mhurhangee/patent-ind-claim-en huggingface dataset:
A method of communicating said method being performed by a mobile communications terminal in a mobile communications network, the method comprising encoding a plurality of bits of user data by selecting one random access preamble from a set of random access preambles, wherein each of the random access preambles is represented as a n-bit number, wherein the plurality of bits of user data is in the n bits representing the selected random access preamble, said method being characterized by : encoding an additional bit of user data by selecting one sub-frame from a pair of sub-frames, and encoding further user data by selecting a timing for a transmission of the selected random access preamble within a block of resources of a random access channel within the selected sub-frame, and transmitting to a base station of the mobile communications system via a radio interface provided by the base station, the selected random access preamble at the selected timing within the uplink random access channel of the selected sub-frame, wherein the step of selecting the sub-frame comprises selecting between: a first sub-frame in the pair and a second sub-frame in the pair to represent said additional bit of user data. encoding a plurality of bits of user data by selecting one random access preamble from a set of random access preambles, wherein each of the random access preambles is represented as a n-bit number, wherein the plurality of bits of user data is in the n bits representing the selected random access preamble, said method being characterized by : encoding an additional bit of user data by selecting one sub-frame from a pair of sub-frames, and encoding further user data by selecting a timing for a transmission of the selected random access preamble within a block of resources of a random access channel within the selected sub-frame, and transmitting to a base station of the mobile communications system via a radio interface provided by the base station, the selected random access preamble at the selected timing within the uplink random access channel of the selected sub-frame, wherein the step of selecting the sub-frame comprises selecting between: a first sub-frame in the pair and a second sub-frame in the pair to represent said additional bit of user data.
A gas cup for a damper assembly comprising: a body including an upper surface , a lower surface , an exterior surface and an interior surface ; said body defining an aperture extending through said upper surface and said lower surface ; a decoupler located in said aperture and secured to said body ; and a bridging member located between said decoupler and said body and coupled to said decoupler and said body , said decoupler and said bridging member being made from materials having different elasticity to allow said decoupler to move in said aperture in response to a volumetric change in the damper assembly and to provide variable tuning of the damper assembly , wherein the gas cup further includes at least one stopper located in said aperture and coupled to said interior surface for restricting movement of said decoupler , wherein said at least one stopper includes an upper stopper and a lower stopper , said upper stopper being located adjacent to said upper surface and coupled to said body for restricting an axial movement of said decoupler toward said upper surface ; and said lower stopper being located adjacent to said lower surface and coupled to said body for restricting an axial movement of said decoupler toward said lower surface , characterized in that said upper stopper defines a first orifice bounded by a first periphery , said first periphery extends about a center axis and includes at least one first peak and at least one first trough . a body including an upper surface , a lower surface , an exterior surface and an interior surface ; said body defining an aperture extending through said upper surface and said lower surface ; a decoupler located in said aperture and secured to said body ; and a bridging member located between said decoupler and said body and coupled to said decoupler and said body , said decoupler and said bridging member being made from materials having different elasticity to allow said decoupler to move in said aperture in response to a volumetric change in the damper assembly and to provide variable tuning of the damper assembly , wherein the gas cup further includes at least one stopper located in said aperture and coupled to said interior surface for restricting movement of said decoupler , wherein said at least one stopper includes an upper stopper and a lower stopper , said upper stopper being located adjacent to said upper surface and coupled to said body for restricting an axial movement of said decoupler toward said upper surface ; and said lower stopper being located adjacent to said lower surface and coupled to said body for restricting an axial movement of said decoupler toward said lower surface , characterized in that said upper stopper defines a first orifice bounded by a first periphery , said first periphery extends about a center axis and includes at least one first peak and at least one first trough .
A screw load testing device comprising a housing configured to arrange a screw and a mating element that interacts with a threaded portion of the screw and is in particular formed as a threaded nut , said housing comprising a first housing member configured to interact at least indirectly with a portion that is in monolithic connection to the screw , further comprising a second housing member configured to interact with the mating element , wherein the two housing members are arranged movably with respect to one another at least in the direction of a longitudinal axis , said screw load testing device further comprising a measuring device for detecting an axial force F acting on the screw and/or for detecting a torque M acting on the screw , wherein the two housing members are movable from a first position at least into a second position by means of a clamping device , in that in the first position a first distance (a1) in the direction of the longitudinal axis between two contact surfaces configured to interact with the screw and the mating element , respectively, is smaller than a second distance (a2) between the two contact surfaces in the second position, characterized in that a size change member comprises a plurality of through-holes having different diameters is provided as mating element for the portion in monolithic connection to the screw , and in that the size change member can be arranged in a rotationally fixed manner in axial contact with the first housing member . wherein the two housing members are movable from a first position at least into a second position by means of a clamping device , in that in the first position a first distance (a1) in the direction of the longitudinal axis between two contact surfaces configured to interact with the screw and the mating element , respectively, is smaller than a second distance (a2) between the two contact surfaces in the second position, characterized in that a size change member comprises a plurality of through-holes having different diameters is provided as mating element for the portion in monolithic connection to the screw , and in that the size change member can be arranged in a rotationally fixed manner in axial contact with the first housing member .
A speech/audio signal processing method, comprising: when a speech/audio signal switches from a wide frequency signal to a narrow frequency signal, obtaining an initial high frequency signal corresponding to a current frame of the speech/audio signal, wherein a signal of the current frame is the narrow frequency signal and a signal of a previous frame of the current frame is the wide frequency signal; obtaining a time-domain global gain parameter of the initial high frequency signal; performing weighting processing on an energy ratio and the time-domain global gain parameter, and using an obtained weighted value as a predicted global gain parameter, wherein the energy ratio is a ratio between energy of a high frequency time-domain signal of a historical frame and energy of the initial high frequency signal of the current frame; correcting the initial high frequency signal by using the predicted global gain parameter, to obtain a corrected high frequency time-domain signal; and synthesizing a narrow frequency time-domain signal of the current frame and the corrected high frequency time-domain signal and outputting the synthesized signal. when a speech/audio signal switches from a wide frequency signal to a narrow frequency signal, obtaining an initial high frequency signal corresponding to a current frame of the speech/audio signal, wherein a signal of the current frame is the narrow frequency signal and a signal of a previous frame of the current frame is the wide frequency signal; obtaining a time-domain global gain parameter of the initial high frequency signal; performing weighting processing on an energy ratio and the time-domain global gain parameter, and using an obtained weighted value as a predicted global gain parameter, wherein the energy ratio is a ratio between energy of a high frequency time-domain signal of a historical frame and energy of the initial high frequency signal of the current frame; correcting the initial high frequency signal by using the predicted global gain parameter, to obtain a corrected high frequency time-domain signal; and synthesizing a narrow frequency time-domain signal of the current frame and the corrected high frequency time-domain signal and outputting the synthesized signal.
A method of operating a photographic device , the method comprising: generating (S810, S910), at a first frame rate, a first frame group obtained by photographing a subject; receiving (S830), (S930) an input for changing the frame capturing rate based on a changed reproduction speed; determining (S850, S950) a second frame rate based on the input; generating (S870, S970), at the second frame rate, a second frame group obtained by photographing the subject; and generating (S890, S990) a single video file by encoding the first frame group and the second frame group based on a single frame rate, wherein the generated video file is reproducible without separately encoding the first frame group and the second frame group, wherein a different amount of frames to be reproduced between the first frame group and the second frame group, which were obtained in same capture periods causes a slow-motion or a fast motion of the generated video file during a reproduction, wherein the input is an input received through a volume control button or a touch screen and is configured to vary the frame capturing rate based on a changed reproduction speed according to a predetermined value in response to each of a number of inputs. generating (S810, S910), at a first frame rate, a first frame group obtained by photographing a subject; receiving (S830), (S930) an input for changing the frame capturing rate based on a changed reproduction speed; determining (S850, S950) a second frame rate based on the input; generating (S870, S970), at the second frame rate, a second frame group obtained by photographing the subject; and generating (S890, S990) a single video file by encoding the first frame group and the second frame group based on a single frame rate, wherein the generated video file is reproducible without separately encoding the first frame group and the second frame group, wherein a different amount of frames to be reproduced between the first frame group and the second frame group, which were obtained in same capture periods causes a slow-motion or a fast motion of the generated video file during a reproduction, wherein the input is an input received through a volume control button or a touch screen and is configured to vary the frame capturing rate based on a changed reproduction speed according to a predetermined value in response to each of a number of inputs.
A pressure regulator valve comprising: a housing including a base including a valve passage through which a working gas flows, a tubular body attached to the base, and a cover attached to the base so as to cover the body; a valve element configured to open and close the valve passage by moving between a closed position where the valve element closes the valve passage and an open position where the valve element opens the valve passage, the valve element being further configured to reduce a primary pressure to a secondary pressure and receive the secondary pressure by which the valve element moves toward the closed position; a biasing unit accommodated in an accommodating space formed between the body and the cover, the biasing unit being configured to bias the valve element such that the valve element moves toward the open position; and a first sealing member provided at a gap between the base and the body to seal the valve passage; characterised by a second sealing member provided at a seal accommodating space between the base and the cover and made of synthetic rubber, wherein the second sealing member is arranged away from the body. a housing including a base including a valve passage through which a working gas flows, a tubular body attached to the base, and a cover attached to the base so as to cover the body; a base including a valve passage through which a working gas flows, a tubular body attached to the base, and a cover attached to the base so as to cover the body; a valve element configured to open and close the valve passage by moving between a closed position where the valve element closes the valve passage and an open position where the valve element opens the valve passage, the valve element being further configured to reduce a primary pressure to a secondary pressure and receive the secondary pressure by which the valve element moves toward the closed position; a biasing unit accommodated in an accommodating space formed between the body and the cover, the biasing unit being configured to bias the valve element such that the valve element moves toward the open position; and a first sealing member provided at a gap between the base and the body to seal the valve passage; characterised by a second sealing member provided at a seal accommodating space between the base and the cover and made of synthetic rubber, wherein the second sealing member is arranged away from the body.
A compression sealing gasket comprising an annular main body made of an elastomer material and having a main axis A, the main body comprising an annular radially outer face and an annular radially inner face parallel and coaxial to each other, wherein the gasket comprises an insert mounted on the inner face , wherein the inner face comprises a throat extending coaxially to main axis A and in which an insert is fitted, wherein said gasket further comprises a coating covering the inner face of main body and the insert , characterized in that the coating is made by chemical vapor deposition or by atomic layer deposition. wherein the gasket comprises an insert mounted on the inner face , wherein the inner face comprises a throat extending coaxially to main axis A and in which an insert is fitted, wherein said gasket further comprises a coating covering the inner face of main body and the insert , characterized in that the coating is made by chemical vapor deposition or by atomic layer deposition.
A pharmaceutical composition comprising gaboxadol or a pharmaceutically acceptable salt thereof for use in a method of treating Angelman Syndrome, the method comprising orally administering to a patient in need thereof a once daily dose of the composition, the once daily dose comprising 15 mg gaboxadol or pharmaceutically acceptable salt thereof, wherein improvement is provided in the patient for more than 6 hours after administration.
A method for implementing a mutually-exclusive operation of multiple threads on a chip, wherein the chip comprises small cores, routing components, and multiple lock assemblies, each small core is connected to a routing component, and the routing components are interconnected to form an on-chip network, the multiple lock assemblies are distributed around the small cores, information included in multiple locks is stored in a lock assembly, a routing component is directly connected to the lock assembly, wherein the method comprises: Receiving , by a routing component, a lock message sent by a small core, wherein the lock message carries a memory address corresponding to a lock requested by a first thread in the small core, and the lock message is a lock application message or a lock release message; Calculating , by the routing component, by using the memory address corresponding to the requested lock, a code number of a lock assembly to which the requested lock belongs; and Sending , by the routing component, the lock message to the lock assembly corresponding to the code number, to request the lock assembly to process the lock message. Receiving , by a routing component, a lock message sent by a small core, wherein the lock message carries a memory address corresponding to a lock requested by a first thread in the small core, and the lock message is a lock application message or a lock release message; Calculating , by the routing component, by using the memory address corresponding to the requested lock, a code number of a lock assembly to which the requested lock belongs; and Sending , by the routing component, the lock message to the lock assembly corresponding to the code number, to request the lock assembly to process the lock message.
An aqueous binder composition for mineral fibers comprising: - a component (i) in form of a glucose syrup having a DE of 60 to less than 100, in particular 60 to 99, more particular 85 to 99; - a component (ii) in form of sulfamic acid and/or its salts, preferably ammonium sulfamate and/or N-cyclohexyl sulfamic acid and/or its salts; - ammonia; - hypophosphorous acid; wherein the proportion of components (i), (ii), ammonia and hypophosphorous acid is in within the range of 0.5-15 wt.-%, in particular 1-12 wt.-%, more particular 2-10 wt.-% component (ii), based on the mass of component (i), 0.5-10 wt.-%, in particular 1-8 wt.-%, more particular 1-5 wt.-% hypophosphorous acid, based on the mass of component (i), and whereby component ammonia is preferably present in the amount of 0.1 to 5 molar equivalents of ammonia relative to the combined molar equivalents of component (ii) and hypophosphorous acid. - a component (i) in form of a glucose syrup having a DE of 60 to less than 100, in particular 60 to 99, more particular 85 to 99; - a component (ii) in form of sulfamic acid and/or its salts, preferably ammonium sulfamate and/or N-cyclohexyl sulfamic acid and/or its salts; - ammonia; - hypophosphorous acid;
An assembly type rod , comprising: a front bite rod , a middle part of the bite rod placeable between maxillary and mandibular anterior teeth of a user in order to obtain midline, a symmetry of arches and information of frontal plane parallel to an interpupillary line, wherein an occlusal plane is measured by obtaining information of frontal plane parallel to the interpupillary line of the user through the bite rod , further including extension parts coupled to both ends of the bite rod , and extended in parallel to a line that connects an ala of nose and middles of ears on both sides of user in order to obtain information on Camper's lines, wherein the bite rod comprises a scale part enabling a length of anatomical references to be checked when a fixed or removable prosthesis is fabricated, characterised in that the extension parts include ball-shaped coupling parts , respectively, coupled to the bite rod in a ball & socket form, and since the extension parts can be rotated in the state of being connected with the bite rod , it is possible to adjust and fix them in parallel with the Camper's line on both lateral sides, and wherein the bite rod is coupled to or separated from the extension parts through the coupling parts . a front bite rod , a middle part of the bite rod placeable between maxillary and mandibular anterior teeth of a user in order to obtain midline, a symmetry of arches and information of frontal plane parallel to an interpupillary line, wherein an occlusal plane is measured by obtaining information of frontal plane parallel to the interpupillary line of the user through the bite rod , further including extension parts coupled to both ends of the bite rod , and extended in parallel to a line that connects an ala of nose and middles of ears on both sides of user in order to obtain information on Camper's lines, wherein the bite rod comprises a scale part enabling a length of anatomical references to be checked when a fixed or removable prosthesis is fabricated, characterised in that the extension parts include ball-shaped coupling parts , respectively, coupled to the bite rod in a ball & socket form, and since the extension parts can be rotated in the state of being connected with the bite rod , it is possible to adjust and fix them in parallel with the Camper's line on both lateral sides, and wherein the bite rod is coupled to or separated from the extension parts through the coupling parts .
Aircraft sandwich panel comprising a first skin and a second skin between which is positioned a cellular core comprising cells opening out on both sides respectively in the first skin and in the second skin , the cells being separated from one another by side walls , characterized in that the side walls of the core comprise an aramid-, carbon- or glass-fibre-based reinforcement , a polymeric reinforcing resin and boron nitride powder .
Process comprising the following process steps: a) adding a compound of the general formula (I): wherein R 1 , R 2 , R 3 , R 4 are each independently selected from: -H, -(C 1 -C 12 ) alkyl, -O-(C 1 -C 12 ) alkyl, -(C 4 -C 14 ) aryl, -O-(C 4 -C 14 ) aryl, cycloalkyl, mentioned wherein the alkyl, aryl and cycloalkyl groups may be substituted as follows: -(C 1 -C 12 ) alkyl, -O-(C 1 -C 12 ) alkyl; b) adding a compound of the general formula ( II ): wherein R 5 , R 6 are each independently selected from: -H, -(C 1 -C 12 ) alkyl, -O-(C 1 -C 12 ) alkyl, -(C 4 -C 14 ) aryl, -O-(C 4 -C 14 ) aryl, cycloalkyl, wherein the alkyl, aryl and cycloalkyl groups mentioned may be substituted as follows: -(C 1 -C 12 ) alkyl, -O-(C 1 -C 12 ) alkyl; c) adding 1,1,1,3,3,3-hexafluoroisopropanol; d) introducing two electrodes into the reaction solution; e) applying a voltage at the electrodes so that a coupling reaction takes place between compound ( I ) and compound ( II ). a) adding a compound of the general formula (I): wherein R 1 , R 2 , R 3 , R 4 are each independently selected from: -H, -(C 1 -C 12 ) alkyl, -O-(C 1 -C 12 ) alkyl, -(C 4 -C 14 ) aryl, -O-(C 4 -C 14 ) aryl, cycloalkyl, mentioned wherein the alkyl, aryl and cycloalkyl groups may be substituted as follows: -(C 1 -C 12 ) alkyl, -O-(C 1 -C 12 ) alkyl; b) adding a compound of the general formula ( II ): wherein R 5 , R 6 are each independently selected from: -H, -(C 1 -C 12 ) alkyl, -O-(C 1 -C 12 ) alkyl, -(C 4 -C 14 ) aryl, -O-(C 4 -C 14 ) aryl, cycloalkyl, wherein the alkyl, aryl and cycloalkyl groups mentioned may be substituted as follows: -(C 1 -C 12 ) alkyl, -O-(C 1 -C 12 ) alkyl; c) adding 1,1,1,3,3,3-hexafluoroisopropanol; d) introducing two electrodes into the reaction solution; e) applying a voltage at the electrodes so that a coupling reaction takes place between compound ( I ) and compound ( II ).