mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor light emitting device comprising: a strain relief structure above a structural region having a template surface over a substrate, said structural region containing aluminium in a first concentration; and below a semiconductor active layer containing aluminium in a second concentration which is less than said first concentration; and wherein said strain relief structure comprises: a plurality of groups (68, 70) of at least two layers per group, at least one layer of each said group comprised at least in part of aluminium, such that each group has an average concentration of aluminium, the average concentration of aluminium varying from group to group such that the average concentration of aluminium in the group closest to the template layer is matched or approaching the first concentration and the average concentration of aluminium in the group nearest the active layer is matched or approaching the second concentration; wherein each group (68, 70) comprises at least one layer sub-group, a first layer of the layer sub-group comprised at least in part of aluminium and a second layer of the layer sub-group not including aluminium. a plurality of groups (68, 70) of at least two layers per group, at least one layer of each said group comprised at least in part of aluminium, such that each group has an average concentration of aluminium, the average concentration of aluminium varying from group to group such that the average concentration of aluminium in the group closest to the template layer is matched or approaching the first concentration and the average concentration of aluminium in the group nearest the active layer is matched or approaching the second concentration; wherein each group (68, 70) comprises at least one layer sub-group, a first layer of the layer sub-group comprised at least in part of aluminium and a second layer of the layer sub-group not including aluminium.
A compound formed by attachment of a modified microcystin comprising one or more modified substrates to a targeting moiety, wherein said targeting moiety is selected from the group consisting of an antibody or a fragment thereof containing an antigen binding site that immuno-specifically binds to an antigen of a target of interest or part thereof, wherein said one or more modified substrates comprise an anchor group directly accessible or transformable for use in conjugation chemistry (incl. click chemistry) for forming said attachment of said modified microcystin to said targeting moiety.
A group management method performed by a data network element of a 5G network, the method comprising: receiving a group request from an application function network element of the 5G network, wherein the group request comprises indication information, an external group identifier, and group information, the indication information is used to indicate a group service type, the external group identifier is a group identifier that cannot be identified by a network element inside a core network, and the group information includes at least one of: a data network identifier of a group, slice information of a group, a session type corresponding to a group, or identifiers of one or more group members included in a group; obtaining, when the group service type is creating a group, an internal group identifier corresponding to the external group identifier, wherein the internal group identifier is a group identifier that can be identified by a network element inside the core network; and associating the internal group identifier, the external group identifier, and the group information. receiving a group request from an application function network element of the 5G network, wherein the group request comprises indication information, an external group identifier, and group information, the indication information is used to indicate a group service type, the external group identifier is a group identifier that cannot be identified by a network element inside a core network, and the group information includes at least one of: a data network identifier of a group, slice information of a group, a session type corresponding to a group, or identifiers of one or more group members included in a group; obtaining, when the group service type is creating a group, an internal group identifier corresponding to the external group identifier, wherein the internal group identifier is a group identifier that can be identified by a network element inside the core network; and associating the internal group identifier, the external group identifier, and the group information.
A system (908, 910) for communication with a geostationary satellite, for reversing a first axis of rotation with a second orthogonal axis of rotation, comprising: an elongated satellite communications SATCOM antenna panel sized and shaped to radiate a narrow azimuth beam NAB having a typical width of no more than a 2-degree angle; an actuation unit arranged to rotate said elongated SATCOM antenna panel about a first axis of rotation, the first axis being a longitudinal axis parallel to said elongated SATCOM antenna panel to impart an elevation rotation; and a control unit for receiving status information indicative of whether said elongated SATCOM antenna panel is outside or near the Earth's equatorial plane adapted to selectively transmit instructions to said actuation unit for reversing the roles of the first axis of rotation with the second orthogonal axis of rotation, based on whether the location of said elongated SATCOM antenna panel is outside or near the Earth's equatorial plane. an elongated satellite communications SATCOM antenna panel sized and shaped to radiate a narrow azimuth beam NAB having a typical width of no more than a 2-degree angle; an actuation unit arranged to rotate said elongated SATCOM antenna panel about a first axis of rotation, the first axis being a longitudinal axis parallel to said elongated SATCOM antenna panel to impart an elevation rotation; and a control unit for receiving status information indicative of whether said elongated SATCOM antenna panel is outside or near the Earth's equatorial plane adapted to selectively transmit instructions to said actuation unit for reversing the roles of the first axis of rotation with the second orthogonal axis of rotation, based on whether the location of said elongated SATCOM antenna panel is outside or near the Earth's equatorial plane.
A method of encoding information in a document using a plurality of marks, said information comprising first data and second data, the method comprising the steps of: disposing an array of modulated marks (102; 302) in each of a plurality of mutually-similar first areas (610, 630, 650) of the document and in each of a plurality of mutually-similar second areas (620, 640, 680) of the document, the first areas being arranged in repeating manner across the document at a first repeat rate, and the second areas being arranged in repeating manner across the document at a second repeat rate different from the first repeat rate and being interspersed with the first areas so that a number of said first areas per unit area of the document is different from a number of said second areas per said unit area; wherein said modulated marks of the arrays are disposed in each of the first areas to encode the same said first data; and said modulated marks of the arrays are disposed in each of the second areas to encode the same said second data. disposing an array of modulated marks (102; 302) in each of a plurality of mutually-similar first areas (610, 630, 650) of the document and in each of a plurality of mutually-similar second areas (620, 640, 680) of the document, the first areas being arranged in repeating manner across the document at a first repeat rate, and the second areas being arranged in repeating manner across the document at a second repeat rate different from the first repeat rate and being interspersed with the first areas so that a number of said first areas per unit area of the document is different from a number of said second areas per said unit area; wherein said modulated marks of the arrays are disposed in each of the first areas to encode the same said first data; and said modulated marks of the arrays are disposed in each of the second areas to encode the same said second data.
Chimeric virus-like particle formed by a fusion protein comprising: - a subunit (a) consisting of the pVP2 protein fragment of IBDV VP2 452 of SEQ ID NO: 4, and - a subunit (b) consisting of SEQ ID NO: 6, wherein subunit (b) is linked to the carboxyl-terminal end of subunit (a) or subunit (b) is inserted in subunit (a). - a subunit (a) consisting of the pVP2 protein fragment of IBDV VP2 452 of SEQ ID NO: 4, and - a subunit (b) consisting of SEQ ID NO: 6,
A method for determining points of interest, or POIs, in a vicinity of a predetermined location with known coordinates, on the basis of digital cartographic data and a search time (t S) predetermined by a user and a predetermined number of POI hits (N S), the method being performed in a navigation device mounted into a vehicle or in a mobile device, the method comprising the following steps: - determining on the basis of the cartographic data, an initial search field that includes the predetermined location; - searching (S2, S3, S4) for POIs in the search field; - comparing a number of POI hits with the predetermined number of POI hits (N S); - setting a time margin (Δt) being in a fixed ratio in relation to the predetermined search time (t S); - calculating a threshold value from a difference of the predetermined search time (t S) and the time margin (Δt); - comparing of an elapsed search time (t) with the threshold value; - iteratively enlarging the search field and searching for POIs in the enlarged search field, if the number of POI hits is smaller than the predetermined number of POI hits (N S) and if the elapsed search time (t) does not exceed the threshold value; and - terminating the POI search, if the number of POI hits is greater or equal to the predetermined number of POI hits (N S) or if the elapsed search time (t) exceeds the threshold value. - determining on the basis of the cartographic data, an initial search field that includes the predetermined location; - searching (S2, S3, S4) for POIs in the search field; - comparing a number of POI hits with the predetermined number of POI hits (N S); - setting a time margin (Δt) being in a fixed ratio in relation to the predetermined search time (t S); - calculating a threshold value from a difference of the predetermined search time (t S) and the time margin (Δt); - comparing of an elapsed search time (t) with the threshold value; - iteratively enlarging the search field and searching for POIs in the enlarged search field, if the number of POI hits is smaller than the predetermined number of POI hits (N S) and if the elapsed search time (t) does not exceed the threshold value; and - terminating the POI search, if the number of POI hits is greater or equal to the predetermined number of POI hits (N S) or if the elapsed search time (t) exceeds the threshold value.
A scanner device, comprising: - a mirror mounted pivotally about an axis of rotation, wherein an armature element made of a soft magnetic material is secured to the mirror at a radial distance from the axis of rotation, such that the armature element sweeps over a circular path section upon rotation of the mirror, - an iron core with an air gap and a coil, which is arranged running around a portion of the iron core so that a magnetic field having a first coil field direction is induced in the air gap when an electrical current having a first current direction is applied to the coil and a magnetic field having a second coil field direction, opposite the first, is induced in the air gap when an electrical current having a second current direction, directed opposite to the first, is applied to the coil, - a first permanent magnet and a second permanent magnet, which are arranged in the air gap in such a way that the magnetisation of the first permanent magnet has a portion pointing in the direction of the first coil field direction and the magnetisation of the second permanent magnet has a portion pointing in the direction of the second coil field direction, - wherein the iron core is designed and arranged in such a way that the circular path section swept over by the armature element runs within the air gap, wherein the first permanent magnet is arranged within the air gap at a first rotational angle position and the second permanent magnet is arranged within the air gap at a second rotational angle position with respect to the axis of rotation. - a mirror mounted pivotally about an axis of rotation, wherein an armature element made of a soft magnetic material is secured to the mirror at a radial distance from the axis of rotation, such that the armature element sweeps over a circular path section upon rotation of the mirror, - an iron core with an air gap and a coil, which is arranged running around a portion of the iron core so that a magnetic field having a first coil field direction is induced in the air gap when an electrical current having a first current direction is applied to the coil and a magnetic field having a second coil field direction, opposite the first, is induced in the air gap when an electrical current having a second current direction, directed opposite to the first, is applied to the coil, - a first permanent magnet and a second permanent magnet, which are arranged in the air gap in such a way that the magnetisation of the first permanent magnet has a portion pointing in the direction of the first coil field direction and the magnetisation of the second permanent magnet has a portion pointing in the direction of the second coil field direction, - wherein the iron core is designed and arranged in such a way that the circular path section swept over by the armature element runs within the air gap, wherein the first permanent magnet is arranged within the air gap at a first rotational angle position and the second permanent magnet is arranged within the air gap at a second rotational angle position with respect to the axis of rotation.
Transformer having at least one core which can be magnetized, having a yoke and having at least two limbs, as well as at least two air-cooled electrical winding bodies (1a, 1b, 1c) each having an electrically conductive winding and insulation surrounding the respective winding, wherein the surrounding insulation surrounds the respective winding and in each case forms a mechanically robust winding body, and an electrical winding body (1a, 1b, 1c) is arranged on one limb, wherein at least one separating element is arranged between two electrical winding bodies (1a, 1b, 1c), characterized in that the separating element comprises at least two side elements (8a, 8b, 8c, 8d), which can be fixed to one another at the rear.
A steering wheel sensor unit, comprising a shaft housing adapted to accommodate a shaft on which a steering wheel is mounted and which is journaled in the shaft housing, wherein the unit comprises a ring magnet arranged for being attached to the shaft within the shaft housing for rotation with the shaft, characterised in that the unit comprises sensing elements being arranged radially outside the shaft housing in an encapsulated compartment and arranged for sensing rotation of the magnet and the shaft through the shaft housing.
Ghrelin or a derivative thereof or a pharmaceutically acceptable salt thereof for use to accelerate the improvement of the physical condition of a canine or feline under medical treatment which has a decreased activity (vigor) and is exhausted, which improves an evaluation parameter, wherein the reason for the medical treatment is; renal failure, urinary retention, or cystolithiasis, and the evaluation parameter to be improved is activity (vigor) or pyometra or surgical removal of a reproductive organ, and the evaluation parameter to be improved is activity (vigor). renal failure, urinary retention, or cystolithiasis, and the evaluation parameter to be improved is activity (vigor) or pyometra or surgical removal of a reproductive organ, and the evaluation parameter to be improved is activity (vigor).
A method of casting an aluminium alloy ingot comprising the steps of: (a) supplying molten metal from at least one source to a region where the molten metal is peripherally confined, thereby providing the molten metal with a peripheral portion; (b) cooling the peripheral portion of the metal to form an embryonic ingot having an external solid shell and an internal molten core; (c) advancing the embryonic ingot in a direction of advancement away from the region where the molten metal is peripherally confined while supplying additional molten metal to said region so that the molten core contained within the solid shell is extended beyond said region; and (d) cooling an outer surface of the embryonic ingot emerging from the region where the metal is peripherally confined by directing a supply of coolant liquid onto said outer surface; characterized in that an effective amount of the coolant liquid is removed from the outer surface of the embryonic ingot at a location on the outer surface where a cross section of the ingot perpendicular to the direction of advancement intersects a portion of said molten core such that internal heat from the molten core reheats the solid shell adjacent to the molten core after removing said effective amount of coolant so that the temperatures of said core and shell converge and remain at a temperature of 425°C or higher for a period of time of at least 10 minutes so that at least partial homogenization of the metal occurs. (a) supplying molten metal from at least one source to a region where the molten metal is peripherally confined, thereby providing the molten metal with a peripheral portion; (b) cooling the peripheral portion of the metal to form an embryonic ingot having an external solid shell and an internal molten core; (c) advancing the embryonic ingot in a direction of advancement away from the region where the molten metal is peripherally confined while supplying additional molten metal to said region so that the molten core contained within the solid shell is extended beyond said region; and (d) cooling an outer surface of the embryonic ingot emerging from the region where the metal is peripherally confined by directing a supply of coolant liquid onto said outer surface; characterized in that an effective amount of the coolant liquid is removed from the outer surface of the embryonic ingot at a location on the outer surface where a cross section of the ingot perpendicular to the direction of advancement intersects a portion of said molten core such that internal heat from the molten core reheats the solid shell adjacent to the molten core after removing said effective amount of coolant so that the temperatures of said core and shell converge and remain at a temperature of 425°C or higher for a period of time of at least 10 minutes so that at least partial homogenization of the metal occurs.
Device for suspending a construction element from a supporting structure, comprising a body formed by an elongate plate of which one of the ends, which is intended to receive a supporting structure element by clipping, and at least partially rounded thus providing a rounded area, in which device the end comprises a shoulder formed by folding on at least part of the said rounded area.
A telescopically extendable and collapsible ladder assembly having at least three ladder sections, each of said ladder sections having two tubular stile members (2a, 2b) arranged parallel to each other and interconnected at one end by a ladder rung (2d-9d) to form a U-shaped ladder section, the stile members of each ladder section being telescopically inserted into the stile members of an adjacent ladder section, the ladder assembly further comprising automatic latch mechanisms (60,61) at each end of a rung for locking the telescopically inserted stile members relative to one another when the ladder sections are extended, the latch mechanisms each being associated with a slidable actuator for unlocking the stile members in order to allow for collapsing of the ladder assembly, wherein the ladder rungs (2d-9d) are made from an extruded aluminium tubular profile, the profile including a top wall, a bottom wall, as well as a front and a rear wall extending between the top wall and the bottom wall, the front and rear wall being symmetrical, the actuators being arranged on the front side of the rung, wherein the front wall of the rung has an elongated recessed portion extending over the entire length thereof and located below and inwardly offset from an above located edge portion of the front wall, the actuators being arranged in said recessed portion, each actuator extending through a slot in said front wall into the interior of the rung, each of said actuators being connected to a operating rod which extends inside said rung to the latch mechanism (60, 61) at the outer end of the rung, characterized in that, the actuators are arranged centrally on the front side of the rung so as to be operable simultaneously with a single hand, and in that each of the front wall and the rear wall also has an edge portion below the elongated recessed portions (43a,44a), said recessed portions being also offset inwardly with respect to said below located edge portion of the respective wall (43,44) and in that the elongated recessed portions (43a,44a) extend over a substantial portion of the height of the respective front and rear wall which portion is between 15 and 25 millimetres, and in that the slidable actuators have a height of between 15 and 25 millimetres, and in that the elongated recessed portions (43a,44a) have a depth which lies between 3 and 6 millimetres, and in that the slidable actuators protrude at the front of the rung between 1 and 4 millimetres.
Pipe device having a pipe and having a connecting element, • wherein the pipe has a pipe shell with a corrugated inner surface and an outer surface and forms a flow channel, • wherein the connecting element forms a through-passage channel which extends from a connection piece composed of a first material and having a first opening to a second opening, • wherein the pipe shell is seated on the connection piece by way of a first pipe end composed of a second material, • wherein, before being pushed onto the circumferential surface of the connection piece, the first pipe end of the pipe shell had the corrugated inner surface, and • wherein a materially bonded connection between the first material and the second material is formed in a contact zone between the inner surface of the pipe shell and a circumferential surface of the connection piece, characterized in that, • after being pushed onto the circumferential surface of the connection piece, the corrugated inner surface has shortened peak spacings and/or trough spacings at the first pipe end. • wherein the pipe has a pipe shell with a corrugated inner surface and an outer surface and forms a flow channel, • wherein the connecting element forms a through-passage channel which extends from a connection piece composed of a first material and having a first opening to a second opening, • wherein the pipe shell is seated on the connection piece by way of a first pipe end composed of a second material, • wherein, before being pushed onto the circumferential surface of the connection piece, the first pipe end of the pipe shell had the corrugated inner surface, and • wherein a materially bonded connection between the first material and the second material is formed in a contact zone between the inner surface of the pipe shell and a circumferential surface of the connection piece, characterized in that, • after being pushed onto the circumferential surface of the connection piece, the corrugated inner surface has shortened peak spacings and/or trough spacings at the first pipe end.