mhurhangee/ep-ind-claims huggingface dataset:
Body of revolution comprising a hollow first body that is wound, at least in part, from fibre composite material and has a first and second end (21, 22), and has an inner side facing the devised rotation axis and an opposite outer side, whereby the first body tapers, at least in a cutting area adjacent to at least one of the first or second ends (21, 22) along a cutting surface, from the outer side to the inner side to the corresponding end (21, 22), and a second body that is wound from a second fibre composite material made of a circumferential layer made of fibres with a fibre direction along a fibre angle of more than 80 degrees with respect to the devised rotation axis, which are wound appropriately onto the first body such that the second body covers at least all cutting areas of the outer side of the first body at least when seen perpendicular to the rotation axis without itself being cut to length by a cutting process, characterised in that the first body comprises an additional internal cutting surface that extends in the direction of the cutting surface, whereby the cutting surfaces (24, 25) hit each other at a contact edge, and whereby the internal cutting surface does not have the second body wound over it.
Method for configuring the quality-of-service profile of a given flow at the level of an access node of a packet communication network to which is connected at least one user gateway (3, 5) for which said flow is destined, said method comprising: - a step (E4, E6) of determining by the gateway as a function of a category of the flow a quality-of-service profile to be associated with a flow, on its own initiative, triggered on receipt of a packet originating from the access node, said packet allowing the gateway to obtain information relating to the category of the flow; - a step of dispatching by the gateway to the access node the quality-of-service profile thus determined, said profile being intended to be used by the access node for the transmission of the packets destined for the gateway and belonging to the flow considered. - a step (E4, E6) of determining by the gateway as a function of a category of the flow a quality-of-service profile to be associated with a flow, on its own initiative, triggered on receipt of a packet originating from the access node, said packet allowing the gateway to obtain information relating to the category of the flow; - a step of dispatching by the gateway to the access node the quality-of-service profile thus determined, said profile being intended to be used by the access node for the transmission of the packets destined for the gateway and belonging to the flow considered.
A transmissive liquid-crystal display comprising a matrix of rows and columns of pixels, each pixel comprising a liquid crystal between a transparent pixel electrode (Ep) and a transparent counter electrode common to all the pixels, a drive transistor and an auxiliary storage capacitor (C st), the gate of the transistor being connected to a first row conductor (L i) common to all the pixels of a given row so as to receive from this conductor a write control pulse, the drain of the transistor being connected to a column conductor (C 1) common to all the pixels of a given column so as to receive therefrom an analog voltage representing a grayscale to be displayed, and the source of the transistor being connected to the electrode of the pixel and to a terminal of the auxiliary storage capacitor, and the transistor being located between the liquid crystal and the auxiliary storage capacitor, characterized in that the display is made in LCOS technology, the capacitor consisting of a stack of at least two structures made of opaque metal having interdigitated parallel electrodes, the structures being superposed and placed in parallel by means of conductive vias, each structure being produced in a respective metallization level (M2 to M5), and each of the interdigitated-electrode structures comprising parallel fingers, the fingers of one structure being perpendicular to the fingers of the other structure, the transistor and the storage capacitor occupying an area smaller than 50% of the area of the pixel.
A playback device comprising: obtaining means configured to obtain a basic stream and an extended stream obtained by encoding a plurality of video data using a predetermined encoding method; decoding means (56, 110) configured to decode the basic stream and the extended stream obtained by the obtaining means; and characterzied in that the extended stream is obtained by predictive coding with the basic stream as a reference image; and the playback device further comprises switching means configured to switch, for each of the basic streams and for each of the extended streams, the output destination of the data of decoding results by the decoding means based on a flag representing which stream of the basic stream and the extended stream is a left image stream and which stream of the basic stream and the extended stream is a right image stream. obtaining means configured to obtain a basic stream and an extended stream obtained by encoding a plurality of video data using a predetermined encoding method; decoding means (56, 110) configured to decode the basic stream and the extended stream obtained by the obtaining means; and characterzied in that the extended stream is obtained by predictive coding with the basic stream as a reference image; and the playback device further comprises switching means configured to switch, for each of the basic streams and for each of the extended streams, the output destination of the data of decoding results by the decoding means based on a flag representing which stream of the basic stream and the extended stream is a left image stream and which stream of the basic stream and the extended stream is a right image stream.
Method for establishing a geometry of a container for packaging a medium (50.5), in particular a flowable medium, comprising the steps: - activating a radiation device for generating and emitting at least electromagnetic radiation from a radiation source of the radiation device along a detection region to a radiation sink of the radiation device; - rotating and/or pivoting the container by means of a movement device about an axis of rotation (13.2), wherein at least one container region is moved through at least one section of the detection region at least temporarily during a rotational movement of the container; - detecting a transit time of the container region through the detection region by means of a detection device, and - establishing an outer geometry (50.8) at least from the transit time by means of an evaluation device, wherein the same radiation device also serves for optical measurement of at least one physical, chemical or biological property of the flowable medium (50.5). - activating a radiation device for generating and emitting at least electromagnetic radiation from a radiation source of the radiation device along a detection region to a radiation sink of the radiation device; - rotating and/or pivoting the container by means of a movement device about an axis of rotation (13.2), wherein at least one container region is moved through at least one section of the detection region at least temporarily during a rotational movement of the container; - detecting a transit time of the container region through the detection region by means of a detection device, and - establishing an outer geometry (50.8) at least from the transit time by means of an evaluation device,
A 3-ply or 4-ply toilet paper, comprising: oxygen-pulped and non-chlorine-bleached softwood kraft pulp in an amount of 50 to 100% by mass of fibers; and a cationic fatty acid amide-based softener, wherein each ply has a basis weight of 10.5 to 12.5 g/m 2 and a thickness of 80 to 100 um, and the toilet paper has an overall thickness of 320 to 400 um and a water-disintegrability of 10 seconds or less. oxygen-pulped and non-chlorine-bleached softwood kraft pulp in an amount of 50 to 100% by mass of fibers; and a cationic fatty acid amide-based softener, wherein each ply has a basis weight of 10.5 to 12.5 g/m 2 and a thickness of 80 to 100 um, and the toilet paper has an overall thickness of 320 to 400 um and a water-disintegrability of 10 seconds or less.
A system comprising: a medical instrument; a signal transmitter; and at least one activating device, which can be activated by a finger, for activating the signal transmitter, wherein the signal transmitter and the activating device are provided on a transmitter unit which is separate from the instrument, wherein the transmitter unit is a unit which can be fastened to the periphery of the instrument by means of a fastening portion of the transmitter unit via a snap-on and/or plug connection, and the medical instrument comprises a grip, characterised in that two tracking markers (14, 15) and a marker holder for a marker sphere of a third tracking marker are provided on the grip, wherein the fastening portion of the transmitter unit comprises a transit hole for plugging the transmitter unit onto the marker holder, such that once the fastening portion is attached to the marker holder, a marker sphere can be fixed on the marker holder.
Method for relaying messages by a half-duplex relay intended for a telecommunication system with M sources ( S 1,..., S M), L relays ( R 1,..., R L) and a destination, M>1, L≥1, according to a scheme for orthogonal multiple access of the transmission channel between the L relays and the destination, comprising the following steps: - decoding by a relay ( R 1,..., R L) of M messages each associated with a frame and originating from a source from among the M sources with detection of errors in the messages, - transmission from the relay ( R 1,..., R L) to the destination of a signal representative of at least one part of a set of those messages for which no error has been detected by the relay, characterized in that it furthermore comprises: - transmission from the relay ( R 1,..., R L) to the destination of a control signal indicating a set ( S R,t -1, S R,t -1 ∩ S D,t -1) of messages for which no error has been detected by this relay, this transmission occurring before the transmission of the representative signal, and - the transmission from the relay ( R 1,..., R L) to the destination of the representative signal occurs solely under condition of an authorization originating from the destination, the authorization comprising an indication of a set ( Ŝ t) of messages detected without error to be selected by the relay to generate the representative signal. - decoding by a relay ( R 1,..., R L) of M messages each associated with a frame and originating from a source from among the M sources with detection of errors in the messages, - transmission from the relay ( R 1,..., R L) to the destination of a signal representative of at least one part of a set of those messages for which no error has been detected by the relay, - transmission from the relay ( R 1,..., R L) to the destination of a control signal indicating a set ( S R,t -1, S R,t -1 ∩ S D,t -1) of messages for which no error has been detected by this relay, this transmission occurring before the transmission of the representative signal, and - the transmission from the relay ( R 1,..., R L) to the destination of the representative signal occurs solely under condition of an authorization originating from the destination, the authorization comprising an indication of a set ( Ŝ t) of messages detected without error to be selected by the relay to generate the representative signal.
A method for obtaining system information, comprising: sending, by a terminal, a first request to an access network element, wherein the first request is used to request system information corresponding to N cells, and N is an integer greater than 1, wherein the N cells are covered by at least one distributed unit each connected to least one centralized unit, wherein the system information comprises on-demand system information that has not been received by the terminal; and receiving, by the terminal, a first response from the access network element, wherein the first response comprises the on-demand system information corresponding to M cells, the M cells comprise at least a part of the N cells, and M is an integer greater than 0. sending, by a terminal, a first request to an access network element, wherein the first request is used to request system information corresponding to N cells, and N is an integer greater than 1, wherein the N cells are covered by at least one distributed unit each connected to least one centralized unit, wherein the system information comprises on-demand system information that has not been received by the terminal; and receiving, by the terminal, a first response from the access network element, wherein the first response comprises the on-demand system information corresponding to M cells, the M cells comprise at least a part of the N cells, and M is an integer greater than 0.
An in vitro method for identifying potential therapeutic agents, comprising: (a) contacting a target cell with a candidate therapeutic nucleotide-based phosphoramidate prodrug compound that is a selective substrate for thymidylate synthase, under conditions that favor the incorporation of the agent into the target cell; (b) assaying the target cell for inhibition of cellular proliferation or cell killing; wherein: the prodrug compound is an L- or D-compound of the formula: wherein R 1 is a moiety of the formula: wherein R 2 is a divalent electron conduit moiety selected from the group consisting of: an unsaturated hydrocarbyl group; an aromatic hydrocarbyl group comprising one or more unsaturated hydrocarbyl groups; and, a heteroaromatic group comprising one or more unsaturated hydrocarbyl groups; R 3 is a divalent spacer moiety selected from the group consisting of: R 5 may be the same or different and is independently a linear or branched alkyl group having from 1 to 10 carbon atoms, or a cycloalkyl group having from 3 to 10 carbon atoms; n is an integer from 0 to 10; m is 0 or 1; R 4 is a toxophore moiety selected from the group consisting of: and X is -Cl, -Br, -I, or other potent leaving group; Y is independently -H or -F; Z is independently -O- or -S-; and wherein Q is a phosphoramidate containing a chemical entity selected from the group consisting of sugar groups, thio-sugar groups, carbocyclic groups, and derivatives thereof (a) contacting a target cell with a candidate therapeutic nucleotide-based phosphoramidate prodrug compound that is a selective substrate for thymidylate synthase, under conditions that favor the incorporation of the agent into the target cell; (b) assaying the target cell for inhibition of cellular proliferation or cell killing; the prodrug compound is an L- or D-compound of the formula: an unsaturated hydrocarbyl group; an aromatic hydrocarbyl group comprising one or more unsaturated hydrocarbyl groups; and, a heteroaromatic group comprising one or more unsaturated hydrocarbyl groups; R 3 is a divalent spacer moiety selected from the group consisting of: R 5 may be the same or different and is independently a linear or branched alkyl group having from 1 to 10 carbon atoms, or a cycloalkyl group having from 3 to 10 carbon atoms; n is an integer from 0 to 10; m is 0 or 1; R 4 is a toxophore moiety selected from the group consisting of: and X is -Cl, -Br, -I, or other potent leaving group; Y is independently -H or -F; Z is independently -O- or -S-; and wherein Q is a phosphoramidate containing a chemical entity selected from the group consisting of sugar groups, thio-sugar groups, carbocyclic groups, and derivatives thereof
A method for qualitative analysis of an insoluble pigment compound, comprising the steps of: (a) determining a molecular weight of the insoluble pigment compound with mass spectrometry MS; and (b) bringing the pigment compound into degradation by ultrasonic treatment in a solvent to form partial structural compounds and analyzing the partial structural compounds by liquid chromatography/mass spectrometry LC/MS and nuclear magnetic resonance NMR. (a) determining a molecular weight of the insoluble pigment compound with mass spectrometry MS; and (b) bringing the pigment compound into degradation by ultrasonic treatment in a solvent to form partial structural compounds and analyzing the partial structural compounds by liquid chromatography/mass spectrometry LC/MS and nuclear magnetic resonance NMR.
A method of using a computing device to provide a representation of at least a portion of a domain model, the method comprising: defining a first input grid, using a processor, wherein defining the first input grid comprises defining a layout comprising a plurality of adjacent cells; defining at least one state corresponding to at least one cell of the plurality of adjacent cells; creating, using a processor, at least one binding, wherein the at least one binding binds the at least one cell to at least one of a model entity, a model entity attribute, and an intermediary construct; and activating the at least one binding based on whether the at least one state is active or inactive, wherein the at least one active binding alters the state of at least one of the model entity, the model entity attribute and the intermediary construct; wherein the intermediary construct is a transfer object or entity, a translation component, a network service component, or a deduplication component. defining a first input grid, using a processor, wherein defining the first input grid comprises defining a layout comprising a plurality of adjacent cells; defining at least one state corresponding to at least one cell of the plurality of adjacent cells; creating, using a processor, at least one binding, wherein the at least one binding binds the at least one cell to at least one of a model entity, a model entity attribute, and an intermediary construct; and activating the at least one binding based on whether the at least one state is active or inactive, wherein the at least one active binding alters the state of at least one of the model entity, the model entity attribute and the intermediary construct; wherein the intermediary construct is a transfer object or entity, a translation component, a network service component, or a deduplication component.
An aircraft configured to provide a signal used to issue audible and/or visual output inviting passengers to fasten seat belts, the aircraft having at least one aircraft passenger seat comprising a restraint system, comprising a restraint belt and a belt retractor for winding up the restraint belt and allowing the restraint belt to be extracted, further comprising a blocking device for blocking the belt retractor such that the restraint belt cannot be extracted, characterized in that the blocking device is connected to the signal used to issue audible and/or visual output inviting passengers to fasten seat belts, wherein the blocking device is configured to interact with the seat belt retractor such that the seat belt retractor prevents further extraction of the seat belt while the signal is active.
Method for actuating an electric motor, wherein semiconductor switches (T1, T2, T3, T4, T5, T6) are connected in a feed line of the electric motor in such a way that a desired current vector is produced in the electric motor that is energized by means of the feed line, wherein, at least when a maximum thermal loading of the semiconductor switches (T1, T2, T3, T4, T5, T6) and/or of semiconductor elements (D1, D2, D3, D4, D5, D6) associated with the semiconductor switches (T1, T2, T3, T4, T5, T6) exceeds a loading limit value, a voltage potential is shifted in such a way by connecting the semiconductor switches (T1, T2, T3, T4, T5, T6) that the maximum thermal loading is reduced, and wherein the maximum thermal loading (TJ_up, TJ_low) is compared with a loading limit value and respective negative differences between the maximum thermal loading and the loading limit value that indicate an undershooting of the loading limit value and therefore an uncritical maximum thermal loading are cut off in a saturation element and therefore able to be blocked out in a further processing operation and the maximum thermal loading (TJ_up, TJ_low) is used for reducing the thermal loading only when it exceeds the or a loading limit value.
An image diagnosis apparatus comprising: a first image taking device configured to take a plurality of images of a patient placed on a couchtop by using an X-ray emission; a second image taking device configured to take images in positions by moving an image taking position of the patient by a predetermined distance at a time, along a body-axis direction; an estimating unit configured to estimate a gradient of the couchtop for each of the image taking positions of the second image taking device, based on information about gradients of the couchtop in the plurality of images taken by the first image taking device; and a position correcting unit configured to use information about the gradient of the couchtop estimated by the estimating unit for performing a position correcting process on the images obtained by the image taking devices. a first image taking device configured to take a plurality of images of a patient placed on a couchtop by using an X-ray emission; a second image taking device configured to take images in positions by moving an image taking position of the patient by a predetermined distance at a time, along a body-axis direction; an estimating unit configured to estimate a gradient of the couchtop for each of the image taking positions of the second image taking device, based on information about gradients of the couchtop in the plurality of images taken by the first image taking device; and a position correcting unit configured to use information about the gradient of the couchtop estimated by the estimating unit for performing a position correcting process on the images obtained by the image taking devices.
A pad for use with an induction stove cook-top for receiving a cooking vessel located in an induction cooking zone, characterized in that it comprises: a thermally insulating portion (304, 404); and a thermally transmissive member (303,403); wherein the thermally transmissive member (303, 403) is disposed in the thermally insulating portion (304, 404) such that an uppermost surface of the thermally transmissive member (303, 403) is substantially flush with an uppermost surface of the thermally insulating portion (304, 404) and a lowermost surface of the thermally transmissive member (303, 403) is substantially flush with a lowermost surface of the thermally insulating portion (304, 404); wherein the pad is sized to substantially correspond to the size of the induction cooking zone of the induction stove. a thermally insulating portion (304, 404); and a thermally transmissive member (303,403);