mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit located in a radio communication terminal, said integrated circuit comprising circuitry configured to perform a process, said process comprising the steps of: receiving, via an enhanced physical downlink control channel, E-PDCCH, a control signal including an ACK/NACK indicator, wherein the ACK/NACK indicator takes one of four possible values including a first value and a second value; and determining, based on the ACK/NACK indicator and an enhanced control channel element, eCCE, number of the received E-PDCCH, a resource number to transmit an ACK/NACK signal for downlink data using a dynamic ACK/NACK resource dynamically allocated in accordance with the control signal, wherein the process further determines a first resource number as the resource number when the ACK/NACK indicator takes the first value and determines a second resource number as the resource number when the ACK/NACK indicator takes the second value, wherein a value of the difference between the first resource number and the second resource number is 1; and transmitting the ACK/NACK signal using the dynamic ACK/NACK resource having the determined resource number when the ACK/NACK indicator takes the first value or the second value. receiving, via an enhanced physical downlink control channel, E-PDCCH, a control signal including an ACK/NACK indicator, wherein the ACK/NACK indicator takes one of four possible values including a first value and a second value; and determining, based on the ACK/NACK indicator and an enhanced control channel element, eCCE, number of the received E-PDCCH, a resource number to transmit an ACK/NACK signal for downlink data using a dynamic ACK/NACK resource dynamically allocated in accordance with the control signal, wherein the process further determines a first resource number as the resource number when the ACK/NACK indicator takes the first value and determines a second resource number as the resource number when the ACK/NACK indicator takes the second value, wherein a value of the difference between the first resource number and the second resource number is 1; and transmitting the ACK/NACK signal using the dynamic ACK/NACK resource having the determined resource number when the ACK/NACK indicator takes the first value or the second value.
Microelectromechanical and/or nanoelectromechanical structure with electrothermal actuation comprising a fixed part, at least one moveable part with respect to the fixed part, at least one first electrothermal actuating beam (506.1) enabling an electric current to flow from the fixed part to the moveable part and at least one second electrothermal actuating beam (506.2) enabling an electric current to flow from the fixed part to the moveable part, said first and second actuating beams being connected at least mechanically to the moveable part and configured to displace the moveable part with respect to the fixed part by electrothermal actuation, at least one electrically conductive connecting element electrically connecting the moveable part to the fixed part, a first circuitry for connecting the first actuating beam (506.1) to a first polarisation source and second circuitry for connecting the second actuating beam (506.2) to a second polarisation source, such that the first (506.1) and the second (506.2) can be polarised differently and separately, characterized in that the first and\or second actuating beam is a nanowire or are nanowires.
A razor cartridge configured to secure at least one blade, wherein the razor cartridge comprises: a blade housing including a seat configured to receive the at least one blade; a pair of side caps respectively disposed at opposite ends of the blade housing, wherein each side cap is configured to be engaged with a corresponding end of the blade housing; and a plurality of bridges, wherein one or more bridges are disposed at each end of the blade housing and configured to provide a moveable connection between the side cap and the corresponding end of the blade housing, wherein the blade housing, the pair of side caps, and the one or more bridges are integrally formed, wherein each side cap is configured to secure the at least one blade to the blade housing when the side cap is engaged with the corresponding end of the blade housing, wherein each side cap is moveable via the one or more bridges from a first position spaced apart from the corresponding end of the blade housing to a second position engaged with the corresponding end of the blade housing, characterized in that the one or more bridges are configured to deform to shorten the length of the one or more bridges when the side cap is moved from the first position to the second position. a blade housing including a seat configured to receive the at least one blade; a pair of side caps respectively disposed at opposite ends of the blade housing, wherein each side cap is configured to be engaged with a corresponding end of the blade housing; and a plurality of bridges, wherein one or more bridges are disposed at each end of the blade housing and configured to provide a moveable connection between the side cap and the corresponding end of the blade housing, wherein the blade housing, the pair of side caps, and the one or more bridges are integrally formed, wherein each side cap is configured to secure the at least one blade to the blade housing when the side cap is engaged with the corresponding end of the blade housing, wherein each side cap is moveable via the one or more bridges from a first position spaced apart from the corresponding end of the blade housing to a second position engaged with the corresponding end of the blade housing, characterized in that the one or more bridges are configured to deform to shorten the length of the one or more bridges when the side cap is moved from the first position to the second position.
A reflective beam former for changing the diameter of a collimated light beam, said beam former comprising a base support formed as a monolithic element made of a material transparent to light of the light beam and having a higher refractive index than air, wherein (i) at least one first mirror surface of a first curvature type, (ii) at least one second mirror surface and (iii) at least one third, curved mirror surface of a second curvature type, one of the two curvature types being convex and the other being concave, are formed on the base support downstream of one another in a beam path, - wherein the shapes of the mirror surfaces are matched to each other so that a collimated light beam entering the beam former via a first mirror surface or a third mirror surface leaves the beam former as a collimated light beam via a third mirror surface or first mirror surface, respectively, - wherein the at least one second mirror surface is formed as a planar mirror surface at a predetermined distance from a base plane of the base support and is arranged in the beam path between the first mirror surface and the at least one third mirror surface in such a way that the first mirror surface and the third mirror surface are positioned confocally relative to one another, and - on the base support there are formed a first boundary surface, upstream of the at least one first mirror surface in the beam path and perpendicular to the beam direction, for the entry of the light beam into the base support, and a second boundary surface, downstream of the at least one third mirror surface in the beam path and perpendicular to the beam direction, for the exit of the light beam on axis from the base support. - wherein the shapes of the mirror surfaces are matched to each other so that a collimated light beam entering the beam former via a first mirror surface or a third mirror surface leaves the beam former as a collimated light beam via a third mirror surface or first mirror surface, respectively, - wherein the at least one second mirror surface is formed as a planar mirror surface at a predetermined distance from a base plane of the base support and is arranged in the beam path between the first mirror surface and the at least one third mirror surface in such a way that the first mirror surface and the third mirror surface are positioned confocally relative to one another, and - on the base support there are formed a first boundary surface, upstream of the at least one first mirror surface in the beam path and perpendicular to the beam direction, for the entry of the light beam into the base support, and a second boundary surface, downstream of the at least one third mirror surface in the beam path and perpendicular to the beam direction, for the exit of the light beam on axis from the base support.
An x-ray inspection apparatus (100, 1700, 1900) comprising: - an x-ray source (102, 1702); - an x-ray detector (104, 1704); and - a drive assembly (122, 1714) configured to: - lift a part carrier (110, 400, 1404, 1712) such that the part carrier (110, 400, 1404, 1712) is disengaged from a feed assembly and an object (116, 1716) mounted on the part carrier (110, 400, 1404, 1712) is positioned between the x-ray source (102, 1702) and the x-ray detector (104, 1704, 1904), wherein the feed assembly is configured to feed part carriers (110, 400, 1404, 1712) into and out of the x-ray inspection apparatus (100, 1700); and - subsequently lower the part carrier (110, 400, 1404, 1712) such that the part carrier (110, 400, 1404, 1712) is reengaged with the feed assembly, characterized by a radiological shield (302, 1706) enclosing the x-ray source (102, 1702) and the x-ray detector (104, 1704), the radiological shield (302, 1706) defining an opening, wherein when the drive assembly (122, 1714) lifts the part carrier (110, 400, 1404, 1712), the object (116, 1716) passes through the opening and the part carrier (110, 400, 1404, 1712) blocks the opening to substantially prevent emission of x-rays into an environment outside the x-ray inspection apparatus (100, 1700). - an x-ray source (102, 1702); - an x-ray detector (104, 1704); and - a drive assembly (122, 1714) configured to: - lift a part carrier (110, 400, 1404, 1712) such that the part carrier (110, 400, 1404, 1712) is disengaged from a feed assembly and an object (116, 1716) mounted on the part carrier (110, 400, 1404, 1712) is positioned between the x-ray source (102, 1702) and the x-ray detector (104, 1704, 1904), wherein the feed assembly is configured to feed part carriers (110, 400, 1404, 1712) into and out of the x-ray inspection apparatus (100, 1700); and - subsequently lower the part carrier (110, 400, 1404, 1712) such that the part carrier (110, 400, 1404, 1712) is reengaged with the feed assembly, - lift a part carrier (110, 400, 1404, 1712) such that the part carrier (110, 400, 1404, 1712) is disengaged from a feed assembly and an object (116, 1716) mounted on the part carrier (110, 400, 1404, 1712) is positioned between the x-ray source (102, 1702) and the x-ray detector (104, 1704, 1904), wherein the feed assembly is configured to feed part carriers (110, 400, 1404, 1712) into and out of the x-ray inspection apparatus (100, 1700); and - subsequently lower the part carrier (110, 400, 1404, 1712) such that the part carrier (110, 400, 1404, 1712) is reengaged with the feed assembly,
Method for operating a distributed base station, wherein said distributed base station comprises a centralized processing entity, and a number of distributed remote radio access points, which are coupled to said centralized processing entity via a backhaul connection, the method comprising: executing, centrally by said centralized processing entity, Layer 1 functionality including decoding and error correction, performing, locally by each remote radio access points, hybrid automatic repeat request, HARQ, processing by executing, at each respective remote radio access point, the steps of performing an assessment of current radio conditions by estimating a quality indicator for each received frame or sub-frame, and deciding locally, based on said assessment and without decoding received data at said remote radio access points, on the necessity of re-transmissions. executing, centrally by said centralized processing entity, Layer 1 functionality including decoding and error correction, performing, locally by each remote radio access points, hybrid automatic repeat request, HARQ, processing by executing, at each respective remote radio access point, the steps of performing an assessment of current radio conditions by estimating a quality indicator for each received frame or sub-frame, and deciding locally, based on said assessment and without decoding received data at said remote radio access points, on the necessity of re-transmissions.
A battery pack comprising: a plurality of battery modules; a housing accommodating the plurality of battery modules therein, and having an opened top; a controller on the plurality of battery modules inside the housing; and an isolation portion located between the plurality of battery modules and the controller, wherein the isolation portion comprises a bottom surface and a side surface extending from an edge of the bottom surface and away from the battery modules along an inner surface of the housing to accommodate the controller therein, characterized in that a first flange portion extending toward a periphery of the housing is at an upper end of the housing, and a second flange portion bent to extending toward a periphery of the isolation portion is at an upper end of the side surface of the isolation portion, and wherein the second flange portion is mounted to the first flange portion. a plurality of battery modules; a housing accommodating the plurality of battery modules therein, and having an opened top; a controller on the plurality of battery modules inside the housing; and an isolation portion located between the plurality of battery modules and the controller, wherein the isolation portion comprises a bottom surface and a side surface extending from an edge of the bottom surface and away from the battery modules along an inner surface of the housing to accommodate the controller therein, characterized in that a first flange portion extending toward a periphery of the housing is at an upper end of the housing, and a second flange portion bent to extending toward a periphery of the isolation portion is at an upper end of the side surface of the isolation portion, and
A method for rendering audio in a hearing assistance system (200,300) including a host device (202,302) and a hearing assistance device (204, 304) wirelessly coupled to the host device (202, 302), the method comprising: synchronizing a sample clock of the hearing assistance device (204, 304) to a sample clock of the host device (202, 302) using timing of a transmission of packets with a variable number of encoded words in each packet from the host device (202, 302) to the hearing assistance device (204, 304); and maintaining the synchronization by timing packet arrivals using an adjustable oscillator of the hearing assistance device (204, 304) and adjusting an output frequency of the adjustable oscillator based on time between arrivals of packets transmitted from the host device (202,302) to the hearing assistance device (204, 304) and the number of encoded words received in each packet of the packets. synchronizing a sample clock of the hearing assistance device (204, 304) to a sample clock of the host device (202, 302) using timing of a transmission of packets with a variable number of encoded words in each packet from the host device (202, 302) to the hearing assistance device (204, 304); and maintaining the synchronization by timing packet arrivals using an adjustable oscillator of the hearing assistance device (204, 304) and adjusting an output frequency of the adjustable oscillator based on time between arrivals of packets transmitted from the host device (202,302) to the hearing assistance device (204, 304) and the number of encoded words received in each packet of the packets.
A pressure sensitive adhesive composition comprising, i) at least one butene-1 (co)polymer; ii) at least one liquid tackifier; iii) at least one solid tackifier; iv) optionally at least one further (co)polymer, different from i); v) optionally at least one additive, wherein the at least one butene-1 (co)polymer has a butene-1 content of 85 to 100 % by mol, based on the butene-1 (co)polymer; and wherein the at least one liquid tackifier is selected from liquid hydrocarbon resins and hydrogenated hydrocarbon resins, liquid polystyrenes, liquid rosin esters, liquid polyterpenes, liquid resins from polymerized and hydrogenated C9 hydrocarbon streams; liquid resins from polymerized and hydrogenated dicyclopentadiene species; liquid resins from polymerized and hydrogenated pure monomer selected from styrene, vinyl toluene, or alpha-methyl styrene. i) at least one butene-1 (co)polymer; ii) at least one liquid tackifier; iii) at least one solid tackifier; iv) optionally at least one further (co)polymer, different from i); v) optionally at least one additive, wherein
A cigarette filter comprising a filter plug containing a cellulose ester staple fiber, a pulp, and an alkali metal salt of a water-soluble anionic polymer, wherein the filter plug has an alkali metal content of 2 to 100 μmol per gram of the filter plug.
Apparatus for fixing two running rails for a transport vehicle to a plurality of fastening brackets, said fastening brackets projecting upwards from a supporting structure (20, 21) and being spaced apart from one another in the intended longitudinal direction of the running rails and being arranged in such a way that an outer side of the first running rail is able to be made to abut against a first group of the plurality of fastening brackets simultaneously and an outer side of the second running rail is able to be made to abut against a second group of the plurality of fastening brackets simultaneously, wherein a spacing between a fastening bracket of the first group and a fastening bracket of the second group in a transverse direction is adapted to an intended track width of the running rails, characterized in that the apparatus has: - at least one running roller for rolling of the apparatus on a running surface of the running rails which have been pre-aligned in the intended longitudinal direction, - a positioning unit having at least one first inner positioning element for abutment against an inner surface of the first running rail and having a second inner positioning element for abutment against an inner surface of the second running rail, - a connecting unit which is configured to produce a connection between the fastening brackets and the respective running rails when the apparatus has been mounted onto the two pre-aligned running rails. - at least one running roller for rolling of the apparatus on a running surface of the running rails which have been pre-aligned in the intended longitudinal direction, - a positioning unit having at least one first inner positioning element for abutment against an inner surface of the first running rail and having a second inner positioning element for abutment against an inner surface of the second running rail, - a connecting unit which is configured to produce a connection between the fastening brackets and the respective running rails when the apparatus has been mounted onto the two pre-aligned running rails.
An electromagnetic contact device, comprising a housing in which power supply-side terminals and load-side terminals are opposed to each other, a movable contact point support is accommodated in a space between the terminals, a plurality of terminal chambers are formed by partitioning using a plurality of first partition walls, and fixed contactors each having a fixed contact point and a terminal screw are mounted as the terminals in the terminal chambers, wherein an engaged portion (3 1 b) is formed integrally with each of the fixed contactors, and a press-fit engaging portion is provided in each of the terminal chambers, is formed as a space different from the space accommodating the movable contact point support by partitioning by a second partition wall, and causes the engaged portion (31 b) to be engaged by press-fitting, characterized in that the press-fit engaging portion is formed as a bursiform space enclosed by one of the first partition walls, as well as by a press-fit partition wall, the second partition wall and a front wall.
A saddle type vehicle comprising: a vehicle body frame; a power source supported on the vehicle body frame; and an energy storage section that stores energy for the power source, the energy storage section being fixed to the vehicle body frame in a first fixed section provided in a front portion of the energy storage section by a fastening member and in a second fixed section provided in a rear portion by a fastening member, wherein the first fixed section fixes the energy storage section to the vehicle body frame in such a manner that a relative movement of the energy storage section to the vehicle body frame is prohibited, the second fixed section fixes the energy storage section to the vehicle body frame in such a manner that the relative movement of the energy storage section to the vehicle body frame is permitted, the second fixed section includes a grommet and a collar inserted into the grommet, the collar includes a cylindrical shaft section inserted into a penetration hole formed in the grommet, characterised in that a length of the shaft section is larger than a length of the penetration hole and an outside diameter of the shaft section is smaller than an inside diameter of the penetration hole, and the fastening member penetrates a shaft hole of the shaft section and fastened to the vehicle body frame. a vehicle body frame; a power source supported on the vehicle body frame; and an energy storage section that stores energy for the power source, the energy storage section being fixed to the vehicle body frame in a first fixed section provided in a front portion of the energy storage section by a fastening member and in a second fixed section provided in a rear portion by a fastening member, wherein the first fixed section fixes the energy storage section to the vehicle body frame in such a manner that a relative movement of the energy storage section to the vehicle body frame is prohibited, the second fixed section fixes the energy storage section to the vehicle body frame in such a manner that the relative movement of the energy storage section to the vehicle body frame is permitted, the second fixed section includes a grommet and a collar inserted into the grommet, the collar includes a cylindrical shaft section inserted into a penetration hole formed in the grommet, characterised in that a length of the shaft section is larger than a length of the penetration hole and an outside diameter of the shaft section is smaller than an inside diameter of the penetration hole, and the fastening member penetrates a shaft hole of the shaft section and fastened to the vehicle body frame.