mhurhangee/patent-ind-claim-en huggingface dataset:
Method to check the functional capability of a radar-based fill level measuring device that is used to measure the fill level (L) of a filling material located in a container , comprising the following process steps: - Clocked emission of microwave pulses (s HF ) in the direction of the filling material at a defined clock rate (f c ), - Reception of reflected microwave pulses (E HF ) following reflection on the surface of the filling material , - Generation of an evaluation signal (ZF) by sampling the microwave pulses received (e HF ) at a defined sampling rate (f' c ), - Measurement of a ratio (Φ) between the clock rate (f c ) and the sampling rate (f' c ), - Check of the ratio (Φ) against a target ratio (Φ ref ) by regulating the sampling rate (f' c ) relative to the target ratio (Φ ref ) using a first control variable (V R ) in such a way that the ratio (Φ) corresponds to the target ratio (Φ ref ), and - Measurement of an amplitude (A) and/or an amplitude offset (ΔA) of the evaluation signal (ZF), wherein the amplitude (A) is regulated using a second control variable (v x ) or wherein the amplitude offset (M) is regulated using a third control variable (V ΔA ), wherein the fill level measuring device is deemed functional, insofar as none of the control variables (v R , v X , v ΔA ) exceeds or falls below a corresponding, defined limit value (±v R,max , ±v x,max , ± v ΔA,max ). - Clocked emission of microwave pulses (s HF ) in the direction of the filling material at a defined clock rate (f c ), - Reception of reflected microwave pulses (E HF ) following reflection on the surface of the filling material , - Generation of an evaluation signal (ZF) by sampling the microwave pulses received (e HF ) at a defined sampling rate (f' c ), - Measurement of a ratio (Φ) between the clock rate (f c ) and the sampling rate (f' c ), - Check of the ratio (Φ) against a target ratio (Φ ref ) by regulating the sampling rate (f' c ) relative to the target ratio (Φ ref ) using a first control variable (V R ) in such a way that the ratio (Φ) corresponds to the target ratio (Φ ref ), and - Measurement of an amplitude (A) and/or an amplitude offset (ΔA) of the evaluation signal (ZF), wherein the amplitude (A) is regulated using a second control variable (v x ) or wherein the amplitude offset (M) is regulated using a third control variable (V ΔA ),
A multi-epitope fusion protein comprising two to six different non-overlapping linear peptides present in the amino acid sequence of hepatitis C virus (HCV) core protein wherein each of said peptides is present one to five-fold in said multi-epitope fusion protein and each of said different peptides is separated from the other said peptides by a spacer consisting of a non-HCV amino acid sequence comprising a chaperone amino acid sequence and wherein no further HCV specific amino acid sequences are present in said multi-epitope fusion protein, wherein each of said two to six linear peptides has a length of 5 to 50 amino acids, and wherein said chaperone is selected from the group consisting of SlyD, SlpA and FkpA.
An apparatus comprising: a display controller having a timing controller configured to drive frames on a display , wherein timing of the timing controller is based on a frame rate; and sensing circuitry to detect an object on or near the display, wherein the sensing circuitry senses for the object during sensing windows, wherein timing of the sensing windows and the timing of the timing controller are asynchronous, and wherein the display controller is configured to pause driving a frame on the display during the sensing windows, characterized in that the object transmits a timing signal wherein the timing of the sensing windows is based on a repetition rate of the timing signal transmitted by the object, and in that the display controller is configured to pause the driving in response to the interrupt signal sent from the sensing circuitry to the display controller, wherein the interrupt signal is associated with one of the sensing windows, wherein the display controller determines whether pausing the driving of the frame on the display would cause a visual effect, and wherein the display controller is configured to not pause driving the frame on the display when the display controller determines that pausing the driving of the frame on the display would cause a visual effect. a display controller having a timing controller configured to drive frames on a display , wherein timing of the timing controller is based on a frame rate; and sensing circuitry to detect an object on or near the display, wherein the sensing circuitry senses for the object during sensing windows, wherein timing of the sensing windows and the timing of the timing controller are asynchronous, and wherein the display controller is configured to pause driving a frame on the display during the sensing windows, characterized in that the object transmits a timing signal wherein the timing of the sensing windows is based on a repetition rate of the timing signal transmitted by the object, and in that the display controller is configured to pause the driving in response to the interrupt signal sent from the sensing circuitry to the display controller, wherein the interrupt signal is associated with one of the sensing windows, wherein the display controller determines whether pausing the driving of the frame on the display would cause a visual effect, and wherein the display controller is configured to not pause driving the frame on the display when the display controller determines that pausing the driving of the frame on the display would cause a visual effect.
A method for manufacturing a water-based coating material, comprising: (a) reacting tetraalkoxysilane, acidic aqueous solution of metal salt, and alkyl-trialkoxysilane to form an oligomer, wherein the metal salt includes vanadium salt, titanium salt, or zirconium salt; (b) reacting the oligomer with colloidal silica particles to form a modified oligomer; and (c) reacting the modified oligomer with trialkoxyepoxysilane to obtain a water-based coating material, wherein the colloidal silica particles have a diameter of 15 nm to 30 nm. (a) reacting tetraalkoxysilane, acidic aqueous solution of metal salt, and alkyl-trialkoxysilane to form an oligomer, wherein the metal salt includes vanadium salt, titanium salt, or zirconium salt; (b) reacting the oligomer with colloidal silica particles to form a modified oligomer; and (c) reacting the modified oligomer with trialkoxyepoxysilane to obtain a water-based coating material, wherein
A method of operation of a network node in a cellular communications network , comprising: selecting a Hybrid Automatic Repeat Request, HARQ, feedback mode from a plurality of predefined HARQ feedback modes comprising a HARQ Acknowledgement, ACK, bundling feedback mode, a HARQ-ACK multiplexing feedback mode, and a feedback mode that provides individual HARQ feedback for each codeword and for each subframe, for at least one wireless communication device served by a cell in accordance with a rule that states that, if the at least one wireless communication device is configured in a transmission mode in which the at least one wireless communication device is to receive only one codeword, the HARQ-ACK multiplexing feedback mode is to be selected ; and configuring the at least one wireless communication device with the HARQ feedback mode. selecting a Hybrid Automatic Repeat Request, HARQ, feedback mode from a plurality of predefined HARQ feedback modes comprising a HARQ Acknowledgement, ACK, bundling feedback mode, a HARQ-ACK multiplexing feedback mode, and a feedback mode that provides individual HARQ feedback for each codeword and for each subframe, for at least one wireless communication device served by a cell in accordance with a rule that states that, if the at least one wireless communication device is configured in a transmission mode in which the at least one wireless communication device is to receive only one codeword, the HARQ-ACK multiplexing feedback mode is to be selected ; and configuring the at least one wireless communication device with the HARQ feedback mode.
An air swirler arrangement for a fuel injector of a combustion chamber comprising a coaxial arrangement of an inner air swirler passage and an outer air swirler passage , each air swirler passage comprising a radial flow swirler , the air swirler arrangement comprising an annular first member arranged radially relative to the axis of the air swirler arrangement , the first member having a central aperture , an annular second member spaced axially from the first member and arranged coaxially with the axis of the air swirler arrangement , the second member having a radially extending upstream portion and an axially extending convergent portion , an annular third member arranged coaxially around the second member 66), the third member having a radially extending upstream portion spaced axially downstream from the radially extending upstream portion of the second member , the third member having a radially inner surface having an axially extending convergent portion and a divergent downstream portion and a radially outer surface having a divergent downstream portion , a first plurality of circumferentially spaced swirl vanes of the radial flow swirler of the inner air swirler passage extending axially between the first member and the radially extending upstream portion of the second member , a second plurality of circumferentially spaced swirl vanes of the radial flow swirler of the outer air swirler passage extending axially between the radially extending upstream portion of the second member and the radially extending upstream portion of the third member , the first member , the second member , the third member , the first plurality of swirl vanes and the second plurality of swirl vanes is a unitary monolithic structure, a plurality of circumferentially spaced passages within the third member , each passage has an inlet in a radially outer surface of the third member and an outlet arranged to direct fluid onto the divergent portion of the radially inner surface of the third member or arranged to direct fluid onto the divergent portion of the radially outer surface of the third member ; wherein each passage has a convergent portion between the inlet and the outlet .
A child safety seat for use on a vehicle seat, the vehicle seat having a safety belt , the child safety seat comprising: a seat base having a seat assembly portion and a backrest portion ; a seat panel openably movable to the seat assembly portion for movement between an open position and a closed position; and a seat body disposed on the seat panel , wherein when the seat panel moves to the open position, a belt path for the safety belt is accessible; wherein when the seat panel moves to the closed position, the belt path for the safety belt is hidden; wherein the seat panel is openably pivoted to the seat assembly portion for rotating between the open position and the closed position, the safety belt passes over the seat base for attaching the seat base to the vehicle seat when the seat panel rotates to the open position; wherein the seat panel clamps the safety belt cooperatively with the seat base when the seat panel rotates to the closed position; and wherein the seat body is rotatably disposed on the panel , characterized in that the backrest portion has at least one fixing hole , the child safety seat further comprises a retractable plunger disposed on the seat panel corresponding to the at least one fixing hole and slidable between an engaging position and a retracted position; when the seat panel is located at the closed position, the retractable plunger pops out to the engaging position to be inserted into the at least one fixing hole for fixing the seat panel to the seat base . a seat base having a seat assembly portion and a backrest portion ; a seat panel openably movable to the seat assembly portion for movement between an open position and a closed position; and a seat body disposed on the seat panel , wherein when the seat panel moves to the open position, a belt path for the safety belt is accessible; wherein when the seat panel moves to the closed position, the belt path for the safety belt is hidden; wherein the seat panel is openably pivoted to the seat assembly portion for rotating between the open position and the closed position, the safety belt passes over the seat base for attaching the seat base to the vehicle seat when the seat panel rotates to the open position; wherein the seat panel clamps the safety belt cooperatively with the seat base when the seat panel rotates to the closed position; and wherein the seat body is rotatably disposed on the panel , characterized in that the backrest portion has at least one fixing hole , the child safety seat further comprises a retractable plunger disposed on the seat panel corresponding to the at least one fixing hole and slidable between an engaging position and a retracted position; when the seat panel is located at the closed position, the retractable plunger pops out to the engaging position to be inserted into the at least one fixing hole for fixing the seat panel to the seat base .
An energy storage apparatus comprising: an energy storage device ; a substrate in which a through hole penetrating a main surface is formed; a through member that penetrates the through hole ; and a lateral member disposed lateral to the substrate and covering a side surface of the substrate , wherein the lateral member is a busbar frame on which a busbar connected to the energy storage device is mounted, and wherein the busbar frame includes: a frame body , and a wall that projects from the frame body and covers the side surface of the substrate , characterised in that the lateral member includes an opening formed in said wall , through which at least one of two portions of the through member , the two portions sandwiching the through hole , is visually recognizable from an outside. an energy storage device ; a substrate in which a through hole penetrating a main surface is formed; a through member that penetrates the through hole ; and a lateral member disposed lateral to the substrate and covering a side surface of the substrate , wherein the lateral member is a busbar frame on which a busbar connected to the energy storage device is mounted, and wherein the busbar frame includes: a frame body , and a wall that projects from the frame body and covers the side surface of the substrate , characterised in that the lateral member includes an opening formed in said wall , through which at least one of two portions of the through member , the two portions sandwiching the through hole , is visually recognizable from an outside.
A compound of formula (I) wherein X is C=O, C=S or B-OH; Y Z is (a) CH=O, CH 2 -I, CH 2 -Br, CH 2 -CI, CH 2 -OPO(OH) 2 , CH 2 -OTs, CO-NHS or CH=CH 2 , wherein OTs is p-toluene sulfonyloxy and NHS is N-oxy-succinimide; or (b) O-I, O-Br, O-CI, S-I, S-Br or S-I; R 1 comprises or consists of (c) (i) a first group being a peptidic group binding to a proteolytic site of a proteasome, said first group being bound to X; wherein said first group comprises or consists of at least two amino acids, wherein X takes the place of the carbonyl group or of the α-carbon of the C-terminal amino acid of said peptidic group; and (ii) optionally a second group enhancing delivery, wherein said second group is bound to the N-terminus of said peptidic group; or (d) an aryl sulfonamide binding between subunits β1 and β2 of a proteasome; R 2 and R 3 are independently selected from methyl, methoxy, ethyl, ethenyl, ethinyl and cyano, wherein methyl and ethyl may be substituted with OH or halogen. X is C=O, C=S or B-OH; Y Z is (a) CH=O, CH 2 -I, CH 2 -Br, CH 2 -CI, CH 2 -OPO(OH) 2 , CH 2 -OTs, CO-NHS or CH=CH 2 , wherein OTs is p-toluene sulfonyloxy and NHS is N-oxy-succinimide; or (b) O-I, O-Br, O-CI, S-I, S-Br or S-I; (a) CH=O, CH 2 -I, CH 2 -Br, CH 2 -CI, CH 2 -OPO(OH) 2 , CH 2 -OTs, CO-NHS or CH=CH 2 , wherein OTs is p-toluene sulfonyloxy and NHS is N-oxy-succinimide; or (b) O-I, O-Br, O-CI, S-I, S-Br or S-I; R 1 comprises or consists of (c) (i) a first group being a peptidic group binding to a proteolytic site of a proteasome, said first group being bound to X; wherein said first group comprises or consists of at least two amino acids, wherein X takes the place of the carbonyl group or of the α-carbon of the C-terminal amino acid of said peptidic group; and (ii) optionally a second group enhancing delivery, wherein said second group is bound to the N-terminus of said peptidic group; or (d) an aryl sulfonamide binding between subunits β1 and β2 of a proteasome; (c) (i) a first group being a peptidic group binding to a proteolytic site of a proteasome, said first group being bound to X; wherein said first group comprises or consists of at least two amino acids, wherein X takes the place of the carbonyl group or of the α-carbon of the C-terminal amino acid of said peptidic group; and (ii) optionally a second group enhancing delivery, wherein said second group is bound to the N-terminus of said peptidic group; or (i) a first group being a peptidic group binding to a proteolytic site of a proteasome, said first group being bound to X; wherein said first group comprises or consists of at least two amino acids, wherein X takes the place of the carbonyl group or of the α-carbon of the C-terminal amino acid of said peptidic group; and (ii) optionally a second group enhancing delivery, wherein said second group is bound to the N-terminus of said peptidic group; (d) an aryl sulfonamide binding between subunits β1 and β2 of a proteasome; R 2 and R 3 are independently selected from methyl, methoxy, ethyl, ethenyl, ethinyl and cyano, wherein methyl and ethyl may be substituted with OH or halogen.
A pharmaceutical composition for use in prevention or amelioration of hair loss caused by therapy with an anti-cancer drug, comprising as an active ingredient: a compound represented by Formula 1, a pharmaceutically acceptable salt thereof or a solvate thereof:
A communication apparatus using a carrier aggregation comprising at least two downlink component carriers and at least one uplink component carrier, the communication apparatus comprising: a receiver , which is adapted, a) to receive, in operation, first downlink resource allocation information for a first downlink component carrier and uplink resource allocation information for an uplink component carrier on the first downlink component carrier, b) to receive second downlink resource allocation information for a second downlink component carrier, which is different from the first downlink component carrier, c) to receive first downlink data on the first downlink component carrier in accordance with the first downlink resource allocation information, and d) to receive second downlink data on the second downlink component carrier in accordance with the second downlink resource allocation information; and a transmitter , which is adapted to transmit, in operation, uplink data on the uplink component carrier in accordance with the uplink resource allocation information, wherein the receiver is further adapted to receive, in operation, an Acknowledgement/Negative-acknowledgement, ACK/NACK, signal for the uplink data only on the first downlink component carrier, on which the uplink resource allocation information is received, out of the first downlink component carrier and the second downlink component carrier. a receiver , which is adapted, a) to receive, in operation, first downlink resource allocation information for a first downlink component carrier and uplink resource allocation information for an uplink component carrier on the first downlink component carrier, b) to receive second downlink resource allocation information for a second downlink component carrier, which is different from the first downlink component carrier, c) to receive first downlink data on the first downlink component carrier in accordance with the first downlink resource allocation information, and d) to receive second downlink data on the second downlink component carrier in accordance with the second downlink resource allocation information; and a transmitter , which is adapted to transmit, in operation, uplink data on the uplink component carrier in accordance with the uplink resource allocation information, wherein the receiver is further adapted to receive, in operation, an Acknowledgement/Negative-acknowledgement, ACK/NACK, signal for the uplink data only on the first downlink component carrier, on which the uplink resource allocation information is received, out of the first downlink component carrier and the second downlink component carrier.
System for determining at least one item of vehicle information in a vehicle , having - at least one sensor unit which can be fastened directly to a tire for the vehicle , so that at least one detection value can be determined by the at least one sensor unit , wherein the at least one detection value is specific for at least one detection variable on the tire , - at least one evaluation device for evaluating the at least one detection value , so that an evaluation result of the evaluation is specific to the vehicle information , the sensor unit having a transmission device in order to transmit the at least one detection value to the evaluation device , the sensor unit being designed as a tire pressure sensor which has an acceleration sensor element (10.2) for detecting an acceleration , the at least one sensor unit being arranged on the tire in a directionally fixed manner , so that an incorrect mounting of the tire on the vehicle can be detected by the sensor unit characterized in that the evaluation device evaluates the at least one detection value so that an evaluation result of the evaluation is specific to the vehicle information , wherein a tire mounting can be evaluated on the basis of the evaluation of the evaluation device , and a warning is output as a function of the evaluation , so that if the tires are mounted incorrectly on the vehicle , a user of the vehicle is notified of the incorrect mounting. - at least one sensor unit which can be fastened directly to a tire for the vehicle , so that at least one detection value can be determined by the at least one sensor unit , wherein the at least one detection value is specific for at least one detection variable on the tire , - at least one evaluation device for evaluating the at least one detection value , so that an evaluation result of the evaluation is specific to the vehicle information , the sensor unit having a transmission device in order to transmit the at least one detection value to the evaluation device , the sensor unit being designed as a tire pressure sensor which has an acceleration sensor element (10.2) for detecting an acceleration , the at least one sensor unit being arranged on the tire in a directionally fixed manner , so that an incorrect mounting of the tire on the vehicle can be detected by the sensor unit characterized in that the evaluation device evaluates the at least one detection value so that an evaluation result of the evaluation is specific to the vehicle information , wherein a tire mounting can be evaluated on the basis of the evaluation of the evaluation device , and a warning is output as a function of the evaluation , so that if the tires are mounted incorrectly on the vehicle , a user of the vehicle is notified of the incorrect mounting.