mhurhangee/ep-ind-claims huggingface dataset:
A catalytic converter for cleaning exhaust gases in a pre-catalytic converter car equipped with a carburetor engine, said catalytic converter comprising a body of an elongated shape having a first end portion and a second end portion, wherein the first end portion comprises an exhaust inlet through which exhaust gases from the engine enters and the second end portion comprises an exhaust outlet through which the treated gases exit, the body having an internal space, wherein the internal space at least partially comprises a plurality of elongated passages treated with at least one catalytic compound and which are in fluid communication with said exhaust inlet and exhaust outlet, wherein the passages extends longitudinally from the first end portion to the second end portion and wherein the passages are formed in a matrix of cells at a density of 100-200 cells per square inch (cpsi), wherein the passages are formed from a metal foil, wherein the body has a cylindrical shape, characterised in that the first end portion has a frustoconical form, and the second end portion has a frustoconical form, wherein the first end portion has a smaller base radius:cone height ratio than that of the second end portion, the angle of the cone of the first end portion being between 55-62 degrees and the angle of the cone of the second end portion being between 12-16 degrees.
A method to transform media to include an encoding, the method comprising: detecting in received audio samples, a first encoding comprising a first synchronization symbol and a first identification code, the first encoding having been encoded based on a first look-up table correlating symbols of the first encoding with a first set of frequencies of the audio samples to be modified to encode the first synchronization symbol and the symbols of the first identification code; in response to the detection of the first encoding, generating a pre-existing code flag comprising a pre-existing code flag synchronization symbol and a second identification code, the pre-existing code flag generated based on a second look-up table correlating the pre-existing code flag synchronization symbol and symbols of the second identification code with a second set of frequencies of the audio samples to be modified to encode the pre-existing code flag synchronization symbol and the symbols of the second identification code, the second look-up table including symbols and frequencies different from the first look-up table; encoding the pre-existing code flag in the audio samples to transform the audio samples into encoded audio samples including the first encoding and the pre-existing code flag; and storing the encoded audio samples in a tangible memory. detecting in received audio samples, a first encoding comprising a first synchronization symbol and a first identification code, the first encoding having been encoded based on a first look-up table correlating symbols of the first encoding with a first set of frequencies of the audio samples to be modified to encode the first synchronization symbol and the symbols of the first identification code; in response to the detection of the first encoding, generating a pre-existing code flag comprising a pre-existing code flag synchronization symbol and a second identification code, the pre-existing code flag generated based on a second look-up table correlating the pre-existing code flag synchronization symbol and symbols of the second identification code with a second set of frequencies of the audio samples to be modified to encode the pre-existing code flag synchronization symbol and the symbols of the second identification code, the second look-up table including symbols and frequencies different from the first look-up table; encoding the pre-existing code flag in the audio samples to transform the audio samples into encoded audio samples including the first encoding and the pre-existing code flag; and storing the encoded audio samples in a tangible memory.
A method of managing a licensable item on an apparatus, comprising: accessing a licensing policy on the apparatus related to managing a licensable item; making a determination, by a license agent on the apparatus, to act to enforce the licensing policy or to first communicate with a server before acting to enforce the licensing policy, wherein making the determination further comprises: accessing a synchronization rule that is associated with the licensing policy; determining whether the synchronization rule calls for communicating with the server to synchronize the licensing policy with the server; determining that the synchronization rule allows an action to be taken with the licensable item when a connection to the server is unavailable; enabling an action to be taken with the licensable item in response to determining that the connection to the server is unavailable; and enforcing the licensing policy in accordance with the determination. accessing a licensing policy on the apparatus related to managing a licensable item; making a determination, by a license agent on the apparatus, to act to enforce the licensing policy or to first communicate with a server before acting to enforce the licensing policy, wherein making the determination further comprises: accessing a synchronization rule that is associated with the licensing policy; determining whether the synchronization rule calls for communicating with the server to synchronize the licensing policy with the server; determining that the synchronization rule allows an action to be taken with the licensable item when a connection to the server is unavailable; enabling an action to be taken with the licensable item in response to determining that the connection to the server is unavailable; and enforcing the licensing policy in accordance with the determination. accessing a synchronization rule that is associated with the licensing policy; determining whether the synchronization rule calls for communicating with the server to synchronize the licensing policy with the server; determining that the synchronization rule allows an action to be taken with the licensable item when a connection to the server is unavailable; enabling an action to be taken with the licensable item in response to determining that the connection to the server is unavailable; and enforcing the licensing policy in accordance with the determination.
Absorbent effect pigment comprising a nonmetallic substrate in platelet form and a coating applied thereon to the substrate, wherein the coating includes a) optionally a layer 1 having a mean layer thickness of less than 10 nm, comprising or consisting of tin oxide, tin hydroxide and/or tin oxide hydrate, b) a layer 2 of high refractive index, having a refractive index n > 1.8 and a mean layer thickness from a range from 30 nm to 350 nm, comprising at least one metal oxide, metal hydroxide and/or metal oxide hydrate, c) a layer 3 of high refractive index, having a refractive index n > 1.8 and a mean layer thickness from a range from 30 nm to 350 nm, comprising at least one metal oxide, metal hydroxide and/or metal oxide hydrate, at least one of layers 2 and 3 comprises at least two different metal ions and layers 2 and 3 are interrupted by a spacer layer. a) optionally a layer 1 having a mean layer thickness of less than 10 nm, comprising or consisting of tin oxide, tin hydroxide and/or tin oxide hydrate, b) a layer 2 of high refractive index, having a refractive index n > 1.8 and a mean layer thickness from a range from 30 nm to 350 nm, comprising at least one metal oxide, metal hydroxide and/or metal oxide hydrate, c) a layer 3 of high refractive index, having a refractive index n > 1.8 and a mean layer thickness from a range from 30 nm to 350 nm, comprising at least one metal oxide, metal hydroxide and/or metal oxide hydrate, at least one of layers 2 and 3 comprises at least two different metal ions and layers 2 and 3 are interrupted by a spacer layer.
Secondary part for attachment to and/or in a dental implant and suitable for receiving an auxiliary or tertiary part, comprising a secondary part body with a recess in the inside, further comprising a secondary part screw receivable or received in the recess, the secondary part body having a screw-in mechanism in the form of a contour for receiving a screw-in tool, the contour being formed by the secondary part body, for screwing in the dental implant connected to the secondary part into a jaw bone, wherein the secondary part screw has a self-retaining structure for the screwing-in tool, the self-retaining structure is arranged on a screw head of the secondary part screw, characterized in that the self-retaining structure is formed by at least one slit and wherein further the self-retaining structure is formed as a resilient head.
A gas turbine engine in a shutdown mode, said engine comprising: one or more rotatable shafts oriented with an axis of rotation less than 90 degrees from vertical; a first oil sump at a first axial position relative to said one or more rotatable shafts, said first oil sump having a selected critical vertical level; a second oil sump at a second axial position relative to said one or more rotatable shafts such that said second oil sump is positioned at an elevation lower than the elevation of said first oil sump; and an oil drainage conduit fluidically connecting said first oil sump and said second oil sump, said oil drainage conduit having an inlet positioned in said first oil sump at a vertical level below the selected critical vertical level to thereby effect oil drainage by gravity from said first oil sump to said second oil sump to prevent the level of oil collected in said first oil sump from exceeding the selected critical vertical level. one or more rotatable shafts oriented with an axis of rotation less than 90 degrees from vertical; a first oil sump at a first axial position relative to said one or more rotatable shafts, said first oil sump having a selected critical vertical level; a second oil sump at a second axial position relative to said one or more rotatable shafts such that said second oil sump is positioned at an elevation lower than the elevation of said first oil sump; and an oil drainage conduit fluidically connecting said first oil sump and said second oil sump, said oil drainage conduit having an inlet positioned in said first oil sump at a vertical level below the selected critical vertical level to thereby effect oil drainage by gravity from said first oil sump to said second oil sump to prevent the level of oil collected in said first oil sump from exceeding the selected critical vertical level.
Method for combusting a low-calorific fuel (S 1, S 2) for operating a gas turbine, in which: air (L 1) is fed from a plenum to a premix chamber, a low-calorific fuel (S 1) is fed to the premix chamber via a distributor projecting into the premix chamber between the plenum and a swirl generator with a second distributor for standard fuel in the form of a hollow shaft in the swirl generator, in the context of premixing, the low-calorific fuel (S 1) is premixed with air (L 1) to give a low-calorific fuel-air mixture and conversion of the low-calorific fuel-air mixture is avoided, and in the context of combustion, the low-calorific fuel-air mixture is converted to a hot gas.
A hydrogen producing method comprising: preparing a hydrogen generating medium stored in a portable cassette using a coprecipitation method, wherein the hydrogen generating medium consists of iron or iron oxide and an added metal other than iron, and the amount of the added metal is 0.5 to 30 mol% of atoms of all metals in the hydrogen generating medium; introducing water or water vapor into the portable cassette via a first pipe installing means; producing hydrogen by decomposition of water when the hydrogen generating medium contacts water, water vapor, or a gas including water vapor; and supplying hydrogen from a second pipe installing means to a hydrogen consuming device. preparing a hydrogen generating medium stored in a portable cassette using a coprecipitation method, wherein the hydrogen generating medium consists of iron or iron oxide and an added metal other than iron, and the amount of the added metal is 0.5 to 30 mol% of atoms of all metals in the hydrogen generating medium; introducing water or water vapor into the portable cassette via a first pipe installing means; producing hydrogen by decomposition of water when the hydrogen generating medium contacts water, water vapor, or a gas including water vapor; and supplying hydrogen from a second pipe installing means to a hydrogen consuming device.
A method in a radio base station equipped with at least one reconfigurable antenna system having at least two antenna elements for probing of alternative network configurations at the radio base station, the radio base station employing a first network configuration comprising a pilot when serving at least one user equipment, UE, in a wireless communication network, the method comprising: - determining a second network configuration comprising at least one probing pilot, - transmitting, at least to the at least one UE, the at least one probing pilot of the second network configuration and the pilot of the first network configuration, from the at least one reconfigurable antenna system, wherein the transmitting comprises transmitting the at least one probing pilot of the second network configuration at an increased or decreased power level compared to the transmission of the pilot of the first network configuration, - receiving, from the at least one UE, measurement reports regarding measurements performed by at least the at least one UE on both the at least one probing pilot of the second network configuration and the pilot of the first network configuration, - determining whether to continue employing the first network configuration or to start employing the second network configuration based on the received measurement reports, and - employing said determined network configuration. - determining a second network configuration comprising at least one probing pilot, - transmitting, at least to the at least one UE, the at least one probing pilot of the second network configuration and the pilot of the first network configuration, from the at least one reconfigurable antenna system, wherein the transmitting comprises transmitting the at least one probing pilot of the second network configuration at an increased or decreased power level compared to the transmission of the pilot of the first network configuration, - receiving, from the at least one UE, measurement reports regarding measurements performed by at least the at least one UE on both the at least one probing pilot of the second network configuration and the pilot of the first network configuration, - determining whether to continue employing the first network configuration or to start employing the second network configuration based on the received measurement reports, and - employing said determined network configuration.
A bispecific antibody or antibody fragment thereof that specifically binds to IL-13 and IL-4, wherein the bispecific antibody or antibody fragment thereof contains two light chains with the structure N-VL hB - B13 -linker-VL h8D4-8 -CL-C and two heavy chains with the structure N-VH hB-B13 -linker-VH h8D4-8 -CH1-CH2-CH3-C, wherein CL is the light chain constant region, VL hB-B13 is a humanized light chain variable domain of anti IL-13 antibody B-B13, VL h8D4-8 is a humanized light chain variable domain of anti IL-4 antibody 8D4-8, VH hB-B13 is a humanized heavy chain variable domain of anti IL-13 antibody B-B13, and VH h8D4-8 is a humanized heavy chain variable domain of anti IL-4 antibody 8D4-8; wherein: (i) VL hB-B13 comprises the amino acid sequence of SEQ ID NO: 1, VL h8D4-8 comprises the amino acid sequence of SEQ ID NO: 3, VH hB-B13 comprises the amino acid sequence of SEQ ID NO: 2, and VH h8D4-8 comprises the amino acid sequence of SEQ ID NO: 4; or (ii) VL hB-B13 comprises the amino acid sequence of SEQ ID NO: 1, VL h8D4-8 comprises the amino acid sequence of SEQ ID NO: 3, VH hB-B13 comprises the amino acid sequence of SEQ ID NO: 2, and VH h8D4-8 comprises the amino acid sequence of SEQ ID NO: 5. (i) VL hB-B13 comprises the amino acid sequence of SEQ ID NO: 1, VL h8D4-8 comprises the amino acid sequence of SEQ ID NO: 3, VH hB-B13 comprises the amino acid sequence of SEQ ID NO: 2, and VH h8D4-8 comprises the amino acid sequence of SEQ ID NO: 4; or (ii) VL hB-B13 comprises the amino acid sequence of SEQ ID NO: 1, VL h8D4-8 comprises the amino acid sequence of SEQ ID NO: 3, VH hB-B13 comprises the amino acid sequence of SEQ ID NO: 2, and VH h8D4-8 comprises the amino acid sequence of SEQ ID NO: 5.
A rotor blade for a wind turbine, the rotor blade comprising: a body extending between a blade root and a blade tip, the body defining a pressure side and a suction side extending between a leading edge and a trailing edge, the body further defining a chord line extending between the leading and trailing edges (34, 36); an airfoil modifier coupled to the suction side of the body, the airfoil modifier defining a three-sided shape having a body-side surface configured to extend adjacent to the body and an airflow surface across which air is configured to flow and an end surface disposed adjacent to the trailing edge extending between the body-side surface and the airflow surface, at least a portion of the end surface extending at a non-perpendicular angle relative to the chord line; and wherein: the body-side surface is configured to conform to or match the contour of a surface extending along a portion of the suction side of the rotor blade; the airflow surface is configured to intersect the body-side surface at a leading edge of the airfoil modifier; the edge of the end surface that intersects the body-side surface is immediately adjacent to the trailing edge. a body extending between a blade root and a blade tip, the body defining a pressure side and a suction side extending between a leading edge and a trailing edge, the body further defining a chord line extending between the leading and trailing edges (34, 36); an airfoil modifier coupled to the suction side of the body, the airfoil modifier defining a three-sided shape having a body-side surface configured to extend adjacent to the body and an airflow surface across which air is configured to flow and an end surface disposed adjacent to the trailing edge extending between the body-side surface and the airflow surface, at least a portion of the end surface extending at a non-perpendicular angle relative to the chord line; and wherein: the body-side surface is configured to conform to or match the contour of a surface extending along a portion of the suction side of the rotor blade; the airflow surface is configured to intersect the body-side surface at a leading edge of the airfoil modifier; the edge of the end surface that intersects the body-side surface is immediately adjacent to the trailing edge. the body-side surface is configured to conform to or match the contour of a surface extending along a portion of the suction side of the rotor blade; the airflow surface is configured to intersect the body-side surface at a leading edge of the airfoil modifier; the edge of the end surface that intersects the body-side surface is immediately adjacent to the trailing edge.
A claw for a milking machine, comprising an enclosure having an upper part and a lower part and enclosing an inner space for a milk flow during a milking operation, wherein the lower part comprises a bottom surface facing the inner space, wherein a centre axis (x) extends through the enclosure and through the upper part and the bottom surface and wherein the upper part has an upper wall extending along a cone (k), which is rotary symmetric around the centre axis (x), an outlet nipple configured for being connected to a long milk conduit for the discharge of milk from the inner space, wherein the outlet nipple extends outwardly from the upper part of the enclosure, and a suction tube connecting the inner space to the outlet nipple for conveying the milk from the inner space to the outlet nipple, wherein the suction tube comprises a lower tube section, positioned in the proximity of the bottom surface, and at least three support legs extending from the lower tube section and abutting the bottom surface, wherein a gap is formed between the lower tube section and the bottom surface and wherein each of said support legs has an end point, which end points are located in a common lower plane (p'), characterised in that the common lower plane is inclined to the centre axis (x) so that the centre axis (x) is non-perpendicular to the common lower plane (p').
A machine, such as a machine for preparing a beverage, comprising: - a device for handling a capsule, such as a capsule containing a beverage ingredient for instance selected from tea, coffee, cacao, milk and soup, said capsule comprising for instance a container body, the capsule's container body being for instance generally cup-shaped e.g. cylindrically, conically or frusto-conically shaped; - a frame or a housing covering the device, the frame or housing delimiting an opening for passing a capsule through the frame or housing to the handling device, the frame or housing having a curved cross-section about the opening; and - a barrier means, e.g. a gate, comprising a member (31a;31b) movable from a closed position for preventing such capsule from passing through the opening to an open position for allowing such capsule to pass through the opening, characterised in that the barrier means comprises said movable member (31a;31b) as a first movable member of the barrier means and a second movable member of the barrier means, the first member and the second member being movable from a closed position for preventing such capsule from passing through the opening to an open position for allowing such capsule to pass through the opening, the first member and the second member being movable between their closed position and their open position along a curve that is generally parallel to the curved cross-section of the frame or housing, the first and second members (31a;31b) of the barrier means being movable in opposite directions between the closed and open positions. - a device for handling a capsule, such as a capsule containing a beverage ingredient for instance selected from tea, coffee, cacao, milk and soup, said capsule comprising for instance a container body, the capsule's container body being for instance generally cup-shaped e.g. cylindrically, conically or frusto-conically shaped; - a frame or a housing covering the device, the frame or housing delimiting an opening for passing a capsule through the frame or housing to the handling device, the frame or housing having a curved cross-section about the opening; and - a barrier means, e.g. a gate, comprising a member (31a;31b) movable from a closed position for preventing such capsule from passing through the opening to an open position for allowing such capsule to pass through the opening,
Escapement system including at least one escape wheel, an anchor fitted with a fork intended to cooperate with a pin mounted on a disc, and a shaft including arms intended to receive pallets in order to cooperate with said escape wheel, characterised in that the escape wheel is made from a completely amorphous metal alloy.