mhurhangee/patent-ind-claim-en huggingface dataset:
Pneumatic vehicle tire having a tread of directional design and with profile positives, for example profile block rows or profile strips , which are separated from one another by channels, for example circumferential channels , transverse channels , oblique channels and the like, wherein profile positives are provided with spikes positioned in spike holes , and, around each spike , shallow and elongate depressions with different volumes and different extent lengths, as reservoirs for receiving the ice chips that form when the spike scrapes on ice, are formed in the profile positive so as to extend at least in both circumferential directions (U) - in and counter to the rolling direction during forward travel - proceeding from the spike , wherein the depression(s) that extend(s) from the spike in the rolling direction during forward travel has or have, in sum total in the case of multiple depressions , the greatest volume (V 1 ), characterized in that at least one further depression extends from the spike outward in the direction of the tire shoulder situated closest to the spike , which at least one further depression, in sum total in the case of multiple depressions , has the smallest volume (V 3 ).
Transfer wheel for transferring a tire component to a tire building drum, wherein the transfer wheel defines a circumferential surface extending about a transfer wheel axis (S), wherein the transfer wheel comprises a pusher segment arranged at a first segment position along said circumferential surface, wherein the pusher segment comprises a segment body that is configured to be flush with the circumferential surface, characterized in that the pusher segment comprises a plurality of push-off members arranged adjacent to each other in a lateral direction parallel to the transfer wheel axis in said segment body movable relative to each other and the segment body in a push-off direction (W) facing radially outward relative to the transfer wheel axis (S) between a flush position in which the plurality of push-off members are flush with the circumferential surface and a push-off position radially outside of said circumferential surface.
A chimeric antigen receptor-effector cell (CAR-EC) switch comprising: a. a peptidic antigen comprising a yeast transcription factor GCN4 peptide that binds an anti-GCN4 chimeric antigen receptor on an effector cell; said GCN4 peptide comprising a portion of SEQ ID NO: 2 that is 12 amino acids; and b. a targeting moiety that binds a cell surface molecule on a target cell, wherein the peptidic antigen is grafted or fused to the targeting moiety. a. a peptidic antigen comprising a yeast transcription factor GCN4 peptide that binds an anti-GCN4 chimeric antigen receptor on an effector cell; said GCN4 peptide comprising a portion of SEQ ID NO: 2 that is 12 amino acids; and b. a targeting moiety that binds a cell surface molecule on a target cell, wherein the peptidic antigen is grafted or fused to the targeting moiety.
A part of a turbomachine comprising: - at least first and second blades , and - a platform from which the blades extend, - the platform having, between the pressure side of the first blade and the suction side of the second blade , a non-axisymmetric surface (S) defining at least one fin , - a cross-section of the fin is asymmetrical, said asymmetrical cross-section comprising two oblique faces (F1, F2) meeting on a dorsal edge (AD), wherein a face (F1) oriented towards the pressure side of the first blade has a steeper slope than a face (F2) oriented towards the suction side of the second blade . - at least first and second blades , and - a platform from which the blades extend, - the platform having, between the pressure side of the first blade and the suction side of the second blade , a non-axisymmetric surface (S) defining at least one fin , - a cross-section of the fin is asymmetrical, said asymmetrical cross-section comprising two oblique faces (F1, F2) meeting on a dorsal edge (AD), wherein a face (F1) oriented towards the pressure side of the first blade has a steeper slope than a face (F2) oriented towards the suction side of the second blade .
A method for providing audio asset information, the method comprising: storing audio asset information associated with an audio asset in a data store, wherein the audio asset information includes video program information associated with a video program that embeds the audio asset; receiving a request to identify the audio asset embedded in the program while the audio asset is being played during display of the video program on user equipment; storing an indication of the request within the data store; searching the data store for audio asset information associated with the audio asset; and providing at least a portion of the audio asset information associated with the audio asset to the user equipment; in response to determining that a threshold number of requests to identify the audio asset have been received: storing, within the information associated with the audio asset, an indication that the threshold number of requests to identify the audio asset have been received; and providing said portion of the audio asset information to a plurality of users viewing the video program that have not requested identification of the audio asset while the audio asset is playing in the video program. storing audio asset information associated with an audio asset in a data store, wherein the audio asset information includes video program information associated with a video program that embeds the audio asset; receiving a request to identify the audio asset embedded in the program while the audio asset is being played during display of the video program on user equipment; storing an indication of the request within the data store; searching the data store for audio asset information associated with the audio asset; and providing at least a portion of the audio asset information associated with the audio asset to the user equipment; in response to determining that a threshold number of requests to identify the audio asset have been received: storing, within the information associated with the audio asset, an indication that the threshold number of requests to identify the audio asset have been received; and providing said portion of the audio asset information to a plurality of users viewing the video program that have not requested identification of the audio asset while the audio asset is playing in the video program. storing, within the information associated with the audio asset, an indication that the threshold number of requests to identify the audio asset have been received; and providing said portion of the audio asset information to a plurality of users viewing the video program that have not requested identification of the audio asset while the audio asset is playing in the video program.
A signal transmission method, performed by a terminal device or a chip in the terminal device, comprising: receiving (S201) second indication information from a second wireless network device, wherein the second indication information is used to indicate that a first signal is a reference for spatial information of a second signal to be transmitted by the terminal device, and the second wireless network device is the same as or different from a first wireless network device, the first signal being a non-zero-power reference signal used for obtaining channel state information, or, a synchronization signal, and the second signal being an uplink control signal; receiving (S1, S202) the first signal from the first wireless network device; determining (S2, S203) spatial information of the second signal to be transmitted by the terminal device based on the first signal; and determining a transmit power of an uplink data signal to be transmitted by the terminal device based on a received power of the first signal, wherein the uplink data signal is associated with the second signal. receiving (S201) second indication information from a second wireless network device, wherein the second indication information is used to indicate that a first signal is a reference for spatial information of a second signal to be transmitted by the terminal device, and the second wireless network device is the same as or different from a first wireless network device, the first signal being a non-zero-power reference signal used for obtaining channel state information, or, a synchronization signal, and the second signal being an uplink control signal; receiving (S1, S202) the first signal from the first wireless network device; determining (S2, S203) spatial information of the second signal to be transmitted by the terminal device based on the first signal; and determining a transmit power of an uplink data signal to be transmitted by the terminal device based on a received power of the first signal, wherein the uplink data signal is associated with the second signal.
A portable storage system comprising: a base cart to receive stackable boxes; at least one stackable box (831; 901; 1001; 1121; 1211; 1231; 1241; 1501) stacked on top of the base cart ; and a maintenance table (902; 921; 932) stacked on top of the at least one stackable box, characterized in that the portable storage system further comprising a relocatable cart handle (905; 933) configured to control movements of the portable storage system, wherein the relocatable handle (905; 933) is attached to a slot strip that is attached to a corner wall of the at least one stackable box. a base cart to receive stackable boxes; at least one stackable box (831; 901; 1001; 1121; 1211; 1231; 1241; 1501) stacked on top of the base cart ; and a maintenance table (902; 921; 932) stacked on top of the at least one stackable box, characterized in that the portable storage system further comprising a relocatable cart handle (905; 933) configured to control movements of the portable storage system, wherein the relocatable handle (905; 933) is attached to a slot strip that is attached to a corner wall of the at least one stackable box.
A pharmaceutical composition comprising: (a) a core which is activated carbon; (b) a first layer around the core, the first layer comprising a semipermeable material which is insoluble in water, and a water soluble material in an amount of 0.1-25% by weight of the amount of insoluble semipermeable material; and (c) a second layer around the first layer which dissolves at pH 5 to 7. (a) a core which is activated carbon; (b) a first layer around the core, the first layer comprising a semipermeable material which is insoluble in water, and a water soluble material in an amount of 0.1-25% by weight of the amount of insoluble semipermeable material; and (c) a second layer around the first layer which dissolves at pH 5 to 7.
A method of producing a calibrated radiometric image from uncalibrated or partly calibrated thermal imaging device, said device comprising a focal plane array of a plurality of uncooled micro-bolometers; said method comprising the steps of: a. capturing at least one pair of first image y 1 of an object of interest at a first set of capturing conditions by means of said thermal focal plane array and second image y 2 said object of interest at the second set of capturing conditions by means of said thermal focal plane array; said first set of capturing conditions being altered by defocusing thereof into a second set of capturing conditions; b. obtaining a motion matrix [M(Δ)] characterizing difference between said first and second sets of capturing conditions; c. obtaining point spread function matrixes [A 1 ] and [A 2 ] characterizing a blur condition of said first and second images in focused and defocused conditions, respectively; d. obtaining system gain [G]; e. calculating a drift by inverting said system gain [G], motion [M(Δ)] and point spread function matrixes [A 1 ] and [A 2 ]; f. calculating a calibrated image by inverting said system gain [G], motion [M(Δ)],point spread function matrixes [A 1 ] and [A 2 ] such that said first and second images y 1 and y 2 are calibrated. a. capturing at least one pair of first image y 1 of an object of interest at a first set of capturing conditions by means of said thermal focal plane array and second image y 2 said object of interest at the second set of capturing conditions by means of said thermal focal plane array; said first set of capturing conditions being altered by defocusing thereof into a second set of capturing conditions; b. obtaining a motion matrix [M(Δ)] characterizing difference between said first and second sets of capturing conditions; c. obtaining point spread function matrixes [A 1 ] and [A 2 ] characterizing a blur condition of said first and second images in focused and defocused conditions, respectively; d. obtaining system gain [G]; e. calculating a drift by inverting said system gain [G], motion [M(Δ)] and point spread function matrixes [A 1 ] and [A 2 ]; f. calculating a calibrated image by inverting said system gain [G], motion [M(Δ)],point spread function matrixes [A 1 ] and [A 2 ] such that said first and second images y 1 and y 2 are calibrated.
A capture device for capturing satellites in outer space, wherein the capture device comprises: - two legs , each with a first end and a second end ; - a connecting bracket that connects the respective first ends of the two legs; - a gripping device arranged on the connecting bracket for gripping a respective satellite to be captured; and - a shared or respective attachment foot at the respective second end of each of the legs, by means of which the respective leg can be or become fastened to a capturing spacecraft ; wherein the legs are connected with the connecting bracket and with the shared or respective attachment foot so that they can each swivel around mutually parallel axes (A 1 , A 2 , A 3 , A 4 ), and have the same leg length (L 1 , L 2 ), characterized in that a connection between one of the legs and the respective attachment foot is designed as a hinge (G 3 ), which comprises a motor for swiveling purposes. - two legs , each with a first end and a second end ; - a connecting bracket that connects the respective first ends of the two legs; - a gripping device arranged on the connecting bracket for gripping a respective satellite to be captured; and - a shared or respective attachment foot at the respective second end of each of the legs, by means of which the respective leg can be or become fastened to a capturing spacecraft ;
A method for wireless communication, comprising: calculating , by a terminal device, at least one Power Headroom Report, PHR, to be reported to a first network node based on a transmission channel on a first uplink between the terminal device and the first network node, wherein the terminal device is served by the first network node and a second network node; and reporting , by the terminal device, the calculated at least one PHR to the first network node through the first uplink, characterized in that , the at least one PHR to be reported to the first network node is associated with a communication quality index of a channel between the first network node and the second network node, and one or more PHRs among the at least one PHR is/are reported to the first network node based on the communication quality index. calculating , by a terminal device, at least one Power Headroom Report, PHR, to be reported to a first network node based on a transmission channel on a first uplink between the terminal device and the first network node, wherein the terminal device is served by the first network node and a second network node; and reporting , by the terminal device, the calculated at least one PHR to the first network node through the first uplink, characterized in that , the at least one PHR to be reported to the first network node is associated with a communication quality index of a channel between the first network node and the second network node, and one or more PHRs among the at least one PHR is/are reported to the first network node based on the communication quality index.
A process comprising: - combining a polymerization catalyst with propylene at a polymerization temperature to produce polypropylene granules having an MFR1, wherein the temperature of the polypropylene granules is maintained at least at the polymerization temperature; - mixing the polypropylene granules with an organic peroxide having a 1 hour half-life temperature ( 1 T 1/2 ) in the range of 25 to 100 °C and selected from compounds having one or more structures selected from (a) and (b): wherein each "R" group is independently selected from the group consisting of hydrogen, C1 or C5 to C24 or C30 linear alkyls, C1 or C5 to C24 or C30 secondary alkyls, C1 or C5 to C24 or C30 tertiary alkyls, C7 to C34 alkylaryls, C7 to C34 arylalkyls, and substituted versions thereof having substituents such as halogens, carboxylates, hydroxyl groups, amines, mercaptans, and phosphorous containing groups, at a temperature of at least the polymerization temperature for a residence time of at least 40 seconds at a temperature below the melting point temperature of the polypropylene granules to form a polypropylene product having an MFR2; wherein the mixing step takes place after the combining step without cooling the polypropylene granules, and; - melt blending the polypropylene product at a temperature of at least the melting point temperature of the polypropylene product to form polypropylene pellets; wherein MFR1 is greater than MFR2, the MFR being determined in accordance with ASTM D1238 at 2,16 kg and 230°C; and wherein bifunctional agents and irradiation are absent so as to avoid any crosslinking. - combining a polymerization catalyst with propylene at a polymerization temperature to produce polypropylene granules having an MFR1, wherein the temperature of the polypropylene granules is maintained at least at the polymerization temperature; - mixing the polypropylene granules with an organic peroxide having a 1 hour half-life temperature ( 1 T 1/2 ) in the range of 25 to 100 °C and selected from compounds having one or more structures selected from (a) and (b): wherein each "R" group is independently selected from the group consisting of hydrogen, C1 or C5 to C24 or C30 linear alkyls, C1 or C5 to C24 or C30 secondary alkyls, C1 or C5 to C24 or C30 tertiary alkyls, C7 to C34 alkylaryls, C7 to C34 arylalkyls, and substituted versions thereof having substituents such as halogens, carboxylates, hydroxyl groups, amines, mercaptans, and phosphorous containing groups, at a temperature of at least the polymerization temperature for a residence time of at least 40 seconds at a temperature below the melting point temperature of the polypropylene granules to form a polypropylene product having an MFR2; wherein the mixing step takes place after the combining step without cooling the polypropylene granules, and; - melt blending the polypropylene product at a temperature of at least the melting point temperature of the polypropylene product to form polypropylene pellets;
Siplid for a container , comprising: - a container side , a consumer side , and a siplid plane having a siplid axis ; - an edge configured for surrounding a container opening to cover the container opening; - a drinking opening in the siplid having a length (L) substantially extending in the circumferential direction of the siplid, and having a width (W) substantially extending in the radial direction of the siplid; - a moveable tab configured for covering the opening in a closed position; - a recess configured for receiving the moveable tab in an open position; - a hinge configured for enabling rotational movement of the tab around a hinge axis; and - a section line extending in the siplid plane dividing the opening in two equal parts, and a division line in between the opening and the recess extending substantially perpendicular to the section line, characterized in that the hinge axis is provided at a lid angle (α) to the division line. - a container side , a consumer side , and a siplid plane having a siplid axis ; - an edge configured for surrounding a container opening to cover the container opening; - a drinking opening in the siplid having a length (L) substantially extending in the circumferential direction of the siplid, and having a width (W) substantially extending in the radial direction of the siplid; - a moveable tab configured for covering the opening in a closed position; - a recess configured for receiving the moveable tab in an open position; - a hinge configured for enabling rotational movement of the tab around a hinge axis; and - a section line extending in the siplid plane dividing the opening in two equal parts, and a division line in between the opening and the recess extending substantially perpendicular to the section line, characterized in that the hinge axis is provided at a lid angle (α) to the division line.
A bus bar for electric power distribution, comprising a body made of conducting material which longitudinally extends along a principal axis and which, seen in a transversal cross-section, has a first side and a second side transversally connected to each other by a third side and a fourth side , said body having, on said first side , at least a first slot and a second slot which are separated from each other and adapted for coupling with corresponding fixing means, said first slot having a first bottom portion from which a first lateral wall and a second lateral wall protrude transversally facing to each other, and said second slot having a second bottom portion from which a third lateral wall and a fourth lateral wall protrude transversally facing to each other, wherein said third lateral wall is adjacent to said second lateral wall along a transversal extension of the body with respect to said principal axis , wherein said body has, on said second side , at least one cavity extending at least over a corresponding portion of the body which extends between said second lateral wall and said third lateral wall with an extension along a transversal axis which is larger than the distance (D 1 ) between said second lateral wall and said third lateral wall , characterized in that the at least one cavity is defined by two delimiting portions of the body which are arranged substantially transversal with respect to the bottom portions of the slots and , and by a base portion interposed between such two delimiting portions , and in that each of said first bottom portion and said second bottom portion consists of two substantially straight tracts which form an angle of less than 180° between them.