mhurhangee/patent-ind-claim-en huggingface dataset:
An expandable implant for bone restoration comprising: a first end element ; a second end element , the second end element positioned such that a longitudinal axis of the implant passes through a center of the first end element and a center of the second end element ; a plate movable in a first direction, a blade movable in a second direction; a first interconnecting element (162, 163A-B, 172, 173A-B, 462, 463A-B, 472, 473A-B, 562, 563A-B, 572, 573A-B, 763A-B) extending between the plate and at least one of the first end element and the second end element ; and a second interconnecting element (152A-B, 182A-B, 252A-B, 452A-B, 552A-B, 752A-B) extending between the blade and a first one of the first end element and the second end element ; wherein the implant is configured to be expanded from a collapsed position in which a length of the blade is substantially parallel to the longitudinal axis , to an expanded position in which the length of the blade is non-parallel to the longitudinal axis , characterized in that the second interconnecting element (152A-B, 182A-B, 252A-B, 452A-B, 552A-B, 752A-B) comprises an arm (152A-B, 182A-B) extending between the blade and the second one of the first end element and the second end element . a first end element ; a second end element , the second end element positioned such that a longitudinal axis of the implant passes through a center of the first end element and a center of the second end element ; a plate movable in a first direction, a blade movable in a second direction; a first interconnecting element (162, 163A-B, 172, 173A-B, 462, 463A-B, 472, 473A-B, 562, 563A-B, 572, 573A-B, 763A-B) extending between the plate and at least one of the first end element and the second end element ; and a second interconnecting element (152A-B, 182A-B, 252A-B, 452A-B, 552A-B, 752A-B) extending between the blade and a first one of the first end element and the second end element ; wherein the implant is configured to be expanded from a collapsed position in which a length of the blade is substantially parallel to the longitudinal axis , to an expanded position in which the length of the blade is non-parallel to the longitudinal axis , characterized in that the second interconnecting element (152A-B, 182A-B, 252A-B, 452A-B, 552A-B, 752A-B) comprises an arm (152A-B, 182A-B) extending between the blade and the second one of the first end element and the second end element .
Computer-implemented method for determining relevant individual parameters of at least one eye of a spectacle wearer for the calculation or optimisation of a spectacle lens for the at least one eye of the spectacle wearer, comprising the steps of: - providing individual refraction data of the at least one eye of the spectacle wearer; and - determining an individual eye model, in which at least -- a shape of an anterior corneal surface of a model eye ; -- a cornea-to-lens distance; -- parameters of the lens of the model eye; and -- a lens-retina distance are determined as parameters of the eye model on the basis of individual measured values for the eye of the spectacle wearer and/or on the basis of standard values and/or on the basis of the individual refraction data provided, in such a way that at least the determination of the lens-retina distance is performed by calculation from individual measured values and a priori determinations for other parameters of the eye model in such a way that the model eye has the individual refraction data provided. - providing individual refraction data of the at least one eye of the spectacle wearer; and - determining an individual eye model, in which at least -- a shape of an anterior corneal surface of a model eye ; -- a cornea-to-lens distance; -- parameters of the lens of the model eye; and -- a lens-retina distance -- a shape of an anterior corneal surface of a model eye ; -- a cornea-to-lens distance; -- parameters of the lens of the model eye; and -- a lens-retina distance
A portable device comprising: a case having a holding part ; a circuit board disposed in the case ; an elastic contact ; and an extending member extending toward an outside of the case in a first direction, the extending member having a rear end part on a same side as an end in a second direction opposite to the first direction, the rear end part being held in the holding part in the case , wherein the case has a wall disposed opposite to the rear end part , the elastic contact is held between the wall and the rear end part and urges the extending member in the first direction with an elastic force, and wherein the portable device further comprising an elastic sheet configured to cover the circuit board , wherein the elastic contact extends from an end of the elastic sheet in the first direction. a case having a holding part ; a circuit board disposed in the case ; an elastic contact ; and an extending member extending toward an outside of the case in a first direction, the extending member having a rear end part on a same side as an end in a second direction opposite to the first direction, the rear end part being held in the holding part in the case , wherein the case has a wall disposed opposite to the rear end part , the elastic contact is held between the wall and the rear end part and urges the extending member in the first direction with an elastic force, and wherein the portable device further comprising an elastic sheet configured to cover the circuit board , wherein the elastic contact extends from an end of the elastic sheet in the first direction.
Use of a housing device, which comprises an enveloping body delimiting an interior , and comprises a mounting support , in which use the enveloping body is or will be installed in a ground outside a building , wherein the mounting support is or will be arranged on the enveloping body , and wherein a fastening body is fastened to the mounting support on an upper side of the mounting support by screwing in a screw , wherein a hole , in which the screwed-in screw is arranged, is first inserted into the mounting support on site, characterized in that the mounting support is provided from a mounting support material which is a hard plastic, and the mounting support has a thickness of at least 2 cm and at most 20 cm at least in a mounting area, wherein the mounting area horizontally has an area of at least 40 cm 2 and at most 1 m 2 . which comprises an enveloping body delimiting an interior , and comprises a mounting support , in which use the enveloping body is or will be installed in a ground outside a building , wherein the mounting support is or will be arranged on the enveloping body , and wherein a fastening body is fastened to the mounting support on an upper side of the mounting support by screwing in a screw , wherein a hole , in which the screwed-in screw is arranged, is first inserted into the mounting support on site, characterized in that the mounting support is provided from a mounting support material which is a hard plastic, and the mounting support has a thickness of at least 2 cm and at most 20 cm at least in a mounting area, wherein the mounting area horizontally has an area of at least 40 cm 2 and at most 1 m 2 .
A case for a gas turbine engine , comprising: a core body, including: a longitudinally extending core flow path (C); a laterally extending bleed air duct coupling the core flow path in fluid communication with the external environment, the bleed air duct defined by a forward core case segment and an aft core case segment ; a structural member spanning the bleed air duct, coupling the forward core case segment to the aft core case segment ; and an electric heating element connected to the core body and in thermal communication with the structural member , characterised in that the structural member defines a structural member bore , wherein the heating element is seated in the bore . a core body, including: a longitudinally extending core flow path (C); a laterally extending bleed air duct coupling the core flow path in fluid communication with the external environment, the bleed air duct defined by a forward core case segment and an aft core case segment ; a structural member spanning the bleed air duct, coupling the forward core case segment to the aft core case segment ; and a longitudinally extending core flow path (C); a laterally extending bleed air duct coupling the core flow path in fluid communication with the external environment, the bleed air duct defined by a forward core case segment and an aft core case segment ; a structural member spanning the bleed air duct, coupling the forward core case segment to the aft core case segment ; and an electric heating element connected to the core body and in thermal communication with the structural member , characterised in that the structural member defines a structural member bore , wherein the heating element is seated in the bore .
Flow meter having a pipe section , a measuring unit, and a measuring channel which is inserted or respectively insertable in the pipe section of the flow meter and which can be attached to a pipe through which a fluid flows, wherein the measuring unit is held on the measuring channel , wherein the measuring unit has a measuring housing , a system adapter , and a measuring bar or coupling elements as well as at least two sensors , preferably ultrasonic sensors, which are spaced apart from each other, wherein the measuring bar or respectively the coupling elements accommodate at least one sensor , and wherein the coupling of the measuring signals into or respectively out of the fluid is performed via the measuring bar or respectively via the coupling elements , wherein the coupling elements or respectively the measuring bar is inserted flush into a peripheral wall of the measuring channel , and each coupling element or respectively the measuring bar has a coupling wedge which is inclined with respect to a measuring channel axis and on which at least one sensor rests, wherein the coupling elements or respectively the measuring bar are attached to the measuring housing by means of the system adapter carrying the measuring channel , and wherein the system adapter indirectly or directly carrying the sensors is configured such that it can be fastened to a flange of the pipe section accommodating the measuring channel , wherein the flange is arranged tangentially at the pipe section and encompasses a recess of the pipe section .
A ceramic-matrix composite airfoil for use in a gas turbine engine, suitable to form a vane assembly for a gas turbine engine, the assembly comprising an inner platform and an outer platform spaced apart from the inner platform to define a gas path therebetween, whereby the ceramic-matrix composite airfoil extends from the inner platform to the outer platform across the gas path , the airfoil characterized in that a core having an inner wrap and a ribbon that extends back and forth within an interior space formed by the inner wrap to form a plurality of radially spaced ribs that interconnect a pressure side with a suction side of the airfoil , and an overwrap that wraps around the core to form the pressure side and the suction side of the airfoil , wherein the ribbon comprises a first portion as well as a second portion, and the second portion of the ribbon extends across the interior of the inner wrap at a variable distance from the inner platform , wherein the ribbon includes at least one ply of ceramic containing reinforcement.
A composition comprising an acrylic pressure sensitive adhesive derived from the reaction product of: a) 30 percent by weight to 50 percent by weight of methyl acrylate, b) at least 40 percent by weight of a monomer comprising ethyl acrylate, propyl acrylate, butyl acrylate, or combinations thereof, c) 0.2 percent by weight to 5 percent by weight of acrylic acid, wherein the weight percentages are based on the total weight of the polymerizable mixture; and included in the polymerized mixture d) 0.1 percent by weight to 2 percent by weight with respect to the acrylic polymer of a crosslinking agent. a) 30 percent by weight to 50 percent by weight of methyl acrylate, b) at least 40 percent by weight of a monomer comprising ethyl acrylate, propyl acrylate, butyl acrylate, or combinations thereof, c) 0.2 percent by weight to 5 percent by weight of acrylic acid, wherein the weight percentages are based on the total weight of the polymerizable mixture; and included in the polymerized mixture d) 0.1 percent by weight to 2 percent by weight with respect to the acrylic polymer of a crosslinking agent.
A method for transmitting an ACK/NACK in a wireless communication system, the method performed by a wireless device comprising: receiving a radio resource control, RRC, message from a base station , the RRC message including a first resource configuration for a first physical uplink control channel, PUCCH, format and a second resource configuration for a second PUCCH format; receiving at least one downlink, DL, grant on a physical downlink control channel, PDCCH, from the base station , the DL grant including an ACK/NACK resource indicator, ARI; receiving at least one physical downlink shared channel, PDSCH, scheduled by the at least one DL grant; selecting one of the first PUCCH format and the second PUCCH format based on a payload size of at least one ACK/NACK for the at least one PDSCH; and transmitting the at least one ACK/NACK by using the selected PUCCH format, wherein: based on the first PUCCH format being selected, the ARI indicates a PUCCH resource used for the first PUCCH format in the first resource configuration, and based on the second PUCCH format being selected, the ARI indicates a PUCCH resource used for the second PUCCH format in the second resource configuration. receiving a radio resource control, RRC, message from a base station , the RRC message including a first resource configuration for a first physical uplink control channel, PUCCH, format and a second resource configuration for a second PUCCH format; receiving at least one downlink, DL, grant on a physical downlink control channel, PDCCH, from the base station , the DL grant including an ACK/NACK resource indicator, ARI; receiving at least one physical downlink shared channel, PDSCH, scheduled by the at least one DL grant; selecting one of the first PUCCH format and the second PUCCH format based on a payload size of at least one ACK/NACK for the at least one PDSCH; and transmitting the at least one ACK/NACK by using the selected PUCCH format, wherein: based on the first PUCCH format being selected, the ARI indicates a PUCCH resource used for the first PUCCH format in the first resource configuration, and based on the second PUCCH format being selected, the ARI indicates a PUCCH resource used for the second PUCCH format in the second resource configuration. based on the first PUCCH format being selected, the ARI indicates a PUCCH resource used for the first PUCCH format in the first resource configuration, and based on the second PUCCH format being selected, the ARI indicates a PUCCH resource used for the second PUCCH format in the second resource configuration.
A damper unit for being used as a part of a steering wheel, said damper unit comprising a buffer member including an elastic material; an upper support member supporting the buffer member from above; and a lower support member supporting the buffer member from below, wherein the buffer member includes a laterally protruding flange part which is configured so as to be sandwiched between the upper support member and the lower support member , and wherein a gap is formed between the flange part and at least one of the upper support member or the lower support member , characterized in that the gap is molded by a notch formed in the upper support member and/or the lower support member . wherein the buffer member includes a laterally protruding flange part which is configured so as to be sandwiched between the upper support member and the lower support member , and wherein a gap is formed between the flange part and at least one of the upper support member or the lower support member , characterized in that the gap is molded by a notch formed in the upper support member and/or the lower support member .
An optical device for imaging a first, object-side set (S1) of mutually parallel bundles of beams onto an image surface, comprising an optical beam expansion unit ; an optical rearrangement unit configured to rearrange the first set (S1) of mutually parallel bundles of beams while maintaining mutually parallelism so as to obtain a second set (S2) of mutually parallel bundles of beams; wherein the optical rearrangement unit may be controlled to set rearrangement of the second set (S2) of bundles of beams as compared to the first set (S1) of bundles of beams; and wherein the optical rearrangement unit comprises mechanically adjustable mirrors ; an optical element configured to direct the second set (S2) of one or more bundles of beams onto the optical beam expansion unit by means of bundling, so that the optical beam expansion unit is reached by a third set (S3) of bundles of beams, the optical beam expansion unit being configured to expand each bundle of beams of the third set (S3) so as to obtain a fourth set (S4) of expanded bundles of beams; and an optical imaging unit configured to image the fourth set (S4) of expanded bundles of beams onto the image surface . an optical beam expansion unit ; an optical rearrangement unit configured to rearrange the first set (S1) of mutually parallel bundles of beams while maintaining mutually parallelism so as to obtain a second set (S2) of mutually parallel bundles of beams; wherein the optical rearrangement unit may be controlled to set rearrangement of the second set (S2) of bundles of beams as compared to the first set (S1) of bundles of beams; and wherein the optical rearrangement unit comprises mechanically adjustable mirrors ; an optical element configured to direct the second set (S2) of one or more bundles of beams onto the optical beam expansion unit by means of bundling, so that the optical beam expansion unit is reached by a third set (S3) of bundles of beams, the optical beam expansion unit being configured to expand each bundle of beams of the third set (S3) so as to obtain a fourth set (S4) of expanded bundles of beams; and an optical imaging unit configured to image the fourth set (S4) of expanded bundles of beams onto the image surface .
Method for monitoring a plurality of systems with mechanically movable parts, preferably valve systems , which systems are preferably part of a technical plant, in particular production plant, wherein the systems each have at least one mechanically movable part , in particular a valve , comprising: a) acquisition of indicators, which are able to be used for a technical characterisation of a movement procedure of the respective mechanically movable part , by means of technical means embodied and intended for the acquisition of the indicators; b) transfer of the acquired indicators and a respective maintenance status of the respective mechanically movable part to an evaluation unit arranged outside the systems c) categorisation, by the evaluation unit of the systems allocated to the evaluation unit , d) comparison, by the evaluation unit , of the indicators which have been acquired and recorded in the evaluation unit with the acquired maintenance statuses, in order to determine, from a change in the maintenance status, the associated limit values for the indicators or a combination of indicators for the respective category of the respective system , and to record these in the evaluation unit , e) comparison of the acquired indicators with the limit values recorded in the evaluation unit , in order to determine a technical status of the respective system , f) continuous adaptation of the limit values for the indicators or a combination of indicators for each category of the respective system by the evaluation unit , in order to automatically improve a selectivity of the calculated limit values. a) acquisition of indicators, which are able to be used for a technical characterisation of a movement procedure of the respective mechanically movable part , by means of technical means embodied and intended for the acquisition of the indicators; b) transfer of the acquired indicators and a respective maintenance status of the respective mechanically movable part to an evaluation unit arranged outside the systems c) categorisation, by the evaluation unit of the systems allocated to the evaluation unit , d) comparison, by the evaluation unit , of the indicators which have been acquired and recorded in the evaluation unit with the acquired maintenance statuses, in order to determine, from a change in the maintenance status, the associated limit values for the indicators or a combination of indicators for the respective category of the respective system , and to record these in the evaluation unit , e) comparison of the acquired indicators with the limit values recorded in the evaluation unit , in order to determine a technical status of the respective system , f) continuous adaptation of the limit values for the indicators or a combination of indicators for each category of the respective system by the evaluation unit , in order to automatically improve a selectivity of the calculated limit values.
An oligonucleotide comprising a sequence of formula II: 5'-A+TG+GC+TG+TA+GACTG+T+T-3' wherein A, T, G and C are deoxyribonucleotide building blocks and wherein +G and +T are bridged nucleotide building blocks. wherein A, T, G and C are deoxyribonucleotide building blocks and wherein +G and +T are bridged nucleotide building blocks.
A computer apparatus for authenticating devices and data, and for use with Internet of Things, the computer apparatus configured to broker communications between a plurality of virtual devices , each virtual device being a proxy for one of a real device or a real requestor, and the plurality of virtual devices comprising at least one virtual device that is a proxy for a real device, the computer apparatus comprising: a registrar computer configured to communicate with said plurality of virtual devices and maintain a register of said plurality of virtual devices; and a data feed directory comprising entries indicating data feeds and/or resources available to virtual requestor devices acting as proxies for real requestors from the at least one virtualdevice acting as a proxy for a real device that is registered with the registrar computer . a registrar computer configured to communicate with said plurality of virtual devices and maintain a register of said plurality of virtual devices; and a data feed directory comprising entries indicating data feeds and/or resources available to virtual requestor devices acting as proxies for real requestors from the at least one virtualdevice acting as a proxy for a real device that is registered with the registrar computer .
A resin supply material which is used for molding a fiber-reinforced resin, the resin supply material comprising a continuous porous material and a resin, wherein the continuous porous material has a tensile strength σrt of 0.5 MPa or more at 23°C, and a tensile strength ratio σr of 0.5 or more, the tensile strength ratio σr being expressed by the following formula. σ r = σ mt / σ rt σmt: tensile strength of continuous porous material at 130°C