mhurhangee/ep-ind-claims huggingface dataset:
A Fe-Ga-Al-based magnetostrictive thin-sheet material, characterized in that, the raw materials of the magnetostrictive thin-sheet material is composed of the components according to the following general Formula: Fe 100-x-y-z Ga x Al y M z, wherein, x=15-25, y=1-1.5, and z=1-3; M is any one, two or more selected from V, Cr, Zr, Sb, Sn, Ti and SiC, and in that the thin-sheet material has a thickness of 0.03 mm to 0.95 mm. wherein, x=15-25, y=1-1.5, and z=1-3; M is any one, two or more selected from V, Cr, Zr, Sb, Sn, Ti and SiC, and in that the thin-sheet material has a thickness of 0.03 mm to 0.95 mm.
Composition for improving the implantation of mammalian embryos, comprising the supernatant of Fraction II+III and the Fraction V of the Cohn method wherein in said composition human serum albumin is between 90% and 96% of the total proteins in the composition, alfa and beta globulins are between 3.5% and 9.99% of the total proteins in the composition, and gamma globulin is between 0.01% and 0.5% of the total proteins in the composition wherein said HSA is at a final concentration of 50 mg/ml to 250 mg/ml.
A system for producing images, wherein the system comprises: - an input image providing unit (4, 6) for providing input images in which structures that are in fact spatially separated are represented in a spatially superimposed manner in at least one spatial direction, characterized in that - a neural network providing unit for providing a neural network which is adapted to produce, on the basis of input images in which structures that are in fact spatially separated are represented in a spatially superimposed manner in at least one spatial direction, output images in which the structures that are in fact spatially separated are represented in a spatially separated manner in the at least one spatial direction, - an image producing unit for producing images on the basis of the provided input images and the provided neural network. - an input image providing unit (4, 6) for providing input images in which structures that are in fact spatially separated are represented in a spatially superimposed manner in at least one spatial direction, characterized in that - a neural network providing unit for providing a neural network which is adapted to produce, on the basis of input images in which structures that are in fact spatially separated are represented in a spatially superimposed manner in at least one spatial direction, output images in which the structures that are in fact spatially separated are represented in a spatially separated manner in the at least one spatial direction, - an image producing unit for producing images on the basis of the provided input images and the provided neural network.
A method for wireless communication at user equipment, UE (115; 210, 215; 505; 605), comprising: determining (415; 1305; 1405) that a profile for vehicle-based sidelink communications supports packet duplication using a set of carrier frequencies; transmitting (420; 1310; 1410) a message to a base station that identifies the profile and the set of carrier frequencies; receiving (310; 425; 1315; 1415), via radio resource control, RRC, signaling, a configuration message from the base station that identifies a packet duplication configuration; determining one or more carrier frequencies for packet duplication based at least in part on the packet duplication configuration; and transmitting (315; 430; 1320; 1420) a request to the base station for resources to perform the vehicle-based sidelink communications, the request comprising one or more buffer status reports, BSRs, wherein each BSR identifies a carrier frequency of the one or more carrier frequencies for the BSR and a logical channel group identifier, LCGID, that identifies the BSR as being for packet duplication. determining (415; 1305; 1405) that a profile for vehicle-based sidelink communications supports packet duplication using a set of carrier frequencies; transmitting (420; 1310; 1410) a message to a base station that identifies the profile and the set of carrier frequencies; receiving (310; 425; 1315; 1415), via radio resource control, RRC, signaling, a configuration message from the base station that identifies a packet duplication configuration; determining one or more carrier frequencies for packet duplication based at least in part on the packet duplication configuration; and transmitting (315; 430; 1320; 1420) a request to the base station for resources to perform the vehicle-based sidelink communications, the request comprising one or more buffer status reports, BSRs, wherein each BSR identifies a carrier frequency of the one or more carrier frequencies for the BSR and a logical channel group identifier, LCGID, that identifies the BSR as being for packet duplication.
Method for controlling the height of the saddle of a two-wheeled vehicle, in particular a bicycle, wherein the two-wheeled vehicle has a saddle which is adjustable in height by means of an adjustment device (120, 650), wherein the height adjustment is carried out depending on the operating situation of the two-wheeled vehicle, characterized in that • a first starting signal is detected depending on an identified parking, transport and/or maintenance situation, and • depending on the first starting signal, the adjustment device (120, 650) is activated in such a manner that the height of the saddle is increased with respect to the frame of the two-wheeled vehicle, and • a second starting signal is detected depending on the first starting signal, and • depending on the second starting signal, the adjustment device (120, 650) is activated in such a manner that the height of the saddle is reduced with respect to the frame of the two-wheeled vehicle. • a first starting signal is detected depending on an identified parking, transport and/or maintenance situation, and • depending on the first starting signal, the adjustment device (120, 650) is activated in such a manner that the height of the saddle is increased with respect to the frame of the two-wheeled vehicle, and • a second starting signal is detected depending on the first starting signal, and • depending on the second starting signal, the adjustment device (120, 650) is activated in such a manner that the height of the saddle is reduced with respect to the frame of the two-wheeled vehicle.
Method for producing a pallet-free packaging unit comprising a plurality of items to be packaged that are stacked in a stack of goods, in which the items to be packaged are stacked such that at least two engagement regions for forks of a forklift truck are formed in at least one stack level, in which a holding layer is first placed on the stack of goods so as to cover the engagement regions and items to be packaged, which are provided adjacently thereto, and then the stack of goods is wrapped with a first film with the holding layer being interposed, the circumference of said film preferably initially being less than the circumference of the stack of goods and said film being stretched to a circumference that is greater than the circumference of the stack of goods before the stack of goods is wrapped, and being placed on the stack of goods with resilient circumferential stress, characterised in that, by turning the stack of goods that has been wrapped on one side such that the part of the stack of goods comprising the engagement regions moves downwards, the stack of goods is completed.
An engine abnormality detection device for detecting unevenness of a combustion state of each of a plurality of cylinders (2a, 2b, 2c, 2d) of a four-stroke engine, the engine abnormality detection device comprising: a rotation information acquisition part (12, 13) configured to obtain rotation information related to a rotation state of the engine; a frequency analysis part configured to perform frequency analysis of the rotation information, the frequency analysis part being configured to calculate a component of f Ne and a component f cyl through the frequency analysis of the rotation information, where Ne [rpm] is a rotation speed of the engine, f Ne [Hz] is a frequency of a single cycle of the engine, satisfying the following expression: f Ne = 1 2 ⋅ Ne 60, n cyl is the number of the cylinders (2a, 2b, 2c, 2d), and f cyl [Hz] is a frequency of pulsation of the engine, satisfying the following expression: f cyl = 1 2 ⋅ Ne 60 ⋅ n cyl; and a detection part configured to detect unevenness of exhaust energy of each cylinder on the basis of the component of f Ne and the component of f cyl. a rotation information acquisition part (12, 13) configured to obtain rotation information related to a rotation state of the engine; a frequency analysis part configured to perform frequency analysis of the rotation information, the frequency analysis part being configured to calculate a component of f Ne and a component f cyl through the frequency analysis of the rotation information, where Ne [rpm] is a rotation speed of the engine, f Ne [Hz] is a frequency of a single cycle of the engine, satisfying the following expression: f Ne = 1 2 ⋅ Ne 60, n cyl is the number of the cylinders (2a, 2b, 2c, 2d), and f Ne = 1 2 ⋅ Ne 60, n cyl is the number of the cylinders (2a, 2b, 2c, 2d), and f cyl [Hz] is a frequency of pulsation of the engine, satisfying the following expression: f cyl = 1 2 ⋅ Ne 60 ⋅ n cyl; and a detection part configured to detect unevenness of exhaust energy of each cylinder on the basis of the component of f Ne and the component of f cyl.
Honing device for honing an opening in a workpiece, comprising a honing tool with several radially deliverable honing elements distributed around the circumference of the honing tool, a joint rod or a coupling rod and a spindle, wherein the honing tool is either coupled to the spindle in an articulated manner via the joint rod or coupled rigidly to the spindle via the coupling rod, wherein the spindle is designed to be driven by means of a drive unit in such a way that the honing device is set into an oscillatory translational motion with superimposed rotational motion in relation to a workpiece, wherein the honing device includes a measuring device for measuring the diameter of the workpiece opening with at least one air measuring nozzle arranged on the honing tool, wherein the honing device further includes an electromechanical delivery system via which the honing elements can be delivered in the radial direction, wherein the delivery system comprises a force measuring unit and is designed to deliver the honing elements, with a predeterminable force, against an opening wall of the workpiece opening to be machined, as well as a signal converter which is designed to convert a pneumatic measurement signal registered via the air measuring nozzle into an electrical signal, wherein the signal converter is arranged on the honing device, in particular on the joint rod or the coupling rod or on the honing tool. wherein the honing device includes a measuring device for measuring the diameter of the workpiece opening with at least one air measuring nozzle arranged on the honing tool, wherein the honing device further includes an electromechanical delivery system via which the honing elements can be delivered in the radial direction, wherein the delivery system comprises a force measuring unit and is designed to deliver the honing elements, with a predeterminable force, against an opening wall of the workpiece opening to be machined, as well as a signal converter which is designed to convert a pneumatic measurement signal registered via the air measuring nozzle into an electrical signal, wherein the signal converter is arranged on the honing device, in particular on the joint rod or the coupling rod or on the honing tool.
A method of identifying pole slip of an electrical generator, in particular a synchronous generator, electrically connected to a power supply network, wherein a rotor of the generator is mechanically connected to an engine shaft of an internal combustion engine, in particular a gas engine, wherein the internal combustion engine is operated in a steady operating mode with a substantially constant mechanical rotational frequency (n), wherein the mechanical rotational frequency (n) of the engine shaft and an electrical rotational frequency (f) of the power supply network are detected or ascertained, characterised in that the mechanical rotational frequency (n) and the electrical rotational frequency (f) are converted to the same unit by calculation, wherein upon a deviation in the mechanical rotational frequency (n) from the electrical rotational frequency (f) of greater than a predeterminable threshold value during a predeterminable period of time a signal is output, wherein the signal is considered as a detected pole slip.
A cigar lighter, comprising: - a mounting ring insertable through a mounting opening for receiving the lighter; and - a socket insertable into the mounting ring, the socket having at least one cantilevered lance extending in a longitudinal direction of the socket and directed radially inwardly, the mounting ring having a cylindrical body with an inner surface, a rib being provided on the inner surface of the body so as to extend in a longitudinal direction, characterized by the rib being arranged in alignment with the lance of the socket so as to prevent the lance from extending radially outwardly in the direction of the mounting ring to a degree where the lance would deform and no longer provide electrical contact for the lighter or an electrical plug inserted into the lighter socket. - a mounting ring insertable through a mounting opening for receiving the lighter; and - a socket insertable into the mounting ring, the socket having at least one cantilevered lance extending in a longitudinal direction of the socket and directed radially inwardly, the mounting ring having a cylindrical body with an inner surface, a rib being provided on the inner surface of the body so as to extend in a longitudinal direction, characterized by the rib being arranged in alignment with the lance of the socket so as to prevent the lance from extending radially outwardly in the direction of the mounting ring to a degree where the lance would deform and no longer provide electrical contact for the lighter or an electrical plug inserted into the lighter socket.
A washing machine comprising: an integrated tub/drum (201, 202) that includes a drum main body that has a cylindrical or truncated conical shape, is configured to store water, hold or accommodate laundry, and rotate, and a plurality of hollow lifters that protrude or extend outward from a circumferential surface of the drum main body and inward from the circumferential surface of the drum main body; a hollow rotary shaft coupled to and/or penetrating one surface of the drum main body; a drain pipe in the integrated tub/drum (201, 202) through the hollow rotary shaft, which drain pipe bends downward, after penetrating through one vertical end surface of the drum main body, for being also adjacent to the vertical end and/or surface of the integrated tub/drum (201, 202) that has a relatively large area, configured to discharge water in the drum main body or the hollow lifters; characterized in that the washing machine further comprises a non-rotating, fixed shaft in the hollow space of the hollow rotary shaft supporting the drain pipe therein, wherein the plurality of hollow lifters includes a water collecting portion that extends or protrudes outward from the circumferential surface of the drum main body, and a lifting portion that extends or protrudes inward from the circumferential surface of the drum main body, and wherein the water collecting portions are longer than the lifting portions, and the water collecting portions are closer to the drain pipe than the lifting portions, and one end of the drain pipe extends into the water collecting portions of the hollow lifter. an integrated tub/drum (201, 202) that includes a drum main body that has a cylindrical or truncated conical shape, is configured to store water, hold or accommodate laundry, and rotate, and a plurality of hollow lifters that protrude or extend outward from a circumferential surface of the drum main body and inward from the circumferential surface of the drum main body; a hollow rotary shaft coupled to and/or penetrating one surface of the drum main body; a drain pipe in the integrated tub/drum (201, 202) through the hollow rotary shaft, which drain pipe bends downward, after penetrating through one vertical end surface of the drum main body, for being also adjacent to the vertical end and/or surface of the integrated tub/drum (201, 202) that has a relatively large area, configured to discharge water in the drum main body or the hollow lifters; characterized in that the washing machine further comprises a non-rotating, fixed shaft in the hollow space of the hollow rotary shaft supporting the drain pipe therein, wherein the plurality of hollow lifters includes a water collecting portion that extends or protrudes outward from the circumferential surface of the drum main body, and a lifting portion that extends or protrudes inward from the circumferential surface of the drum main body, and wherein the water collecting portions are longer than the lifting portions, and the water collecting portions are closer to the drain pipe than the lifting portions, and one end of the drain pipe extends into the water collecting portions of the hollow lifter.
An indoor unit of an air conditioner comprising: a cabinet including a front panel having an air inlet in a front thereof and brackets (214, 324); a picture frame panel mounted in front of the cabinet; and a link mechanism hinged both on the cabinet and the picture frame panel, wherein the link mechanism includes a rotatable link and a support link, wherein the support link is longer than the rotatable link, and wherein the support link and the rotatable link are hinged on the brackets (214, 324), characterized in that the rotatable link is positioned above the support link and in that the bracket having the support link hinged thereon includes an opened top side, a closed bottom side and a rail having the hinge of the support link placed therein for moving the support link along the rail. a cabinet including a front panel having an air inlet in a front thereof and brackets (214, 324); a picture frame panel mounted in front of the cabinet; and a link mechanism hinged both on the cabinet and the picture frame panel, wherein the link mechanism includes a rotatable link and a support link, wherein the support link is longer than the rotatable link, and wherein the support link and the rotatable link are hinged on the brackets (214, 324), characterized in that the rotatable link is positioned above the support link and in that the bracket having the support link hinged thereon includes an opened top side, a closed bottom side and a rail having the hinge of the support link placed therein for moving the support link along the rail.
A process for the manufacture of an acylated polymer composition comprising amylose and/or amylopectin, having a viscosity of equal to or greater than 77 mPas (10 w % in Triacetin at 30°C), which comprises (a) pre-treating a polymer composition comprising amylose and/or amylopectin with an aqueous phase comprising one additive chosen from the group consisting of at least one acid A having a pKa of equal to or less than 4.8 at 25°C and an enzyme, and additionally at least one salt and at least one polycarboxylic acid. (b) reacting the pre-treated polymer composition with an acylating agent to provide an acylated polymer composition comprising amylose and/or amylopectin, and optionally (c) reacting the acylated polymer composition obtained in step (b) with at least one acid A' with a pKa of equal to or less than 4.8 at 25°C, in the presence of water. (a) pre-treating a polymer composition comprising amylose and/or amylopectin with an aqueous phase comprising one additive chosen from the group consisting of at least one acid A having a pKa of equal to or less than 4.8 at 25°C and an enzyme, and additionally at least one salt and at least one polycarboxylic acid. (b) reacting the pre-treated polymer composition with an acylating agent to provide an acylated polymer composition comprising amylose and/or amylopectin, and optionally (c) reacting the acylated polymer composition obtained in step (b) with at least one acid A' with a pKa of equal to or less than 4.8 at 25°C, in the presence of water.
Cosmetic use of magnolia bark extract for reducing cellulite, characterized in that the magnolia bark extract is obtained by extracting the bark of Magnolia grandiflora and/or Magnolia officinalis.
A system for use in cardiac evaluation comprising: an electrode apparatus comprising a plurality of external electrodes to be disposed proximate a patient's skin; and a computing apparatus comprising processing circuitry, the computing apparatus operably coupled to the electrode apparatus and configured to: monitor electrical activity from tissue of a patient using a plurality of external electrodes to generate a plurality of electrical signals; filter at least one of the electrical signals of the plurality of electrical signals; detect at least one disturbance in the at least one electrical signal using the at least one filtered signal; and determine a temporal location of the at least one disturbance in the at least one electrical signal based on a time that the at least one filtered signal crosses a predetermined threshold, wherein the computing apparatus is further configured to remove the at least one disturbance, and wherein after removing the at least one disturbance, the computing apparatus is configured to use the electrical signals to determine a plurality of cardiac activation times. an electrode apparatus comprising a plurality of external electrodes to be disposed proximate a patient's skin; and a computing apparatus comprising processing circuitry, the computing apparatus operably coupled to the electrode apparatus and configured to: monitor electrical activity from tissue of a patient using a plurality of external electrodes to generate a plurality of electrical signals; filter at least one of the electrical signals of the plurality of electrical signals; detect at least one disturbance in the at least one electrical signal using the at least one filtered signal; and determine a temporal location of the at least one disturbance in the at least one electrical signal based on a time that the at least one filtered signal crosses a predetermined threshold, monitor electrical activity from tissue of a patient using a plurality of external electrodes to generate a plurality of electrical signals; filter at least one of the electrical signals of the plurality of electrical signals; detect at least one disturbance in the at least one electrical signal using the at least one filtered signal; and determine a temporal location of the at least one disturbance in the at least one electrical signal based on a time that the at least one filtered signal crosses a predetermined threshold, wherein the computing apparatus is further configured to remove the at least one disturbance, and wherein after removing the at least one disturbance, the computing apparatus is configured to use the electrical signals to determine a plurality of cardiac activation times.