mhurhangee/ep-ind-claims huggingface dataset:
A display module comprising: a first panel having a plurality of pixels interposed between a first surface and a second surface opposite the first surface; a cover layer disposed on the first surface; a second panel disposed on the second surface; a sensor (190, 240) attached to the second surface of the first panel through an adhesive material; and a light shielding material, wherein the second panel includes an opening, wherein at least a portion of the sensor (190, 240) is disposed in the opening, wherein the second panel includes: a first layer coupled to the first panel on one surface of the second panel, and a second layer coupled to the first layer on a surface opposite the one surface, wherein the first layer includes a layer configured to provide optical shielding, wherein the second layer includes a conductive layer configured to provide electrical shielding, wherein the opening includes a first opening in the first layer, wherein the first opening is provided in a closed area of a second opening in the second layer, wherein a circumference of the first opening is spaced apart from a circumference of the second opening in the second layer, wherein the adhesive material is disposed in the first opening, and wherein at least portion of the light shielding material is disposed between the adhesive material and the circumference of the first opening. a first panel having a plurality of pixels interposed between a first surface and a second surface opposite the first surface; a cover layer disposed on the first surface; a second panel disposed on the second surface; a sensor (190, 240) attached to the second surface of the first panel through an adhesive material; and a light shielding material, wherein the second panel includes an opening, wherein at least a portion of the sensor (190, 240) is disposed in the opening, wherein the second panel includes: a first layer coupled to the first panel on one surface of the second panel, and a second layer coupled to the first layer on a surface opposite the one surface, wherein the first layer includes a layer configured to provide optical shielding, wherein the second layer includes a conductive layer configured to provide electrical shielding, wherein the opening includes a first opening in the first layer, wherein the first opening is provided in a closed area of a second opening in the second layer, wherein a circumference of the first opening is spaced apart from a circumference of the second opening in the second layer, wherein the adhesive material is disposed in the first opening, and wherein at least portion of the light shielding material is disposed between the adhesive material and the circumference of the first opening.
Electrical plug type connector (100, 200) having an electrically conductive contact element (110, 210) having a contact surface (120, 220, 300, 400, 500), wherein the contact surface (120, 220, 300, 400, 500) has a microstructure having projections (310, 410, 510) and recesses (320, 420, 520), wherein the microstructure forms an at least partially periodic structure, characterised in that the microstructure has a scale-like structure.
Method for emission reduction of internal combustion engines which are operated using liquid fuel, having the following method steps: cleaning the fuel system while supplying a cleaning liquid fuel conditioning by addition of a fuel conditioner friction reduction by addition of a friction reducer to the internal combustion engine oil feeding gas into the combustion system (EO.3) of the internal combustion engine, wherein in addition to the fuel, LPG, CNG, biogas, hydrogen or a combination thereof is supplied to the internal combustion engine for combustion. cleaning the fuel system while supplying a cleaning liquid fuel conditioning by addition of a fuel conditioner friction reduction by addition of a friction reducer to the internal combustion engine oil feeding gas into the combustion system (EO.3) of the internal combustion engine, wherein in addition to the fuel, LPG, CNG, biogas, hydrogen or a combination thereof is supplied to the internal combustion engine for combustion.
An active material for a secondary battery represented by the following formula: Li a1 (Ni x1 Mn 2-x-y1-z1 M1 y1 M2 z1)O 4 wherein 0.4 ≤ x1 ≤ 0.6, 0 < y1, 0 < z1, x1 + y1 + z1 < 2, and 0 ≤ a1 ≤ 1.2; M1 is at least one selected from Si and Ti; and M2 is at least one selected from Li, B, Na, K, and Ca.
A method of producing a musical instrument comprising a sound board, wherein an acoustic material comprising a plurality of wood veneers laminated via an adhesive is used as the sound board, wherein to form the acoustic material, the veneer is impregnated with the adhesive, and adjacent veneers are arranged to be substantially in contact with one another, the method being characterised in that the adjacent veneers are impregnated with the adhesive in an amount of no less than 1 g/m 2 and no greater than 50 g/m 2 per unit area in and around a boundary region of the adjacent veneers, and wherein the laminate of the veneers is pressed at a pressing pressure in the range of from 0.3 MPa to 2.0 MPa.
Electromotive furniture drive with a linearly movable slide as well as a driving lever, operatively connected with the slide, that is swivellable about a swivel shaft connected with the piece of furniture to be moved, wherein the driving lever has at least two lever parts (5, 6, 7) offset to each other that come into contact with corresponding contact areas (8, 9) of the slide, characterized in that the contact areas (8, 9) of the slide have such a curve guide that the lever sections (5, 6, 7) remain in permanent contact with the contact areas (8, 9) of the slide during a linear movement of the slide.
Method for operating a switchgear installation having at least three phases carrying a load current, wherein the method comprises at least the following steps of: measuring a conductor temperature at a respective measurement point of each of the at least three phases in order to obtain respective phase temperature measured values; selecting a subset of the phase temperature measured values, wherein the subset comprises a plurality of phase temperature measured values, and wherein a residual set of the phase temperature measured values remains; forming an average value of the subset of the phase temperature measured values; comparing the phase temperature measured values of at least the residual set of the phase temperature measured values with the average value of the subset of the phase temperature measured values; and generating an alarm signal when one of the phase temperature measured values compared differs from the average value of the subset of the phase temperature measured values by more than a predetermined alarm threshold value. measuring a conductor temperature at a respective measurement point of each of the at least three phases in order to obtain respective phase temperature measured values; selecting a subset of the phase temperature measured values, wherein the subset comprises a plurality of phase temperature measured values, and wherein a residual set of the phase temperature measured values remains; forming an average value of the subset of the phase temperature measured values; comparing the phase temperature measured values of at least the residual set of the phase temperature measured values with the average value of the subset of the phase temperature measured values; and generating an alarm signal when one of the phase temperature measured values compared differs from the average value of the subset of the phase temperature measured values by more than a predetermined alarm threshold value.
The use of coconut water as an extraction solvent, in particular for the extraction of compounds or for the preparation of extracts from plant, animal and/or prokaryotic biological material.
Rod lock, in particular plastic rod lock, for locking a door leaf on a door frame with at least one rod which can be arranged on the door leaf side and which can be moved between a locked position in which the rod is locked to a locking holder which can be arranged on the door frame side, and an open position in which the rod is released from the lock holder, wherein the movements of the rod are guided via a rod guide which can be arranged on the door leaf side, characterized in in that the lock holder and the rod guide have a centering device with two centering bevels (7, 8) for aligning the closed door leaf relative to the door frame, one of which can be used optionally for doors hinged on the left and one of which can be used optionally for doors hinged on the right.
A system for determining responses of a subject, comprising: a device configured to be worn on a wearer's head; an eye-tracking camera (13a, 13b) mounted on the device oriented towards a first eye of the wearer for capturing eye-tracking images of the first eye; and one or more processors on the device, the processors coupled to the eye-tracking camera for identifying anatomical structures of the first eye within the eye-tracking camera images, the one or more processors configured for identifying reference times of external events within the environment of the wearer and analyzing the eye-tracking images after the reference times to determine at least one of magnitudes of responses and reaction times of at least one of the first eye, eyelid of the first eye, and pupil of the first eye to the external events; and a scene camera (12, 19a, 19b) mounted on the device oriented away from the wearer for viewing an environment of the wearer and capturing scene camera images of the environment, wherein the one or more processors being configured for identifying reference times comprises the one or more processors being configured to identify reference times from changes detected in the scene camera images. a device configured to be worn on a wearer's head; an eye-tracking camera (13a, 13b) mounted on the device oriented towards a first eye of the wearer for capturing eye-tracking images of the first eye; and one or more processors on the device, the processors coupled to the eye-tracking camera for identifying anatomical structures of the first eye within the eye-tracking camera images, the one or more processors configured for identifying reference times of external events within the environment of the wearer and analyzing the eye-tracking images after the reference times to determine at least one of magnitudes of responses and reaction times of at least one of the first eye, eyelid of the first eye, and pupil of the first eye to the external events; and a scene camera (12, 19a, 19b) mounted on the device oriented away from the wearer for viewing an environment of the wearer and capturing scene camera images of the environment, wherein the one or more processors being configured for identifying reference times comprises the one or more processors being configured to identify reference times from changes detected in the scene camera images.
Crane (1; 78) comprising a lower carriage, a superstructure which can be pivoted about an axis of rotation with respect to the lower carriage, a counterweight unit and a counterweight adjustment apparatus (19; 19a; 19b), wherein the counterweight adjustment apparatus (19; 19a; 19b) comprises: a telescopic framework which is fastened to the superstructure and has a telescopic longitudinal member, a counterweight unit which is arranged so as to be displaceable along the framework, a drive unit for displacing the counterweight unit in a driven manner on the framework, and a kinematic unit (41; 41b) which can be coupled to the drive unit in order to telescope the framework in a driven manner, characterised in that a cantilever element is fastened to a rear end of the longitudinal member remote from the axis of rotation, the counterweight unit can be displaced along the framework in the region of the superstructure as far as onto the cantilever element, the counterweight unit can be fastened to the cantilever element and the counterweight unit can be telescoped inwards and outwards on the cantilever element with the framework. a telescopic framework which is fastened to the superstructure and has a telescopic longitudinal member, a counterweight unit which is arranged so as to be displaceable along the framework, a drive unit for displacing the counterweight unit in a driven manner on the framework, and a kinematic unit (41; 41b) which can be coupled to the drive unit in order to telescope the framework in a driven manner, characterised in that a cantilever element is fastened to a rear end of the longitudinal member remote from the axis of rotation, the counterweight unit can be displaced along the framework in the region of the superstructure as far as onto the cantilever element, the counterweight unit can be fastened to the cantilever element and the counterweight unit can be telescoped inwards and outwards on the cantilever element with the framework.
A slip distance change detection device in a driveshaft having a movable element and a stationary element associated with a telescopic approach which enables the change of a length of the driveshaft by a shaft-sleeve relationship between the movable element and the stationary element, wherein at least two conductive elements are configured as one of them being connected to a fixed point and another to the movable element that is movable relative to the fixed point, a power element to supply power to at least one of the conductive elements, a detection unit having at least one electronic circuit capable of detecting change of an electrical value caused by change of distance between the conductive elements and associated change of electrical value with the distance between the conductive elements which represents slip distance of the driveshaft. at least two conductive elements are configured as one of them being connected to a fixed point and another to the movable element that is movable relative to the fixed point, a power element to supply power to at least one of the conductive elements, a detection unit having at least one electronic circuit capable of detecting change of an electrical value caused by change of distance between the conductive elements and associated change of electrical value with the distance between the conductive elements which represents slip distance of the driveshaft.
Water purification plant comprising: at least one filtration means for a predetermined amount of water to be purified, for removing solid particles from the water to be purified; a plurality of collection basins, for said water to be purified; and a respective oxidation device arranged at each basin, for oxidizing water contained in the basin itself; each oxidation device comprising a respective ozone generator for delivering ozone in nascent state into the basin; said ozone generator comprising an air ozone generator for drawing ambient air and transforming it into ozone, said ozone generator being housed close to and edge of said basin and comprises an ozone blowing element extending into said basin, said ozone blowing element comprising at least one suction pump and at least one Venturi tube, characterized in that said plurality of basins are arranged one after the other and in fluid communication with each other so that the water is sent through said basins when the plant is in use; characterized in that the plant further comprises a magnetic field emitter, arranged at each basin for generating a magnetic field into the water to be purified, and in that each basin further comprises a recirculation pipeline for the water contained in the basin itself; said magnetic field emitter being arranged at the recirculation pipeline in the respective basin. at least one filtration means for a predetermined amount of water to be purified, for removing solid particles from the water to be purified; a plurality of collection basins, for said water to be purified; and a respective oxidation device arranged at each basin, for oxidizing water contained in the basin itself; each oxidation device comprising a respective ozone generator for delivering ozone in nascent state into the basin; said ozone generator comprising an air ozone generator for drawing ambient air and transforming it into ozone, said ozone generator being housed close to and edge of said basin and comprises an ozone blowing element extending into said basin, said ozone blowing element comprising at least one suction pump and at least one Venturi tube, characterized in that said plurality of basins are arranged one after the other and in fluid communication with each other so that the water is sent through said basins when the plant is in use; characterized in that the plant further comprises a magnetic field emitter, arranged at each basin for generating a magnetic field into the water to be purified, and in that each basin further comprises a recirculation pipeline for the water contained in the basin itself; said magnetic field emitter being arranged at the recirculation pipeline in the respective basin.
A voice communication system comprising: an audio engine configured to: cancel ambient noise from a plurality of acoustic signals, to obtain a first set of acoustic signals, the plurality of acoustic signals comprising a primary acoustic signal and the ambient noise; perform a cross-correlation based localization on the first set of acoustic signals to determine a number of acoustic signals in the first set of acoustic signals and a number of geometric locations of sound sources associated with the first set of acoustic signals, wherein performing the cross-correlation based localization comprises employing a temporal cross-correlation for identifying a direction of each sound source from an audio sensor of the voice communication system; and upon determination of the number of acoustic signals and the number of geometric locations, a mapping engine configured to: separate each acoustic signal from the first set of acoustic signals; perform noise cancellation to suppress noise from each separated acoustic signals to obtain a noise free set of acoustic signals; map each noise free acoustic signal of the noise free set of acoustic signals to a corresponding sound source using the cross-correlation based localization; and based on the mapping, identify the primary acoustic signal from amongst the noise free set of acoustic signals. cancel ambient noise from a plurality of acoustic signals, to obtain a first set of acoustic signals, the plurality of acoustic signals comprising a primary acoustic signal and the ambient noise; perform a cross-correlation based localization on the first set of acoustic signals to determine a number of acoustic signals in the first set of acoustic signals and a number of geometric locations of sound sources associated with the first set of acoustic signals, wherein performing the cross-correlation based localization comprises employing a temporal cross-correlation for identifying a direction of each sound source from an audio sensor of the voice communication system; and upon determination of the number of acoustic signals and the number of geometric locations, a mapping engine configured to: separate each acoustic signal from the first set of acoustic signals; perform noise cancellation to suppress noise from each separated acoustic signals to obtain a noise free set of acoustic signals; map each noise free acoustic signal of the noise free set of acoustic signals to a corresponding sound source using the cross-correlation based localization; and based on the mapping, identify the primary acoustic signal from amongst the noise free set of acoustic signals. separate each acoustic signal from the first set of acoustic signals; perform noise cancellation to suppress noise from each separated acoustic signals to obtain a noise free set of acoustic signals; map each noise free acoustic signal of the noise free set of acoustic signals to a corresponding sound source using the cross-correlation based localization; and based on the mapping, identify the primary acoustic signal from amongst the noise free set of acoustic signals.
A balloon catheter visualization system (100, 200, 300, 600, 702) for repairing a heart valve in a patient, the system comprising: one or more elongate shafts (112, 202, 382, 900, 920, 940) each shaft defining at least one lumen (1606, 209, 220, 720) and comprising a distal end portion; a transparent balloon member (108, 208, 308, 500, 520, 540, 560, 618, 712) coupled to the one or more elongate shafts and being in fluid communication with at least one lumen of the one or more elongate shafts; an imaging element (176, 207, 376, 628, 710) disposed within the balloon member and coupled to a distal end portion of the one or more elongate shafts; a fastener (1508, 1608, 1700, 1720, 1740, 212, 808) releasably coupled to a distal end portion of the one or more elongate shafts; and a connector coupled to a distal end portion of the one or more elongate shafts, the connector adapted to fasten the fastener to tissue; wherein at least a portion of the balloon member defines a plurality of perforations (172,630). one or more elongate shafts (112, 202, 382, 900, 920, 940) each shaft defining at least one lumen (1606, 209, 220, 720) and comprising a distal end portion; a transparent balloon member (108, 208, 308, 500, 520, 540, 560, 618, 712) coupled to the one or more elongate shafts and being in fluid communication with at least one lumen of the one or more elongate shafts; an imaging element (176, 207, 376, 628, 710) disposed within the balloon member and coupled to a distal end portion of the one or more elongate shafts; a fastener (1508, 1608, 1700, 1720, 1740, 212, 808) releasably coupled to a distal end portion of the one or more elongate shafts; and a connector coupled to a distal end portion of the one or more elongate shafts, the connector adapted to fasten the fastener to tissue;
A method for transmitting uplink rate assignment information for uplink data transmission to a user equipment, UE (20; 101-104), by a Node B (18; 100) in a mobile communication system, comprising the steps of: determining the uplink rate assignment information to be transmitted for the UE through scheduling; and transmitting the uplink rate assignment information to the UE, the uplink rate assignment information being attached with a UE ID-specific CRC, cyclic redundancy check of the UE if the uplink rate assignment information directly indicates an uplink rate grant for the UE, wherein the CRC is used to identify the UE; and transmitting the uplink rate assignment information without the UE ID-specific CRC to the UE if the uplink rate assignment information indicates an uplink rate increase or decrease by a predetermined level for the UE or an uplink rate maintain for the UE. determining the uplink rate assignment information to be transmitted for the UE through scheduling; and transmitting the uplink rate assignment information to the UE, the uplink rate assignment information being attached with a UE ID-specific CRC, cyclic redundancy check of the UE if the uplink rate assignment information directly indicates an uplink rate grant for the UE, wherein the CRC is used to identify the UE; and transmitting the uplink rate assignment information without the UE ID-specific CRC to the UE if the uplink rate assignment information indicates an uplink rate increase or decrease by a predetermined level for the UE or an uplink rate maintain for the UE.