mhurhangee/ep-ind-claims huggingface dataset:
Pull knob drainage fitting for wash basins, bidets or similar sanitary apparatus, wherein plunger bar and pull bar are arranged at an angle to one another and are coupled to one another by means of a connecting element, wherein the pull bar is configured in two parts with a first bar element connected to the plunger bar and a second bar element carrying the pull knob and a bar connecting element aligned in the longitudinal direction of the to be connected bar elements (20, 21) is provided for the variably adjustable connection of the bar elements (20, 21) of the pull bar aligned parallel to one another with the longitudinal axes, characterized in that the bar connecting element is a clamping spring configured as a leaf spring, which comprises two pairs of receiving openings (23, 24) arranged at a distance from one another for the respective through-guiding receipt of the two bar elements (20, 21) to be connected, wherein when the clamping spring is mounted, the central region of the clamping spring located between the opening pairs is bent in such a manner that the edges of each receiving opening (23, 24) clamp in the bar element (20, 21) guided through them in each case as a result of the pretension applied by the bent clamping spring in the direction of its stretching position and when the free ends of the clamping spring are bent together, release the bar element (20, 21) for a displacement through the receiving openings (23, 24), wherein for fixing the clamping spring at the end of the one bar element, this bar element is provided with a sequence of elevations and recesses, wherein the edges of the two receiving openings receiving the bar element hook onto the recesses.
An integrated circuit comprising means for: controlling reception of a first power headroom, which is computed based on a maximum transmit power and a transmit power for a data channel and transmitted at a mobile station, and controlling reception of a second PHR, which is computed based on the maximum transmit power, the transmit power for the data channel, and a transmit power for a control channel and transmitted at the mobile station; and setting a transmission mode of the data channel and the control channel for the mobile station, wherein in case of a TDM transmission mode of the data channel and the control channel, the first PHR is received, and in case of a FDM transmission mode of the data channel and the control channel, the second PHR is received. controlling reception of a first power headroom, which is computed based on a maximum transmit power and a transmit power for a data channel and transmitted at a mobile station, and controlling reception of a second PHR, which is computed based on the maximum transmit power, the transmit power for the data channel, and a transmit power for a control channel and transmitted at the mobile station; and setting a transmission mode of the data channel and the control channel for the mobile station, wherein in case of a TDM transmission mode of the data channel and the control channel, the first PHR is received, and in case of a FDM transmission mode of the data channel and the control channel, the second PHR is received.
An isolated antibody that binds membrane type-serine protease 1 (MT-SP1), the antibody comprising a light chain having: a CDR1 comprising the amino acid sequence RASQSVSSSYLA (SEQ ID NO:16); a CDR2 comprising the amino acid sequence GASTRAT (SEQ ID NO:17); and a CDR3 comprising the amino acid sequence QQRSNWPPGYT (SEQ ID NO:18); and a heavy chain having a CDR1 comprising the amino acid sequence GFTFSSYAMS (SEQ ID NO:19); a CDR2 comprising the amino acid sequence AISGSGGSTY (SEQ ID NO:20); and a CDR3 comprising the amino acid sequence DLGIAARRFVSGAFDI (SEQ ID NO:10); wherein the sequence GIAARRF (SEQ ID NO:9) contained in SEQ ID NO:10 may be substituted with GIAARMF (SEQ ID NO:38), GIAAMRF (SEQ ID NO:14), or GIAAMMF (SEQ ID NO:15). a CDR1 comprising the amino acid sequence RASQSVSSSYLA (SEQ ID NO:16); a CDR2 comprising the amino acid sequence GASTRAT (SEQ ID NO:17); and a CDR3 comprising the amino acid sequence QQRSNWPPGYT (SEQ ID NO:18); and a CDR1 comprising the amino acid sequence GFTFSSYAMS (SEQ ID NO:19); a CDR2 comprising the amino acid sequence AISGSGGSTY (SEQ ID NO:20); and a CDR3 comprising the amino acid sequence DLGIAARRFVSGAFDI (SEQ ID NO:10);
A method for a Rights Issuer, RI, to manage an encryption key to selectively provide content to a Digital Rights Management, DRM, agent in a broadcasting service that transmits the content to a plurality of DRM agents, the method comprising: receiving, from the DRM agent, a message requesting a rights object for receiving the content, the content having at least one section; generating a Key Seed Pair, KSP, including a first key and a second key; applying hash chains of different directions to the first key and the second key, respectively, to generate at least one encryption key associated with each of the at least one section; transmitting, to the DRM agent, a rights object response message including a context element including an identifier of the content and a key information element providing information for decrypting the content, wherein the key information element includes a first encryption key element including information specifying the algorithm for generating the at least one encryption key, a rights encryption key information element including information associated with a reference of a rights encryption key used to secure a portion of the rights object, the reference of the rights encryption key including information on a location that provides information on a method for retrieving the rights encryption key, and a cipher data element including an encrypted seed, wherein the encrypted seed includes at least one of the KSP, an authentication seed and seed type information indicating whether the encrypted seed includes the KSP or includes the KSP and the authentication seed, wherein the authentication seed is used to authenticate the DRM agent. receiving, from the DRM agent, a message requesting a rights object for receiving the content, the content having at least one section; generating a Key Seed Pair, KSP, including a first key and a second key; applying hash chains of different directions to the first key and the second key, respectively, to generate at least one encryption key associated with each of the at least one section; transmitting, to the DRM agent, a rights object response message including a context element including an identifier of the content and a key information element providing information for decrypting the content, wherein the key information element includes a first encryption key element including information specifying the algorithm for generating the at least one encryption key, a rights encryption key information element including information associated with a reference of a rights encryption key used to secure a portion of the rights object, the reference of the rights encryption key including information on a location that provides information on a method for retrieving the rights encryption key, and a cipher data element including an encrypted seed, wherein the encrypted seed includes at least one of the KSP, an authentication seed and seed type information indicating whether the encrypted seed includes the KSP or includes the KSP and the authentication seed, wherein the authentication seed is used to authenticate the DRM agent.
A phosphorus recovery method comprising the steps of: adsorbing phosphorus in a waste water from a phosphorus source to a phosphorus recovery material formed of an amorphous calcium silicate-based material; and recovering the phosphorus recovery material with the adsorbed phosphorus, said method characterized in that said phosphorus recovery material is an amorphous calcium silicate hydrate alone or an aggregate of an amorphous calcium silicate hydrate and Ca 2 with a Ca/Si molar ratio of 0.8 or more and 20 or less, wherein said amorphous calcium silicate hydrate alone or said aggregate of the amorphous calcium silicate hydrate and Ca 2 is generated in an unheated state after mixing a sodium silicate solution and a lime, and said phosphorus recovery material is a solid matter obtained by solid-liquid separation and drying said amorphous calcium silicate hydrate alone or said aggregate of the amorphous calcium silicate hydrate and Ca 2, or a slurry or a paste including said amorphous calcium silicate hydrate alone or said aggregate of the amorphous calcium silicate hydrate and Ca 2. adsorbing phosphorus in a waste water from a phosphorus source to a phosphorus recovery material formed of an amorphous calcium silicate-based material; and recovering the phosphorus recovery material with the adsorbed phosphorus, said method characterized in that said phosphorus recovery material is an amorphous calcium silicate hydrate alone or an aggregate of an amorphous calcium silicate hydrate and Ca 2 with a Ca/Si molar ratio of 0.8 or more and 20 or less, wherein said amorphous calcium silicate hydrate alone or said aggregate of the amorphous calcium silicate hydrate and Ca 2 is generated in an unheated state after mixing a sodium silicate solution and a lime, and said phosphorus recovery material is a solid matter obtained by solid-liquid separation and drying said amorphous calcium silicate hydrate alone or said aggregate of the amorphous calcium silicate hydrate and Ca 2, or a slurry or a paste including said amorphous calcium silicate hydrate alone or said aggregate of the amorphous calcium silicate hydrate and Ca 2.
A vacuum insulated switchgear comprising: a double-break vacuum switch including a first vacuum container accommodating a pair of fixed contacts and a pair of movable contacts, and an earth switch including a fixed contact and a movable contact, wherein the switchgear has an isolated-phase structure wherein the vacuum switch and the earth switch have an isolation integrally moulded of epoxy resin, characterised in that said double-break vacuum switch has breaking and disconnecting functions by its pair of movable contacts being capable to stop at a closed position for conduction, an open position for breaking of current and a disconnected position for ensured safety, and said fixed and movable contacts (92, 93) of said earth switch are accommodated in a second vacuum container. a double-break vacuum switch including a first vacuum container accommodating a pair of fixed contacts and a pair of movable contacts, and an earth switch including a fixed contact and a movable contact, wherein the switchgear has an isolated-phase structure wherein the vacuum switch and the earth switch have an isolation integrally moulded of epoxy resin, characterised in that said double-break vacuum switch has breaking and disconnecting functions by its pair of movable contacts being capable to stop at a closed position for conduction, an open position for breaking of current and a disconnected position for ensured safety, and said fixed and movable contacts (92, 93) of said earth switch are accommodated in a second vacuum container.
A composition capable of yielding a hydrophobic coating, the composition comprising: a) hydrophobic colloidal particles; b) first hydrolyzed quaternary silane having four hydroxyl ligands and/or its oligomer; c) second hydrolyzed quaternary silane having at least two hydroxyl ligands and at least one hydrophobic ligand and/or its oligomer; and d) solvent. a) hydrophobic colloidal particles; b) first hydrolyzed quaternary silane having four hydroxyl ligands and/or its oligomer; c) second hydrolyzed quaternary silane having at least two hydroxyl ligands and at least one hydrophobic ligand and/or its oligomer; and d) solvent.
A reactance filter of a duplexer - comprising a series branch with a number of series impedance elements (SI1, SI2, S13) coupled in series - comprising a number of parallel branches (PB1, PB2, PB3) connecting the series branch to ground, each parallel branch comprising a parallel impedance element (PI1, PI2) - wherein each series impedance element comprises a first resonator, a series circuit of a first resonator and a series inductance element or a first resonator and a capacitance element coupled in parallel, - wherein each parallel impedance element comprises a second resonator, a series circuit of a second resonator and a series inductance element, or a second resonator and a capacitance element coupled in parallel, - wherein all resonators work with acoustic waves - wherein each first resonator in the series branch comprises a first piezoelectric material - wherein each second resonator in the parallel branches comprises a second piezoelectric material different from the first piezoelectric material - wherein the second piezoelectric material has a greater coupling coefficient than the first piezoelectric material, wherein at least one of the series impedance elements comprises a capacitance element coupled in parallel to the first resonator. - comprising a series branch with a number of series impedance elements (SI1, SI2, S13) coupled in series - comprising a number of parallel branches (PB1, PB2, PB3) connecting the series branch to ground, each parallel branch comprising a parallel impedance element (PI1, PI2) - wherein each series impedance element comprises a first resonator, a series circuit of a first resonator and a series inductance element or a first resonator and a capacitance element coupled in parallel, - wherein each parallel impedance element comprises a second resonator, a series circuit of a second resonator and a series inductance element, or a second resonator and a capacitance element coupled in parallel, - wherein all resonators work with acoustic waves - wherein each first resonator in the series branch comprises a first piezoelectric material - wherein each second resonator in the parallel branches comprises a second piezoelectric material different from the first piezoelectric material - wherein the second piezoelectric material has a greater coupling coefficient than the first piezoelectric material,
Method for authenticating a client wishing to access a service of a service provider, said service provider interrogating an identity provider in order to verify the identity of said client and authorize the latter to access said service, characterized in that it comprises: - at least one step of verification, by said identity provider, that an identity level corresponding to at least one previous authentication of said client is stored within said identity provider, - a step of delivering, to said client, an authorization to access said service, said step being performed: - either directly after said verification step, if the identity level required to access said service is lower than said stored identity level, - or after the following steps, if the identity level required to access said service is higher than said stored identity level, or else if no client authentication is available: - requesting authentication of said client in line with said required identity level, - replacing said stored identity level with said required identity level if said client is authenticated by said identity provider after the step of said authentication request. - at least one step of verification, by said identity provider, that an identity level corresponding to at least one previous authentication of said client is stored within said identity provider, - a step of delivering, to said client, an authorization to access said service, said step being performed: - either directly after said verification step, if the identity level required to access said service is lower than said stored identity level, - or after the following steps, if the identity level required to access said service is higher than said stored identity level, or else if no client authentication is available: - requesting authentication of said client in line with said required identity level, - replacing said stored identity level with said required identity level if said client is authenticated by said identity provider after the step of said authentication request. - either directly after said verification step, if the identity level required to access said service is lower than said stored identity level, - or after the following steps, if the identity level required to access said service is higher than said stored identity level, or else if no client authentication is available: - requesting authentication of said client in line with said required identity level, - replacing said stored identity level with said required identity level if said client is authenticated by said identity provider after the step of said authentication request. - requesting authentication of said client in line with said required identity level, - replacing said stored identity level with said required identity level if said client is authenticated by said identity provider after the step of said authentication request.
A method for autonomous artificial intelligence based medical image segmentation, comprising: receiving a medical image of a patient; automatically determining a current segmentation context based on learned image characteristics extracted automatically from the medical image by a trained deep neural network, wherein the current segmentation context includes any or all of one or more target anatomical structures to be segmented, a current imaging modality, and/or image characteristics of the received medical image; automatically selecting at least one segmentation algorithm from a plurality of segmentation algorithms including a plurality of different deep-learning based segmentation algorithms based on the current segmentation context using the trained deep neural network, wherein the plurality of segmentation algorithms include multiple versions of various segmentation algorithms corresponding to various target anatomical structures, imaging modalities, imaging domains, and/or image qualities, wherein the trained deep neural network selects one or more segmentation algorithms from the plurality of segmentation algorithms for performing segmentation of a target anatomical structure in the medical image based on the current segmentation context; and segmenting the target anatomical structure in the medical image using the selected at least one segmentation algorithm, wherein the trained deep neural network is trained based on medical image training samples and synthetic training samples generated at a plurality of noise levels from the medical image training samples, by using ground truth segmentation results. receiving a medical image of a patient; automatically determining a current segmentation context based on learned image characteristics extracted automatically from the medical image by a trained deep neural network, wherein the current segmentation context includes any or all of one or more target anatomical structures to be segmented, a current imaging modality, and/or image characteristics of the received medical image; automatically selecting at least one segmentation algorithm from a plurality of segmentation algorithms including a plurality of different deep-learning based segmentation algorithms based on the current segmentation context using the trained deep neural network, wherein the plurality of segmentation algorithms include multiple versions of various segmentation algorithms corresponding to various target anatomical structures, imaging modalities, imaging domains, and/or image qualities, wherein the trained deep neural network selects one or more segmentation algorithms from the plurality of segmentation algorithms for performing segmentation of a target anatomical structure in the medical image based on the current segmentation context; and segmenting the target anatomical structure in the medical image using the selected at least one segmentation algorithm, wherein the trained deep neural network is trained based on medical image training samples and synthetic training samples generated at a plurality of noise levels from the medical image training samples, by using ground truth segmentation results.
A non-aqueous electrolyte for a lithium secondary battery comprising: a lithium salt; a basic organic solvent including a carbonate-based solvent; and characterized in that the non-aqueous eletrolyte comprises a halogenated diphenyl ether compound represented by the following Formula 1 enabling stabilization of the lithium secondary battery at an overcharge voltage of 4.2 V or more, wherein R 1 is a single bond, and R 2 is a C 1 -C 5 alkyl group; R 3 and R 4 are hydrogen; X 1 is halo and X 2 is hydrogen; and n is an integer of 1 to 4. a lithium salt; a basic organic solvent including a carbonate-based solvent; and characterized in that the non-aqueous eletrolyte comprises a halogenated diphenyl ether compound represented by the following Formula 1 enabling stabilization of the lithium secondary battery at an overcharge voltage of 4.2 V or more,
An optical arrangement for a microscope comprising a digital micromirror device having a plurality of individually adjustable mirrors, a mirror pair formed from a convex mirror and a concave mirror having a common centre of curvature, the concave mirror having a greater radius than the convex mirror, and an image receptor device, characterised in that a collimated space is immediately adjacent to and extends from the convex mirror towards the image receptor device so as to be normal to a detector surface of the image detector device, and the concave mirror is offset from the convex mirror so as to be capable of forming an image at an effective focal length of the mirror pair, the digital micromirror device being located at an effective focal length of the mirror pair and the convex mirror and the concave mirror having radii substantially in the proportion 2.5:1 ± 10%, the concave mirror having the greater radius.
Electric device comprising - a housing that is open on the front side; - a front panel which is placed on the front side of the housing; and - printed circuit boards (20, 21) which are enclosed by the housing; wherein - the printed circuit boards (20, 21) are inserted into holding devices, which are arranged on the side of the front panel that faces the housing; and - at least two of the printed circuit boards (20, 21) are not aligned parallel to one another; characterized in that - a front face of at least one of the at least two printed circuit boards is held in a guide groove of a heat sink, which is mounted on the other of the at least two printed circuit boards. - a housing that is open on the front side; - a front panel which is placed on the front side of the housing; and - printed circuit boards (20, 21) which are enclosed by the housing; wherein - the printed circuit boards (20, 21) are inserted into holding devices, which are arranged on the side of the front panel that faces the housing; and - at least two of the printed circuit boards (20, 21) are not aligned parallel to one another; characterized in that - a front face of at least one of the at least two printed circuit boards is held in a guide groove of a heat sink, which is mounted on the other of the at least two printed circuit boards.
A nestable trolley having a wheel frame which is equipped with casters and which bears a basket, wherein a pushing handle is arranged on the basket and furthermore the wheel frame is equipped with a goods rack movable from an out-of-use position into an in-use position, wherein the goods rack has a pivoting curved-piece for this purpose and a receiver for the pivoting curved-piece is provided on the wheel frame, wherein the ends of the pivoting curved-piece are offset, the ends of the pivoting curved-piece are provided with a thread, and the pivoting curved-piece is secured to the receiver with a securing means, characterised in that a fixing aid is provided at the pivoting curved-piece, which fixing aid is arranged in the offset region of the pivoting curved-piece.