mhurhangee/ep-ind-claims huggingface dataset:
A structural composite part made of pre-impregnated fibre plies laid-up almost edge edge positioned side by side in a common plane and onto each other, the edges of two adjacent fibre plies are connected via a longitudinal composite joint extending in the longitudinal direction of the edge edge connected fibre plies, the composite joint is made structural by a nanostructure arranged within the composite joint, wherein the composite joint will be considered as a structural part of the composite part, characterized in that the composite part is composed of layers of fibre plies laid up in different directions involving different directions of the nanostructure in different layers.
A laser light reflection method for an aircraft-installed laser apparatus, comprising: disposing a laser pointer on an out-of-plane vertical axis of a reflection mirror so as to be adapted to be oriented in an out-of-plane direction of the reflection mirror, such that an elevation thereof relative to the reflection mirror can be adjusted; adjusting an elevation, a bearing, a levelness, or a height of the reflection mirror relative to a ground surface such that a projection point of the laser pointer scans an actual laser light transmission portion provided on a laser emission window of an aircraft; inverting the laser pointer so as to be oriented in an in-plane direction of the reflection mirror; setting the elevation of the laser pointer relative to the reflection mirror at a target elevation; setting the elevation of the reflection mirror relative to the ground surface at half the target elevation; and emitting the actual laser light onto the reflection mirror such that the actual laser light is reflected by the reflection mirror. disposing a laser pointer on an out-of-plane vertical axis of a reflection mirror so as to be adapted to be oriented in an out-of-plane direction of the reflection mirror, such that an elevation thereof relative to the reflection mirror can be adjusted; adjusting an elevation, a bearing, a levelness, or a height of the reflection mirror relative to a ground surface such that a projection point of the laser pointer scans an actual laser light transmission portion provided on a laser emission window of an aircraft; inverting the laser pointer so as to be oriented in an in-plane direction of the reflection mirror; setting the elevation of the laser pointer relative to the reflection mirror at a target elevation; setting the elevation of the reflection mirror relative to the ground surface at half the target elevation; and emitting the actual laser light onto the reflection mirror such that the actual laser light is reflected by the reflection mirror.
A composition comprising at least an extract of poplar propolis, comprising at least 20% polyphenols by weight of dry matter, for use as a health product for preventing and/or limiting the secondary effects of chemotherapy.
A fluidfoil (31, 63) comprising a leading edge (33, 55) and a leading edge zone (35, 65) behind the leading edge (33, 55) extending spanwise over the full span of the fluidfoil (31, 63), where the leading edge zone (35, 65) comprises one or more deflected regions (45, 67) which locally reduce the angle of attack of the fluidfoil (31, 63), characterised in that each of the one or more deflected regions (45, 67) tapers in a chordwise direction to a point from a maximum spanwise width at the leading edge (33, 55), through the leading edge zone (35, 65), to no spanwise width at an interface of the leading edge zone (35, 65) with a main body of the fluidfoil (31, 63), wherein the extent of the deflected region (45, 67) decreases from the leading edge (33, 55) through the leading edge zone (35, 65) and wherein the deflected region (45, 67) blends into a main body of the fluidfoil (31, 63) extending behind the leading edge zone (35, 65) and disappears.
A Parapoxvirus ovis (PPVO) agent for use in (i) preparing a subject for a coronavirus infection or (ii) treating a coronavirus infection in a subject.
A guide arm for guiding at least one element having an elongated shape, with each element having an elongated shape corresponding for instance to a cable assembly or a pipe, with said arm extending in a substantially longitudinal direction between two ends, comprising an inner cavity opening on the outside of the arm at each of the ends thereof, and being adapted to accommodate at least one element having an elongated shape extending substantially longitudinally in the cavity, said arm consisting of two parts extending substantially longitudinally and opposite each other, - one of the two parts is a frame comprising a substantially longitudinal beam linked to means (30, 36, 44) for holding the elements having an elongated shape on the outside and along the beam, and - the other one of the two parts is a cover comprising substantially longitudinal walls (56, 58) which cover the frame holding means, and are engaged with the beam, in such a way as to form the inner cavity in which the elements having and elongated shape extend, characterized in that damping means are arranged pre-stressed between the means (30, 36, 44) for holding the elements having an elongated shape, and the longitudinal walls (56, 58), in such a way as to reduce and damp the movements of the means for holding in the cavity. - one of the two parts is a frame comprising a substantially longitudinal beam linked to means (30, 36, 44) for holding the elements having an elongated shape on the outside and along the beam, and - the other one of the two parts is a cover comprising substantially longitudinal walls (56, 58) which cover the frame holding means, and are engaged with the beam, in such a way as to form the inner cavity in which the elements having and elongated shape extend,
A device for separating a gas mixture into product gas and offgas by way of gas permeation, with at least two membrane units and and a compressor placed upstream from the first membrane unit, with the membrane units and exhibiting a gas inlet (1a, 2a), a retentate outlet (1b, 2b) and a permeate outlet (1c, 2c), wherein the retentate outlet of the first membrane unit is connected to the gas inlet of the second membrane unit, the permeate outlet of the second membrane unit is connected on the intake side with the condenser or the gas supply leading into the condenser, and the condenser is connected with the gas inlet of the first membrane unit, all by way of lines, product gas is obtained via the retentate outlet, and offgas is obtained via the permeate outlet, characterized in that the permeate outlet of an upstream membrane unit is connected with the gas supply of the compressor by way of a line, wherein at least one other membrane unit is placed upstream from the membrane unit by connecting the retentate outlet of the additional membrane unit with the gas inlet of the membrane unit by way of a line, and additional product gas is obtained via the retentate outlet, and additional offgas is obtained via the permeate outlet.
An Fc region dimer comprising an antigen-binding site and an FcyR-binding site, wherein the Fc region dimer does not bind to said antigen and said FcyR at the same time, wherein the Fc regions of the Fc region dimer are human IgG1 Fc regions, wherein the Fc region dimer is a heterodimer consisting of two Fc regions (first Fc region and second Fc region) differing in their amino acid sequences, wherein the antigen-binding site is a site obtained by introduction of a peptide of 3 to 9 amino acids having binding activity against the antigen in a location selected from EU numbering positions 231 to 239, EU numbering positions 265 to 271, EU numbering positions 295 to 300, and EU numbering positions 324 to 337 in the CH2 domain on the first Fc region, and wherein the FcyR-binding site is a site with at least one substituted amino acid selected from EU numbering positions 234 to 239, 265 to 271, 295, 296, 298, 300, 324, and 325 to 337 in the CH2 domain of the second Fc region.
A user equipment to identify access point parameters, the UE comprising: a receiver to: receive an air-interface congestion parameter of an access point in a wireless local area network (WLAN); and receive a backhaul congestion parameter of the access point; a network selection module coupled with the receiver to identify, based at least in part on a comparison of the air-interface congestion parameter or the backhaul congestion parameter to an access network discovery and selection function (ANDSF) quality of service (QoS) policy, that the access point is a preferred access point; and a transmitter coupled with the network selection module to transmit, based at least in part on an identification of the access point as a preferred access point, an access request to the access point a receiver to: receive an air-interface congestion parameter of an access point in a wireless local area network (WLAN); and receive a backhaul congestion parameter of the access point; receive an air-interface congestion parameter of an access point in a wireless local area network (WLAN); and receive a backhaul congestion parameter of the access point; a network selection module coupled with the receiver to identify, based at least in part on a comparison of the air-interface congestion parameter or the backhaul congestion parameter to an access network discovery and selection function (ANDSF) quality of service (QoS) policy, that the access point is a preferred access point; and a transmitter coupled with the network selection module to transmit, based at least in part on an identification of the access point as a preferred access point, an access request to the access point
A method performed by a capability exposure function, CEF, entity in a mobile communication system, the method comprising: transmitting, to a unified data repository, UDR, entity, a first message for requesting information on an interconnection and routing function, IRF, entity associated with a service for a terminal, the first message including an identifier of the terminal; receiving, from the UDR entity as a response to the first message, a second message including address information on the IRF entity identified based on the identifier of the terminal; transmitting, to a network function entity associated with the service via the IRF entity, a third message for requesting the service; and receiving, from the network function entity via the IRF entity, a fourth message as a response to the third message, wherein the first message indicates a resource for a context of the terminal by using a representational state transfer ful, RESTFUL, style, and wherein the context of the terminal to which the UDR entity accesses is identified by the RESTFUL style. transmitting, to a unified data repository, UDR, entity, a first message for requesting information on an interconnection and routing function, IRF, entity associated with a service for a terminal, the first message including an identifier of the terminal; receiving, from the UDR entity as a response to the first message, a second message including address information on the IRF entity identified based on the identifier of the terminal; transmitting, to a network function entity associated with the service via the IRF entity, a third message for requesting the service; and receiving, from the network function entity via the IRF entity, a fourth message as a response to the third message, wherein the first message indicates a resource for a context of the terminal by using a representational state transfer ful, RESTFUL, style, and wherein the context of the terminal to which the UDR entity accesses is identified by the RESTFUL style.
An electric motor construction provided with a planetary gear system, comprising an annular stator, a torque takeoff shaft concentric relative to the stator, an annular rotor, a sun gear fixedly coupled to the rotor and concentric with the torque takeoff shaft, an intra-rotor immovably coupled ring gear with a toothed inner surface, planet gears meshing with the ring gear and the sun gear, and a planet carrier that the planet gears are supported on, wherein the electric motor construction further comprises a coupling arrangement for transmitting torque of the rotor optionally directly or by way of the planet carrier to said torque takeoff shaft, the coupling arrangement comprising a first coupling for coupling to the torque takeoff shaft a collectively rotating assembly constituted by the electric machine's rotor and sun gear, as well as a second coupling for coupling the planet carrier directly to the torque takeoff shaft, characterized in that the annular rotor is inside the stator and in that the first and second couplings (10, 11) comprise around the torque takeoff shaft a coupling sleeve, which is made rotationally rigid but movable in a longitudinal direction relative to the torque takeoff shaft.
A wind turbine comprising: a set of curved blades mounted on a central rotatable hub, an enclosure surrounding the tips of the blades and attached thereto, which enclosure is arranged to rotate with said hub and said blades, characterized in that each of said blades has a leading edge and a trailing edge and a pitch angle to a rotational axis of the hub at the leading edge, which angle is an angle between the hypotenuse of a triangle, having a first leg defined by true wind speed and the other leg defined by blade speed, and the leg defined by true wind speed and the pitch angle of the leading edge of the blade at the tip end is from 54 degrees to 75 degrees to a rotational (central) axis of the hub and the pitch angle of the blade at the hub end is between 28 and 49 degrees to the rotational axis of the hub, and each of the blades is provided with a compound curve that causes the blade to fall away from an angle of apparent wind at a wind entry of location of the blade so that the surface of the blade is forced to move from the apparent wind, said turbine being further provided with an apparatus that controls speed of rotation of the turbine so that the angle of the apparent wind to the leading edge of the blades can be adjusted relative to the pitch angle of the blades to obtain at least 50% of maximum energy that can be extracted using the turbine. a set of curved blades mounted on a central rotatable hub, an enclosure surrounding the tips of the blades and attached thereto, which enclosure is arranged to rotate with said hub and said blades, characterized in that each of said blades has a leading edge and a trailing edge and a pitch angle to a rotational axis of the hub at the leading edge, which angle is an angle between the hypotenuse of a triangle, having a first leg defined by true wind speed and the other leg defined by blade speed, and the leg defined by true wind speed and the pitch angle of the leading edge of the blade at the tip end is from 54 degrees to 75 degrees to a rotational (central) axis of the hub and the pitch angle of the blade at the hub end is between 28 and 49 degrees to the rotational axis of the hub, and each of the blades is provided with a compound curve that causes the blade to fall away from an angle of apparent wind at a wind entry of location of the blade so that the surface of the blade is forced to move from the apparent wind, said turbine being further provided with an apparatus that controls speed of rotation of the turbine so that the angle of the apparent wind to the leading edge of the blades can be adjusted relative to the pitch angle of the blades to obtain at least 50% of maximum energy that can be extracted using the turbine.
A terminal comprising: a receiving section configured to receive a first configuration information regarding a search space for monitoring downlink control information in a first cell, and a second configuration information corresponding to a second cell; and a control section configured to control, based on the first configuration information, reception of a downlink control information that indicates scheduling of a physical downlink shared channel of the second cell, the reception of the downlink control information being carried out in the first cell, wherein a control resource set, corresponding to a search space for the second cell, is not configured in the second configuration information corresponding to the second cell. a receiving section configured to receive a first configuration information regarding a search space for monitoring downlink control information in a first cell, and a second configuration information corresponding to a second cell; and a control section configured to control, based on the first configuration information, reception of a downlink control information that indicates scheduling of a physical downlink shared channel of the second cell, the reception of the downlink control information being carried out in the first cell, wherein a control resource set, corresponding to a search space for the second cell, is not configured in the second configuration information corresponding to the second cell.
A method comprising: displaying, on a touch-sensitive display, a plurality of menu items (404, 504) corresponding to a plurality of target zones (402, 502), wherein the display of the plurality of menu items (404, 504) includes representations of a target zone (402, 502) distributed in a repeating pattern among at least three different positions along the menu items (404, 504), wherein at least two adjacent menu items have a common border; detecting a touch within a first target zone (402, 502) associated with a first menu item (404, 504); performing at least one function associated with selection of the first menu item (404, 504). displaying, on a touch-sensitive display, a plurality of menu items (404, 504) corresponding to a plurality of target zones (402, 502), wherein the display of the plurality of menu items (404, 504) includes representations of a target zone (402, 502) distributed in a repeating pattern among at least three different positions along the menu items (404, 504), wherein at least two adjacent menu items have a common border; detecting a touch within a first target zone (402, 502) associated with a first menu item (404, 504); performing at least one function associated with selection of the first menu item (404, 504).
A digital thermometer of antimicrobial copper, which is a medical digital thermometer, which consists externally of: a body, a battery cover that is a removable part through which a battery is inserted into the thermometer, a power button that is a key ON-OFF, a display, and a tip that is a sensor for measuring the temperature, characterized in that the outer surface of these parts, except of the display, is made of antimicrobial copper or bears antimicrobial copper or is externally coated with antimicrobial copper, or the outer surface of the body, and/or the battery cover and/or the power button and the tip is made of solid antimicrobial copper or is externally coated with antimicrobial copper. a body, a battery cover that is a removable part through which a battery is inserted into the thermometer, a power button that is a key ON-OFF, a display, and a tip that is a sensor for measuring the temperature, characterized in that the outer surface of these parts, except of the display, is made of antimicrobial copper or bears antimicrobial copper or is externally coated with antimicrobial copper, or the outer surface of the body, and/or the battery cover and/or the power button and the tip is made of solid antimicrobial copper or is externally coated with antimicrobial copper.
Method of protecting passage openings of a semiconductor wafer, comprising at least the steps: - providing a semiconductor wafer with an upper side (10.1), a lower side (10.2) and comprising a plurality of solar cell stacks, - wherein each solar cell stack comprises a Ge substrate forming the lower side (10.1) of the semiconductor wafer, a Ge part cell and at least two III-V part cells (18, 20) in the stated sequence as well as at least one passage opening which extends from the upper side (10.1) to the lower side (10.2) of the semiconductor wafer, with a continuous side wall (22.1) and a circumference oval in cross-section, - application of a dielectric insulating layer over an area on the upper side (10.1) of the semiconductor wafer and the side wall (22.1) of the passage opening and the lower side (10.2) of the semiconductor wafer, subsequently - applying a photoresist layer on the upper side (10.1) of the semiconductor wafer and at least a region, which adjoins the upper side, of the side wall (22.1) of the passage opening, - applying an organic filler material by means of a printing method on a region, which surrounds the passage opening, of the upper side (10.1) and in the passage opening, wherein the steps are carried out in the stated sequence. - providing a semiconductor wafer with an upper side (10.1), a lower side (10.2) and comprising a plurality of solar cell stacks, - wherein each solar cell stack comprises a Ge substrate forming the lower side (10.1) of the semiconductor wafer, a Ge part cell and at least two III-V part cells (18, 20) in the stated sequence as well as at least one passage opening which extends from the upper side (10.1) to the lower side (10.2) of the semiconductor wafer, with a continuous side wall (22.1) and a circumference oval in cross-section, - application of a dielectric insulating layer over an area on the upper side (10.1) of the semiconductor wafer and the side wall (22.1) of the passage opening and the lower side (10.2) of the semiconductor wafer, subsequently - applying a photoresist layer on the upper side (10.1) of the semiconductor wafer and at least a region, which adjoins the upper side, of the side wall (22.1) of the passage opening, - applying an organic filler material by means of a printing method on a region, which surrounds the passage opening, of the upper side (10.1) and in the passage opening, wherein the steps are carried out in the stated sequence.
A hand held portable apparatus configured to determine the presence of a unique marker on at least one object by analysing mixtures of materials used as the unique identifier, the mixtures of materials being applied to the at least one object, the apparatus, comprising: illuminating means for illuminating a section of the object with more than one form of radiation; detection means for sequentially measuring spectral emission and/or absorption obtained from the object resulting from the more than one form of radiation; and processing means for obtaining data from each measurement, the data indicating the presence or not of the mixtures of materials, wherein the more than one forms of radiation are selected from short wave UV, long wave UV, visible light and infra-red light. illuminating means for illuminating a section of the object with more than one form of radiation; detection means for sequentially measuring spectral emission and/or absorption obtained from the object resulting from the more than one form of radiation; and processing means for obtaining data from each measurement, the data indicating the presence or not of the mixtures of materials,
A mold for producing a foam cladding made of plastic on a planar component or for producing a foamed plastic part, comprising a mixing head for producing liquid plastic from at least two components, at least one first cavity for receiving the plastic in order to form the foam cladding or to produce the foamed plastic part, a sprue channel for connecting the mixing head to the at least one first cavity, and a further cavity, which is formed at the transition of the sprue channel to the first cavity and widens the sprue channel, wherein a sprue cutter having at least one slide is movably mounted on the mold, which slide can be moved by means of at least one actuating cylinder in the direction of the sprue channel toward the first cavity and, in an end position of the movement of the slide, closes off the first cavity from the sprue channel and/or from the further cavity by means of at least one edge and/or contour, wherein when the slide is in its end position, a gap for receiving superfluous plastic material is unblocked between the slide and the mixing head in the vicinity of the sprue channel.