mhurhangee/patent-ind-claim-en huggingface dataset:
Caterpillar casting machine for producing a cast material of liquid metal, comprising two guide rails (12.1, 12.2) by which two mutually opposite endless horizontal circulation tracks (U) are formed, a plurality of movable support elements with cooling blocks mounted thereon, wherein the support elements are guided to be movable along the circulation tracks (U) in a transport direction (T) in such a way that a respective continuous chain of cooling blocks per circulation track (U) and thereby a first upper caterpillar track (14.1) and a second lower caterpillar track (14.2) are formed, wherein a moving casting mould for the casting material is formed between the cooling blocks which come intoopposition in straight sections of the upper and lower caterpillar tracks (14.1, 14.2), drive wheels by which at the upper caterpillar track (14.1) and the lower caterpillar track (14.2) the respectively associated support elements together with the cooling blocks mounted thereon are moved around the circulation tracks (U), wherein at least two separate drives with associated drive wheels (22.1 - 22.10), which can be brought into operative engagement with the support elements , are respectively provided for the upper caterpillar track (14.1) and the lower caterpillar track (14.2), and means by which the cooling blocks in each of the straight runs (15.1 - 15.4) of the caterpillar tracks (14.1, 14.2) are pressed against one another to form a block, characterised in that the drives for the drive wheels can be freely synchronised relative to one another and not only at the upper caterpillar track (14.1), but also at the lower caterpillar track (14.2) as seen in the transport direction (T) of the support elements respective drive wheels (22.1, 22.10) are provided at the two sides thereof, wherein a separate drive motor is associated with each drive wheel (22.1 - 22.10), wherein a respective drive wheel is attached to a stub shaft and is connected in this way with the drive motor, and wherein the drive motors for the drive wheels (22.1 - 22.10) are respectively arranged outside the caterpillar tracks (14.1, 14.2) in such a way that the stub shafts on which the drive wheels are mounted do not extend through the caterpillar tracks (14.1, 14.2), i.e. along the width thereof.
Method for controlling preparative liquid chromatography, comprising the following steps, at least a part of said steps being implemented by a computer comprising a processor and a display screen coupled to said processor: (a) selecting, by means of an interface, an analytical liquid chromatography method from among thin layer chromatography (TLC) and high performance liquid chromatography (HPLC), (b) inputting analytical liquid chromatography data obtained by the method selected at step (a) for a product to be purified, (c) accessing a table of separating tools available to the user to implement said preparative liquid chromatography, said tools being columns, cartridges, or other chromatography means comprising a stationary phase, (d) from said analytical liquid chromatography data and table of available separating tools, selecting an optimal separating tool from said table and computing preparative liquid chromatography operating conditions for said selected separating tool. (a) selecting, by means of an interface, an analytical liquid chromatography method from among thin layer chromatography (TLC) and high performance liquid chromatography (HPLC), (b) inputting analytical liquid chromatography data obtained by the method selected at step (a) for a product to be purified, (c) accessing a table of separating tools available to the user to implement said preparative liquid chromatography, said tools being columns, cartridges, or other chromatography means comprising a stationary phase, (d) from said analytical liquid chromatography data and table of available separating tools, selecting an optimal separating tool from said table and computing preparative liquid chromatography operating conditions for said selected separating tool.
A glass-ceramic article, comprising at least one substrate, such as a plate, made of glass-ceramic, said substrate having a face with a microtexturing such that the arithmetic mean surface roughness, Ra, measured according to standard ISO 4287, is between 0.14 and 0.40 μm, preferably between 0.15 and 0.30 μm.
A controller configured for monitoring disturbances of a pressure sensor assembly , the pressure sensor assembly comprising at least two sensors , wherein the sensors are configured for measuring a pressure and wherein the at least two sensors have a sensor dependent measurement sensitivity Sm for the pressure, and at least one of the sensors is sensitive for a disturbance with a sensor dependent disturbance sensitivity Sd, wherein a ratio Sm/Sd of the measurement sensitivity and the disturbance sensitivity is different for at least two sensors , characterized in that the controller is configured for detecting the disturbance by comparing outputs of the at least two sensors and that the controller is configured for determining the pressure from the outputs of both sensors. the pressure sensor assembly comprising at least two sensors , wherein the sensors are configured for measuring a pressure and wherein the at least two sensors have a sensor dependent measurement sensitivity Sm for the pressure, and at least one of the sensors is sensitive for a disturbance with a sensor dependent disturbance sensitivity Sd, wherein a ratio Sm/Sd of the measurement sensitivity and the disturbance sensitivity is different for at least two sensors , characterized in that the controller is configured for detecting the disturbance by comparing outputs of the at least two sensors and that the controller is configured for determining the pressure from the outputs of both sensors.
A rib mounting assembly for an aircraft , comprising: a rib post having a rib post foot for mounting to a longitudinal spar and a rib post web upstanding from the rib post foot for mounting to a rib ; and a seal member having a seal body and a mounting flange ; wherein the seal body extends from an end of the rib post ; and characterised in that the mounting flange is fixed to the rib post foot . a rib post having a rib post foot for mounting to a longitudinal spar and a rib post web upstanding from the rib post foot for mounting to a rib ; and a seal member having a seal body and a mounting flange ; wherein the seal body extends from an end of the rib post ; and characterised in that the mounting flange is fixed to the rib post foot .
An operation method performed in a user equipment, UE for coordinated multipoint, CoMP, communication, for a 3GPP LTE system, the operation method comprising: receiving downlink control information, DCI format 2D, which includes physical downlink shared channel resource element, PDSCH RE, mapping and quasi co-location information of a channel state information reference signal, CSI-RS and a demodulation reference signal, DM-RS, determining PDSCH RE mapping and quasi co-location of channel state information-reference signal, CSI-RS, and demodulation reference signal, DM-RS, based on the quasi co-location information; and decoding a PDSCH based on the determined PDSCH RE mapping, the determined quasi co-location, and the DCI format 2D, wherein the DCI format 2D is used for activating semi persistent scheduling, SPS, and a cyclic redundancy check, CRC, of the DCI format 2D is scrambled based on a semi persistent scheduling-radio network temporary identifier, SPS C-RNTI. receiving downlink control information, DCI format 2D, which includes physical downlink shared channel resource element, PDSCH RE, mapping and quasi co-location information of a channel state information reference signal, CSI-RS and a demodulation reference signal, DM-RS, determining PDSCH RE mapping and quasi co-location of channel state information-reference signal, CSI-RS, and demodulation reference signal, DM-RS, based on the quasi co-location information; and decoding a PDSCH based on the determined PDSCH RE mapping, the determined quasi co-location, and the DCI format 2D, wherein the DCI format 2D is used for activating semi persistent scheduling, SPS, and a cyclic redundancy check, CRC, of the DCI format 2D is scrambled based on a semi persistent scheduling-radio network temporary identifier, SPS C-RNTI.
Device for lifting axles on one side of lorry trailers, semitrailers, and similar vehicles having a longitudinal chassis rall (A), axles (B), and a pneumatic bellows (C) which is arranged between the latter as a spring element, whereby the air bellows (C) is connected to the central pneumatic system of the vehicle which controls the air pressure in the air bellows (C), characterized In that the device comprises a support , an upper suspension arranged at the upper end of the support , which can be hooked and fixed to the longitudinal chassis rail (A), as well as a lower receiving plate on its lower end, which is arranged approximately 90° with respect to the longitudinal axis of the support and the other end of which faces away from the support and extends below the area of the air bellows (C) to support the alr bellows (C), and which the support is U-shaped, whereby the open side of the U-profile faces the air bellows (C) and the support , the length of which corresponds approximately to the height of the air bellows (C) in the empty, compressed stated, whereby the lower mounting plate is arranged in such a way that it can be pivoted around an axis arranged on the U profile, and with rests arranged In the U profile, which are support and thrust bearings.
A support bar for cable trays, said support bar being a hollow profile extruded from a polymer material in the form of a rail, having an outer perimeter with a rectangular cross-section, and comprising a base wall , two side walls facing one another, and an open wall , said open wall facing said base wall and comprising a continuous opening extending along the entire length of said support bar , such that said open wall has a flat outer surface extending on both sides of said continuous opening , characterized in that said flat outer surface of the open wall comprises striation in the longitudinal direction of said support bar .
A method of producing a lubricating base oil, comprising: providing a feedstock comprising a diesel fraction; subjecting the feedstock to catalytic dewaxing; and recovering a lubricating base oil from a product of the catalytic dewaxing, wherein the feedstock further comprises a fuel oil fraction that is lighter than the diesel fraction. providing a feedstock comprising a diesel fraction; subjecting the feedstock to catalytic dewaxing; and recovering a lubricating base oil from a product of the catalytic dewaxing, wherein the feedstock further comprises a fuel oil fraction that is lighter than the diesel fraction.
Folding table comprising a table top and two U-shaped pairs of legs which are articulated thereto and can be folded in and out, and which in the folded-in position rest against the underside of the table top and lie inside one another over a part of their length, wherein on the respective pair of legs in each case a pivot bracket is articulated, which can be secured in its bar region to the underside of the table top , wherein the respective pair of legs is mounted in its respective bar region in at least one pivot joint on the underside of the table top such that due to the configuration of the pivot joints the respective pair of legs is forcibly displaced axially, i.e. in the direction of the pivot axis, when folding in, wherein the pivot joints of the two pairs of legs are arranged inversely to one another so that the axial displacement takes place in opposite direction, characterised in that the two pairs of legs can be secured in the folded-in and folded-out position by spring action and in that the respective pivot joint has an outer body secured to the underside of the table top and an inner body mounted pivotably inside the outer body , which inner body is connected in a rotationally secure manner to the bar region of the associated pair of legs , wherein the outer body and the inner body have a mutually complementary inner or outer contour , which causes an axial movement between the outer and inner body during the pivoting movement.
Method for determining a characteristic temperature (T j ) of an electric or electronic system, wherein the method comprises - during operation of the system, measuring one or more characteristic parameters of the system; - estimating the characteristic temperature (T j ) based on a thermal model (M_th) of the system and a first subset of the measured characteristic parameters; - predicting a first value (V1) for a temperature-sensitive electrical parameter, TSEP, based on a TSEP model (M_TSEP) and the estimated characteristic temperature (T j ); - determining a second value (V2) for the TSEP based on a second subset of the measured characteristic parameters; - comparing the first value (V1) and the second value (V2) for the TSEP; and - adapting the thermal model (M_th) or the TSEP model (M_TSEP) based on a result of the comparison. - during operation of the system, measuring one or more characteristic parameters of the system; - estimating the characteristic temperature (T j ) based on a thermal model (M_th) of the system and a first subset of the measured characteristic parameters; - predicting a first value (V1) for a temperature-sensitive electrical parameter, TSEP, based on a TSEP model (M_TSEP) and the estimated characteristic temperature (T j ); - determining a second value (V2) for the TSEP based on a second subset of the measured characteristic parameters; - comparing the first value (V1) and the second value (V2) for the TSEP; and - adapting the thermal model (M_th) or the TSEP model (M_TSEP) based on a result of the comparison.
An exhaust gas system for conveying exhaust gas from an engine to the ambient , the exhaust gas system having an exhaust pipe and a tail pipe wherein the tail pipe is disposed downstream the exhaust pipe , the tail pipe in use being tiltable between a first raised position (A) and a second tilted position (B) such that the tail pipe in both the first raised position (A) and the second tilted position (B) is adapted to convey exhaust gas there through, characterized in that in both the first raised position (A) and the second tilted position (B) an air inlet is provided between the exhaust pipe and the tail pipe , and in that an exhaust gas conveyor is located such that in the second tilted position (B) the exhaust gas conveyor conveys exhaust gas from the exhaust pipe to the tail pipe past the air inlet .
An implantable article comprising: an expanded polytetrafluoroethylene (ePTFE) tube comprising a first end having a smaller diameter, a second end having a larger diameter and a first length portion having the smaller diameter; and a tapered length portion between the first end and the second end, wherein the tapered length portion comprises a greater rapid recovery property than the first length portion. an expanded polytetrafluoroethylene (ePTFE) tube comprising a first end having a smaller diameter, a second end having a larger diameter and a first length portion having the smaller diameter; and a tapered length portion between the first end and the second end, wherein the tapered length portion comprises a greater rapid recovery property than the first length portion.
A device having a drug delivery coating comprising (a) a first coated layer comprising (a1) a non-ionic polymer comprising one or more chemical groups selected from the group consisting of amides, ethers, and alcohols, and (a2) photoreactive groups, wherein the photoreactive groups are pendent from the non-ionic polymer or from a cross-linking agent, wherein the cross-linking agent comprises at least two photoreactive groups, or both; (b) a second coated layer that is in direct contact with the first coated layer, the second coated layer comprising an acid polymer, wherein the first coated layer is between the second coated layer and a device surface, and wherein the acid polymer is present in the second coated layer in an amount in the range of 50-100% (wt) of the total polymeric content of the second coated layer; (c) a particle comprising a hydrophobic therapeutic agent; and (d) a cationic agent; wherein the cationic agent is associated with the particle, and the particle is within the second coated layer, associated with an outer surface of the second coated layer, or associated with an optional coated layer that is distal to the second coated layer, wherein the device surface to the second coated layer represents a proximal to distal direction, respectively. (a) a first coated layer comprising (a1) a non-ionic polymer comprising one or more chemical groups selected from the group consisting of amides, ethers, and alcohols, and (a2) photoreactive groups, wherein the photoreactive groups are pendent from the non-ionic polymer or from a cross-linking agent, wherein the cross-linking agent comprises at least two photoreactive groups, or both; (b) a second coated layer that is in direct contact with the first coated layer, the second coated layer comprising an acid polymer, wherein the first coated layer is between the second coated layer and a device surface, and wherein the acid polymer is present in the second coated layer in an amount in the range of 50-100% (wt) of the total polymeric content of the second coated layer; (c) a particle comprising a hydrophobic therapeutic agent; and (d) a cationic agent; wherein the cationic agent is associated with the particle, and the particle is within the second coated layer, associated with an outer surface of the second coated layer, or associated with an optional coated layer that is distal to the second coated layer, wherein the device surface to the second coated layer represents a proximal to distal direction, respectively.
A dental surgical template for fitting to a 3D supporting surface defined by a part of an intra-oral cavity, the surgical template having a body that includes one or more guiding features for guiding one or more dental instruments and a set of at least seven contact features , each contact feature being configured to contact a rigid part of the 3D supporting surface with a point contact being a point to area contact with each point contact being configured to contact the rigid part of the 3D supporting surface in a singular point contact and the body connecting the set of contact features and the one or more guiding features into a single part, the dental surgical template with the set of contact features being configured to co-operate with the 3D supporting surface to achieve form-closure when the surgical template is installed on the 3D supporting surface whereby the body is configured not to be in contact with the 3D supporting surface, and a clamping mechanism through temporary deformation of the surgical template such that one or more contact features can be snapped onto the rigid part of the 3D supporting surface fulfilling a condition for form closure, wherein form-closure is the condition where the surgical template cannot be removed from the 3D supporting surface in any direction by any external force acting on the template , i.e. any combination of force magnitude and force direction and force location, without deforming the 3D supporting surface or without deforming the surgical template , the latter including displacement of the position of the contact features with respect to the body of the surgical template .
Windshield wiper , comprising : - a blade for wiping a windshield , and - a body supporting the blade ; wherein the windshield wiper comprises a plurality of pistons distributed all along the blade for pressing the blade against the windshield , characterized in that the pistons are more numerous in certain areas of the blade . - a blade for wiping a windshield , and - a body supporting the blade ; wherein the windshield wiper comprises a plurality of pistons distributed all along the blade for pressing the blade against the windshield , characterized in that the pistons are more numerous in certain areas of the blade .
A composition for the non-pyrotechnic generation of capsaicinoid-containing smoke, the composition comprising: (a) a monomer compound that exothermically polymerizes upon initiation with an initiator compound; (b) an initiator compound that initiates polymerization of the monomer compound, said initiator present at a mass concentration that is at least 5% the mass concentration of the monomer compound; and (c) a capsaicinoid compound in an amount effective to produce an irritant effect in the smoke. (a) a monomer compound that exothermically polymerizes upon initiation with an initiator compound; (b) an initiator compound that initiates polymerization of the monomer compound, said initiator present at a mass concentration that is at least 5% the mass concentration of the monomer compound; and (c) a capsaicinoid compound in an amount effective to produce an irritant effect in the smoke.
Triheptanoin for use in treating, preventing and/or delaying the onset of a motor neuron disease (MND) in an animal, wherein a therapeutically effective amount of triheptanoin is for administration to said animal, to thereby treat, prevent and/or delay the onset of the motor neuron disease (MND) in said animal.
An electrode arrangement for stimulating and recording electrical signals in biological matter, said electrode arrangement comprising: an array of electrodes , wherein electrodes in the array are configured to be switchable between stimulating and recording of electrical signals; a control unit for controlling functionality of electrodes in the array of electrodes , wherein the control unit is configured to select a plurality of electrodes of the array to be included in a group forming a combined macroelectrode site for providing a stimulating signal, wherein the control unit is further configured to determine at least one perimeter electrode within the selected plurality of electrodes and at least one central electrode within the selected plurality of electrodes , wherein the perimeter electrode is arranged at a perimeter of the combined macroelectrode site and the central electrode is arranged centrally within the combined macroelectrode site , and wherein the control unit is further configured to provide individually controlled stimulation signals to the selected plurality of electrodes , characterized in that the stimulation signal provided to the at least one perimeter electrode has a lower magnitude than the stimulation signal provided to the at least one central electrode . an array of electrodes , wherein electrodes in the array are configured to be switchable between stimulating and recording of electrical signals; a control unit for controlling functionality of electrodes in the array of electrodes , wherein the control unit is configured to select a plurality of electrodes of the array to be included in a group forming a combined macroelectrode site for providing a stimulating signal, wherein the control unit is further configured to determine at least one perimeter electrode within the selected plurality of electrodes and at least one central electrode within the selected plurality of electrodes , wherein the perimeter electrode is arranged at a perimeter of the combined macroelectrode site and the central electrode is arranged centrally within the combined macroelectrode site , and wherein the control unit is further configured to provide individually controlled stimulation signals to the selected plurality of electrodes , characterized in that the stimulation signal provided to the at least one perimeter electrode has a lower magnitude than the stimulation signal provided to the at least one central electrode .