mhurhangee/ep-ind-claims huggingface dataset:
A method of re-inking a tape, at least a part of the tape being wound onto each of a first spool and second spool and the tape extending between the first spool and the second spool along an initial tape path defining a boundary, the first and second spools (10, 12) being mounted to a cassette of a thermal printing apparatus, the method using a re-inking device including a moveable guide member (110, 112) and an application mechanism, which includes an application portion and a supply of ink configured to supply ink to the application portion, the method including the steps of: mounting the cassette on the re-inking device with the moveable guide member (110, 112) in a first position, located inside the boundary of the initial tape path, initialising the re-inking device by moving at least one of the tape and the application portion relative to the other to bring the tape into an ink-application position and moving the moveable guide member (110, 112) to a second position in which the moveable guide member (110, 112) contacts the tape and is outside of the boundary of the initial tape path such that the tape is in a re-inking tape path, wherein the application portion is in contact with or adjacent the tape, and coating at least a portion of the tape with ink by supplying ink to the application portion and rotating at least one of the first and second spools (10, 12) to move the tape relative to the application portion, so that ink coats at least a portion of the tape. mounting the cassette on the re-inking device with the moveable guide member (110, 112) in a first position, located inside the boundary of the initial tape path, initialising the re-inking device by moving at least one of the tape and the application portion relative to the other to bring the tape into an ink-application position and moving the moveable guide member (110, 112) to a second position in which the moveable guide member (110, 112) contacts the tape and is outside of the boundary of the initial tape path such that the tape is in a re-inking tape path, wherein the application portion is in contact with or adjacent the tape, and coating at least a portion of the tape with ink by supplying ink to the application portion and rotating at least one of the first and second spools (10, 12) to move the tape relative to the application portion, so that ink coats at least a portion of the tape.
A compounding system for forming a customized consumable material filament, the compounding system comprising: a controller configured to operably receive a user input related to one or more user-selected material characteristics; a plurality of drive mechanisms (48a-48c) configured to operably communicate with the controller, and further configured to feed a plurality of stock material filaments at independent feed rates that are determined based at least in part upon the user input; an extrusion component comprising a guide manifold having a plurality of channels (70a-70c) for guiding the received stock material filaments from the drive mechanisms (48a-48c) to a liquefier having a mixing component at least partially disposed therein and the extrusion component configured to receive the plurality of fed stock material filaments, at independent feed rates and further configured to at least partially melt and blend the received stock materials within the liquefier to provide the customized consumable material filament in an extrudable state at an extrusion rate to an extrusion head of a digital manufacturing system, wherein upon solidifying the customized consumable material filament exhibits the one or more user-selected material characteristics and average diameters that are within dimensional specifications for the digital manufacturing system; a take-up spool configured to receive the customized consumable material filament from the extrusion component; and the take-up spool configured to relay the customized consumable material filament to an extrusion head of the digital manufacturing system. a controller configured to operably receive a user input related to one or more user-selected material characteristics; a plurality of drive mechanisms (48a-48c) configured to operably communicate with the controller, and further configured to feed a plurality of stock material filaments at independent feed rates that are determined based at least in part upon the user input; an extrusion component comprising a guide manifold having a plurality of channels (70a-70c) for guiding the received stock material filaments from the drive mechanisms (48a-48c) to a liquefier having a mixing component at least partially disposed therein and the extrusion component configured to receive the plurality of fed stock material filaments, at independent feed rates and further configured to at least partially melt and blend the received stock materials within the liquefier to provide the customized consumable material filament in an extrudable state at an extrusion rate to an extrusion head of a digital manufacturing system, wherein upon solidifying the customized consumable material filament exhibits the one or more user-selected material characteristics and average diameters that are within dimensional specifications for the digital manufacturing system; a take-up spool configured to receive the customized consumable material filament from the extrusion component; and the take-up spool configured to relay the customized consumable material filament to an extrusion head of the digital manufacturing system.
An inner sole for shoes having a foot-facing foot surface and an opposite lying shoe-facing sole surface, wherein the sole skin of the inner sole comprises a structure of hexagons arranged in a planar manner, wherein each hexagon i. forms a cavity, ii. is open towards the shoe-facing sole surface and iii. comprises a perforation, which perforates the sole skin towards the foot-facing sole surface, characterized in that at least one partial area of the inner sole on the shoe-facing sole surface is equipped with studs which are arranged in a circle around the hexagons of the partial area. i. forms a cavity, ii. is open towards the shoe-facing sole surface and iii. comprises a perforation, which perforates the sole skin towards the foot-facing sole surface, characterized in that at least one partial area of the inner sole on the shoe-facing sole surface is equipped with studs which are arranged in a circle around the hexagons of the partial area.
A method performable by a base unit, the method comprising: receiving a resume request from a remote unit in an inactive state; sending a Retrieve UE Context Request to a last serving base unit, the Retrieve UE Context Request including an assistant indicator which instructs the last serving base unit to continue storing the UE context of the remote unit; in response to receiving a UE Context from the last serving base unit, sending a configuration message over SRB1 to the remote unit to maintain the remote unit in the inactive state. receiving a resume request from a remote unit in an inactive state; sending a Retrieve UE Context Request to a last serving base unit, the Retrieve UE Context Request including an assistant indicator which instructs the last serving base unit to continue storing the UE context of the remote unit; in response to receiving a UE Context from the last serving base unit, sending a configuration message over SRB1 to the remote unit to maintain the remote unit in the inactive state.
A hand-held device for analysing the material composition of an object via plasma spectrum analysis, the device comprising: a manually held casing; a laser housing within the casing; a laser within the housing, the laser having a projection axis; openings (18, 19) in the housing and the casing through which a beam from the laser can be projected onto an object to be analysed with the establishment of a plasma at a surface of the object; characterised in that it comprises: a first mirror mounted in the housing for receiving plasma emitted light within the openings, via the openings, the mirror being to one side of the projection axis with its normal axis acutely angled to the normal to the projection axis for reflection of the plasma light to the other side of the projection axis; a second, focusing mirror mounted in the housing for receiving the plasma light reflected by the first mirror and reflecting it back again to the first side of the projection axis, the focusing mirror being angled with a central normal axis more acutely angled to the normal to the projection axis than the normal axis of the first mirror; and a receptor for receiving the plasma light from the second mirror and for passing the plasma light to a spectral analyser. a manually held casing; a laser housing within the casing; a laser within the housing, the laser having a projection axis; openings (18, 19) in the housing and the casing through which a beam from the laser can be projected onto an object to be analysed with the establishment of a plasma at a surface of the object; characterised in that it comprises: a first mirror mounted in the housing for receiving plasma emitted light within the openings, via the openings, the mirror being to one side of the projection axis with its normal axis acutely angled to the normal to the projection axis for reflection of the plasma light to the other side of the projection axis; a second, focusing mirror mounted in the housing for receiving the plasma light reflected by the first mirror and reflecting it back again to the first side of the projection axis, the focusing mirror being angled with a central normal axis more acutely angled to the normal to the projection axis than the normal axis of the first mirror; and a receptor for receiving the plasma light from the second mirror and for passing the plasma light to a spectral analyser. a first mirror mounted in the housing for receiving plasma emitted light within the openings, via the openings, the mirror being to one side of the projection axis with its normal axis acutely angled to the normal to the projection axis for reflection of the plasma light to the other side of the projection axis; a second, focusing mirror mounted in the housing for receiving the plasma light reflected by the first mirror and reflecting it back again to the first side of the projection axis, the focusing mirror being angled with a central normal axis more acutely angled to the normal to the projection axis than the normal axis of the first mirror; and a receptor for receiving the plasma light from the second mirror and for passing the plasma light to a spectral analyser.
An emulsifier comprising: polysaccharide particles dispersed in water; and an emulsification aid dissolved in the water wherein the emulsification aid improves emulsification of the polysaccharide particles achieved by attachment or fixation of the polysaccharide particles in oil/water interface, wherein a particle size of each of the polysaccharide particles is 50 to 800 nm, and the emulsification aid is at least one selected from the group consisting of water-soluble salts, amphiphilic agents, saccharides, organic acids, and amino acids. wherein a particle size of each of the polysaccharide particles is 50 to 800 nm, and the emulsification aid is at least one selected from the group consisting of water-soluble salts, amphiphilic agents, saccharides, organic acids, and amino acids.
A method of configuring a starting position of a channel, performed by a Base Station, BS, in a time domain in a wireless Long Term Evolution - Advanced, LTE-A, communication system, the method comprising: transmitting position information informing of a starting position of an Enhanced Physical Downlink Control Channel, EPDCCH, through a Radio Resource Control, RRC, message; and transmitting a Physical Downlink Shared Channel, PDSCH, wherein if the PDSCH is assigned by the EPDCCH in a same serving cell, a starting OFDM symbol for the PDSCH is given by the position information. transmitting position information informing of a starting position of an Enhanced Physical Downlink Control Channel, EPDCCH, through a Radio Resource Control, RRC, message; and transmitting a Physical Downlink Shared Channel, PDSCH, wherein if the PDSCH is assigned by the EPDCCH in a same serving cell, a starting OFDM symbol for the PDSCH is given by the position information.
A method of processing an audio signal that has more than one channel, said method comprising: based on information from a first plurality of frames of the audio signal, calculating a series of values of a phase-difference based voice activity measure, based on a phase-difference between channels of the audio signal; based on information from a second plurality of frames of the audio signal, calculating a series of values of a proximity based voice activity measure, based on a magnitude difference between channels of the audio signal; based on the series of values of the phase-difference based voice activity measure, calculating a boundary value of the phase-difference based voice activity measure; and based on the series of values of the phase-difference based voice activity measure, the series of values of the proximity based voice activity measure, and the calculated boundary value of the phase-difference based voice activity measure, producing a series of combined voice activity decisions. based on information from a first plurality of frames of the audio signal, calculating a series of values of a phase-difference based voice activity measure, based on a phase-difference between channels of the audio signal; based on information from a second plurality of frames of the audio signal, calculating a series of values of a proximity based voice activity measure, based on a magnitude difference between channels of the audio signal; based on the series of values of the phase-difference based voice activity measure, calculating a boundary value of the phase-difference based voice activity measure; and based on the series of values of the phase-difference based voice activity measure, the series of values of the proximity based voice activity measure, and the calculated boundary value of the phase-difference based voice activity measure, producing a series of combined voice activity decisions.
A device for issuing visual information to a motor vehicle, comprising an illumination means intended to be arranged in the interior of the motor vehicle with one or more light sources for producing light, and a pane delimiting the interior of the motor vehicle with an inner face directed towards the interior of the motor vehicle and an outer face directed towards the outer side of the motor vehicle, wherein a symbol is formed on the pane which has a structure for scattering light at least into the interior of the motor vehicle, wherein the illumination means and the symbol are arranged relative to each other in such a way that the light from the illumination means during the operation thereof at least partly, starting from the interior of the motor vehicle, across the inner face of the pane falls onto the symbol, which lights up on its structure due to the scattering of light, characterised in that the pane of the motor vehicle is a side window in a door of the motor vehicle, and the illumination means is provided in an interior trim of the door of the motor vehicle, the light from the illumination means emerging from the illumination means via an opening in an upper edge of the interior trim.
A method of calibrating an antenna array, comprising: determining calibration weights for an antenna array based upon a first calibration technique, wherein determining based upon the first calibration technique comprises determining based upon phase only information; determining calibration weights for an antenna array based upon a second calibration technique that is different to the first calibration techniques, wherein determining based upon the second calibration technique comprises determining based upon phase and amplitude information; and determining whether to apply the calibration weights from one of the first technique or the second technique, wherein determining based upon the first calibration technique and determining based upon the second calibration technique comprises determining based upon information from multiple access terminals. determining calibration weights for an antenna array based upon a first calibration technique, wherein determining based upon the first calibration technique comprises determining based upon phase only information; determining calibration weights for an antenna array based upon a second calibration technique that is different to the first calibration techniques, wherein determining based upon the second calibration technique comprises determining based upon phase and amplitude information; and determining whether to apply the calibration weights from one of the first technique or the second technique, wherein determining based upon the first calibration technique and determining based upon the second calibration technique comprises determining based upon information from multiple access terminals.
A fixture (2, 50) for insertion into a bore hole arranged in bone tissue, comprising a threaded first portion (10, 64) provided with at least one apical cutting edge (11, 65) for making a female thread in the bone tissue, a threaded non-cutting second portion (14, 68) located coronally of the first portion (10, 64) and being wider than the first portion (10, 64) with respect to major and/or minor fixture diameter, a threaded third portion (16, 56) located coronally of the second portion (14, 68) and provided with at least one coronal cutting edge (17, 57) for processing the female thread already made by the first portion (10, 64) and/or for making a separate female thread in the bone tissue, a threaded non-cutting fourth portion (20, 60) located coronally of the third portion (16, 56) and being wider than the third portion (16, 56) with respect to major and/or minor fixture diameter, wherein said fixture (2, 50) is a dental fixture for arrangement in a jawbone, wherein the fixture (2, 50) is adapted for arrangement in the mandible such that each one of said first (10, 64), second (14, 68), third (16, 56) and fourth (20, 60) portions is anchored in the mandible, or the fixture (2, 50) is adapted for arrangement in the maxilla such that each one of said first (10, 64), second (14, 68), third (16, 56) and fourth (20, 60) portions is anchored in the maxilla. a threaded first portion (10, 64) provided with at least one apical cutting edge (11, 65) for making a female thread in the bone tissue, a threaded non-cutting second portion (14, 68) located coronally of the first portion (10, 64) and being wider than the first portion (10, 64) with respect to major and/or minor fixture diameter, a threaded third portion (16, 56) located coronally of the second portion (14, 68) and provided with at least one coronal cutting edge (17, 57) for processing the female thread already made by the first portion (10, 64) and/or for making a separate female thread in the bone tissue, a threaded non-cutting fourth portion (20, 60) located coronally of the third portion (16, 56) and being wider than the third portion (16, 56) with respect to major and/or minor fixture diameter, wherein said fixture (2, 50) is a dental fixture for arrangement in a jawbone, wherein the fixture (2, 50) is adapted for arrangement in the mandible such that each one of said first (10, 64), second (14, 68), third (16, 56) and fourth (20, 60) portions is anchored in the mandible, or the fixture (2, 50) is adapted for arrangement in the maxilla such that each one of said first (10, 64), second (14, 68), third (16, 56) and fourth (20, 60) portions is anchored in the maxilla.
An input device comprising: a first microphone; an exterior member that accommodates the first microphone; and a first sound hole penetrating the exterior member to be connected to the first microphone, wherein an exterior surface of the exterior member has one or a plurality of wall portions that forms an inner surface of a recessed portion and that surround the first sound hole, the input device further comprising: a left input member and a right input member that are separated from each other in a left-right direction and are adapted to be operated with a finger; and a center section positioned between the left input member and the right input member and having the first sound hole, wherein a region inside the recessed portion surrounded by the one or plurality of wall portions is elongated in one of the left-right direction and a forward-rearward direction, and wherein the first sound hole is formed in a lower surface of the input device. a first microphone; an exterior member that accommodates the first microphone; and a first sound hole penetrating the exterior member to be connected to the first microphone, wherein an exterior surface of the exterior member has one or a plurality of wall portions that forms an inner surface of a recessed portion and that surround the first sound hole, the input device further comprising: a left input member and a right input member that are separated from each other in a left-right direction and are adapted to be operated with a finger; and a center section positioned between the left input member and the right input member and having the first sound hole, wherein a region inside the recessed portion surrounded by the one or plurality of wall portions is elongated in one of the left-right direction and a forward-rearward direction, and wherein the first sound hole is formed in a lower surface of the input device.
A photoelectric conversion layer comprising a molecule represented by general formula wherein X, and Y are the same or different and are, at each occurrence, independently selected from the following electron donating groups and electron withdrawing groups: hydrogen, halogen, wherein R is independently selected from hydrogen, an alkyl or aryl substituent, Z, at each occurrence, is independently selected from the following electron donating groups and electron accepting groups - OCH 3, W, at each occurrence, is independently selected from the following electron donating groups and electron withdrawing groups: wherein R is independently selected from hydrogen, an alkyl or aryl substituent, n is an integer selected from 1 to 10, wherein, preferably, W, X, and Y are not cyano, nitro, quaternary amino, sulfo, carbonyl, substituted carbonyl, carboxy. X, and Y are the same or different and are, at each occurrence, independently selected from the following electron donating groups and electron withdrawing groups: hydrogen, halogen, wherein R is independently selected from hydrogen, an alkyl or aryl substituent, Z, at each occurrence, is independently selected from the following electron donating groups and electron accepting groups - OCH 3, W, at each occurrence, is independently selected from the following electron donating groups and electron withdrawing groups: wherein R is independently selected from hydrogen, an alkyl or aryl substituent, n is an integer selected from 1 to 10, R is independently selected from hydrogen, an alkyl or aryl substituent, n is an integer selected from 1 to 10,