mhurhangee/ep-ind-claims huggingface dataset:
Inspection device for the optical inspection, more particularly deflectometric inspection, of an object, having a housing, wherein the housing is a hollow body with an opening, wherein the object is positionable in the opening for inspection purposes, having a main camera, wherein the main camera has a recording direction and a recording plane, wherein the main camera is arranged with the recording direction towards the opening of the housing, wherein the inspection device comprises a plurality of light sources, wherein the light sources are arranged around the opening, wherein the light sources are designed for variable illumination of the recording plane, wherein the main camera is designed to record a plurality of object images for the object located in the recording plane, having an evaluation unit, wherein the evaluation unit is designed to determine a topography of the object on the basis of the object images, characterized in that the housing has a cutout, wherein the cutout forms a feed-through and/or receptacle for a holder and/or handling device of the object, wherein the housing has an edge, wherein the edge forms the boundary of the housing with respect to the opening, wherein the light sources are arranged along the edge, wherein the light sources have an emission direction, wherein the emission direction of each light source includes a respective illumination angle with the recording direction, wherein the illumination angle of at least one of the light sources is adjustable. having a housing, wherein the housing is a hollow body with an opening, wherein the object is positionable in the opening for inspection purposes, having a main camera, wherein the main camera has a recording direction and a recording plane, wherein the main camera is arranged with the recording direction towards the opening of the housing, wherein the inspection device comprises a plurality of light sources, wherein the light sources are arranged around the opening, wherein the light sources are designed for variable illumination of the recording plane, wherein the main camera is designed to record a plurality of object images for the object located in the recording plane, having an evaluation unit, wherein the evaluation unit is designed to determine a topography of the object on the basis of the object images, characterized in that the housing has a cutout, wherein the cutout forms a feed-through and/or receptacle for a holder and/or handling device of the object, wherein the housing has an edge, wherein the edge forms the boundary of the housing with respect to the opening, wherein the light sources are arranged along the edge, wherein the light sources have an emission direction, wherein the emission direction of each light source includes a respective illumination angle with the recording direction, wherein the illumination angle of at least one of the light sources is adjustable.
Housing of a fluid energy machine (TFEM), which extends along a longitudinal axis, comprising: - a housing casing, which extends axially, - a housing cover for closing a housing opening at the axial end face of the housing casing, - an annular insert, which extends in a circumferential direction in the housing and bears against the housing casing and against the housing cover, - a first seal between the housing cover and the housing casing, characterized by - a second seal, between the housing casing and the annular insert, and - a third seal between the housing cover and the annular insert, the housing comprising a sealed intermediate space, which is sealed by the first seal, the second seal and the third seal and is delimited by the housing casing, the housing cover and the annular insert and this intermediate space being connected to a monitoring line, which connects the intermediate space to a monitoring unit, which sends a signal to a controller if a process fluid enters the intermediate space from an interior of the housing. - a housing casing, which extends axially, - a housing cover for closing a housing opening at the axial end face of the housing casing, - an annular insert, which extends in a circumferential direction in the housing and bears against the housing casing and against the housing cover, - a first seal between the housing cover and the housing casing, - a second seal, between the housing casing and the annular insert, and - a third seal between the housing cover and the annular insert, the housing comprising a sealed intermediate space, which is sealed by the first seal, the second seal and the third seal and is delimited by the housing casing, the housing cover and the annular insert and this intermediate space being connected to a monitoring line, which connects the intermediate space to a monitoring unit, which sends a signal to a controller if a process fluid enters the intermediate space from an interior of the housing.
A method for producing an acrylamide polymer comprising steps of: hydrating acrylonitrile containing oxazole at a concentration of 5 mg/kg or less and hydrogen cyanide at a concentration of 1 mg/kg or less by an enzymatic method to yield acrylamide; and polymerizing monomers containing the acrylamide.
Container treatment machine of the rotary type for treating containers, including a rotor element (5, 27.1) capable of being driven about a vertical machine axis and serving as a container carrier or comprising a container carrier, and including at least one carrier element (6, 19, 34), also capable of being driven such as to rotate about the vertical machine axis for at least one function element of the machine, for example, for at least one function element interacting with the containers, wherein the rotor element (5, 27.1) and the at least one carrier element (6, 19, 34) are configured as independent circulating elements, which in each case are mounted such as to be rotatable about the vertical machine axis independently of one another, characterised in that the at least one rotor element is configured as annular and with its annular axis coaxial with the machine axis and/or that the at least one carrier element (19, 34) is configured as annular and concentrically surrounding the machine axis.
A wind turbine comprising a hub rotatably mounted on a frame, wherein the hub comprises a bearing (4, 5; 35) arranged around the frame, a main hub body extending in an axial direction from a front end to a rear end, and including a central opening for fitting the main hub body around the bearing (4, 5; 35), wherein a bearing adapter (9, 10; 19) is attached to the bearing (4, 5; 35), and wherein the bearing adapter (9, 10; 19) is in contact with and fixed to an axially facing surface (11, 12) of the main hub body.
A welding torch handle, comprising: a housing having an access port and a cap holder; and a cover cap configured to move between a closed position, where the cover cap covers the access port, and an open position, where the cover cap uncovers the access port, characterized in that the cap holder is configured to engage the cover cap when the cover cap is in the open position so as to hold the cover cap in the open position, wherein the cover cap further includes a latch configured to engage the housing when the cover cap is in the closed position so as to hold the cover cap in the closed position, and wherein the housing further includes a second cap holder configured to engage the cover cap when the cover cap is in a second open position so as to hold the cover cap in the second open position. a housing having an access port and a cap holder; and a cover cap configured to move between a closed position, where the cover cap covers the access port, and an open position, where the cover cap uncovers the access port, characterized in that the cap holder is configured to engage the cover cap when the cover cap is in the open position so as to hold the cover cap in the open position, wherein the cover cap further includes a latch configured to engage the housing when the cover cap is in the closed position so as to hold the cover cap in the closed position, and wherein the housing further includes a second cap holder configured to engage the cover cap when the cover cap is in a second open position so as to hold the cover cap in the second open position.
A method for controlling a motor in an electrical power steering system, comprising: generating a damping torque command to send to the motor for reducing an undesired torque; and generating an assist torque command (222, 224, 226) that specifies a desired torque to be generated by the motor; characterized by determining whether to send the damping torque command to the motor as a function of a hand wheel velocity and a hand wheel angle; and combining the assist torque command (222, 224, 226) and the damping torque command to send to the motor when it is determined that the damping torque command is to be sent to the motor; determining a current assist mode from a plurality different assist modes that correspond to different operational statuses of a vehicle that includes the electric power steering system; identifying a change in the current assist mode from a first assist mode of the plurality of different assist modes to a second assist mode of the plurality of different assist modes; and determining to send the damping torque command to the motor when a transition from the first assist mode to the second assist mode is deemed incomplete and when the current assist mode corresponds to an operational status that indicates an abnormality in the vehicle. generating a damping torque command to send to the motor for reducing an undesired torque; and generating an assist torque command (222, 224, 226) that specifies a desired torque to be generated by the motor; characterized by determining whether to send the damping torque command to the motor as a function of a hand wheel velocity and a hand wheel angle; and combining the assist torque command (222, 224, 226) and the damping torque command to send to the motor when it is determined that the damping torque command is to be sent to the motor; determining a current assist mode from a plurality different assist modes that correspond to different operational statuses of a vehicle that includes the electric power steering system; identifying a change in the current assist mode from a first assist mode of the plurality of different assist modes to a second assist mode of the plurality of different assist modes; and determining to send the damping torque command to the motor when a transition from the first assist mode to the second assist mode is deemed incomplete and when the current assist mode corresponds to an operational status that indicates an abnormality in the vehicle.
An insert element for frameworks, in particular racks, for use in the information and network technology, comprising a plurality of insertion slots and cable storage elements, which are insertable in the insertion slots and received in the insertion slots, characterized in that in the cable storage elements a cable is each accommodated, the two cable ends (8,9) of which are guided to the outside via openings provided in the end face of the cable storage element and can be pulled out of the cable storage element at variable lengths, wherein the cable in the cable storage element is guided around at least one roller displaceable against the force of a spring element and preferably fastened to the spring element, and on its end located opposite the roller is guided around a deflection element, said deflection element being preferably configured as a stationary element, in particular a stationary roller, and wherein the two cable ends (8,9) can each be pulled out of the cable storage element independently of each other against the force of a spring, wherein the roller, which is displaceable against the force of the spring element and, in particular, fastened to the spring element, comprises at least one partition element, which functions as partition wall between the cable portion guided around the roller and is preferably disposed in the middle of the roller.
An ophthalmic element comprising an at least partial coating comprising an at least partially ordered alignment medium on at least a portion of at least one exterior surface of the ophthalmic element; and an at least partial coating adapted to polarize at least transmitted radiation on at least a portion of the at least partial coating comprising the at least partially ordered alignment medium characterized in that the alignment medium is selected from liquid crystal monomers, thermotropic liquid crystal polymers and thermotropic liquid crystal pre-polymers.
A method for eliminating direct current offset, comprising: calculating Euclidean distances between every two demodulation symbols of a plurality of demodulation symbols based on Quadrature Phase Shift Keying (QPSK) modulation; determining four sets from the plurality of demodulation symbols in accordance with the Euclidean distances between the demodulation symbols, each set corresponding to a modulation direction for the QPSK modulation performing Euclidean distance weighted summation on the determined four sets respectively, and selecting a demodulation symbol with the minimum weighted summation value from each set as a rough estimation point for the QPSK modulation, so as to obtain four rough estimation points; re-determining four sets from the plurality of demodulation symbols in accordance with the Euclidean distances between the demodulation symbols and the rough estimation points; performing Euclidean distance weighted summation on the re-determined four sets respectively, and selecting a demodulation symbol with the minimum weighted summation value from each set as a precise estimation point, so as to obtain four precise estimation points; and performing direct current offset calculation and compensation in accordance with the precise estimation points. calculating Euclidean distances between every two demodulation symbols of a plurality of demodulation symbols based on Quadrature Phase Shift Keying (QPSK) modulation; determining four sets from the plurality of demodulation symbols in accordance with the Euclidean distances between the demodulation symbols, each set corresponding to a modulation direction for the QPSK modulation performing Euclidean distance weighted summation on the determined four sets respectively, and selecting a demodulation symbol with the minimum weighted summation value from each set as a rough estimation point for the QPSK modulation, so as to obtain four rough estimation points; re-determining four sets from the plurality of demodulation symbols in accordance with the Euclidean distances between the demodulation symbols and the rough estimation points; performing Euclidean distance weighted summation on the re-determined four sets respectively, and selecting a demodulation symbol with the minimum weighted summation value from each set as a precise estimation point, so as to obtain four precise estimation points; and performing direct current offset calculation and compensation in accordance with the precise estimation points.
A package comprising: a first compartment and a second compartment; a connecting portion between the first and second compartments (12,14) such that the compartments (12,14) are configured to be moved between a closed configuration with the first and second compartments (12,14) adjacent one another and an open configuration with the first and second compartments (12,14) moved apart; and a reclosable adhesive-based fastener including opposing portions of adhesive arranged on the first and second compartments (12,14) so that the opposing portions of adhesive are adhered together when the package is in the closed configuration and configured for repeated peel and reseal bonding to allow repeated opening and closing of the package. a first compartment and a second compartment; a connecting portion between the first and second compartments (12,14) such that the compartments (12,14) are configured to be moved between a closed configuration with the first and second compartments (12,14) adjacent one another and an open configuration with the first and second compartments (12,14) moved apart; and a reclosable adhesive-based fastener including opposing portions of adhesive arranged on the first and second compartments (12,14) so that the opposing portions of adhesive are adhered together when the package is in the closed configuration and configured for repeated peel and reseal bonding to allow repeated opening and closing of the package.
A self-inflating tire assembly comprising: a tire having a tire cavity, first and second sidewalls extending respectively from first and second tire bead regions to a tire tread region; and an air passageway having an inlet end and an outlet end, the air passageway being composed of or established by a flexible material operative to open and close when the tire rotates, wherein the inlet end is connected to an outlet port of a regulator device, and the outlet end is in fluid communication with the tire cavity; wherein the regulator device comprises a regulator body having an interior chamber, a pressure membrane is mounted in the interior chamber and positioned to open and close the outlet port mounted in the interior chamber, wherein the pressure membrane is in fluid communication with the tire cavity; wherein the body of the regulator device is connected to a first flexible duct having an internal passageway, wherein the first flexible duct has a first end connected to an inlet filter assembly, wherein the inlet filter assembly is in fluid communication with outside air supply, and wherein a second end of the first flexible duct is connected to an opening of the interior chamber of the regulator device. a tire having a tire cavity, first and second sidewalls extending respectively from first and second tire bead regions to a tire tread region; and an air passageway having an inlet end and an outlet end, the air passageway being composed of or established by a flexible material operative to open and close when the tire rotates, wherein the inlet end is connected to an outlet port of a regulator device, and the outlet end is in fluid communication with the tire cavity; wherein the regulator device comprises a regulator body having an interior chamber, a pressure membrane is mounted in the interior chamber and positioned to open and close the outlet port mounted in the interior chamber, wherein the pressure membrane is in fluid communication with the tire cavity; wherein the body of the regulator device is connected to a first flexible duct having an internal passageway, wherein the first flexible duct has a first end connected to an inlet filter assembly, wherein the inlet filter assembly is in fluid communication with outside air supply, and wherein a second end of the first flexible duct is connected to an opening of the interior chamber of the regulator device.
A process for alkane (amm)oxidation to unsaturated carboxylic acids or nitriles comprising: i. reacting an alkane with oxygen, oxygen and ammonia, or an oxygen and ammonia containing gas in the presence of an oxidation catalyst to yield a product comprising at least one unsaturated carboxylic acid or nitrile and a concentration of saturated carboxylic acid or nitrile comprising a sulfur impurity concentration; and ii. lowering the sulfur impurity concentration by a continuous absorption process. i. reacting an alkane with oxygen, oxygen and ammonia, or an oxygen and ammonia containing gas in the presence of an oxidation catalyst to yield a product comprising at least one unsaturated carboxylic acid or nitrile and a concentration of saturated carboxylic acid or nitrile comprising a sulfur impurity concentration; and ii. lowering the sulfur impurity concentration by a continuous absorption process.
A connector for vehicular hose connection, comprising: a sleeve having, at one end, a nipple, to which a hose is coupled, and a protruding annular stopper formed in the middle; a housing, in which the sleeve is accommodated, and which has a nipple coupled to another hose at one end of the housing, a through hole correspondingly formed in the outer circumferential surface of the housing, an enlarged protrusion on the outer circumferential surface adjacent to the through hole, and a flange formed on the opposite side of the nipple; an O-ring installed between the sleeve and housing so as to maintain airtightness therebetween; and a locker, which is rotatably coupled to the outer circumferential surface of the housing, has an elastic piece bending inwards so as to be positioned within the through hole of the housing and having a stopper protrusion for supporting one end of the protruding annular stopper formed on the sleeve, and integrates the sleeve and housing, wherein a guide protrusion is formed on the outer circumferential surface of the housing, and when the locker is coupled to the housing, the guide protrusion is stopped against one surface formed on a cutout of the locker to prevent the locker from leaving. a sleeve having, at one end, a nipple, to which a hose is coupled, and a protruding annular stopper formed in the middle; a housing, in which the sleeve is accommodated, and which has a nipple coupled to another hose at one end of the housing, a through hole correspondingly formed in the outer circumferential surface of the housing, an enlarged protrusion on the outer circumferential surface adjacent to the through hole, and a flange formed on the opposite side of the nipple; an O-ring installed between the sleeve and housing so as to maintain airtightness therebetween; and a locker, which is rotatably coupled to the outer circumferential surface of the housing, has an elastic piece bending inwards so as to be positioned within the through hole of the housing and having a stopper protrusion for supporting one end of the protruding annular stopper formed on the sleeve, and integrates the sleeve and housing, wherein a guide protrusion is formed on the outer circumferential surface of the housing, and when the locker is coupled to the housing, the guide protrusion is stopped against one surface formed on a cutout of the locker to prevent the locker from leaving.