mhurhangee/ep-ind-claims huggingface dataset:
A speed control for a cable retractor, said cable retractor comprising a first pulley mounted to a pulley axle configured to guide a cable into a housing of said cable retractor, said speed control comprising: a drag assembly mounted adjacent to said first pulley, said drag assembly comprising a cable contact member (1140, 1305) mounted to a link member comprising first and second end plates (1070, 1180) disposed adjacent to a first and second face of said first pulley, each of said first and second end plates comprising an elongated oval slot (1075, 1115) configured to receive said pulley axle so as to restrain movement of said first and second end plates and said contact member in directions towards and away from a periphery of said first pulley; a drag adjustment mechanism mounted to said housing, said drag adjustment mechanism comprising a spring biased cantilever arm (1055, 1405, 1515), said cantilever arm comprising a free end extending to said drag assembly, and said cantilever arm configured to bias said contact member of said drag assembly towards said periphery of said first pulley. a drag assembly mounted adjacent to said first pulley, said drag assembly comprising a cable contact member (1140, 1305) mounted to a link member comprising first and second end plates (1070, 1180) disposed adjacent to a first and second face of said first pulley, each of said first and second end plates comprising an elongated oval slot (1075, 1115) configured to receive said pulley axle so as to restrain movement of said first and second end plates and said contact member in directions towards and away from a periphery of said first pulley; a drag adjustment mechanism mounted to said housing, said drag adjustment mechanism comprising a spring biased cantilever arm (1055, 1405, 1515), said cantilever arm comprising a free end extending to said drag assembly, and said cantilever arm configured to bias said contact member of said drag assembly towards said periphery of said first pulley.
A method for adapting a first reference value for generating a first bit stream from an input signal (s) by a first amplitude adapting unit, wherein the input signal (s) comprises a first and a second signal (s1, s2), the first signal and the second signal form a baseband sum signal, a first non-linear component demodulates the input signal (s) and outputs a demodulated input signal, and the amplitude adapting unit outputs the first bit stream from the demodulated input signal on the basis of a first reference value, characterized in that a reference-value adapting unit comprises a detection unit, which detects the first and the second signal (s1, s2), and upon discontinuation of the first and the second signal (s1, s2) an adjusting unit adjusts the first reference value to a basic reference value.
A connector for reversibly terminating an optic cable comprising a buffer cladding surrounding an optical fiber wherein an end portion of the cable is exposed to reveal the optical fiber and an optical fiber splicing face, the connector comprising: a fiber splice comprising a first pair of opposed surfaces (38,42) and an alignment groove extending at least partially along one of said opposed surface, wherein the exposed optical fiber is positioned within said groove; a ferrule comprising a front face, an axial bore aligned with said groove and an optical fiber stub disposed in said bore and extending from said front face into said groove such that a stub splicing face of said optical fiber stub is positioned opposite the optical fiber splicing face of the optical fiber; and an integrated actuating assembly comprising a sliding actuator configured for sliding along a straight path substantially in parallel to said groove; characterised in that said fiber splice further comprises a C-spring for biasing said first pair of opposed surfaces (38,42) together and said sliding actuator is configured for sliding between a first position wherein said first pair of opposed surfaces are in a closed position and the exposed optic fiber and said optical fiber stub are clamped in said groove by said pair of opposed surfaces (38,42) and the force of said C-spring and a second position wherein said splice is in an open position and the exposed optic fiber can be removed from said groove. a fiber splice comprising a first pair of opposed surfaces (38,42) and an alignment groove extending at least partially along one of said opposed surface, wherein the exposed optical fiber is positioned within said groove; a ferrule comprising a front face, an axial bore aligned with said groove and an optical fiber stub disposed in said bore and extending from said front face into said groove such that a stub splicing face of said optical fiber stub is positioned opposite the optical fiber splicing face of the optical fiber; and an integrated actuating assembly comprising a sliding actuator configured for sliding along a straight path substantially in parallel to said groove; characterised in that said fiber splice further comprises a C-spring for biasing said first pair of opposed surfaces (38,42) together and said sliding actuator is configured for sliding between a first position wherein said first pair of opposed surfaces are in a closed position and the exposed optic fiber and said optical fiber stub are clamped in said groove by said pair of opposed surfaces (38,42) and the force of said C-spring and a second position wherein said splice is in an open position and the exposed optic fiber can be removed from said groove.
Implant for use in treating and/or reconstructing, in particular lining and/or sealing and/or reinforcing and/or at least partially filling, an acetabular defect, comprising at least one flat structure that comprises a material that is at least partially degradable or resorbable in vivo, characterized in that the at least one flat structure has a central area and three elongated functional areas that extend out from the central area.
A crop collection device (110, 200, 300, 502, 602) for use with an agricultural harvester (120, 501, 601), the crop collection device comprising: - a first conveyor (20, 210, 310, 520, 610), - a second conveyor (30, 220, 320, 510, 620), - a crop inlet positioned at a front end of the crop collection device, and - a crop outlet (95, 555, 655) positioned at a rear end of the crop collection device; wherein the first conveyor comprises at least one conveyor belt rotatably mounted on a set of rolls (15, 16, 17); wherein the second conveyor comprises a conveyor belt rotatably mounted on a set of rolls (28, 29); and wherein the at least one conveyor belt of the first conveyor and/or the conveyor belt of the second conveyor is independently movable in a forward and aft direction, characterized in that the first conveyor (20, 210, 310, 520 610) comprises at least a first and a second section; the first section being angled upward from and proximate to the front end of the crop collection device (110, 200, 300, 502, 602) to an inflection point on the conveyor, and the second section being substantially horizontal or at a slight angle towards the crop outlet (95, 555, 655). - a first conveyor (20, 210, 310, 520, 610), - a second conveyor (30, 220, 320, 510, 620), - a crop inlet positioned at a front end of the crop collection device, and - a crop outlet (95, 555, 655) positioned at a rear end of the crop collection device;
A sounding reference signal, SRS power control method, comprising: generating power control information for a plurality of SRS resources, wherein the power control information comprises a separate value for first parameter for each of the plurality of SRS resources and a shared value for second parameter for the plurality of SRS resources; sending the power control information to a terminal device; wherein, the first parameter comprises a transmit power target value and a transmit power adjustment value, and the second parameter comprises path loss information; the first parameter comprises a transmit power target value, and the second parameter comprises a transmit power adjustment value and path loss information; the first parameter comprises a transmit power target value and path loss information, and the second parameter comprises a transmit power adjustment value; the first parameter comprises a transmit power adjustment value and path loss information, and the second parameter comprises a transmit power target value; the first parameter comprises a transmit power adjustment value, and the second parameter comprises a transmit power target value and path loss information; or the first parameter comprises path loss information, and the second parameter comprises a transmit power target value and a transmit power adjustment value. generating power control information for a plurality of SRS resources, wherein the power control information comprises a separate value for first parameter for each of the plurality of SRS resources and a shared value for second parameter for the plurality of SRS resources; sending the power control information to a terminal device; wherein, the first parameter comprises a transmit power target value and a transmit power adjustment value, and the second parameter comprises path loss information; the first parameter comprises a transmit power target value, and the second parameter comprises a transmit power adjustment value and path loss information; the first parameter comprises a transmit power target value and path loss information, and the second parameter comprises a transmit power adjustment value; the first parameter comprises a transmit power adjustment value and path loss information, and the second parameter comprises a transmit power target value; the first parameter comprises a transmit power adjustment value, and the second parameter comprises a transmit power target value and path loss information; or the first parameter comprises path loss information, and the second parameter comprises a transmit power target value and a transmit power adjustment value.
An immunogenic protein capable of inducing an immune response to a rhinovirus in a subject, the protein comprising an isolated rhinovirus neutralizing immunogen IV (NimIV) peptide, wherein said NimIV peptide consists of a sequence selected from the group consisting of: PVIKKRE or an 8-30 amino acid fragment of the C-terminal end of virus structural protein 1 (VP-1) of a human rhinovirus comprising PVIKKRE, and said protein does not comprise additional flanking sequence with which said NimIV peptide is contiguous in a naturally occurring virus.
An isolated polypeptide selected from the group consisting of: i) a methyltransferase polypeptide comprising or consisting of an amino acid sequence as represented in Figure 4a, 4b or 4c; or ii) a modified polypeptide comprising or consisting of an amino acid sequence that is at least 95% identical to the full length amino acid sequence in Figure 4a which has retained methyltransferase activity; or iii) a modified polypeptide comprising or consisting of an amino acid sequence that is at least 95% identical to the full length amino acid sequence in Figure 4b which has retained methyltransferase activity; or iv) a modified polypeptide comprising or consisting of an amino acid sequence that is at least 95 % identical to the full length amino acid sequence in Figure 4c which has retained methyltransferase activity. i) a methyltransferase polypeptide comprising or consisting of an amino acid sequence as represented in Figure 4a, 4b or 4c; or ii) a modified polypeptide comprising or consisting of an amino acid sequence that is at least 95% identical to the full length amino acid sequence in Figure 4a which has retained methyltransferase activity; or iii) a modified polypeptide comprising or consisting of an amino acid sequence that is at least 95% identical to the full length amino acid sequence in Figure 4b which has retained methyltransferase activity; or iv) a modified polypeptide comprising or consisting of an amino acid sequence that is at least 95 % identical to the full length amino acid sequence in Figure 4c which has retained methyltransferase activity.
A method of making an antidegradant compound, the method comprising: reacting a p-phenylenediamine corresponding to formula IV: wherein X is selected from the group consisting of alkyl, aryl, alkylaryl groups and hydrogen; with an alpha-hydroxy carbonyl compound corresponding to formula II: wherein R 1 and R 3 are each independently selected from the group consisting of alkyl, aryl, alkylaryl groups and hydrogen, and wherein R 1 and R 3 may optionally be bridged by a polymethylene group; to thereby obtain an enediamine; and reducing the enediamine to thereby obtain a mixture comprising the antidegradant compound according to formula I: wherein X is each independently selected from the group consisting of alkyl, aryl, alkylaryl groups and hydrogen; wherein R 1 and R 3 are each independently selected from the group consisting of alkyl, aryl, alkylaryl groups and hydrogen; and wherein R 1 and R 3 may optionally be bridged by a polymethylene group to form a cycloalkyl. reacting a p-phenylenediamine corresponding to formula IV: wherein X is selected from the group consisting of alkyl, aryl, alkylaryl groups and hydrogen; with an alpha-hydroxy carbonyl compound corresponding to formula II: wherein R 1 and R 3 are each independently selected from the group consisting of alkyl, aryl, alkylaryl groups and hydrogen, and wherein R 1 and R 3 may optionally be bridged by a polymethylene group; wherein R 1 and R 3 are each independently selected from the group consisting of alkyl, aryl, alkylaryl groups and hydrogen, and wherein R 1 and R 3 may optionally be bridged by a polymethylene group; to thereby obtain an enediamine; and reducing the enediamine to thereby obtain a mixture comprising the antidegradant compound according to formula I: wherein X is each independently selected from the group consisting of alkyl, aryl, alkylaryl groups and hydrogen; wherein R 1 and R 3 are each independently selected from the group consisting of alkyl, aryl, alkylaryl groups and hydrogen; and wherein R 1 and R 3 may optionally be bridged by a polymethylene group to form a cycloalkyl. wherein X is each independently selected from the group consisting of alkyl, aryl, alkylaryl groups and hydrogen; wherein R 1 and R 3 are each independently selected from the group consisting of alkyl, aryl, alkylaryl groups and hydrogen; and wherein R 1 and R 3 may optionally be bridged by a polymethylene group to form a cycloalkyl.
A method for collecting location information, comprising: sending a location subscription instruction to user equipment, UE, by using a mobile communication network, wherein the location subscription instruction is used to instruct the UE to measure a cell detected by the UE; receiving instruction response information reported by the UE; acquiring location information of the UE according to the received instruction response information, characterised in that the receiving instruction response information reported by the UE comprises: when the UE is in an idle mode on a UMTS or LTE network, receiving (301, 602), by an RNC or an eNodeB, a radio resource control, RRC, connection request message sent by the UE, wherein the RRC connection request message comprises the ID of the UE, the ID of the cell detected by the UE, and the signal strength information of the cell detected by the UE. sending a location subscription instruction to user equipment, UE, by using a mobile communication network, wherein the location subscription instruction is used to instruct the UE to measure a cell detected by the UE; receiving instruction response information reported by the UE; acquiring location information of the UE according to the received instruction response information, characterised in that the receiving instruction response information reported by the UE comprises: when the UE is in an idle mode on a UMTS or LTE network, receiving (301, 602), by an RNC or an eNodeB, a radio resource control, RRC, connection request message sent by the UE, wherein the RRC connection request message comprises the ID of the UE, the ID of the cell detected by the UE, and the signal strength information of the cell detected by the UE.
A method of removing contaminants from a waste gas stream containing sulphur dioxide and contaminant nitrogen oxides in a sulfuric acid production process comprising the steps: a) contacting said waste gas stream with ozone by injecting said ozone into said waste gas stream, whereby nitrogen oxides react with said ozone to form N 2 O 5 and nitric acid; b) directing said waste gas stream to a particulate scrubber, wherein said particulate scrubber removes N 2 O 5 and nitric acid from said waste gas stream; c) directing said waste gas stream substantially free of nitrogen oxides to a gas dryer; and d) recovering said waste gas stream; characterized in that said waste gas stream is contacted at a temperature of 65°C to 135°C with ozone. a) contacting said waste gas stream with ozone by injecting said ozone into said waste gas stream, whereby nitrogen oxides react with said ozone to form N 2 O 5 and nitric acid; b) directing said waste gas stream to a particulate scrubber, wherein said particulate scrubber removes N 2 O 5 and nitric acid from said waste gas stream; c) directing said waste gas stream substantially free of nitrogen oxides to a gas dryer; and d) recovering said waste gas stream;
Sheet orientation device for a machine for processing sheets of a thin, flat material such as paper, cardboard or foil, having a feed section, at least one sensor (30, 32) for detecting position and/or orientation of the sheet and at least two orientation modules, each of which has an orientation roller, with each of which a drive device is associated, each orientation module being associated with a pivoting device with which the orientation roller can be pivoted about a pivot axis perpendicular to the feed section, characterised in that the spacing of the orientation modules from one another is adjustable.
A method for playback of a recorded computer session using a playback data structure comprising playback instructions for controlling playback of the recorded computer session, the method comprising the steps of: a) receiving, by a background protocol engine executing on a first device, a recorded stream comprising a plurality of packets representing display data generated by an application program executing on a second device; b) determining, by the background protocol engine, for at least one packet in the recorded stream, whether to render the packet in a human-perceptible manner, responsive to the contents of the packet; c) storing, by the background protocol engine, the determination in a playback data structure that describes how to regenerate display data contained within the recorded stream, the playback data structure storing instructions for controlling rendering of the display data contained within the recorded stream; d) retrieving, by a foreground protocol engine, at least one packet from the recorded stream; e) accessing, by the foreground protocol engine, the playback data structure; and f) rendering, by the foreground protocol engine, the at least one packet responsive to the playback data structure. a) receiving, by a background protocol engine executing on a first device, a recorded stream comprising a plurality of packets representing display data generated by an application program executing on a second device; b) determining, by the background protocol engine, for at least one packet in the recorded stream, whether to render the packet in a human-perceptible manner, responsive to the contents of the packet; c) storing, by the background protocol engine, the determination in a playback data structure that describes how to regenerate display data contained within the recorded stream, the playback data structure storing instructions for controlling rendering of the display data contained within the recorded stream; d) retrieving, by a foreground protocol engine, at least one packet from the recorded stream; e) accessing, by the foreground protocol engine, the playback data structure; and f) rendering, by the foreground protocol engine, the at least one packet responsive to the playback data structure.
A method of tracking an output of an A/V decoder comprising a rate managed output device, the method comprising: (a) receiving, a system time reference recovered from an input stream; (b) requesting data from a data processing device, said data processing device comprising at least one decoder block; (c) pulling said requested data; (d) outputting said pulled requested data at a fixed clock rate; (e) comparing, said system time reference to a current output sample location of the output data to determine if said current output sample location leads or lags said system time reference; and (f) adjusting an output sample rate of the A/V decoder based upon whether said current output sample location leads or lags said system time reference, wherein a fixed clock for generating said fixed clock rate is independent of said system time reference recovered from said input stream. (a) receiving, a system time reference recovered from an input stream; (b) requesting data from a data processing device, said data processing device comprising at least one decoder block; (c) pulling said requested data; (d) outputting said pulled requested data at a fixed clock rate; (e) comparing, said system time reference to a current output sample location of the output data to determine if said current output sample location leads or lags said system time reference; and (f) adjusting an output sample rate of the A/V decoder based upon whether said current output sample location leads or lags said system time reference, wherein a fixed clock for generating said fixed clock rate is independent of said system time reference recovered from said input stream.
A gas inlet system for introducing gas into an isotope ratio analyser, the gas inlet system including a reference system comprising: a first supply of a reference gas having a first known isotope ratio; a supply of a carrier gas, wherein the supplies of reference gas and carrier gas are each connected by respective reference and carrier gas lines to a first mixing junction where the reference gas and carrier gas combine; a mixing zone connected downstream of the first mixing junction wherein the combined reference gas and carrier gas mix together; an exit line for transporting the mixed gas from the mixing zone to the isotope ratio analyser; and an opening to atmosphere on the exit line, wherein the opening is downstream of the mixing zone; characterised in that the gas inlet system further comprises a second mixing junction on the exit line from the mixing zone for mixing further carrier gas with the already mixed gas, the further carrier gas being supplied to the second mixing junction via a second carrier gas line. a first supply of a reference gas having a first known isotope ratio; a supply of a carrier gas, wherein the supplies of reference gas and carrier gas are each connected by respective reference and carrier gas lines to a first mixing junction where the reference gas and carrier gas combine; a mixing zone connected downstream of the first mixing junction wherein the combined reference gas and carrier gas mix together; an exit line for transporting the mixed gas from the mixing zone to the isotope ratio analyser; and an opening to atmosphere on the exit line, wherein the opening is downstream of the mixing zone; characterised in that the gas inlet system further comprises a second mixing junction on the exit line from the mixing zone for mixing further carrier gas with the already mixed gas, the further carrier gas being supplied to the second mixing junction via a second carrier gas line.
Pen with a closable cavity for receiving gel lacquer and with a brush for applying it to a fingernail, as well as a battery/accumulator-powered LED-LEV lamp for UV light for curing the gel lacquer applied to a fingernail with the brush, and in that it contains, in a further closable cavity, one or more RFID chips for removing and placing on a fingernail as required and fixing thereon by means of gel varnish.