mhurhangee/ep-ind-claims huggingface dataset:
A training device (10, 100) comprising: a fulcrum (40, 400) placed at a center; four projections projecting (111,112,121,122) in different directions from the fulcrum (40, 400), each of the four projections (111,112,121,122) having, at least in a portion thereof, an elastic member that is bendable in a bending direction, wherein the training device (10, 100) is configured to be used to improve muscle strength by bending and stretching the elastic member, at least two of the four projections (111,112,121,122) have different degrees of elasticity in flexure as determined when a force is applied to a distal end of each of the at least two projections to bend the elastic member, the four projections (111,112,121,122) project in cross directions from the fulcrum (40, 400) at the center, and, characterized in that: the training device (10, 100) is a foot training device configured to be used to improve foot muscle strength; for each pair of projections (111,112,121,122) that oppose each other across the fulcrum (40, 400), the projections are arranged on a straight line, and none of the four projections (111,112,121,122) has an annular structure, into which a toe can be inserted. a fulcrum (40, 400) placed at a center; four projections projecting (111,112,121,122) in different directions from the fulcrum (40, 400), each of the four projections (111,112,121,122) having, at least in a portion thereof, an elastic member that is bendable in a bending direction, wherein the training device (10, 100) is configured to be used to improve muscle strength by bending and stretching the elastic member, at least two of the four projections (111,112,121,122) have different degrees of elasticity in flexure as determined when a force is applied to a distal end of each of the at least two projections to bend the elastic member, the four projections (111,112,121,122) project in cross directions from the fulcrum (40, 400) at the center, and, characterized in that: the training device (10, 100) is a foot training device configured to be used to improve foot muscle strength; for each pair of projections (111,112,121,122) that oppose each other across the fulcrum (40, 400), the projections are arranged on a straight line, and none of the four projections (111,112,121,122) has an annular structure, into which a toe can be inserted. the training device (10, 100) is a foot training device configured to be used to improve foot muscle strength; for each pair of projections (111,112,121,122) that oppose each other across the fulcrum (40, 400), the projections are arranged on a straight line, and none of the four projections (111,112,121,122) has an annular structure, into which a toe can be inserted.
A power conversion device comprising a converter for converting AC power to DC power, an inverter for converting the DC power to three-phase AC power at a given frequency and at a given voltage for output to an three-phase AC motor, a control unit for controlling the converter and the inverter, a capacitor connected across a DC-link between the converter and the inverter; and a voltage detector for detecting a capacitor voltage (Efc) between connection ends of the capacitor, wherein the control unit provides variable control on the capacitor voltage to the converter based on an inverter frequency (finv) and the capacitor voltage (Efc), and characterized in that the control unit controls an operation of the inverter by PWM control based on the invertor frequency (finv), a PWM modulation factor (m), and a pulse mode, and the control unit comprises a modulation factor computing unit adapted to compute the PWM modulation factor (m) depending on the inverter frequency (finv), wherein when the inverter frequency (finv) is at around one sixth of a resonance frequency of an apparatus which incorporates the power conversion device, in order to prevent higher vibrations and noises in the apparatus, the modulation factor computing unit fixes the PWM modulation factor (m) to a predetermined value within a range of 0.92 to 0.94.
A memory arrangement (400, 500) comprising a Printed Circuit Board, PCB, and at least two memory chips (M1, M2) arranged on the PCB, wherein the PCB comprises multiple layers including a center layer, and wherein a first memory chip is arranged on a first surface of the PCB; a second memory chip is arranged on a second surface of the PCB; characterized by that each memory chip (M1, M2) is symmetrical about a center axis such that a first half and second half of each memory chip divided by the center axis are mirror symmetric to each other with regards to pins function; the second memory chip is placed back to back to the first memory chip such that respective pins having the same function on the first memory chip and the second memory chip are placed opposite to each other; and respective pins having any of the functions address, command and clock on the first and the second memory chips are connected by Plated Through, PTH, vias, to respective signal traces arranged on the center layer of the PCB. a first memory chip is arranged on a first surface of the PCB; a second memory chip is arranged on a second surface of the PCB; characterized by that each memory chip (M1, M2) is symmetrical about a center axis such that a first half and second half of each memory chip divided by the center axis are mirror symmetric to each other with regards to pins function; the second memory chip is placed back to back to the first memory chip such that respective pins having the same function on the first memory chip and the second memory chip are placed opposite to each other; and respective pins having any of the functions address, command and clock on the first and the second memory chips are connected by Plated Through, PTH, vias, to respective signal traces arranged on the center layer of the PCB.
A user apparatus in a mobile communication system including a first base station, a second base station communicating with the first base station, and the user apparatus communicating with the first base station and the second base station, the user apparatus comprising: an obtaining unit configured to obtain from the second base station indication information which indicates an error correction processing operation performed between the first base station and the user apparatus; and a communication unit configured to communicate with the first base station by performing the error correction processing based on the indication information, characterized in that the indication information includes a number of processes used for the error correction processing, a timer value of round trip time used for error correction processing or an ACK/NACK transmission timing for each time division duplex, TDD, configuration. an obtaining unit configured to obtain from the second base station indication information which indicates an error correction processing operation performed between the first base station and the user apparatus; and a communication unit configured to communicate with the first base station by performing the error correction processing based on the indication information, characterized in that the indication information includes a number of processes used for the error correction processing, a timer value of round trip time used for error correction processing or an ACK/NACK transmission timing for each time division duplex, TDD, configuration.
A laminate for forming a web or a strip with loops, in particular the landing zone of a diaper, comprising: a non-woven element comprising at least one non-woven layer to an upper face of which has been applied at least one layer of ink in the form of patterns intended to be seen from above, at least one external textile layer from which loops project externally in order to engage with hooks of a selffastening hook and loop device, secured to the upper face of the at least one non-woven layer so as to thus form a strip or a web in the form of a laminate, in particular to form the "landing zone" of a diaper, characterized in that the at least one non-woven layer and/or the ink are chosen so that the ink penetrates into the non-woven layer, all of the layer of ink being received in the at least one non-woven layer and shows on the upper surface of the at least one non-woven layer. a non-woven element comprising at least one non-woven layer to an upper face of which has been applied at least one layer of ink in the form of patterns intended to be seen from above, at least one external textile layer from which loops project externally in order to engage with hooks of a selffastening hook and loop device, secured to the upper face of the at least one non-woven layer so as to thus form a strip or a web in the form of a laminate, in particular to form the "landing zone" of a diaper, characterized in that the at least one non-woven layer and/or the ink are chosen so that the ink penetrates into the non-woven layer, all of the layer of ink being received in the at least one non-woven layer and shows on the upper surface of the at least one non-woven layer.
A cutting insert (18, 118) for retention in a rotating cutting tool having an axis of rotation, the cutting insert comprising: two opposing end surfaces (28, 128) and a peripheral side surface extending therebetween, each end surface having a mutual first axis of symmetry passing through the end surfaces (28, 128) about which each end surface (28, 128) has N-fold rotational symmetry for some value of N where N is chosen from the group of 2, 3 and 4; a peripheral cutting edge (66, 166) formed at the junction between each end surface (28, 128) and the peripheral side surface, the peripheral edge comprising N curved cutting edges (32, 34; 132, 134) merging with N straight cutting edges (44, 50; 144, 150) which extend between the curved cutting edges (32, 34; 132, 134) at extremities thereof; wherein: the curved cutting edges (32, 34; 132, 134) of the two end surfaces (28, 128) do not overlap in an end view of the cutting insert (18, 118) along the first axis of symmetry; and characterised in that each of the N curved cutting edges (32, 34; 132, 134) lies on a torus. two opposing end surfaces (28, 128) and a peripheral side surface extending therebetween, each end surface having a mutual first axis of symmetry passing through the end surfaces (28, 128) about which each end surface (28, 128) has N-fold rotational symmetry for some value of N where N is chosen from the group of 2, 3 and 4; a peripheral cutting edge (66, 166) formed at the junction between each end surface (28, 128) and the peripheral side surface, the peripheral edge comprising N curved cutting edges (32, 34; 132, 134) merging with N straight cutting edges (44, 50; 144, 150) which extend between the curved cutting edges (32, 34; 132, 134) at extremities thereof; wherein: the curved cutting edges (32, 34; 132, 134) of the two end surfaces (28, 128) do not overlap in an end view of the cutting insert (18, 118) along the first axis of symmetry; and characterised in that each of the N curved cutting edges (32, 34; 132, 134) lies on a torus. the curved cutting edges (32, 34; 132, 134) of the two end surfaces (28, 128) do not overlap in an end view of the cutting insert (18, 118) along the first axis of symmetry; and characterised in that each of the N curved cutting edges (32, 34; 132, 134) lies on a torus.
Pile holder (10, 20) to be mounted on a vessel for installation of a pile adapted to support an offshore wind turbine, which pile holder is configured to support the pile in an upright position at a pile installation location outside a contour of the vessel, the pile holder comprising: - a pile holder structure to be mounted on the vessel; and - a plurality of pile engaging devices supported by the pile holder structure, the pile engaging devices each comprising a horizontal roller shaft with an associated roller for engaging and supporting the pile; wherein the pile holder allows a radial movement of the rollers towards and away from the pile; characterized in that the roller is tangentially movably supported in the respective pile engaging device along the roller shaft, allowing a tangential sideways displacement of the roller. - a pile holder structure to be mounted on the vessel; and - a plurality of pile engaging devices supported by the pile holder structure, the pile engaging devices each comprising a horizontal roller shaft with an associated roller for engaging and supporting the pile;
Collapsible flexible shoulder-carrying device comprising a dividable lumbar support with at least two support bars being attached to the lumbar support such that each is protruding near-horizontally from the point of attachment, the upper part of each support bar is rigid, and its lower part near the free end is pliable permitting it to be bent inwards against the lower part of the lumbar support thus creating an open arch between the lumbar support and the support bar, wherein each of said support bars has a through-going hole in one end for a rotatable attachment for width adjustment, a length- adjustable support strap with a fastener (13, 15) is secured to the free end of each support bar and is secured to the free end of the lumbar support so that the arch can be fastened in the desired position, a seat cover with a leg restraint in the lower part with at least one safety strap, and at least one support strap fastened to the upper part of the lumbar support.
A compact, low profile coaxial to printed wiring board interface comprising: an interface block comprising: an opening therein, the opening providing a passageway for an adapter; and a first surface of the interface block, adapted for connection to a printed wiring board; and an adapter having an inner profile for receiving a coaxial cable and an outer profile, the outer profile configured to align and mate with the opening of the interface block; characterized in that the adaptor extends from the first surface of the interface block through the passageway and extends out from an opposite second surface of the interface block; and a portion of the adapter positioned outside the interface block comprises a low profile such that the coaxial cable can be positioned away from a perpendicular to the interface block, and wherein the distance between the first surface of the interface block and an end of the adapter adapted to receive the coaxial cable is approximately 0.400 inches (∼10mm). an interface block comprising: an opening therein, the opening providing a passageway for an adapter; and a first surface of the interface block, adapted for connection to a printed wiring board; and an opening therein, the opening providing a passageway for an adapter; and a first surface of the interface block, adapted for connection to a printed wiring board; and an adapter having an inner profile for receiving a coaxial cable and an outer profile, the outer profile configured to align and mate with the opening of the interface block; characterized in that the adaptor extends from the first surface of the interface block through the passageway and extends out from an opposite second surface of the interface block; and a portion of the adapter positioned outside the interface block comprises a low profile such that the coaxial cable can be positioned away from a perpendicular to the interface block, and wherein the distance between the first surface of the interface block and an end of the adapter adapted to receive the coaxial cable is approximately 0.400 inches (∼10mm).
A composition, comprising an isolated aminoacyl-tRNA synthetase (AARS) polypeptide consisting of an amino acid sequence that is at least 90%, 95%, 98%, or 100% identical to SEQ ID NO:53 or a fragment of SEQ ID NO:53 which is 100 or more contiguous amino acids of SEQ ID NO:53, wherein the polypeptide or fragment has an extracellular signaling activity which is modulation of cytokine release and has a solubility of at least 5 mg/mL in water or PBS, and wherein the composition has a purity of at least 95% on a protein basis and less than 10 EU endotoxin / mg protein.
A calibration method for a camera-based measuring device for diagnosis of a human eye, said method comprising: positioning a calibration object simulating an anterior region of the eye on a holder which is arranged movably in a first direction relative to a camera of the measuring device within a view field of the camera, wherein the first direction is a direction toward and away from the camera substantially along a camera axis; firstly controlling a motorized drive unit, which is in drive connection with the holder, to drive the holder, with the calibration object positioned thereon in the camera view field, relative to the camera along the first direction at least once past a position of maximum definition of an image of the calibration object taken by the camera; and determining a ratio between an actual size and an imaging size of the calibration object on the basis of a camera image of the calibration object taken at the position of maximum definition. positioning a calibration object simulating an anterior region of the eye on a holder which is arranged movably in a first direction relative to a camera of the measuring device within a view field of the camera, wherein the first direction is a direction toward and away from the camera substantially along a camera axis; firstly controlling a motorized drive unit, which is in drive connection with the holder, to drive the holder, with the calibration object positioned thereon in the camera view field, relative to the camera along the first direction at least once past a position of maximum definition of an image of the calibration object taken by the camera; and determining a ratio between an actual size and an imaging size of the calibration object on the basis of a camera image of the calibration object taken at the position of maximum definition.
Tunnel furnace comprising a furnace chamber and a throughput direction for the temperature treatment of goods (12, 12'), the tunnel furnace including a plurality of tunnel segments flanged together in the throughput direction, characterized in that each tunnel segment includes at least one blower and at least one heating element as well as an intake duct for fresh air and an exhaust duct for exhaust air laden with exhaust gases and water vapor, and in that the blower(s) in the tunnel segments is/are arranged in such a way that it/they can produce a circulation flow with a downward and an upward flow transverse to the throughput direction, two parallel conveyor belts (11, 11') being provided for the goods in the downward and upward flow, the cross section of the tunnel furnace being divided into two halves perpendicularly to the throughput direction by a vertical flow guide plate.
Method for assisting a utilizer in creating an application for accessing IoT data by means of single or multiple functions that a programming interface comprises, wherein when the application is created or in connection with the application being created, user data and behavioural data that are characteristic of the utilizer are recorded and/or produced and wherein when the application is created, a softwareimplemented tool automatically evaluates the user data and/or the behavioural data and takes them as a basis for automatically producing, as assistance for the utilizer, a proposal for at least one function of the programming interface that could be relevant to the utilizer and the application and displays said proposal to the utilizer, wherein the behavioural data captured are data that arise, and are characteristic of the respective use behaviour, when an application is created by the utilizer, wherein the captured behavioural data encode at least one behaviour of a programmer that involves selecting a specific function of the programming interface and providing said function in the application for accessing IoT data, characterized in that a function that is probably relevant to the utilizer and the application is a function that another utilizer has already used according to the behavioural data of this other utilizer, wherein such a function is automatically selected by the tool on the basis of the behavioural data of the other utilizer. wherein when the application is created or in connection with the application being created, user data and behavioural data that are characteristic of the utilizer are recorded and/or produced and wherein when the application is created, a softwareimplemented tool automatically evaluates the user data and/or the behavioural data and takes them as a basis for automatically producing, as assistance for the utilizer, a proposal for at least one function of the programming interface that could be relevant to the utilizer and the application and displays said proposal to the utilizer, wherein the behavioural data captured are data that arise, and are characteristic of the respective use behaviour, when an application is created by the utilizer, wherein the captured behavioural data encode at least one behaviour of a programmer that involves selecting a specific function of the programming interface and providing said function in the application for accessing IoT data, wherein the behavioural data captured are data that arise, and are characteristic of the respective use behaviour, when an application is created by the utilizer, wherein the captured behavioural data encode at least one behaviour of a programmer that involves selecting a specific function of the programming interface and providing said function in the application for accessing IoT data, characterized in that a function that is probably relevant to the utilizer and the application is a function that another utilizer has already used according to the behavioural data of this other utilizer, wherein such a function is automatically selected by the tool on the basis of the behavioural data of the other utilizer.
A method of providing an extended virtual zoom functionality for an object being presented in a graphical user interface on a display of a data processing device or system, the data processing device or system including a touch-sensitive screen, comprising: providing at least two discrete zoom layers (205 - 220), wherein the at least two discrete zoom layers (205 - 220) each have a minimum and maximum zoom factor, and wherein within one of the at least two discrete zoom layers (205 -220) the zoom factor is changed continuously between said respective minimum and maximum zoom factor based on stretching or closing of two fingers (202, 203) in contact with the touch sensitive screen, characterized in that switching between arbitrary discrete zoom layers of the at least two discrete zoom layers is carried out based on a user action using three fingers (202- 204), wherein the speed of the spreading or closing of the three fingers determines the number of skipped zoom layers between said arbitrary discrete zoom layers.