mhurhangee/patent-ind-claim-en huggingface dataset:
A cross-linkable rubber composition, the cross-linkable rubber composition comprising: a rubber component selected from the group of styrene-butadiene rubber (SBR), polybutadiene rubber (BR), natural rubber (NR) or a mixture thereof; a filler component, a silane coupling agent and a process oil component comprising an unsaturated fatty acid triglyceride where at least one carbon-carbon double bond in the molecule has been subjected to one or more chemical reactions ("modified unsaturated oil"); characterised in that the filler component comprises silica, the filler component comprises ≥ 0 phr to ≤ 25 phr of carbon black, as the modified unsaturated oil in the process oil component is used: a stoichiometrically complete or partial reaction product of an epoxide of an unsaturated fatty acid triglyceride with a molecule containing a nucleophilic group, wherein the molecule containing a nucleophilic group is a primary aromatic amine, or a mixture thereof with an epoxide of an unsaturated fatty acid triglyceride and the process oil component comprises ≥ 0 phr to ≤ 25 phr of treated distilled aromatic extract (TDAE), mild extracted solvate (MES) and naphthenic (NAP) oils, wherein the unit "phr" denotes "per hundred parts by weight of rubber". a rubber component selected from the group of styrene-butadiene rubber (SBR), polybutadiene rubber (BR), natural rubber (NR) or a mixture thereof; a filler component, a silane coupling agent and a process oil component comprising an unsaturated fatty acid triglyceride where at least one carbon-carbon double bond in the molecule has been subjected to one or more chemical reactions ("modified unsaturated oil"); the filler component comprises silica, the filler component comprises ≥ 0 phr to ≤ 25 phr of carbon black, as the modified unsaturated oil in the process oil component is used: a stoichiometrically complete or partial reaction product of an epoxide of an unsaturated fatty acid triglyceride with a molecule containing a nucleophilic group, wherein the molecule containing a nucleophilic group is a primary aromatic amine, or a mixture thereof with an epoxide of an unsaturated fatty acid triglyceride a stoichiometrically complete or partial reaction product of an epoxide of an unsaturated fatty acid triglyceride with a molecule containing a nucleophilic group, wherein the molecule containing a nucleophilic group is a primary aromatic amine, or a mixture thereof with an epoxide of an unsaturated fatty acid triglyceride and the process oil component comprises ≥ 0 phr to ≤ 25 phr of treated distilled aromatic extract (TDAE), mild extracted solvate (MES) and naphthenic (NAP) oils, wherein the unit "phr" denotes "per hundred parts by weight of rubber".
Vacuum cleaner suction head , comprising a sole provided with a lower face and with a cavity opening onto this lower face, at least one brush , a shaft for connecting configured to communicate with the cavity and a fork arranged between the sole and the shaft and mounted as pivot connections of transverse axes (X1, X2) opposite said sole and said shaft, characterised in that said suction head comprises a mechanism and a lever , said lever being configured to actuate said mechanism according to at least one position wherein at least one brush is maintained retracted from the lower face by blocking the fork opposite the sole , and in that the fork is configured to weight the sole in such a way as to force the inclination towards the rear of said sole due to the wedging along an angle (α2) of inclination from six to eleven degrees.
An exhaust gas purification catalyst being configured to be disposed in the exhaust pipe of an internal combustion engine for purifying exhaust gas emitted by the internal combustion engine, the exhaust gas purification catalyst comprising a substrate and a catalyst layer formed on the substrate , wherein the catalyst layer has an alkaline earth metal-supporting region including a porous carrier composed of an inorganic compound, at least one catalyst metal belonging to the platinum group which is supported on the porous carrier and functions as an oxidation and/or reduction catalyst, and at least one sulfate of alkaline earth metal supported on the porous carrier and having at least barium sulfate (BaSO 4 ) as the alkaline earth metal sulfate, wherein the average particle diameter of the alkaline earth metal sulfate supported on the porous carrier as measured by an X-ray diffraction method is not more than 25 nm, and wherein, when a cross-section of the alkaline earth metal-supporting region of the catalyst layer is subjected to area analysis by FE-EPMA under conditions of pixel (section) size of 0.34 μm × 0.34 μm and number of measured pixels (sections) of 256 × 256, and a characteristic X-ray intensity (α: cps) of the alkaline earth metal element (Ae) and a characteristic X-ray intensity (β: cps) of the main constituent element (M) of the inorganic compound constituting the porous carrier are measured for each pixel, and when the Pearson correlation coefficient calculated using the resulting α and β in each pixel is designated as R Ae/M , the value of R Ae/M is at least 0.7. a substrate and a catalyst layer formed on the substrate , wherein the catalyst layer has an alkaline earth metal-supporting region including a porous carrier composed of an inorganic compound, at least one catalyst metal belonging to the platinum group which is supported on the porous carrier and functions as an oxidation and/or reduction catalyst, and at least one sulfate of alkaline earth metal supported on the porous carrier and having at least barium sulfate (BaSO 4 ) as the alkaline earth metal sulfate, wherein the average particle diameter of the alkaline earth metal sulfate supported on the porous carrier as measured by an X-ray diffraction method is not more than 25 nm, and wherein, when a cross-section of the alkaline earth metal-supporting region of the catalyst layer is subjected to area analysis by FE-EPMA under conditions of pixel (section) size of 0.34 μm × 0.34 μm and number of measured pixels (sections) of 256 × 256, and a characteristic X-ray intensity (α: cps) of the alkaline earth metal element (Ae) and a characteristic X-ray intensity (β: cps) of the main constituent element (M) of the inorganic compound constituting the porous carrier are measured for each pixel, and when the Pearson correlation coefficient calculated using the resulting α and β in each pixel is designated as R Ae/M , the value of R Ae/M is at least 0.7.
A bioartificial liver device comprising a reservoir chamber configured to house hepatocyte spheroids, and a living biological component, wherein the living biological component comprises hepatocyte spheroids, wherein said reservoir chamber comprises said hepatocyte spheroids, wherein said reservoir chamber comprises a mixing chamber in the lower volume of the reservoir and a settling volume chamber in the upper volume of the reservoir, wherein said mixing chamber comprises an inlet port and said settling volume chamber comprises an outlet port, characterised in that said mixing chamber is separated from said settling volume chamber by a funnel, and in that said mixing chamber is in fluid communication with said settling volume chamber via at least one opening defined in said funnel. wherein the living biological component comprises hepatocyte spheroids, wherein said reservoir chamber comprises said hepatocyte spheroids, wherein said reservoir chamber comprises a mixing chamber in the lower volume of the reservoir and a settling volume chamber in the upper volume of the reservoir, wherein said mixing chamber comprises an inlet port and said settling volume chamber comprises an outlet port, characterised in that said mixing chamber is separated from said settling volume chamber by a funnel, and in that said mixing chamber is in fluid communication with said settling volume chamber via at least one opening defined in said funnel.
Method for heating a solenoid valve for a vehicle braking system, said solenoid valve comprising a magnet assembly that comprises a winding support , a coil winding , a housing and a cover disc , and said solenoid valve comprising a valve cartridge that comprises a capsule , a valve insert that is connected to the capsule , an armature that is guided within the capsule in an axially movable manner between a closed position and an open position, said armature comprising a closing element, and said valve cartridge comprises a valve insert that is connected to the capsule and comprises a valve seat, wherein the closing element and the valve seat form a valve that controls a fluid flow through the valve cartridge , wherein the coil winding that is part of the magnet assembly and is wound on the winding support forms an electric coil that can be controlled by way of control signals that are applied to electrical connectors (24.1, 24.2) and said electric coil generates a magnetic force that moves the armature against the force of a return spring , wherein in a heating operation it is possible based on the control signals to change the fluid temperature within the valve cartridge , characterized in that the control signals are applied to the coil winding as bipolar AC signals having a predetermined frequency and generate eddy currents in the iron circuit of the solenoid valve and in the capsule , and said eddy currents heat up the fluid that is present in the valve cartridge .
An aberration correction method comprising: a coupling step of optically coupling a modulation plane of a spatial light modulator and an object (B) through an objective lens ; and a control step of controlling the spatial light modulator on the basis of a modulation pattern (D2) including a point symmetric correction pattern (D3) for correcting aberration caused by a refractive index interface of the object, wherein a position of the correction pattern (D3) in the modulation pattern is set on the basis of inclination information of the refractive index interface of the object (B) with respect to a plane perpendicular to an optical axis of the objective lens characterized in that the position of the correction pattern (D3) in the modulation pattern (D2) is set such that a center (O) of the correction pattern (D3) is deviated from a point where the optical axis of the objective lens intersects with the modulation plane by a distance (E) determined on the basis of the inclination information. a coupling step of optically coupling a modulation plane of a spatial light modulator and an object (B) through an objective lens ; and a control step of controlling the spatial light modulator on the basis of a modulation pattern (D2) including a point symmetric correction pattern (D3) for correcting aberration caused by a refractive index interface of the object, wherein a position of the correction pattern (D3) in the modulation pattern is set on the basis of inclination information of the refractive index interface of the object (B) with respect to a plane perpendicular to an optical axis of the objective lens characterized in that the position of the correction pattern (D3) in the modulation pattern (D2) is set such that a center (O) of the correction pattern (D3) is deviated from a point where the optical axis of the objective lens intersects with the modulation plane by a distance (E) determined on the basis of the inclination information.
Method for emitting a message comprising data frames (Ti), the data frames (Ti) being numbered and grouped into at least one block, the emission method being implemented by an electronic emission device and comprising: - the calculation of at least one recovery code ( C ( m , n )) for each block, - the emission of a message containing the block(s) and the, or each, corresponding calculated recovery code ( C ( m , n )), and in that the calculation of at least one recovery code ( C ( m , n )) comprises calculating the remainder of a Euclidean division of the number of each frame (Ti) by at least a same predetermined number, and characterized in that the sum of the predetermined numbers being less than or equal to 0.3 times the number of data frames (Ti) contained in the message, and each recovery code ( C ( m , n )) is obtained by EXCLUSIVE OR between the frames (Ti) of the corresponding block for which the remainders of the Euclidean division of the number of the said frames (Ti) by the same predetermined number are equal. - the calculation of at least one recovery code ( C ( m , n )) for each block, - the emission of a message containing the block(s) and the, or each, corresponding calculated recovery code ( C ( m , n )),
A foldable installation, in particular a glass foldable installation, having at least one chain of flat components which are connected to one another and are formed as panels , which are folded against one another for opening the installation, wherein each panel is pivotably connected to the adjacent panels within the chain by upper and lower support and guide fittings arranged on the panels , characterized in that at least one fixing device each for movable, flat components for limiting the gap between a narrow side of the flat component and a corresponding side of a further component , in relation to which the flat component is movable, is arranged between the upper and the lower fitting , wherein the fixing device has interacting fitting parts on the narrow side of the flat component and the corresponding side of the further component , wherein at least on one of the components , the fitting part comprises a fixing projection which is pivotable about a fixing axis which is fixed relative to the flat component and is pretensioned away from the component with a free end , and the fitting part on the other component has a guide surface and a retaining element , wherein the fixing projection and the guide surface are arranged so as to interact with each other such that, when the component sides carrying the fitting parts move toward one another, the fixing projection slides with its free end facing away from the fixing axis along the guide surface toward the retaining element and interlocks with the retaining element .
A data transmission apparatus , comprising: a transceiver unit , configured to obtain first information, wherein the first information is used to indicate a first time domain resource, and the first time domain resource is used to carry a first service; and obtain second information, wherein the second information is used to indicate that a second time domain resource comprises N second subresources, N is an integer greater than or equal to 1, the second time domain resource is used to carry a second service that is different from the first service, and the first time domain resource and the second time domain resource have an overlapping area in time domain, and have at least an overlapping area in frequency domain; and a processing unit , configured to determine, based on the first time domain resource and the N second subresources, K first subresources comprised in the first time domain resource, wherein K is an integer greater than or equal to 1; and determine a quantity of K sub transport blocks comprised in the first service carried on the first time domain resource, wherein the K sub transport blocks one-to-one correspond to the K first subresources, and each sub transport block is carried on a corresponding first subresource. a transceiver unit , configured to obtain first information, wherein the first information is used to indicate a first time domain resource, and the first time domain resource is used to carry a first service; and obtain second information, wherein the second information is used to indicate that a second time domain resource comprises N second subresources, N is an integer greater than or equal to 1, the second time domain resource is used to carry a second service that is different from the first service, and the first time domain resource and the second time domain resource have an overlapping area in time domain, and have at least an overlapping area in frequency domain; and a processing unit , configured to determine, based on the first time domain resource and the N second subresources, K first subresources comprised in the first time domain resource, wherein K is an integer greater than or equal to 1; and determine a quantity of K sub transport blocks comprised in the first service carried on the first time domain resource, wherein the K sub transport blocks one-to-one correspond to the K first subresources, and each sub transport block is carried on a corresponding first subresource.
A method of wireless communication, comprising: receiving , at a communication device, an interrupt indication indicating an interruption to occur on a first transmission resource; interrupting , based on the interrupt indication, a transmission scheduled to occur using a second transmission resource on a channel, wherein the first transmission resource and the second transmission resource at least partially overlap; transmitting , in case that the interrupted transmission included a control information, the control information, using a third transmission resource; and wherein in case that there is a scheduled transmission of a shared channel in a next slot, then the third transmission resource corresponds to a resource of that scheduled transmission; otherwise, the third transmission resource corresponds to a resource of retransmission of the interrupted transmission that occurs in an immediate next slot after the interruption. receiving , at a communication device, an interrupt indication indicating an interruption to occur on a first transmission resource; interrupting , based on the interrupt indication, a transmission scheduled to occur using a second transmission resource on a channel, wherein the first transmission resource and the second transmission resource at least partially overlap; transmitting , in case that the interrupted transmission included a control information, the control information, using a third transmission resource; and wherein in case that there is a scheduled transmission of a shared channel in a next slot, then the third transmission resource corresponds to a resource of that scheduled transmission; otherwise, the third transmission resource corresponds to a resource of retransmission of the interrupted transmission that occurs in an immediate next slot after the interruption.
A pharmaceutical composition comprising: a. an antibody or an antigen-binding fragment thereof, comprising a light variable region as defined in SEQ ID NO: 7 and a heavy variable region as defined in SEQ ID NO: 8; b. from 1 % to 20% w/v sucrose; c. an amino acid or a mixture of amino acids; d. a surfactant; and e. a pH of from 4.0 to 7.5. a. an antibody or an antigen-binding fragment thereof, comprising a light variable region as defined in SEQ ID NO: 7 and a heavy variable region as defined in SEQ ID NO: 8; b. from 1 % to 20% w/v sucrose; c. an amino acid or a mixture of amino acids; d. a surfactant; and e. a pH of from 4.0 to 7.5.
A blender, comprising: a blender body accommodating electric parts; and a discharge means for discharging liquid accumulated on a surface of the blender body , wherein the discharge means comprises: a discharge hole formed in said surface of the blender body for allowing the liquid to be introduced thereinto; and a discharge hose connected to the discharge hole and provided inside the blender body for guiding the liquid introduced through the discharge hole to an outside of the blender body ; characterized in that a discharge guide is provided inside the blender body and supports a first end of the discharge hose , the first end being connected to the discharge hole , wherein the discharge guide comprises: a first surface extending in vertical direction, a discharge guide surface extending in an angle with respect to the first surface by being inclined in vertical direction, and a pair of side surface guides formed extending from the discharge guide surface at opposite sides thereof in upward direction. a blender body accommodating electric parts; and a discharge means for discharging liquid accumulated on a surface of the blender body , wherein the discharge means comprises: a discharge hole formed in said surface of the blender body for allowing the liquid to be introduced thereinto; and a discharge hose connected to the discharge hole and provided inside the blender body for guiding the liquid introduced through the discharge hole to an outside of the blender body ; characterized in that a discharge guide is provided inside the blender body and supports a first end of the discharge hose , the first end being connected to the discharge hole , a discharge hole formed in said surface of the blender body for allowing the liquid to be introduced thereinto; and a discharge hose connected to the discharge hole and provided inside the blender body for guiding the liquid introduced through the discharge hole to an outside of the blender body ; characterized in that a discharge guide is provided inside the blender body and supports a first end of the discharge hose , the first end being connected to the discharge hole , a first surface extending in vertical direction, a discharge guide surface extending in an angle with respect to the first surface by being inclined in vertical direction, and a pair of side surface guides formed extending from the discharge guide surface at opposite sides thereof in upward direction.
A semiconductor device comprising; one or more dielectric layers ; wherein at least one of the one or more dielectric layers has a depression therein; a conducting alloy material wherein the conducting alloy material fills the depression and wherein the conducting alloy material is comprised of 60 to 70 atomic percent cobalt, 25 to 35 atomic percent tungsten, and 1 to 5 atomic percent boron; and characterized by a liner layer between the conducting alloy material and the dielectric layer , wherein the liner layer lines the inside of the depression and is comprised of a different material than a cobalt-tungsten alloy or a nickel-tungsten alloy. one or more dielectric layers ; wherein at least one of the one or more dielectric layers has a depression therein; a conducting alloy material wherein the conducting alloy material fills the depression and wherein the conducting alloy material is comprised of 60 to 70 atomic percent cobalt, 25 to 35 atomic percent tungsten, and 1 to 5 atomic percent boron; and characterized by a liner layer between the conducting alloy material and the dielectric layer , wherein the liner layer lines the inside of the depression and is comprised of a different material than a cobalt-tungsten alloy or a nickel-tungsten alloy.
A method for the rail-bound transportation in and away of material to or from railroad work vehicles, in which the material is transported by means of a plurality of railroad cars which can be coupled together, wherein the railroad cars each have at least one conveyor track on which the material is movable along the railroad cars and which is configured such that the conveyor tracks of railroad cars which are coupled together adjoin one another; wherein the material is transported on the railroad cars by means of transport containers ; and wherein the transport containers are moved on the railroad cars from railroad car to railroad car along mutually adjoining conveyor tracks which preferably extend at least substantially horizontally and/or which adjoin one another without a step, in particular directly on the conveyor tracks and/or in particular without additional loading means such as cranes, characterized in that different materials are simultaneously supplied to a railroad work vehicle by means of the transport containers ; and/or in that different materials are simultaneously supplied away from a railroad work vehicle by means of the transport containers , with these different materials also including types of materials such as water, ironware, sleepers or fuel.