mhurhangee/ep-ind-claims huggingface dataset:
Nuclear magnetic measuring device with a measuring device for carrying out nuclear magnetic measurements of a medium, wherein the measuring device comprises a control unit, a generator unit for generating excitation signals, a first conditioning unit for conditioning the excitation signals, an antenna unit for transmission of the conditioned excitation signals to the medium and for detecting reaction signals caused by the excitation signals in the medium, a second conditioning unit for conditioning the reaction signals, a receiving unit for receiving the conditioned reaction signals and a measuring signal path, wherein the measuring signal path comprises an excitation signal path and a reaction signal path, the excitation signal path leading the excitation signals from the generator unit via the first conditioning unit and the antenna unit to the medium and the reaction signal path leading the reaction signals from the medium via the antenna unit and the second conditioning unit to the receiving unit, wherein the antenna unit has an antenna signal path and the excitation signal path and the reaction signal path coincide in the antenna signal path, characterized in that the measuring device has a bypass signal path and a transmission unit, the bypass signal path and the transmission unit are connected to one another, and the transmission unit is designed for bi-directional transmission of signals between the bypass signal path and the antenna signal path, that a first changeover switch is arranged such that, in a first switching state, the generator unit is connected to the excitation signal path and, in a second switching state, the generator unit is connected to the bypass signal path, that a second changeover switch is arranged such that, in a first switching state, the receiving unit is connected to the reaction signal path and, in a second switching state, the receiving unit is connected to the bypass signal path, that the control unit is designed to first control the first changeover switch and the second changeover switch such that a part of the measuring signal path is bypassed by the bypass signal path and then to generate a test excitation signal with the generator unit, to receive a test reaction signal caused by the test excitation signal with the receiving unit, and to determine a property of the measuring signal path using the test excitation signal and the test reaction signal.
A vehicle, especially a motorcycle, especially a motor scooter, with - a stand element for supporting the vehicle in a parked state and - a parking brake, wherein the stand element is coupled mechanically to the parking brake such that by unfolding the stand element, the parking brake is engaged, characterised in that the stand element is coupled to the parking brake by a cable pull or by a Bowden cable and in that the parking brake is formed by a separate, mechanically actuatable brake device which functions exclusively as a parking brake. - a stand element for supporting the vehicle in a parked state and - a parking brake, wherein the stand element is coupled mechanically to the parking brake such that by unfolding the stand element, the parking brake is engaged, characterised in that the stand element is coupled to the parking brake by a cable pull or by a Bowden cable and in that the parking brake is formed by a separate, mechanically actuatable brake device which functions exclusively as a parking brake.
A redispersible polymer powder composition comprising: (a) at least one epoxy resin; (b) at least one vinyl ester polymer selected from (i) a vinyl ester homopolymer, (ii) vinyl ester copolymers comprising in polymerized form only vinyl ester monomers, and (iii) ethylene/vinyl ester copolymers comprising in polymerized form ethylene and vinyl ester monomer(s) and optional ethylenically unsaturated comonomers which are not vinyl esters; and (c) at least one nonionic surfactant having a molecular weight within the range of from 1,000 to 7,000 Daltons which is different from an alkyl polyglycol ether or alkylaryl polyglycol ether having 8 to 40 ethylene oxide units. (a) at least one epoxy resin; (b) at least one vinyl ester polymer selected from (i) a vinyl ester homopolymer, (ii) vinyl ester copolymers comprising in polymerized form only vinyl ester monomers, and (iii) ethylene/vinyl ester copolymers comprising in polymerized form ethylene and vinyl ester monomer(s) and optional ethylenically unsaturated comonomers which are not vinyl esters; and (i) a vinyl ester homopolymer, (ii) vinyl ester copolymers comprising in polymerized form only vinyl ester monomers, and (iii) ethylene/vinyl ester copolymers comprising in polymerized form ethylene and vinyl ester monomer(s) and optional ethylenically unsaturated comonomers which are not vinyl esters; and (c) at least one nonionic surfactant having a molecular weight within the range of from 1,000 to 7,000 Daltons which is different from an alkyl polyglycol ether or alkylaryl polyglycol ether having 8 to 40 ethylene oxide units.
A lock applicable to a portable container, such as a suitcase, trunk and the like, that has a first half- shell and a second half-shell, the lock comprising at least one clamp which in mounted position is articulated, substantially with a first end, to a first half-shell of a suitcase, said clamp being able to rotate from a closure configuration of the suitcase, in which a lip that protrudes from said clamp abuts elastically against a protrusion formed along a second half-shell of the suitcase, to fasten said first half-shell to said second half-shell, to an opening configuration of the suitcase, in which said lip is disengaged from said protrusion, and vice versa, characterized in that it comprises an arm, which is articulated to said clamp and has, at a first end portion thereof, a curved tab that can engage elastically by interlocking with said protrusion at said closure configuration, in order to reinforce the fastening of said first half-shell to said second half-shell, said arm being manually actuatable to disengage said tab from said protrusion, independently of said clamp.
A system for generating an acoustic transfer function, wherein the acoustic transfer function is a transfer function from one acoustic source to a reproduction area, the system comprising: - a deduction module adapted to subtract a free-field part from an input signal, thereby obtaining a measured corrective sound field part; - an estimation module adapted to calculate an estimated corrective sound field part based on a weighted series of plane wave functions, and based on the measured corrective sound field part; and - a transfer function generation module adapted to generate the acoustic transfer function based on the estimated corrective sound field part and the free-field part. - a deduction module adapted to subtract a free-field part from an input signal, thereby obtaining a measured corrective sound field part; - an estimation module adapted to calculate an estimated corrective sound field part based on a weighted series of plane wave functions, and based on the measured corrective sound field part; and - a transfer function generation module adapted to generate the acoustic transfer function based on the estimated corrective sound field part and the free-field part.
A computer-executable method for forwarding named packets, the method comprising: receiving a named packet with an express header, wherein the named packet includes a payload and a name which identifies the payload; and wherein the express header includes a content identifier, a global forwarding identifier, and a local forwarding identifier; wherein the content identifier uniquely represents an interest corresponding to the name; wherein the global forwarding identifier is a hash based on a subset of the name components, and includes forwarding information to facilitate global forwarding; and wherein the local forwarding identifier is a hash derived from the name, and includes forwarding information to facilitate local forwarding; and making a forwarding decision for the packet based on the content identifier, the global forwarding identifier, and optionally the local forwarding identifier, wherein the name is a hierarchically structured variable-length identifier, HSVLI, wherein the packet is an interest in a piece of content corresponding to the name; wherein the content identifier is a hash derived based on the entire name and optionally additional information in the packet. receiving a named packet with an express header, wherein the named packet includes a payload and a name which identifies the payload; and wherein the express header includes a content identifier, a global forwarding identifier, and a local forwarding identifier; wherein the content identifier uniquely represents an interest corresponding to the name; wherein the global forwarding identifier is a hash based on a subset of the name components, and includes forwarding information to facilitate global forwarding; and wherein the local forwarding identifier is a hash derived from the name, and includes forwarding information to facilitate local forwarding; and making a forwarding decision for the packet based on the content identifier, the global forwarding identifier, and optionally the local forwarding identifier, wherein the name is a hierarchically structured variable-length identifier, HSVLI, wherein the packet is an interest in a piece of content corresponding to the name; wherein the content identifier is a hash derived based on the entire name and optionally additional information in the packet.
An electroporation device for injecting a product into an eye, said device comprising: - a first part comprising a rim having the shape of a circle or of an arc of a circle, said circle having an axis X and a radius of greater than 5 mm and of less than 8 mm, so as to substantially correspond to the radius of the limbus of the eye, - a second part mobile relative to the first part and guided by said first part, said second part comprising an invasive first electrode comprising at least one needle having a length greater than 2 mm, the first electrode being designed to be connected electrically to a first terminal of an electrical generator, characterised in that the second part is guided in translation, relative to the first part, along a direction corresponding to the direction of the invasive needle of the first electrode, wherein the angle δ between a needle of the first electrode and a plane perpendicular to the axis X is less than 15°. - a first part comprising a rim having the shape of a circle or of an arc of a circle, said circle having an axis X and a radius of greater than 5 mm and of less than 8 mm, so as to substantially correspond to the radius of the limbus of the eye, - a second part mobile relative to the first part and guided by said first part, said second part comprising an invasive first electrode comprising at least one needle having a length greater than 2 mm, the first electrode being designed to be connected electrically to a first terminal of an electrical generator, characterised in that the second part is guided in translation, relative to the first part, along a direction corresponding to the direction of the invasive needle of the first electrode,
A method of automatically controlling a transmission of a wheel loader 100 which includes an engine, a transmission 120 connected to the engine, and a transmission control unit 110 for controlling the transmission, the method comprising: receiving information including an engine of revolution per minute, a transmission load, and a travel speed from a plurality of sensors 122; receiving information about a bucket position; checking whether a combination of the information received from the sensors 122 and the bucket position information satisfies a predetermined condition S118; and performing an automatic kickdown from shift stage 2 to shift stage 1 by driving a clutching means 124 in the transmission 120, when the predetermined condition is satisfied, characterized in that the checking, the predetermined condition S118 is satisfied when the transmission load is lower than a first predetermined reference value, the engine of revolution per minute is lower than a second predetermined reference value, the travel speed is lower than a third predetermined reference value, and the bucket is positioned at position that is below a predetermined position. receiving information including an engine of revolution per minute, a transmission load, and a travel speed from a plurality of sensors 122; receiving information about a bucket position; checking whether a combination of the information received from the sensors 122 and the bucket position information satisfies a predetermined condition S118; and performing an automatic kickdown from shift stage 2 to shift stage 1 by driving a clutching means 124 in the transmission 120, when the predetermined condition is satisfied, characterized in that the checking, the predetermined condition S118 is satisfied when the transmission load is lower than a first predetermined reference value, the engine of revolution per minute is lower than a second predetermined reference value, the travel speed is lower than a third predetermined reference value, and the bucket is positioned at position that is below a predetermined position.
A surgical access device comprising: an elongate tubular member having proximal and distal regions (24, 22), the elongate tubular member defining a passage therethrough; a balloon anchor disposed in the distal region of the elongate tubular member, the balloon anchor including an expandable portion, a first portion of the balloon anchor extending proximally along an outer surface of the elongate tubular member; a valve assembly disposed in the proximal region of the elongate tubular member, the valve assembly fluidly coupled to the balloon anchor; and a disc slidably disposed on the elongate tubular member; characterized by a first blade having a first sharpened edge, the first blade slidably disposed in the disc and transitionable between a retracted position and an extended position, the first sharpened edge configured to penetrate the first portion of the balloon anchor. an elongate tubular member having proximal and distal regions (24, 22), the elongate tubular member defining a passage therethrough; a balloon anchor disposed in the distal region of the elongate tubular member, the balloon anchor including an expandable portion, a first portion of the balloon anchor extending proximally along an outer surface of the elongate tubular member; a valve assembly disposed in the proximal region of the elongate tubular member, the valve assembly fluidly coupled to the balloon anchor; and a disc slidably disposed on the elongate tubular member; characterized by a first blade having a first sharpened edge, the first blade slidably disposed in the disc and transitionable between a retracted position and an extended position, the first sharpened edge configured to penetrate the first portion of the balloon anchor.
Dental implant (200, 400, 500) comprising an anchorage body, comprising a stem (205, 405, 505) bearing a thread (207, 407) engageable in a mandibular or maxillary site, an abutment (203, 403, 503) to which a dental crown is connectable, wherein said anchorage body (202, 402, 502) and said abutment (203, 403) are operatively connected to each other by means of a spherical connection, characterized in that said anchorage body (202, 402, 502) comprises a head portion (208, 408, 508) bearing on its top an internal site (228, 428) accessible through a central through opening for housing in said internal site (228, 428) a connection element (226, 426) of the implant (200, 400, 500) able to connect said abutment (203, 403, 503) to said anchorage body (202, 402, 502).
A method for mapping data in an optical transport network, characterized by comprising: mapping packet service data to a Super Optical Data Unit, ODUS, and mapping the ODUS to a Super Optical Transport Unit, OTUS,; and mapping the OTUS to a Super Optical Channel, OChS; wherein rates of the ODUS, the OTUS and the OChS are all N times of 100Gbit/s, a tributary slot size of the ODUS is 100Gbit/s, and N is a positive integer equal to or greater than 2. mapping packet service data to a Super Optical Data Unit, ODUS, and mapping the ODUS to a Super Optical Transport Unit, OTUS,; and mapping the OTUS to a Super Optical Channel, OChS; wherein rates of the ODUS, the OTUS and the OChS are all N times of 100Gbit/s, a tributary slot size of the ODUS is 100Gbit/s, and N is a positive integer equal to or greater than 2.
Case-type container, in particular for the accommodation of portable machine tools, comprising a tray-shaped base part and a container cover, which is assigned to the open top side of the base part and at the top of which a carrying handle having a U-shape is provided with a carrying web and two holding legs (13, 14) projecting from the carrying web with mutual spacing, wherein the holding legs (13, 14) are pivotably mounted on the container cover at their end regions (15, 16) opposite the carrying web, so that the carrying handle can be pivoted between a position of non-use, in which it lies on the container cover, and a carrying position, in which it stands up from the container cover, and wherein an accommodating chamber open at the top of the container cover is provided on the container cover for accessories and/or other parts, in particular small parts, the accommodating chamber having a closing cover movable between a closed position in which it closes the accommodating chamber and an open position allowing access to the accommodating chamber, wherein the accommodating chamber and the closing cover are partially enclosed by the carrying handle in the position of non-use of the carrying handle as viewed from the top by engaging with the U formed by the carrying handle.
A gas barrier layered product, comprising a base material and a layer stacked on at least one surface of the base material, wherein the layer is formed of a composition comprising: a hydrolyzed and condensed product of at least one compound containing a metal atom to which at least one group selected from a halogen atom and an alkoxy group is bonded; a neutralized product of a polymer containing at least one functional group selected from a carboxyl group and a carboxylic anhydride group; and a compound, and wherein a metal ion having a valence of two or more neutralizes at least 40 mol% of the -COO- group contained in the at least one functional group, the compound comprises at least one compound in which an organic group having at least one group, selected from a halogen atom, mercapto group and hydroxyl group, further bonded to the metal atom, the compound is a compound bonding to both the -COO- group contained in the at least one functional group and a group on the surface of the hydrolyzed and condensed product, wherein a group on the surface of the hydrolyzed and condensed product to which the compound bonds is at least one group selected from a group consisting of hydroxyl group, an alkoxy group and a halogen atom, and wherein the compound is a titanium compound and/or a zirconium compound with a a first atomic group for bonding to the hydroxyl groups, the alkoxy groups or the halogen atoms on the surface of the hydrolyzed and condensed product and with a second atomic group for bonding to the -COO- groups contained in the carboxylic acid containing polymer.
A diamond polycrystal, wherein a value of a ratio (d'/d) of d' to d is less than or equal to 0.98 in a Vickers hardness test performed under a condition defined in JIS Z 2244:2009 and at a temperature of 23°C±5°C, where the d represents a length of a diagonal line of a first Vickers indentation formed in a surface of the diamond polycrystal when a Vickers indenter with a test load of 4.9 N is pressed onto the surface of the diamond polycrystal, and the d' represents a length of a diagonal line of a second Vickers indentation remaining in the surface of the diamond polycrystal after releasing the test load.
Support device for supporting at least one person located on it, comprising: - a rigid frame, which comprises a plurality of load-bearing elements and a plurality of supporting elements, in the supporting elements other components of the support device being supported and each supporting element being rigidly connected to at least one load-bearing element; - fixing means (2a,2b) for fixing, in an unlockable way if needed and in a manner that the longitudinal axis of the rigid frame is parallel to the ride direction of the motor vehicle, the rigid frame to the roof bars of a motor vehicle; - a plurality of rotatable arms, each of which is hinged at one of its ends in a specific supporting element of the rigid frame and is rotatable from a rest position, in which its other end which is free is close to the rigid frame, into an operating position, in which its free end is far from the rigid frame, and vice versa; - locking means (4a,4b), for locking the rotatable arms in the operating position; - a cloth, on which said at least one person can be supported and which has connection means by which it is connectable to the free ends, characterised in that the direction of longitudinal extension of each supporting element is not parallel to the longitudinal axis of the rigid frame and in that each rotatable arm is made up of two sections inclined with respect to each other. - a rigid frame, which comprises a plurality of load-bearing elements and a plurality of supporting elements, in the supporting elements other components of the support device being supported and each supporting element being rigidly connected to at least one load-bearing element; - fixing means (2a,2b) for fixing, in an unlockable way if needed and in a manner that the longitudinal axis of the rigid frame is parallel to the ride direction of the motor vehicle, the rigid frame to the roof bars of a motor vehicle; - a plurality of rotatable arms, each of which is hinged at one of its ends in a specific supporting element of the rigid frame and is rotatable from a rest position, in which its other end which is free is close to the rigid frame, into an operating position, in which its free end is far from the rigid frame, and vice versa; - locking means (4a,4b), for locking the rotatable arms in the operating position; - a cloth, on which said at least one person can be supported and which has connection means by which it is connectable to the free ends, characterised in that the direction of longitudinal extension of each supporting element is not parallel to the longitudinal axis of the rigid frame and in that each rotatable arm is made up of two sections inclined with respect to each other.