mhurhangee/ep-ind-claims huggingface dataset:
Method of communicating a state of presence of a group of users provided with user terminals, in a virtual communication space provided by a communication server on a communication network, said virtual space providing a plurality of distinct communication modes, called "activities", that can be shared by all the users of said group, said method comprising operations consisting in: - associating with each activity of the virtual space a graphic icon having a geometric form and representing said activity, and intended to be displayed through a graphical interface implemented an activity-sharing client application installed in each user terminal; - determining a state of presence of each user of the group in the virtual communication space; - determining (E14-E18), for each of the activities, a graphical formatting of the associated icon without modifying the geometric form of the icon, said graphical formatting being determined as a function of the state of presence of the users relating to this activity, and making it possible to visually identify the different user or users participating in this activity. - associating with each activity of the virtual space a graphic icon having a geometric form and representing said activity, and intended to be displayed through a graphical interface implemented an activity-sharing client application installed in each user terminal; - determining a state of presence of each user of the group in the virtual communication space; - determining (E14-E18), for each of the activities, a graphical formatting of the associated icon without modifying the geometric form of the icon, said graphical formatting being determined as a function of the state of presence of the users relating to this activity, and making it possible to visually identify the different user or users participating in this activity.
X-ray generating device comprising an electron emitting element; and an electron collecting element having an increased thermal loadability, comprising a surface element for generating X-radiation; and a heat conducting element; wherein the surface element and the heat conducting element are adjoiningly arranged; wherein the heat conducting element comprises a first thermal conductivity in a first direction; wherein the heat conducting element comprises at least a second thermal conductivity in at least a second direction; wherein the first thermal conductivity is greater than the second thermal conductivity; and wherein the first direction is substantially perpendicular to the surface element; wherein the electron emitting element and the electron collecting element are operatively coupled for generating X-radiation; wherein the heat conducting element comprises a unidirectional fiber structure; wherein the unidirectional fiber structure is substantially parallel to the first direction; wherein the heat conducting element comprises a carbon fiber carbon matrix composite structure; and characterized by comprising a layer element; wherein the layer element is arranged between the surface element and the heat conducting element; and wherein the layer element comprises a material out of the group consisting of rhenium (Re), niobium (Nb) and tantalum carbide (TaC), titanium carbide (TiC), hafnium carbide (HfC), titanium nitride (TiN), titanium carbonitride (TiCN), molybdenum carbide (MoC) and a multilayer arrangement further comprising rhenium (Re). a surface element for generating X-radiation; and a heat conducting element;
Container for heating liquids, comprising a base body made of a first material and one or more decoration bands applied on the outside of the base body and made of a second material with a different coefficient of thermal dilation from the first material, wherein the decoration bands are substantially C-shaped disposed wound around the surface of the base body, and the ends of the C are joined to each other, or to the base body, by elastic means, wherein said base body is made of a first plastic material characterized in that said decoration bands are made of a second plastic material, and in that said first plastic material has a coefficient of thermal dilation higher than that of the second plastic material.
An article presentation device comprising a base having at least one slot, at least one support configured to receive at least one article and to be inserted in and extracted from the slot, and at least one catch that is movable between a locked position in which the catch is suitable for cooperating with the support in order to retain it in the slot, and an unlocked position in which the catch enables the support to be extracted from the slot, each catch being associated with a single slot and being actuated by a distinct drive mechanism, wherein the drive mechanism is configured to drive the catch in turning, characterized in that the catch is mounted to turn about an axis of the slot.
An active layer/membrane assembly intended to be incorporated into a hydrogen production device, said assembly comprising an active layer in contact with a membrane capable of exchanging ions, said active layer comprising catalyst particles and conductive electronic particles referred to as support particles, characterized in that the size of the support particles is greater than the average thickness of said active layer, so that said support particles emerge at a surface of said active layer, said surface of said active layer being opposite to the surface of said active layer in contact with said membrane.
Fuel injector, having: - a prechamber within the injector, - a high-pressure injector part for an ejection of combustion gas, which high-pressure injector part has a nozzle arrangement and a nozzle valve member which can perform reciprocating movements and which is received with a nozzle-side end section in a high-pressure chamber of the high-pressure injector part, - a prechamber arrangement, within which the high-pressure chamber of the high-pressure injector part is partitioned off by way of a nozzle-side end section in a manner surrounded by the prechamber, characterized in that the prechamber arrangement has a multi-wall separating wall (43, 45, 55) for partitioning off the nozzle-side end section of the high-pressure chamber from the prechamber surrounding said high-pressure chamber. - a prechamber within the injector, - a high-pressure injector part for an ejection of combustion gas, which high-pressure injector part has a nozzle arrangement and a nozzle valve member which can perform reciprocating movements and which is received with a nozzle-side end section in a high-pressure chamber of the high-pressure injector part, - a prechamber arrangement, within which the high-pressure chamber of the high-pressure injector part is partitioned off by way of a nozzle-side end section in a manner surrounded by the prechamber, characterized in that
A three-dimensional, 3D, stack, comprising: a capacitor layer comprising capacitors and capacitor layer connectors respectively communicative with corresponding capacitors; and an integrated circuit, IC, layer stacked vertically between the capacitor layer and a detector layer, and hybridized to the detector layer, the IC layer comprising IC layer connectors respectively communicative with corresponding capacitor layer connectors; characterized in that: the capacitor layer comprises a capacitor layer body and an upper surface, and the capacitors are suspended within a support structure of the capacitor layer body which is formed of dielectric material, and an upper surface of each of the capacitors is coplanar with the upper surface of the support structure. a capacitor layer comprising capacitors and capacitor layer connectors respectively communicative with corresponding capacitors; and an integrated circuit, IC, layer stacked vertically between the capacitor layer and a detector layer, and hybridized to the detector layer, the IC layer comprising IC layer connectors respectively communicative with corresponding capacitor layer connectors; characterized in that: the capacitor layer comprises a capacitor layer body and an upper surface, and the capacitors are suspended within a support structure of the capacitor layer body which is formed of dielectric material, and an upper surface of each of the capacitors is coplanar with the upper surface of the support structure.
Method comprising: - controlling a first AC/DC converter to sequentially feed a plurality of calibration direct voltages into a luminaire bus system, - for each calibration direct voltage: determining a corresponding power consumption of the luminaire bus system, - determining an operating point of the first AC/DC converter on the basis of the power consumptions, and - controlling the first AC/DC converter to feed an operating direct voltage into the luminaire bus system in accordance with the operating point, characterized in that the method further comprises: - controlling a further AC/DC converter to sequentially feed a plurality of further calibration direct voltages into the luminaire bus system, and - for each of the plurality of further calibration direct voltages: determining a corresponding further power consumption of the luminaire bus system, wherein the operating point of the first AC/DC converter is also determined on the basis of the further power consumptions. - controlling a first AC/DC converter to sequentially feed a plurality of calibration direct voltages into a luminaire bus system, - for each calibration direct voltage: determining a corresponding power consumption of the luminaire bus system, - determining an operating point of the first AC/DC converter on the basis of the power consumptions, and - controlling the first AC/DC converter to feed an operating direct voltage into the luminaire bus system in accordance with the operating point, - controlling a further AC/DC converter to sequentially feed a plurality of further calibration direct voltages into the luminaire bus system, and - for each of the plurality of further calibration direct voltages: determining a corresponding further power consumption of the luminaire bus system,
Phase offset compensator for compensating a phase offset, the phase offset comprising a first phase sub-offset and a second phase sub-offset, the phase offset compensator comprising: a feedback loop (207; 301) comprising a first loop filter (205; 307), the feedback loop being configured to compensate the first phase sub-offset of the phase offset; and a feed forward loop (201; 303) comprising a second loop filter (203; 305), the feed forward loop being configured to compensate the second phase sub-offset of the phase offset, wherein the output of the second loop filter (203; 305) is also coupled to the feedback loop, and the first loop filter (205; 307) comprises a first order loop filter (209; 309) and a second order loop filter (211; 311). a feedback loop (207; 301) comprising a first loop filter (205; 307), the feedback loop being configured to compensate the first phase sub-offset of the phase offset; and a feed forward loop (201; 303) comprising a second loop filter (203; 305), the feed forward loop being configured to compensate the second phase sub-offset of the phase offset, wherein the output of the second loop filter (203; 305) is also coupled to the feedback loop, and the first loop filter (205; 307) comprises a first order loop filter (209; 309) and a second order loop filter (211; 311).
Brazing alloys consisting of 41 wt% to 75 wt% copper, 20 wt% to 44 wt% silver, 5 wt% to 15 wt% gallium, and 0 to 15 wt% additional alloy constituents, selected from the group consisting of indium, tin, germanium, titanium, manganese, silicon, nickel, and combinations thereof, wherein the constituents add up to 100 wt% and may contain up to 0.15 wt% tolerated, unavoidable impurities, a carbon content that may not exceed 0.005 wt%, cadmium, phosphorus, lead, and zinc content of no more than 0.01 wt% each, and wherein the germanium content is less than 1.5 wt%.
Control cabinet for a wind turbine generator with a cabinet body, defining an inner chamber and comprising a circumferential wall, with one or several electric circuits (19, 20, 21) arranged in the inner chamber, one or several energy storage modules which are connected to the cabinet body and arranged on and detachably secured to an exterior side of the cabinet body, characterized in that the cabinet body is mounted to a wind turbine comprising a rotor with several rotor blades (9, 10) and the inner chamber is subdivided by one or several partition walls into several interior sections (37, 38, 39) the number of which is higher or equal to the number of rotor blades (9, 10).
A system for generating an optical signal having a pre-selected waveform, the system comprising: a laser source; a first waveform generator configured to apply a first signal to the laser source to create a laser output; an intensity modulator configured to receive the laser output; and a second waveform generator configured to apply a second signal to the intensity modulator, the intensity modulator being configured to generate a pre-distorted laser signal as a product of the second signal and the laser output; and an amplifier coupled to the intensity modulator and configured to amplify the pre-distorted laser signal for generating the optical signal having the pre-selected waveform, wherein the pre-distorted laser signal compensates for distortion caused by the amplifier. a laser source; a first waveform generator configured to apply a first signal to the laser source to create a laser output; an intensity modulator configured to receive the laser output; and a second waveform generator configured to apply a second signal to the intensity modulator, the intensity modulator being configured to generate a pre-distorted laser signal as a product of the second signal and the laser output; and an amplifier coupled to the intensity modulator and configured to amplify the pre-distorted laser signal for generating the optical signal having the pre-selected waveform, wherein the pre-distorted laser signal compensates for distortion caused by the amplifier.
Square tool holder for an impact wrench, comprising an anvil on which a drive square for holding a tool, in particular an impact wrench socket, is arranged, and comprising a securing bolt for securing the held tool, the securing bolt being spring-mounted in the drive square so as to be movable perpendicularly to the axis of rotation of the anvil, the securing bolt having a rounded, preferably hemispherical surface which protrudes from a holding surface of the drive square in a spring-extension state of the securing bolt, and which is at least partially lowered into the holding surface in a spring-compression state of the securing bolt, the securing bolt being secured against falling out by at least one securing pin (4, 4') arranged in the drive square, characterized in that the drive square has a groove shoulder on the end face (2") thereof for receiving a securing element, the securing element securing the securing pin (4, 4') in position in the received state.
A system for presenting graphics on a display device, wherein the system comprises: an eye tracking device configured to determine a gaze point of a user on a display device; and a processing device configured to: cause an image to be displayed on the display device; and modify an area of the image which includes the gaze point of the user, wherein: modifying the area of the image comprises modifying at least one parameter of the image within the area of the image relative to a remainder of the image, such that the area is rendered in a higher quality than the remainder of the image; characterized in that the processing device is further configured to: determine a size of the area based at least in part on an amount of noise in the gaze point over time and at least one other secondary factor, wherein the at least one other secondary factor comprises content displayed on the display device. an eye tracking device configured to determine a gaze point of a user on a display device; and a processing device configured to: cause an image to be displayed on the display device; and modify an area of the image which includes the gaze point of the user, wherein: modifying the area of the image comprises modifying at least one parameter of the image within the area of the image relative to a remainder of the image, such that the area is rendered in a higher quality than the remainder of the image; cause an image to be displayed on the display device; and modify an area of the image which includes the gaze point of the user, wherein: modifying the area of the image comprises modifying at least one parameter of the image within the area of the image relative to a remainder of the image, such that the area is rendered in a higher quality than the remainder of the image; characterized in that the processing device is further configured to: determine a size of the area based at least in part on an amount of noise in the gaze point over time and at least one other secondary factor, wherein the at least one other secondary factor comprises content displayed on the display device.
Insulating housing of an electrical terminal device, wherein a plurality of insulating housings can be fitted one onto the other for the purpose of forming an electrical terminal block by way of each insulating housing having a protruding latching pin which is arranged on the housing front side in a direction perpendicular to the plane of the housing front side, wherein the latching pin engages into a latching hole which is arranged on the housing rear side in a direction perpendicular to the plane of the housing rear side and has a latching hook which protrudes on the housing front side and engages into and latches behind a latching catch which is arranged on the housing rear side, so that, for the purpose of connecting a first insulating housing to a second insulating housing, a latching pin which is arranged on a housing front side of the first insulating housing engages into a latching hole which is arranged on a housing rear side of the second insulating housing, and latching hooks which are arranged on the housing front side of the first insulating housing engage into latching catches, which are arranged on the housing rear side, of the second insulating housing, characterized in that the latching pin and the latching hole are designed in the form of a truncated cone, wherein the diameter of the latching pin increases starting from the housing front side in the direction of the latching pin end, and the diameter of the latching hole increases starting from the housing rear side in the direction of the latching hole base.
A mandrel for an electrode assembly comprising: a positive mandrel portion and a negative mandrel portion spaced apart from, and not in electrical contact with, the positive mandrel portion, wherein each of the positive mandrel portion and the negative mandrel portion comprises: a connector element coupling portion configured for coupling the mandrel portion to a respective connector element, wherein the connector element coupling portion comprises a first conductive material, and an electrode coupling portion electrically coupled to the connector element coupling portion and configured for coupling the mandrel portion to a respective electrode, wherein the electrode coupling portion comprises a second conductive material different from the first conductive material, wherein at least a portion of the electrode coupling portion is positioned adjacent to at least a portion of the connector element coupling portion to mechanically couple the connector element coupling portion and the electrode coupling portion. a positive mandrel portion and a negative mandrel portion spaced apart from, and not in electrical contact with, the positive mandrel portion, wherein each of the positive mandrel portion and the negative mandrel portion comprises: a connector element coupling portion configured for coupling the mandrel portion to a respective connector element, wherein the connector element coupling portion comprises a first conductive material, and an electrode coupling portion electrically coupled to the connector element coupling portion and configured for coupling the mandrel portion to a respective electrode, wherein the electrode coupling portion comprises a second conductive material different from the first conductive material, wherein at least a portion of the electrode coupling portion is positioned adjacent to at least a portion of the connector element coupling portion to mechanically couple the connector element coupling portion and the electrode coupling portion. a connector element coupling portion configured for coupling the mandrel portion to a respective connector element, wherein the connector element coupling portion comprises a first conductive material, and an electrode coupling portion electrically coupled to the connector element coupling portion and configured for coupling the mandrel portion to a respective electrode, wherein the electrode coupling portion comprises a second conductive material different from the first conductive material, wherein at least a portion of the electrode coupling portion is positioned adjacent to at least a portion of the connector element coupling portion to mechanically couple the connector element coupling portion and the electrode coupling portion.
A method for adjusting a component handling assembly, the component handling assembly comprising, a plurality of stations at least some of which have a nest which can receive a component, and a rotatable turret having a plurality of component handling heads, and wherein the turret can rotate to transport components between the plurality of stations, the method comprising the steps of, capturing a first image of a reference element located at a first station, using a camera which is located on the rotatable turret; identifying the position in the first image of the centre of the reference element; rotating the turret so that the camera on the turret is in a position where it can capture a second image of nest of a second station; capturing a second image of the nest of the second station, using said camera; identifying the position in the second image of the centre of the nest of the second station; characterized in that the method further comprises the steps of: superimposing a marker on the second image at the same position as the position of the centre of the reference element in the first image; adjusting the second station until the position in the second image of the centre of the nest of the second station is aligned with the marker. superimposing a marker on the second image at the same position as the position of the centre of the reference element in the first image; adjusting the second station until the position in the second image of the centre of the nest of the second station is aligned with the marker.