mhurhangee/ep-ind-claims huggingface dataset:
Gripping handle intended to be assembled with a femoral rasp, the gripper handle capable of being gripped by a physician to imprint a movement allowing the femoral rasp to rasp a medullary canal of a femur and comprising, arranged on it, means for materializing the position of the femoral rasp relative to the femur, these materialization means comprising at least one support portion capable of coming opposite the vertex of the greater trochanter and at least one materialization portion capable of being immobilized relative to the gripping handle in the longitudinal direction of this handle, so as to materialize at least one point belonging to the tangent plane at the top of the greater trochanter when the support portion rests on the summit of the greater trochanter.
A method for receiving an uplink, UL, multi-user MU, Physical Protocol Data Unit, PPDU, of an access point, AP, in a wireless local area network, WLAN, system, the method comprising: transmitting, to a plurality of stations, STAs, a trigger frame including resource unit allocation information for orthogonal frequency division multiple access, OFDMA, transmission and STA identifiers, IDs, of the plurality of STAs; receiving a UL MU Physical Protocol Data Unit, PPDU, based on the trigger frame, wherein the UL MU PPDU includes a first legacy preamble and a first High Efficiency, HE, preamble, and the first HE preamble comprises a first HE-SIG-A field and a first HE-SIG-B field, and wherein the first HE-SIG-A field comprises first Transmission Opportunity, TXOP, duration information related to a first TXOP duration, and the first TXOP duration is set to include a time required to transmit the UL MU PPDU and the ACK frame; and transmitting an ACK frame of the UL MU PPDU. transmitting, to a plurality of stations, STAs, a trigger frame including resource unit allocation information for orthogonal frequency division multiple access, OFDMA, transmission and STA identifiers, IDs, of the plurality of STAs; receiving a UL MU Physical Protocol Data Unit, PPDU, based on the trigger frame, wherein the UL MU PPDU includes a first legacy preamble and a first High Efficiency, HE, preamble, and the first HE preamble comprises a first HE-SIG-A field and a first HE-SIG-B field, and wherein the first HE-SIG-A field comprises first Transmission Opportunity, TXOP, duration information related to a first TXOP duration, and the first TXOP duration is set to include a time required to transmit the UL MU PPDU and the ACK frame; and transmitting an ACK frame of the UL MU PPDU.
Coupling body for the plug connection of pipelines, in particular plastic pipelines, comprising a retaining screw having a screw shaft, on the front region of which in the screw-in direction an externally threaded section is formed, and the latter is adjoined counter to the screw-in direction by an actuating section, and wherein an inner passage opening extends through the retaining screw in an axial direction, wherein, in the passage opening, there is a contact shoulder directed radially inwards towards the longitudinal axis (X-X), on which shoulder there is arranged a retaining element, which is formed as a toothed disc or toothed ring, and an annular sealing element is supported behind the latter as viewed in the screw-in direction in a circumferential groove that is open towards the passage opening and that has a groove base and two opposite side walls (21, 22) ending at the groove base, wherein a sleeve-like spacer element is arranged between the retaining element and the annular sealing element, wherein the retaining element is retained in the axial direction between the front end side of the spacer element in the screw-in direction and the contact shoulder, and the front side wall of the circumferential groove in the screw-in direction is formed by the rear end face of the spacer element in the screw-in direction, characterized in that the sleeve-like spacer element has a length in the axial direction such that an indentation produced, when the retaining element is loaded, as a result of teeth of the retaining element being buried into a circumferential wall of the pipeline plugged into the passage opening is bridged by the spacer element in such a way that the annular sealing element makes contact in the region of the non-deformed pipe wall, and the sleeve-like spacer element, on its outer circumference, in its rear end region in the screw-in direction, has a circumferential retaining collar, as a result of which the spacer element is retained in the passage opening within an inner retaining groove that is open towards the passage opening.
Ski binding, preferably a cross-country ski binding, comprising a binding element which is displaceably mounted on a slide rail provided for being arranged on a ski and of which the arrangement, when viewed in the longitudinal direction of the slide rail, can be fixed in different positions by means of a latching device, the latching device having interlocking latching elements (3, 11) on the ski side and on the binding side in a locking position and the binding-side latching element having a lever element which is pivotable about a pivot axis such that, in a displacement position, the latching elements (3, 11) do not engage with one another and the binding element is displaceably mounted relative to the slide rail, characterised in that the binding element has an operating element having an oblique run-on surface, which operating element can be transferred between an open and a closed position, the oblique run-on surface of the operating element interacting with an oblique contact surface of the lever element when the operating element is transferred into the open position such that the lever element is moved out of the locking position.
A motion transducer apparatus, comprising: a case having an inner surface; a first cap that closes the case at a first end; a second cap that closes the case at a second end, the case inner surface, first cap and second cap defining a space within the case; at least one inner plate member separating the space into at least a first compartment and a second compartment within the case; a coil-magnet assembly that produces a signal when subjected to motion, the coil-magnet assembly disposed immediately within the case and in the first compartment, the coil-magnet assembly comprising at least a coil form, a magnet, and a pair of springs, wherein said coil form is coupled to the magnet, inner plate member and second cap or a second inner plate member (408,508) by said pair of springs to allow relative movement of the coil form and magnet; and an electronic circuit disposed within the second compartment that modifies the signal. a case having an inner surface; a first cap that closes the case at a first end; a second cap that closes the case at a second end, the case inner surface, first cap and second cap defining a space within the case; at least one inner plate member separating the space into at least a first compartment and a second compartment within the case; a coil-magnet assembly that produces a signal when subjected to motion, the coil-magnet assembly disposed immediately within the case and in the first compartment, the coil-magnet assembly comprising at least a coil form, a magnet, and a pair of springs, wherein said coil form is coupled to the magnet, inner plate member and second cap or a second inner plate member (408,508) by said pair of springs to allow relative movement of the coil form and magnet; and an electronic circuit disposed within the second compartment that modifies the signal.
A method for speed control of an engine of a motor vehicle with automatic transmission at the time of engaging a clutch of the vehicle when setting said vehicle in motion, characterised by the steps of: - requesting a desired clutch torque (T Cr); - determining current clutch torque (T C) of the clutch and determining a closing rate for the clutch at the time of engaging it; - determining the torque increase (T D) required for providing the engine speed increase required when engaging the clutch at said closure rate; - determining, on the basis of parameters comprising said current clutch torque (T C) and said torque increase (T D), a necessary engine torque (T En) for achieving said requested clutch torque (T Cr); - determining from said necessary engine torque (T En) for the engine a necessary engine speed (ω En) for achieving said requested clutch torque (T Cr); and - raising the engine speed (ω E) to the necessary engine speed (ω En) if the latter is greater than a predetermined engine speed (ω Ed). - requesting a desired clutch torque (T Cr); - determining current clutch torque (T C) of the clutch and determining a closing rate for the clutch at the time of engaging it; - determining the torque increase (T D) required for providing the engine speed increase required when engaging the clutch at said closure rate; - determining, on the basis of parameters comprising said current clutch torque (T C) and said torque increase (T D), a necessary engine torque (T En) for achieving said requested clutch torque (T Cr); - determining from said necessary engine torque (T En) for the engine a necessary engine speed (ω En) for achieving said requested clutch torque (T Cr); and - raising the engine speed (ω E) to the necessary engine speed (ω En) if the latter is greater than a predetermined engine speed (ω Ed).
A bonded nonwoven fabric for use as an absorbent layer in a wound dressing comprised of absorbent staple fibres, wherein the absorbent staple fibres comprise gelling fibres, and having bonding stripes of relatively high fibre entanglement density extending along the fabric and into the fabric from at least one face thereof, said stripes being transversely spaced from each other by regions of relatively lower fibre entanglement density wherein the width of the stripes at the face of the fabric is less than the width of said regions of lower fibre entanglement density as measured transversely to the stripes.
A variable vane system for a gas turbine engine, comprising: an actuator; a unison ring, the unison ring including a multiple of pins, wherein the unison ring is "U" shaped in cross-section; a multiple of supports that support the unison ring, the multiple of supports each being generally cross-shaped to support a multiple of rollers, the multiple of rollers operable to support the unison ring, wherein the multiple of rollers interact with an upper surface, a forward surface, and an aft surface of the unison ring; and a multiple of variable vanes driven by the unison ring, each of the multiple of variable vanes connected to the unison ring through a respective drive arm that includes a slot which receives one of the multiple of pins to accommodate axial motion of the unison ring, wherein, the system further comprises a harmonic drive driven by the actuator, wherein the unison ring is driven by the harmonic drive through a drive shaft. an actuator; a unison ring, the unison ring including a multiple of pins, wherein the unison ring is "U" shaped in cross-section; a multiple of supports that support the unison ring, the multiple of supports each being generally cross-shaped to support a multiple of rollers, the multiple of rollers operable to support the unison ring, wherein the multiple of rollers interact with an upper surface, a forward surface, and an aft surface of the unison ring; and a multiple of variable vanes driven by the unison ring, each of the multiple of variable vanes connected to the unison ring through a respective drive arm that includes a slot which receives one of the multiple of pins to accommodate axial motion of the unison ring, wherein, the system further comprises a harmonic drive driven by the actuator, wherein the unison ring is driven by the harmonic drive through a drive shaft.
A kit of parts comprising a base coat composition and a nail composition, wherein said base coat composition comprises: A. Water, B. An alcohol, preferably ethanol, and C. Polyvinyl alcohol, and wherein said nail composition comprises: a. Lactic acid, and b. At least one C1-C4 alkyl ester of lactic acid, malic acid, tartaric acid, citric acid, or a mixture of any of these. wherein said base coat composition comprises: A. Water, B. An alcohol, preferably ethanol, and C. Polyvinyl alcohol, A. Water, B. An alcohol, preferably ethanol, and C. Polyvinyl alcohol, and wherein said nail composition comprises: a. Lactic acid, and b. At least one C1-C4 alkyl ester of lactic acid, malic acid, tartaric acid, citric acid, or a mixture of any of these. a. Lactic acid, and b. At least one C1-C4 alkyl ester of lactic acid, malic acid, tartaric acid, citric acid, or a mixture of any of these.
Gas chromatography column comprising a substrate, a channel formed in said substrate, a cap closing said substrate and a stationary phase covering the walls of said channel, wherein said stationary phase is made of SiOxCyHz with x between 1 and 2, y between 0.8 and 3 and z between 2.5 and 4.5, the limits of the ranges being included, said stationary phase having a porosity of between 10% and 40%.
A conductive carbon material dispersion comprising a conductive carbon material-dispersing agent, a conductive carbon material, a crosslinking agent and a solvent, characterized in that the conductive carbon material-dispersing agent consists of a water-soluble polymer having pendant oxazoline rings which is obtained by the radical-polymerization of at least two monomers: (a) an oxazoline monomer having a polymerizable carbon-carbon double bond-containing group at position 2, and (b) a (meth)acrylic monomer having a hydrophilic functional group; the crosslinking agent comprises one or more selected from the group consisting of sodium polyacrylate, lithium polyacrylate, ammonium polyacrylate, sodium alginate and ammonium alginate, wherein the conductive carbon material is dispersed in the solvent. (a) an oxazoline monomer having a polymerizable carbon-carbon double bond-containing group at position 2, and (b) a (meth)acrylic monomer having a hydrophilic functional group; the crosslinking agent comprises one or more selected from the group consisting of sodium polyacrylate, lithium polyacrylate, ammonium polyacrylate, sodium alginate and ammonium alginate, wherein the conductive carbon material is dispersed in the solvent. the crosslinking agent comprises one or more selected from the group consisting of sodium polyacrylate, lithium polyacrylate, ammonium polyacrylate, sodium alginate and ammonium alginate, wherein the conductive carbon material is dispersed in the solvent.
Folding table, in particular for an aircraft, comprising a tabletop, a supporting device for the tabletop, a pull-out device for moving the supporting device for the tabletop from a substantially vertical stowing position into a substantially horizontal usage position via an in particular substantially vertical pull-out position, the pull-out device having a guiding device for guiding the supporting device between the stowing position and the pull-out position, characterized in that the supporting device has a supporting arm on each opposite side of the tabletop, the supporting arms being fixed to the bottom side of the tabletop, the guiding device having a substantially linear first guide track for a first guide element on the supporting device and a second guide track for a second guide element on the supporting device, which second guide track has a linear segment and an arcuate segment, the supporting device being slidable along the linear segment of the second guide track of the guiding device from the stowing position into the pull-out position and pivotable from the pull-out position into the usage position along the arcuate segment of the second guide track of the guiding device, the arcuate segment of the second guide track of the guiding device having a central angle of substantially 90°, the supporting device together with the tabletop attached thereto being pivoted by the same angle of substantially 90° when the second guide element is slid along the arcuate segment of the second guide track.
A fixator assembly structured for placement adjacent an ankle area of a patient, said fixator assembly comprising: a support assembly disposed adjacent the ankle area and structured to support at least one transfixion member in operative engagement with a predetermined portion of the ankle area, said support assembly including at least one base segment and at least one elongated contoured segment connected to said base segment, said at least one contoured segment including a contoured portion disposed along and extending transversely outward from the length of said one contoured segment and along the length of the ankle joint, and said at least one contoured segment being structured to dispose the at least one transfixion member at any one of a plurality of different orientations relative to the ankle area, said contoured portion comprising elongated, spaced apart leg members (231, 233) and a bridge member disposed in interconnecting relation to said leg members (231, 233), said bridge member and each of said leg members (231, 233) comprising a flat, substantially planar outer surface (231', 233', 235') extending along respective lengths thereof, and said contoured portion being structured to support and dispose at least one transfixion member at any one of a plurality of different orientations relative to the ankle area; characterized in that said contoured portion comprises a substantially angular, convergent configuration as the contoured portion extends or protrudes transversely outward from a remainder of the length of a corresponding one of the contoured segments (222, 222') and along the length or height of the ankle area, wherein said angular configuration is at least partially defined by an outwardly protruding, convergent configuration wherein each of the leg members (231, 233) of the contoured protrusion are arranged at a different angular orientation relative to one another and to the bridge member, and wherein the bridge member and/or the outer surface thereof is angularly inclined relative to each of the outer surfaces (231', 233') of the respective leg members (231, 233). a support assembly disposed adjacent the ankle area and structured to support at least one transfixion member in operative engagement with a predetermined portion of the ankle area,
A method performed by a wireless device for selecting a transmission setting in the wireless device to use for a Device-to-Device, D2D, transmission from the wireless device in a first frequency band, the method comprising: determining in a first case that there is not an interference risk from the D2D transmission with respect to a frequency band considered to be a critical frequency band if used as a communication band, due to out-of-band interference arising from D2D transmissions, and determining in a second case that there is an interference risk; in the first case, selecting a first transmission setting for the D2D transmission; and in the second case, selecting a second transmission setting for the D2D transmission, wherein, as compared to the first transmission setting, the second transmission setting is configured to reduce possible out-of-band interference arising from the D2D transmission. determining in a first case that there is not an interference risk from the D2D transmission with respect to a frequency band considered to be a critical frequency band if used as a communication band, due to out-of-band interference arising from D2D transmissions, and determining in a second case that there is an interference risk; in the first case, selecting a first transmission setting for the D2D transmission; and in the second case, selecting a second transmission setting for the D2D transmission, wherein, as compared to the first transmission setting, the second transmission setting is configured to reduce possible out-of-band interference arising from the D2D transmission.
A method for managing a battery module by means of an integrated battery management system of the battery module, comprising: - receiving data relating to one or more operational parameters of the battery module; - determining whether a first operational parameter of the one or more operational parameters violates a first threshold; and - transitioning the battery module from an operational mode to a sleep mode in response to a determination that the first operational parameter violates the first threshold, wherein transitioning the battery module from the operational mode to the sleep mode comprises controlling an internal switch of the battery module to prevent current flow from the battery module, wherein the method further comprises: - receiving a signal from a state of charge indicator externally coupled to the battery module, wherein the state of charge indicator is configured to send the signal to the battery module in response to a change in state of a reset switch disposed on a housing of the state of charge indicator; - opening the internal switch of the battery module in response to the received signal if the internal switch is closed; and - closing the internal switch of the battery module in response to the received signal if the internal switch is open. - receiving data relating to one or more operational parameters of the battery module; - determining whether a first operational parameter of the one or more operational parameters violates a first threshold; and - transitioning the battery module from an operational mode to a sleep mode in response to a determination that the first operational parameter violates the first threshold, - receiving a signal from a state of charge indicator externally coupled to the battery module, wherein the state of charge indicator is configured to send the signal to the battery module in response to a change in state of a reset switch disposed on a housing of the state of charge indicator; - opening the internal switch of the battery module in response to the received signal if the internal switch is closed; and - closing the internal switch of the battery module in response to the received signal if the internal switch is open.
A method for dielectrically insulating an electrical active part wherein the electrical active part is arranged in a gas-tight housing comprising an insulating medium consisting of, consisting essentially of, or comprising a compound of general formula: R 1 R 2 R 3 C-NO 2 wherein R 1 is fluorine, R 2 is hydrogen, fluorine, alkyl, alkenyl, alkynyl, aryl, fluorosubstituted alkyl, fluorosubstituted alkenyl, fluorosubstituted alkynyl or fluorosubstituted aryl and R 3 is hydrogen, alkyl, alkenyl, alkynyl, aryl, fluorosubstituted alkyl, fluorosubstituted alkenyl, fluorosubstituted alkynyl or fluorosubstituted aryl.