mhurhangee/ep-ind-claims huggingface dataset:
A method in a wireless communication device (103, 110), the method comprising: receiving at least two frames, each frame corresponding to a transmission time interval, each frame having a control channel, at least one frame including an embedded bit sequence, the method being characterized by: determining a portion of the control channel used for radio resource assignment in the at least one frame based on where the corresponding bit sequence is embedded within the frame, wherein the portion of the control channel used for radio resource assignment may be less than the entire control channel of the frame having the embedded bit sequence, and wherein the at least two frames may use different portions of the control channel for radio resource assignment. receiving at least two frames, each frame corresponding to a transmission time interval, each frame having a control channel, at least one frame including an embedded bit sequence, the method being characterized by: determining a portion of the control channel used for radio resource assignment in the at least one frame based on where the corresponding bit sequence is embedded within the frame, wherein the portion of the control channel used for radio resource assignment may be less than the entire control channel of the frame having the embedded bit sequence, and wherein the at least two frames may use different portions of the control channel for radio resource assignment. determining a portion of the control channel used for radio resource assignment in the at least one frame based on where the corresponding bit sequence is embedded within the frame, wherein the portion of the control channel used for radio resource assignment may be less than the entire control channel of the frame having the embedded bit sequence, and wherein the at least two frames may use different portions of the control channel for radio resource assignment.
Collapsible ski, comprising in its assembled, functional state a front portion with a tip slightly bent away from the ground, a rear portion with either essentially flat or slightly away from the ground deflected tail, as well as a central region, which is adapted for mounting a ski binding consisting of a front part and a rear part and being suitable for attaching each ski shoe onto the top surface of the ski, which is during the use of the ski faced away from the ground, while the opposite sliding surface is during the use of the ski faced towards the ground and is along practically its complete length limited ending with two ski edges (96, 97), and wherein such ski is assembled and consists of a front part and a rear part, which are mutually interconnected pivotally around a transversal geometrical axis extending parallel to said sliding surface and are fixed in their linearly aligned state by means of a connecting platform, which is adapted to receive said front part and said rear part of the ski binding for mounting each ski shoe onto the top surface of the ski, wherein the front part and the rear part of the ski, when arranged in their linearly aligned position, are allowed to be fixed in such position by means of said platform, which is adapted to interconnect said parts (1, 2) by means of rotation around a geometric axis extending throughout the fold between said parts (1,2) in the central region of the ski and at the same time perpendicularly with respect to the sliding surface of said parts (1, 2), when these are aligned, characterized in that the front part of the ski is in the area of cooperation with the connecting platform furnished with an indentation, and the rear part of the ski in the area of cooperation with the connecting platform is furnished with an indentation, wherein said connecting platform is adapted to rest within the area of said indentations (11, 21), and in that the connecting platform is on each of its terminal portions (30', 30"), which protrude apart from each other, furnished with a convex circular surface (31', 31") having a pre-determined radius of curvature, and a protrusion (32', 32") is available on each of said convex surfaces (31', 31"), wherein said indentation on the front part is ended with a concave circular surface, the radius of curvature of which is adjusted to the radius of curvature on each belonging terminal portion of the connecting platform, and which is furnished with a groove, which is adapted to cooperate with said protrusion on the belonging terminal portion of the connecting platform, and wherein said indentation on the rear part is ended with a concave circular surface, the radius of curvature of which is adjusted to the radius of curvature on each belonging terminal portion (30") of the connecting platform, and which is furnished with a groove, which is adapted to cooperate with said protrusion (32") on the belonging terminal portion (30") of the connecting platform, by which said connecting platform can be rotated around said axis 0, when placed above said front part and said rear part of the ski.
An apparatus comprising: at least one vessel, the vessel including an inlet and an outlet; a gear fixedly attached to at least a portion of the vessel such that rotation of the gear rotates the vessel, the gear being configured to be rotated by a drive system; a handle assembly rotatably attached to the gear, the handle assembly including an opening therein, at least a portion of the gear engaging at least a portion of the drive system through the opening, the handle assembly being configured to be rotated by the drive system; and a plurality of tubes extending through the handle assembly and to the vessel, one of the plurality of tubes being connected to the inlet of the vessel and one of the plurality of tubes being connected to the outlet of the vessel, wherein the gear is rotated at twice a speed of the handle assembly when the apparatus is inserted into a bowl to suspend material in the at least one vessel. at least one vessel, the vessel including an inlet and an outlet; a gear fixedly attached to at least a portion of the vessel such that rotation of the gear rotates the vessel, the gear being configured to be rotated by a drive system; a handle assembly rotatably attached to the gear, the handle assembly including an opening therein, at least a portion of the gear engaging at least a portion of the drive system through the opening, the handle assembly being configured to be rotated by the drive system; and a plurality of tubes extending through the handle assembly and to the vessel, one of the plurality of tubes being connected to the inlet of the vessel and one of the plurality of tubes being connected to the outlet of the vessel, wherein the gear is rotated at twice a speed of the handle assembly when the apparatus is inserted into a bowl to suspend material in the at least one vessel.
An exhaust gas treatment catalyst for denitrating an exhaust gas from a sintering furnace using CO as a reducing agent and for oxidizing CO, the exhaust gas treatment catalyst comprising: a carrier that is titanium dioxide or silicon dioxide; and an active metal including at least iridium supported by the carrier, wherein a BET specific surface area of the catalyst is 100 m 2 /g or less, as calculated using a BET method, characterized in that a crystallite diameter of iridium in the catalyst is 12 nm or more and 23 nm or less, as calculated from a full width at half maximum of a diffraction peak obtained using an X-ray diffraction method using the Sherrer equation. a carrier that is titanium dioxide or silicon dioxide; and an active metal including at least iridium supported by the carrier, wherein a BET specific surface area of the catalyst is 100 m 2 /g or less, as calculated using a BET method, characterized in that a crystallite diameter of iridium in the catalyst is 12 nm or more and 23 nm or less, as calculated from a full width at half maximum of a diffraction peak obtained using an X-ray diffraction method using the Sherrer equation.
A method for contactless charging of an energy storage unit of a portable data carrier, in particular a chip card, as an energy sink by an energy source, wherein both carrier signals and sidebands of alternating fields must not lie with their radiated power above the limiting values defined for these frequency bands, having the following steps in the energy source: transferring (331, 333) data between the energy source and the energy sink via an alternating field in a first operating mode of the energy source, wherein the alternating field comprises a carrier signal and modulation sidebands; and transferring an energy necessary for charging from the energy source to the energy sink via the alternating field in a second operating mode of the energy source; characterized in that no data are transferred from the energy source to the energy sink at least temporarily, preferably for as long a time period as possible, in the second operating mode, the alternating field hence comprises no pronounced sidebands, and the alternating field is produced with a field strength that is greater than a possible field strength upon simultaneous transfer of data and charging energy. transferring (331, 333) data between the energy source and the energy sink via an alternating field in a first operating mode of the energy source, wherein the alternating field comprises a carrier signal and modulation sidebands; and transferring an energy necessary for charging from the energy source to the energy sink via the alternating field in a second operating mode of the energy source; no data are transferred from the energy source to the energy sink at least temporarily, preferably for as long a time period as possible, in the second operating mode, the alternating field hence comprises no pronounced sidebands, and the alternating field is produced with a field strength that is greater than a possible field strength upon simultaneous transfer of data and charging energy.
A face shield to be mounted to a hockey helmet having an outer shell with a front for at least partially covering a forehead of a wearer's head, the face shield having a longitudinal axis, a transversal axis and a height axis, the face shield comprising: a transparent visor portion for at least partially covering the wearer's forehead, a nose and eyes of the wearer and right and left sides of a face of the wearer, wherein the visor portion has top and bottom edges (22, 24), an inner surface that is concave and an outer surface that is convex; a bottom portion for at least partially covering and encircling a mouth and a chin of the wearer; right and left side portions (16, 18) for at least partially covering the right and left sides of the wearer's face; and a top portion extending upwardly and rearwardly from the top edge of the visor portion, wherein the top portion comprises: a top edge portion having a curvature for generally following a curvature of the front of the outer shell, the top edge portion comprising a central bar extending along the transversal axis and being located on right and left sides with respect to the height axis; right and left bars (34, 36) extending upwardly and rearwardly on the right and left sides from the top edge of the visor portion and being each connected to the top edge portion; and a central projection between the right and left bars projecting upwardly and rearwardly from the top edge of the visor portion; the face shield being characterized in that the central bar and the central projection define a transversal gap therebetween; the central bar, the right and left bars and the central projection define right and left hollow spaces (42, 44) therebetween; and the transversal gap and the right and left hollow spaces together define a central aeration aperture being sized to prevent a hockey stick blade or puck from impacting the wearer's face.
A seat slide device comprising: a first rail (3 or 4) adapted to be fixed to one of a vehicle floor and a vehicle seat, the first rail (3 or 4) including a wall portion having a pair of insertion holes (30, 50) arranged in a widthwise direction of the first rail (3 or 4); a second rail (3 or 4) adapted to be fixed to the other one of the vehicle floor and the vehicle seat, wherein the second rail (3 or 4) is assembled to the first rail (3 or 4) so as to be movable relative to the first rail (3 or 4), and cooperates with the first rail (3 or 4) to form an inner space; a first stopper (31, 41, 51, 71, 81) having an attachment portion(32, 42, 52) and a pair of movement limiting portions (33, 43, 53), the attachment portion (32, 42, 52) contacting an outer surface of the wall portion of the first rail (3 or 4) to be attached to the wall portion, the movement limiting portions (33, 43, 53) being formed integrally with the attachment portion (32, 42, 52) and extending from side edges of the attachment portion (32, 42, 52) through the insertion holes (30, 50) to be located in the inner space; and a second stopper (23b, 56) provided on the second rail (3 or 4), the seat slide device being characterized in that the movement limiting portions (33, 43, 53) are arranged to be contactable with the second stopper (23b, 56) in a direction of relative movement between the first rail (3 or 4) and the second rail (3 or 4), wherein, by being engaged with the second stopper (23b, 56), the movement limiting portions (33, 43, 53) limit a relative movement range of the first and second rails (3, 4). a first rail (3 or 4) adapted to be fixed to one of a vehicle floor and a vehicle seat, the first rail (3 or 4) including a wall portion having a pair of insertion holes (30, 50) arranged in a widthwise direction of the first rail (3 or 4); a second rail (3 or 4) adapted to be fixed to the other one of the vehicle floor and the vehicle seat, wherein the second rail (3 or 4) is assembled to the first rail (3 or 4) so as to be movable relative to the first rail (3 or 4), and cooperates with the first rail (3 or 4) to form an inner space; a first stopper (31, 41, 51, 71, 81) having an attachment portion(32, 42, 52) and a pair of movement limiting portions (33, 43, 53), the attachment portion (32, 42, 52) contacting an outer surface of the wall portion of the first rail (3 or 4) to be attached to the wall portion, the movement limiting portions (33, 43, 53) being formed integrally with the attachment portion (32, 42, 52) and extending from side edges of the attachment portion (32, 42, 52) through the insertion holes (30, 50) to be located in the inner space; and a second stopper (23b, 56) provided on the second rail (3 or 4), the seat slide device being characterized in that the movement limiting portions (33, 43, 53) are arranged to be contactable with the second stopper (23b, 56) in a direction of relative movement between the first rail (3 or 4) and the second rail (3 or 4), wherein, by being engaged with the second stopper (23b, 56), the movement limiting portions (33, 43, 53) limit a relative movement range of the first and second rails (3, 4).
Process for the production of a wood-composite board, in particular in the form of a wood-plastic-composite material, comprising the following steps: - application, onto a first conveyor belt, of a mixture comprising wood fibres with wood-fibre moisture content from 6 to 15%, based on the total weight of the wood fibres, and comprising plastic, in particular a plastic functionalized with at least one organic compound, where the mixing ratio is from 70% by weight of wood fibres / 30% by weight of plastic to 40% by weight of wood fibres / 60% by weight of plastic, with formation of a preliminary web, and introduction of the preliminary web into at least one first heat-conditioning oven for precompaction; - scattering of at least one solvent-free release agent onto at least one surface of the precompacted web; - transfer of the precompacted web onto which the release agent has been scattered into at least one twin-belt press for further compaction to give a wood-composite board; and - cooling of the compacted wood-composite board in at least one cooling press to temperatures of from 10 to 70°C. - application, onto a first conveyor belt, of a mixture comprising wood fibres with wood-fibre moisture content from 6 to 15%, based on the total weight of the wood fibres, and comprising plastic, in particular a plastic functionalized with at least one organic compound, where the mixing ratio is from 70% by weight of wood fibres / 30% by weight of plastic to 40% by weight of wood fibres / 60% by weight of plastic, with formation of a preliminary web, and introduction of the preliminary web into at least one first heat-conditioning oven for precompaction; - scattering of at least one solvent-free release agent onto at least one surface of the precompacted web; - transfer of the precompacted web onto which the release agent has been scattered into at least one twin-belt press for further compaction to give a wood-composite board; and - cooling of the compacted wood-composite board in at least one cooling press to temperatures of from 10 to 70°C.
Fiber optic component packaging, comprising: - a first support member having a first coefficient of thermal expansion (k 1), - a second support member having a second coefficient of thermal expansion (k 2), the second support member being resiliently mounted to the first support member for minimizing transfer of thermal expansion induced strain of the first support member to the second support member and comprising a longitudinal groove open at least on one side of the second support member for receiving a fiber optic component, wherein the second support member has a tensile strength higher than that of the fiber optic component, wherein the second coefficient of thermal expansion (k 2) is smaller than the first coefficient of thermal expansion (k 1), wherein the first support member is adapted to exchange heat induced by free-space radiation, wherein the second support member is made of material, such as quartz, which is transparent to wavelengths used in the component. - a first support member having a first coefficient of thermal expansion (k 1), - a second support member having a second coefficient of thermal expansion (k 2),
A lighting device comprising: a main member comprising a central axis; a bezel surrounding at least a portion of the main member and adapted to be concentrically rotated about the central axis; a lens asymmetrically disposed in the bezel and adapted to rotate with the bezel, the lens comprising a light inlet offset from the central axis; and a plurality of light sources fixed relative to the main member, wherein rotation of the bezel relative to the main member causes the light inlet to rotate through an arc about the central axis to selectively align different ones of the light sources with the light inlet. a main member comprising a central axis; a bezel surrounding at least a portion of the main member and adapted to be concentrically rotated about the central axis; a lens asymmetrically disposed in the bezel and adapted to rotate with the bezel, the lens comprising a light inlet offset from the central axis; and a plurality of light sources fixed relative to the main member, wherein rotation of the bezel relative to the main member causes the light inlet to rotate through an arc about the central axis to selectively align different ones of the light sources with the light inlet.
Nuclear reactor having a building and a building passive cooling system disposed adjacent to an outer wall of said nuclear reactor building and capable of passively cooling the nuclear reactor building, the system comprising: a cooling water storage reservoir having a storage tank storing cooling water; a partition part arranged within the storage tank and dividing an inside of the storage tank into a first storage tank and a second storage tank to separate the cooling water; a first heat exchanger extending from the storage tank to the nuclear reactor building and cooling the nuclear reactor building on the basis of the cooling water; and means allowing the cooling water of the second storage tank to be introduced into the first storage tank when a water level of the first storage tank is reduced; characterized in that said means is at least one unidirectional valve provided on the partition part. a cooling water storage reservoir having a storage tank storing cooling water; a partition part arranged within the storage tank and dividing an inside of the storage tank into a first storage tank and a second storage tank to separate the cooling water; a first heat exchanger extending from the storage tank to the nuclear reactor building and cooling the nuclear reactor building on the basis of the cooling water; and means allowing the cooling water of the second storage tank to be introduced into the first storage tank when a water level of the first storage tank is reduced; characterized in that said means is at least one unidirectional valve provided on the partition part.
Apparatus for stirring a molten metal, the apparatus comprising: an electromagnetic stirrer, the electromagnetic stirrer including a core, the core including a base connector upon which one or more or all of the teeth are provided, the core being provided with two or more teeth, the core being provided with two or more electrically conducting coils; connections for applying a current to the electrically conducting coils; wherein the two or more teeth have an end proximal the core and an end distal the core, the end distal the core defining a tooth end face, the tooth end face for at least one of the teeth not being aligned with the tooth end face for at least one of the other teeth; and wherein each tooth provided on the base connector has an extent away from the base connector, characterised in that one or more of the teeth provided on the base connector having a greater extent than one or more of the other teeth provided on the base connector. an electromagnetic stirrer, the electromagnetic stirrer including a core, the core including a base connector upon which one or more or all of the teeth are provided, the core being provided with two or more teeth, the core being provided with two or more electrically conducting coils; connections for applying a current to the electrically conducting coils; wherein the two or more teeth have an end proximal the core and an end distal the core, the end distal the core defining a tooth end face, the tooth end face for at least one of the teeth not being aligned with the tooth end face for at least one of the other teeth; and wherein each tooth provided on the base connector has an extent away from the base connector, characterised in that one or more of the teeth provided on the base connector having a greater extent than one or more of the other teeth provided on the base connector. wherein the two or more teeth have an end proximal the core and an end distal the core, the end distal the core defining a tooth end face, the tooth end face for at least one of the teeth not being aligned with the tooth end face for at least one of the other teeth; and wherein each tooth provided on the base connector has an extent away from the base connector, characterised in that one or more of the teeth provided on the base connector having a greater extent than one or more of the other teeth provided on the base connector.