective access control to thereby generate the partial encrypted card payload, the partial encrypted card payload encrypted with the Long Term Shared Key to provide the final encrypted card payload.
A card comprising: a secure element which is capable of hosting a plurality of applications; an external interface (12, 14) configured to communicate between the secure element and an external card reader; a user interface having a user input element and a plurality of user-selectable modes, where each mode is associated with a number N of the applications, where N≥0; wherein the card is configured to allow a user to select one of the plurality of modes for use within a time-limited usage period, the card being configured to: detect operation of the user input element; indicate, via the user interface, a first mode of the plurality of modes in response to a detected operation of the user input element; select one of the plurality of modes for use during for the time-limited usage period; enable the external interface (12, 14) for the time-limited usage period; and disable the external interface (12, 14) at an end of the time-limited usage period, characterized in that the card is configured to: detect an end of a communication transaction between the card and the external card reader; and disable the at least one external interface (12, 14) when the end of the communication transaction has been detected. a secure element which is capable of hosting a plurality of applications; an external interface (12, 14) configured to communicate between the secure element and an external card reader; a user interface having a user input element and a plurality of user-selectable modes, where each mode is associated with a number N of the applications, where N≥0; detect operation of the user input element; indicate, via the user interface, a first mode of the plurality of modes in response to a detected operation of the user input element; select one of the plurality of modes for use during for the time-limited usage period; enable the external interface (12, 14) for the time-limited usage period; and disable the external interface (12, 14) at an end of the time-limited usage period, characterized in that the card is configured to: detect an end of a communication transaction between the card and the external card reader; and disable the at least one external interface (12, 14) when the end of the communication transaction has been detected. detect an end of a communication transaction between the card and the external card reader; and disable the at least one external interface (12, 14) when the end of the communication transaction has been detected.
Arc-quenching device for an electric switching apparatus with at least one switching point, whereby the arc-quenching device comprises at least one quenching element and at least two permanent magnets for influencing an arc that emerges during the switching process, whereby the arc is blown into the quenching element by a magnetic field that is created by the permanent magnets, whereby the permanent magnets form at the same time the quenching element and are arranged and polarized in a way that the arc is attracted by the permanent magnets and thereby sucked onto the permanent magnets and quenched by said permanent magnets, characterized in that the permanent magnets are each used as a quenching element and are polarized in the same direction and arranged in a way that the arc is attracted by the at least two permanent magnets that form quenching elements at the same time, and wherein the permanent magnets are designed as rod magnets and are enclosed, at least in the area that is exposed to the arc, each by a protection sleeve made of ceramic.
A pultrusion process for making a compact fiber unit, CFU, without a void in a closed interior space, comprising the steps of: first paying out a plurality of optical fibers; second wetting the plurality of the optical fibers with a first acrylate prepolymer resin; third grouping the wetted optical fibers tightly together, whereby the grouping step creates the closed interior space and the closed interior space is filled with the first acrylate prepolymer resin; fourth applying a second acrylate prepolymer resin onto the grouped optical fibers, wherein the first acrylate prepolymer resin and the second acrylate prepolymer resin are the same resin; and fifth curing the acrylate prepolymer resins to form the first and second acrylate resins (36, 37), wherein first to fifth steps are performed in series horizontally. first paying out a plurality of optical fibers; second wetting the plurality of the optical fibers with a first acrylate prepolymer resin; third grouping the wetted optical fibers tightly together, whereby the grouping step creates the closed interior space and the closed interior space is filled with the first acrylate prepolymer resin; fourth applying a second acrylate prepolymer resin onto the grouped optical fibers, wherein the first acrylate prepolymer resin and the second acrylate prepolymer resin are the same resin; and fifth curing the acrylate prepolymer resins to form the first and second acrylate resins (36, 37),
A sawing rope comprising a wire rope (212, 502, 550) with a polymer jacket (214, 504) covering said wire rope (200, 240, 270), abrasive elements (220, 280, 400, 410, 558) comprising a metal sleeve (216, 250, 310, 320, 340, 412, 552, 600) and an abrasive layer with abrasive particles (218, 404, 414), said sleeves (216, 250, 310, 320, 340, 412, 552, 600) being held by said polymer jacket (214, 504) for holding said abrasive elements (220, 280, 400, 410, 558) fixed at intervals along said sawing rope (200, 240, 270) characterised in that said sleeve (216, 250, 310, 320, 340, 412, 552, 600) comprises at least one connection (230, 260, 290) for closing said sleeve (216, 250, 310, 320, 340, 412, 552, 600) around said wire rope (212, 502, 550), said at least one connection (230, 260, 290) being a laser weld.
A strengthened glass panel for protecting a surface of a display device, comprising - a strengthened glass layer; - a laminate layer uniformly formed on the bottom surface of the strengthened glass layer; and - a separation layer configured to cover the laminate layer, wherein a printed layer is formed on the top surface of the strengthened glass layer. - a strengthened glass layer; - a laminate layer uniformly formed on the bottom surface of the strengthened glass layer; and - a separation layer configured to cover the laminate layer,