mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a controllable electrical device, which is a switching module of a modular multilevel converter, and which is connected, by means of a data link, to a control device for controlling the electrical device, wherein the electrical device is designed to exchange electrical energy with a connected electrical power supply system and comprises an environmental sensor (7, 8) for detecting environmental information, in which the control device transmits, by means of the data link, control signals to the electrical device, the electrical device assumes, depending on the transmitted control signals, a first or a second operating state, wherein, in its first operating state, the electrical device exchanges energy with the electrical power supply system, and, in its second operating state, the electrical device does not exchange any energy with the electrical power supply system, characterized in that the environmental information detected by means of the environmental sensor (7, 8) is transmitted via the data link to the control device only when the electrical device is in the second operating state. the control device transmits, by means of the data link, control signals to the electrical device, the electrical device assumes, depending on the transmitted control signals, a first or a second operating state, wherein, in its first operating state, the electrical device exchanges energy with the electrical power supply system, and, in its second operating state, the electrical device does not exchange any energy with the electrical power supply system,
A wearable display device comprising: a substrate including a reflective diffraction region formed in a net structure on one surface thereof; and a light radiation unit configured to radiate light beams to the surface of the substrate, wherein the diffraction region is configured to diffract light beams incident upon the surface of the substrate and to collect the diffracted light beams within a space above the surface of the substrate, wherein the diffraction region includes coating areas which are coated with a material reflecting light or a material reflecting a specific wavelength band and non-coating areas which are not coated, wherein the coating areas of the diffraction region correspond to non-transmitting areas which do not transmit light and the non-coating areas of the diffraction region correspond to transmissive areas which transmit light wherein, in the diffraction region, lattice-type meshes are uniformly formed, the meshes corresponding to the transmissive areas, and wherein a net of the diffraction region corresponds to the coating areas. a substrate including a reflective diffraction region formed in a net structure on one surface thereof; and a light radiation unit configured to radiate light beams to the surface of the substrate, wherein the diffraction region is configured to diffract light beams incident upon the surface of the substrate and to collect the diffracted light beams within a space above the surface of the substrate, wherein the diffraction region includes coating areas which are coated with a material reflecting light or a material reflecting a specific wavelength band and non-coating areas which are not coated, wherein the coating areas of the diffraction region correspond to non-transmitting areas which do not transmit light and the non-coating areas of the diffraction region correspond to transmissive areas which transmit light wherein, in the diffraction region, lattice-type meshes are uniformly formed, the meshes corresponding to the transmissive areas, and wherein a net of the diffraction region corresponds to the coating areas.
A three-dimensional illumination chart, comprising: a substrate divided into a number of portions (104-1, 104-2), wherein each portion comprises a raised relief pattern disposed thereon having a relief angle relative to a reference line, wherein each relief angle of the raised relief patterns of the number of portions is different from other relief angles of other raised relief patterns of other portions. a substrate divided into a number of portions (104-1, 104-2), wherein each portion comprises a raised relief pattern disposed thereon having a relief angle relative to a reference line, wherein each relief angle of the raised relief patterns of the number of portions is different from other relief angles of other raised relief patterns of other portions.
Tire comprising a rubber composition based on at least: - an elastomeric matrix comprising predominantly a random copolymer comprising ethylene units and conjugated diene units, the mole fraction of the ethylene units in the copolymer being within a range extending from 50% to 95%, - a peroxide, and - a zinc diacrylate derivative in the form of a zinc salt of formula in which R 1, R 2 and R 3 represent independently of one another a hydrogen atom or a C 1 -C 7 hydrocarbon-based group selected from linear, branched or cyclic alkyl groups, aralkyl groups, alkylaryl groups and aryl groups, and optionally interrupted by one or more heteroatoms, R 2 and R 3 possibly together forming a non-aromatic ring, the contents of zinc diacrylate derivative and of peroxide being such that the ratio of the peroxide content to the zinc diacrylate derivative content is greater than or equal to 0.08; said composition comprising from 5 to less than 65 parts by weight per hundred parts by weight of elastomer, phr, of reinforcing filler; the ratio of the filler content to the content of zinc diacrylate derivative being greater than or equal to 1.25. - an elastomeric matrix comprising predominantly a random copolymer comprising ethylene units and conjugated diene units, the mole fraction of the ethylene units in the copolymer being within a range extending from 50% to 95%, - a peroxide, and - a zinc diacrylate derivative in the form of a zinc salt of formula
A toy building set comprising at least two toy building elements of which a first toy building element is provided with one or more coupling means of first type, and a second toy building element is provided with one or more coupling means of a second type that is/are configured to be complementary to said coupling means of the first type to the effect that they can be interconnected to form a structure, the coupling means and the complementarily configured coupling means are configured such that the second toy building element can be mounted on the first toy building element in two or more different positions, and that the second toy building element comprises a flywheel, characterised in that the flywheel is rotatably mounted on the second toy building element, and in that the flywheel comprises one or more actuator mechanisms in the form of a toothed wheel, which is functionally connected to the flywheel, and in that the toothed wheel comprises means for coming into engagement with an actuator means, in the form of a rack.
An adjustment mechanism (22Y, 22Z) for adjustably positioning a moveable aerodynamic surface relative to a support structure thereof, wherein the adjustment mechanism (22Y, 22Z) comprises: a base structure adapted for fixed connection to the moveable aerodynamic surface, the base structure including an elongate slot defining an elongate axis which is aligned with an adjustment axis for the moveable aerodynamic surface; a fixed-position receiver opposing the base structure and adapted for positionally fixed connection to the support structure of the moveable aerodynamic surface; and an adjustment bolt having a head and a threaded shaft extending from the head through the elongate slot of the base structure and being threadably coupled to the receiver to operably interconnect the base structure and the receiver, wherein the base structure is moveable relative to the fixed-position receiver within the elongate slot in a direction of the elongate axis thereof to thereby allow positionally adjustment of the moveable aerodynamic surface in a direction parallel to the adjustment axis; wherein the base structure comprises a recessed cup defining a space for receiving the head of the adjustment bolt and having a wall which defines the elongate slot; and characterised in that the adjustment mechanism further comprises a removable cover plate which covers the space of the recessed cup. a base structure adapted for fixed connection to the moveable aerodynamic surface, the base structure including an elongate slot defining an elongate axis which is aligned with an adjustment axis for the moveable aerodynamic surface; a fixed-position receiver opposing the base structure and adapted for positionally fixed connection to the support structure of the moveable aerodynamic surface; and an adjustment bolt having a head and a threaded shaft extending from the head through the elongate slot of the base structure and being threadably coupled to the receiver to operably interconnect the base structure and the receiver, wherein the base structure is moveable relative to the fixed-position receiver within the elongate slot in a direction of the elongate axis thereof to thereby allow positionally adjustment of the moveable aerodynamic surface in a direction parallel to the adjustment axis; wherein the base structure comprises a recessed cup defining a space for receiving the head of the adjustment bolt and having a wall which defines the elongate slot; and characterised in that the adjustment mechanism further comprises a removable cover plate which covers the space of the recessed cup.
Vacuum cleaner comprising a waste separation assembly which comprises: - at least one first stage of cyclonic separation comprising a primary separator by cyclone with longitudinal axis Δ, - a first removable container for recovering the waste located under the primary separator, - at least one second stage of cyclonic separation comprising at least one secondary separator by cyclone with longitudinal axis Δ', - at least one second removable container for recovering waste located under the secondary separator and separate from the first container for recovering waste, the second removable container for recovering waste being independent from the first removable container and capable of being transported separately from the latter characterised in that the second removable container for recovering waste comprises a movable cover which is provided with an opening for connecting to each secondary separator. - at least one first stage of cyclonic separation comprising a primary separator by cyclone with longitudinal axis Δ, - a first removable container for recovering the waste located under the primary separator, - at least one second stage of cyclonic separation comprising at least one secondary separator by cyclone with longitudinal axis Δ', - at least one second removable container for recovering waste located under the secondary separator and separate from the first container for recovering waste, the second removable container for recovering waste being independent from the first removable container and capable of being transported separately from the latter characterised in that the second removable container for recovering waste comprises a movable cover which is provided with an opening for connecting to each secondary separator.
A vulcanizable rubber composition comprising a rubber component K, a filler component F and a vulcanization system VS, wherein the vulcanization system VS comprises at least one peroxide, the rubber component K contains at least one rubber that is cross-linkable by means of the at least one peroxide of the vulcanization system VS, and the filler component F contains at least one organic filler that has a 14 C content in a range from 0.20 to 0.45 Bq/g carbon and a d99 value of <25.0 μm. the vulcanization system VS comprises at least one peroxide, the rubber component K contains at least one rubber that is cross-linkable by means of the at least one peroxide of the vulcanization system VS, and the filler component F contains at least one organic filler that has a 14 C content in a range from 0.20 to 0.45 Bq/g carbon and a d99 value of <25.0 μm.
A furniture panel, comprising at least - a material panel, - at least one edge strip fixed to the material panel and - at least one electrical functional strip which is arranged in a groove formed in the material panel and covered by the edge strip, characterized in that the electrical functional strip is fixed to a carrier profile which is U-shaped in cross-section and is arranged in the groove, wherein the carrier profile is formed by a coilable, strip-shaped flat profile which is folded in a U-shape at kinks extending in a longitudinal direction. - a material panel, - at least one edge strip fixed to the material panel and - at least one electrical functional strip which is arranged in a groove formed in the material panel and covered by the edge strip,
A method of arranging contact structures on a solar cell, the method comprising: interdigitating a plurality of negative metal contact fingers (403, 413) with a plurality of positive metal contact fingers (404, 414), the negative metal contact fingers (403, 413) being electrically connected to N-type diffusion regions on a backside of a solar cell, the positive metal contact fingers (404, 414) being electrically connected to P-type diffusion regions on the backside of the solar cell, the solar cell including a front side that faces the sun during normal operation; and characterized by arranging the negative metal contact fingers (403, 413) to have their ends point towards and collectively surround at least 50% of a perimeter of at least a first solder pad (405-1, 405-2, 405-3, 410), the first solder pad (405-1, 405-2, 405-3, 410) being electrically connected to the negative metal contact fingers (403, 413) but not to the positive metal contact fingers (404, 414); and arranging the positive metal contact fingers (404, 414) to have their ends point towards and collectively cover at least 50% of a perimeter of a second solder pad (405-4, 405-5, 405-6), the second solder pad (405-4, 405-5, 405-6) being electrically connected to the positive metal contact fingers (404, 414) but not the negative metal contact fingers (403, 413). interdigitating a plurality of negative metal contact fingers (403, 413) with a plurality of positive metal contact fingers (404, 414), the negative metal contact fingers (403, 413) being electrically connected to N-type diffusion regions on a backside of a solar cell, the positive metal contact fingers (404, 414) being electrically connected to P-type diffusion regions on the backside of the solar cell, the solar cell including a front side that faces the sun during normal operation; and characterized by arranging the negative metal contact fingers (403, 413) to have their ends point towards and collectively surround at least 50% of a perimeter of at least a first solder pad (405-1, 405-2, 405-3, 410), the first solder pad (405-1, 405-2, 405-3, 410) being electrically connected to the negative metal contact fingers (403, 413) but not to the positive metal contact fingers (404, 414); and arranging the positive metal contact fingers (404, 414) to have their ends point towards and collectively cover at least 50% of a perimeter of a second solder pad (405-4, 405-5, 405-6), the second solder pad (405-4, 405-5, 405-6) being electrically connected to the positive metal contact fingers (404, 414) but not the negative metal contact fingers (403, 413).
A high Al-content metal foil having an Al content of 6.5 mass% to 10 mass% and a thickness of 0.01 mm to 0.06 mm, said high Al-content metal foil characterized by having both of a plane integration of 60% to 95% and a plane integration of 0.01% to 15% of the α-Fe crystal with respect to the surface of the metal foil.
A method for transmitting, by a user equipment, UE,, an indication in a wireless communication system, the method comprising: - transmitting a multimedia broadcast/multicast service, MBMS, interest indication indicating that the UE is interested to receive or no longer interested to receive a MBMS session, wherein the MBMS interest indication includes a mbms-FreqList field that indicates a list of MBMS frequencies, which the UE is receiving or interested to receive, and if the UE prioritizes a reception of all listed MBMS frequencies above a reception of any ongoing unicast reception, the MBMS interest indication includes a mbms-Priority field that indicates that the UE prioritizes the reception of all listed MBMS frequencies above the reception of any ongoing unicast reception, the method characterized in that it further comprises: - determining whether to start a timer wherein the timer is started if the mbms-Priority field is included in the MBMS interest indication, and wherein the timer is not started if the mbms-Priority field is not included in the MBMS interest indication, wherein UE is not allowed to transmit MBMS interest indications that include a mbms-Priority field while the timer is running, and wherein UE is allowed to transmit MBMS interest indications that not include a mbms-Priority field while the timer is running. - transmitting a multimedia broadcast/multicast service, MBMS, interest indication indicating that the UE is interested to receive or no longer interested to receive a MBMS session, - determining whether to start a timer wherein the timer is started if the mbms-Priority field is included in the MBMS interest indication, and
An ice cream machine with integrated blast chilling, comprising: - a containment casing housing means for creaming the ice cream; - a basket for collecting the creamed ice cream; - a dispensing mouth of the creamed ice cream from said basket to a collection pan; characterized in that said casing comprises blast chilling means operating at a temperature below -30° C to rapidly cool the ice cream supplied from said dispensing mouth and collected in the pan, said blast chilling means being integrated into said casing and arranged below said dispensing mouth to cool the creamed ice cream immediately after its suppling from said basket. - a containment casing housing means for creaming the ice cream; - a basket for collecting the creamed ice cream; - a dispensing mouth of the creamed ice cream from said basket to a collection pan;
A foam composition comprising, A) a cellulose foam matrix, and B) particles of encapsulated organic phase change material which are distributed within the cellulose foam matrix. A) a cellulose foam matrix, and B) particles of encapsulated organic phase change material which are distributed within the cellulose foam matrix.
A dishwasher, comprising: a tub forming wash space and configured to accommodate objects to be washed; a base being disposed under the tub; a door being configured to open and close the wash space; a sump being disposed under the tub and configured to store wash water; an air supply device comprising a housing, an air blowing fan and an air discharge part, and being disposed at the base and configured to spray air to the tub; wherein the door is disposed in front of the sump in a front-rear direction of the base; wherein the air supply device is disposed behind the sump in the front-rear direction of the base; wherein the dishwasher further comprises an air supply control module that is disposed in the base, is electrically connected to the air supply device and controls operations of the air supply device; characterized in that the air supply control module is disposed behind the air supply device and spaced from the air supply device; wherein the air supply control module is disposed on a wall over a bottom plate of the base and so it is configured to be spaced from the bottom plate; and wherein the wall comprises: a first wall bending from the bottom plate at least partially in an up-down direction, a second wall bending from the first wall at least partially in a front-rear direction and sitting in the air supply control module, and a rear wall bending from the second wall at least partially in the up-down direction. a tub forming wash space and configured to accommodate objects to be washed; a base being disposed under the tub; a door being configured to open and close the wash space; a sump being disposed under the tub and configured to store wash water; an air supply device comprising a housing, an air blowing fan and an air discharge part, and being disposed at the base and configured to spray air to the tub; wherein the door is disposed in front of the sump in a front-rear direction of the base; wherein the air supply device is disposed behind the sump in the front-rear direction of the base; wherein the dishwasher further comprises an air supply control module that is disposed in the base, is electrically connected to the air supply device and controls operations of the air supply device; characterized in that the air supply control module is disposed behind the air supply device and spaced from the air supply device; wherein the air supply control module is disposed on a wall over a bottom plate of the base and so it is configured to be spaced from the bottom plate; and wherein the wall comprises: a first wall bending from the bottom plate at least partially in an up-down direction, a second wall bending from the first wall at least partially in a front-rear direction and sitting in the air supply control module, and a rear wall bending from the second wall at least partially in the up-down direction. a first wall bending from the bottom plate at least partially in an up-down direction, a second wall bending from the first wall at least partially in a front-rear direction and sitting in the air supply control module, and a rear wall bending from the second wall at least partially in the up-down direction.