mhurhangee/patent-ind-claim-en huggingface dataset:
A bogie frame for a railway vehicle , the bogie frame comprising structural members defining the frame , and one or more reinforcing components joining the structural members , the or each reinforcing component comprising: a first fibre-reinforced plastic layer having spaced first and second end portions , the first end portion attaching to a first structural member of the bogie frame , and the second end portion attaching to a second structural member of the bogie frame , wherein the first and second structural members are also joined together by one or more fastening bolts ; and a second fibre-reinforced plastic layer disposed on a mid part of the first fibre-reinforced plastic layer between its first and second end portions such that the first and second end portions are left uncovered by the second fibre-reinforced plastic layer , wherein the second fibre-reinforced plastic layer forms with the mid part of the first fibre-reinforced plastic layer a central portion of the reinforcing component that is stronger than the first and second end portions , and wherein at least the first and second end portions of the first fibre-reinforced plastic layer are transparent or translucent. a first fibre-reinforced plastic layer having spaced first and second end portions , the first end portion attaching to a first structural member of the bogie frame , and the second end portion attaching to a second structural member of the bogie frame , wherein the first and second structural members are also joined together by one or more fastening bolts ; and a second fibre-reinforced plastic layer disposed on a mid part of the first fibre-reinforced plastic layer between its first and second end portions such that the first and second end portions are left uncovered by the second fibre-reinforced plastic layer , wherein the second fibre-reinforced plastic layer forms with the mid part of the first fibre-reinforced plastic layer a central portion of the reinforcing component that is stronger than the first and second end portions , and wherein at least the first and second end portions of the first fibre-reinforced plastic layer are transparent or translucent.
An axial flow fuel nozzle for a gas turbine, the axial flow fuel nozzle comprising: an annular air passage configured to receive compressor discharge air; a plurality of swirler vane slots ; a first annular passage disposed radially inward of the annular air passage and including first openings positioned adjacent an axial end of the first annular passage and downstream of the plurality of swirler vane slots ; a second annular passage disposed radially inward of the first annular passage and including second openings positioned adjacent an axial end of the second annular passage and downstream of the first openings ; and a nozzle centre body cooperable with the first and second annular passages , the nozzle centre body terminating downstream of the first openings and the second openings ; wherein the first annular passage is coupled with one of a source of liquid fuel and a source of mixed liquid fuel and water; characterized in that the plurality of swirler vane slots is positioned adjacent to a downstream axial end of the annular air passage , closer to the downstream axial end than an upstream axial end; the second annular passage is coupled with a source of water; wherein the first openings are positioned relative to the annular air passage such that air passing through the swirler vane slots at least partially atomizes the liquid fuel flowing through the first openings . an annular air passage configured to receive compressor discharge air; a plurality of swirler vane slots ; a first annular passage disposed radially inward of the annular air passage and including first openings positioned adjacent an axial end of the first annular passage and downstream of the plurality of swirler vane slots ; a second annular passage disposed radially inward of the first annular passage and including second openings positioned adjacent an axial end of the second annular passage and downstream of the first openings ; and a nozzle centre body cooperable with the first and second annular passages , the nozzle centre body terminating downstream of the first openings and the second openings ; wherein the first annular passage is coupled with one of a source of liquid fuel and a source of mixed liquid fuel and water; characterized in that the plurality of swirler vane slots is positioned adjacent to a downstream axial end of the annular air passage , closer to the downstream axial end than an upstream axial end; the second annular passage is coupled with a source of water; wherein the first openings are positioned relative to the annular air passage such that air passing through the swirler vane slots at least partially atomizes the liquid fuel flowing through the first openings .
An in-vehicle storage unit capable of storing an item to be stored in a vehicle, the in-vehicle storage unit comprising: a storing portion configured to store an item to be stored; an opening formed in the storing portion ; a lid formed on the opening , the lid capable of being opened and closed; and a touch sensor panel capable of sensing a touch operation by an operator, the touch sensor panel being formed in a surface of the lid , wherein the touch sensor panel displays an operation icon on the touch sensor panel , in accordance with a sensing signal of the touch operation, the operation icon includes an opening/closing icon , the lid is connected to an opening/closing mechanism configured to open and close the lid , and the touch sensor panel is connected to a controller configured to control the opening/closing mechanism in accordance with a sensing signal of a touch operation toward the opening/closing icon . a storing portion configured to store an item to be stored; an opening formed in the storing portion ; a lid formed on the opening , the lid capable of being opened and closed; and a touch sensor panel capable of sensing a touch operation by an operator, the touch sensor panel being formed in a surface of the lid , wherein the touch sensor panel displays an operation icon on the touch sensor panel , in accordance with a sensing signal of the touch operation, the operation icon includes an opening/closing icon , the lid is connected to an opening/closing mechanism configured to open and close the lid , and the touch sensor panel is connected to a controller configured to control the opening/closing mechanism in accordance with a sensing signal of a touch operation toward the opening/closing icon .
Process for producing crosslinked polymers, wherein a polyacrylate comprising at least one carboxyl group is at least partially crosslinked by reaction with an at least doubly epoxidized crosslinker, and the at least doubly epoxidized crosslinker is selected from a group encompassing fatty acids, fatty acid esters, fatty alcohols, esters of fatty alcohols and combinations thereof. a polyacrylate comprising at least one carboxyl group is at least partially crosslinked by reaction with an at least doubly epoxidized crosslinker, and the at least doubly epoxidized crosslinker is selected from a group encompassing fatty acids, fatty acid esters, fatty alcohols, esters of fatty alcohols and combinations thereof.
A control information detection method, comprising: determining , by a terminal device, a first search space and a second search space, wherein the first search space is a part of the second search space; detecting , by the terminal device, at least one piece of first-type downlink control information, DCI in the first search space; and detecting , by the terminal device, at least one piece of second-type DCI in the second search space, wherein the first-type DCI is used to schedule data transmission with a first time length, the second-type DCI is used to schedule data transmission with a second time length, and the first time length is less than the second time length; wherein the determining the first search space comprises: determining, by the terminal device, the first search space based on higher layer signaling, wherein, the higher layer signaling indicates at least one of a candidate control channel quantity and an aggregation level of the first search space. determining , by a terminal device, a first search space and a second search space, wherein the first search space is a part of the second search space; detecting , by the terminal device, at least one piece of first-type downlink control information, DCI in the first search space; and detecting , by the terminal device, at least one piece of second-type DCI in the second search space, wherein the first-type DCI is used to schedule data transmission with a first time length, the second-type DCI is used to schedule data transmission with a second time length, and the first time length is less than the second time length; wherein the determining the first search space comprises: determining, by the terminal device, the first search space based on higher layer signaling, wherein, the higher layer signaling indicates at least one of a candidate control channel quantity and an aggregation level of the first search space. determining, by the terminal device, the first search space based on higher layer signaling, wherein, the higher layer signaling indicates at least one of a candidate control channel quantity and an aggregation level of the first search space.
A method of generating an image on a transparent or semitransparent substrate, the method comprising analyzing a first image to be printed on a first side of the substrate to identify a region associated with a predominant color, printing, on the first side of the substrate a color patch with the identified predominant color, printing, on a second side of the substrate opposite to the first side, a test color pattern overlapping with the color patch on the first side of the substrate, determining, in a transmission geometry, a color distribution in the color patch, and generating from the determined color distribution, for the region associated with the predominant color identified in the first image, a transmission mode color profile for printing on the second side of the substrate. analyzing a first image to be printed on a first side of the substrate to identify a region associated with a predominant color, printing, on the first side of the substrate a color patch with the identified predominant color, printing, on a second side of the substrate opposite to the first side, a test color pattern overlapping with the color patch on the first side of the substrate, determining, in a transmission geometry, a color distribution in the color patch, and generating from the determined color distribution, for the region associated with the predominant color identified in the first image, a transmission mode color profile for printing on the second side of the substrate.
An implement system comprising: a first outlet configured to provide at least one nutrient; a second outlet configured to provide seed, wherein the first outlet and the second outlet are laterally separated during simultaneous provision of seed and nutrients; an opener configured to open soil; and a frame member configured to support the opener and the first outlet ; characterized by a carrier configured to be laterally adjustable, coupled to the opener and the first outlet and having a plurality of adjustment positions such that lateral adjustment of the carrier results in a lateral adjustment of the first outlet and an adjustment of a lateral separation between a seed row provided by the second outlet and a nutrient row provided by the first outlet . a first outlet configured to provide at least one nutrient; a second outlet configured to provide seed, wherein the first outlet and the second outlet are laterally separated during simultaneous provision of seed and nutrients; an opener configured to open soil; and a frame member configured to support the opener and the first outlet ; characterized by a carrier configured to be laterally adjustable, coupled to the opener and the first outlet and having a plurality of adjustment positions such that lateral adjustment of the carrier results in a lateral adjustment of the first outlet and an adjustment of a lateral separation between a seed row provided by the second outlet and a nutrient row provided by the first outlet .
Ball joint having a ball pivot and a protective cap for covering regions of the completely assembled ball joint , the protective cap being screwed onto a threaded section of the ball pivot of the ball joint by means of an internal thread which is configured so as to run around it multiple times, and the said protective cap having a radially circumferential first sealing face with respect to a sealing boot of the ball joint , which sealing face extends perpendicularly with respect to the centre line of the said protective cap , characterized in that the protective cap is of completely closed configuration in a lower section which extends from the first sealing face as far as an end-side bottom of the protective cap .
An image acquisition device, comprising: a main body ; a rotating portion provided on the main body; a camera arranged on the rotating portion; and a knob portion provided on the rotating portion at a lateral side of the camera in an axial direction of the rotating portion and arranged at an outer edge of the main body , and the knob portion being configured to drive the rotating portion to rotate, wherein the axial direction comprises a direction in which a connection between the camera and the knob portion is located, characterized in that the knob portion is provided with an adjustment scale configured to measure an adjustment angle of the camera , and wherein the camera protrudes out of the rotating portion , and the main body is provided with a notch adapted to the camera at a position opposite to the camera , the notch being configured to receive the camera when the camera is not used. a main body ; a rotating portion provided on the main body; a camera arranged on the rotating portion; and a knob portion provided on the rotating portion at a lateral side of the camera in an axial direction of the rotating portion and arranged at an outer edge of the main body , and the knob portion being configured to drive the rotating portion to rotate, wherein the axial direction comprises a direction in which a connection between the camera and the knob portion is located, characterized in that the knob portion is provided with an adjustment scale configured to measure an adjustment angle of the camera , and wherein the camera protrudes out of the rotating portion , and the main body is provided with a notch adapted to the camera at a position opposite to the camera , the notch being configured to receive the camera when the camera is not used.
Method for setting the cooling course of rolling material consisting of metal strips or metal sheets over the strip width or width of the sheet in a cooling path of a hot-strip rolling train or heavy-plate rolling train or cooling in continuous annealing / heat treatment, characterised in that the initial enthalpy distribution over the material width of the rolling material is determined prior to cooling, wherein starting therefrom and with consideration of a computation of planarity and/or mechanical properties a target enthalpy distribution is determined in width direction and length direction of the rolling material by a structural model and the coolant quantity and coolant course of the cooling path are set according thereto.
Device for guiding at least one line of an articulated-arm robot, in particular for guiding a hose package of an industrial robot , with a restoring mechanism for exerting a restoring force on the line, wherein the restoring mechanism has - a guide unit and a sliding element , wherein the sliding element is connected to a fastening element for fixing the line and is held on the guide unit displaceably between a first and a second position, - a elastic restoring unit, which is arranged to act between the guide unit and the sliding element in order to exert a restoring force on the sliding element , characterized in that the restoring unit has at least one deflecting element and a flexurally flexible strand-shaped connecting element , which is guided around the deflecting element and is connected to the sliding element and to the guide unit . - a guide unit and a sliding element , wherein the sliding element is connected to a fastening element for fixing the line and is held on the guide unit displaceably between a first and a second position, - a elastic restoring unit, which is arranged to act between the guide unit and the sliding element in order to exert a restoring force on the sliding element , characterized in that
A connector , in particular a push-pull connector, comprising: - a cable feedthrough or cable bushing for receiving a cable end ; and - a first sealing member arranged at least partially between the cable end and the cable bushing , wherein a plurality of pressure elements movable relative to the cable end is arranged at the cable bushing , and is movable into a fastening position in which the inner side of the first sealing element is pressed flatly against the outer side of the cable end by the plurality of pressure elements , and wherein an inner diameter of the first sealing element decreases at least in sections in the cable guiding direction (K) when the plurality of pressure elements is not moved to the fastening position, and wherein the cable guiding direction (K) corresponds to a direction in which the connector extends starting from the cable bushing toward a connecting region of the connector, wherein, when assuming the fastening position by moving the movable pressing members toward the cable end, the inner side of the first sealing member at the section or sections with widened inner diameter can be pressed toward the cable end . - a cable feedthrough or cable bushing for receiving a cable end ; and - a first sealing member arranged at least partially between the cable end and the cable bushing , wherein a plurality of pressure elements movable relative to the cable end is arranged at the cable bushing , and is movable into a fastening position in which the inner side of the first sealing element is pressed flatly against the outer side of the cable end by the plurality of pressure elements , and wherein an inner diameter of the first sealing element decreases at least in sections in the cable guiding direction (K) when the plurality of pressure elements is not moved to the fastening position, and wherein the cable guiding direction (K) corresponds to a direction in which the connector extends starting from the cable bushing toward a connecting region of the connector, wherein, when assuming the fastening position by moving the movable pressing members toward the cable end, the inner side of the first sealing member at the section or sections with widened inner diameter can be pressed toward the cable end .
Combined device with hob and an extractor device with a suction opening integrated into the hob , wherein the hob has at least one cover plate and at least one heating module arranged underneath the at least one cover plate , wherein the hob has at least two cover plates , of which at least one cover plate is movably guided on the combined device , wherein the at least two cover plates are movably mounted on a housing of the combined device , characterised in that at least one of the cover plates in at least one position upwardly covers at least part of the suction opening of the extractor device , and the cover plates abut one another in a rest position with edges facing one another and in an operating position there is a gap between the edges facing one another, said gap being located above the suction opening for drawing air into the extractor device .
A cutting device for engaging a rock face, the cutting device comprising: a disc supported for rotation about an axis of rotation , the disc including a peripheral edge extending around the axis of rotation ; and a plurality of cutting elements secured to the disc , the plurality of cutting elements spaced apart along the peripheral edge of the disc and positioned in a cutting plane , each of the cutting elements including a base portion , a cutting portion including a cutting edge , and a transition portion extending between the base portion and the cutting portion , the transition portion including a tapered surface , a width of the transition portion proximate the cutting portion being larger than a width of the transition portion proximate the base portion , wherein the cutting portion has a width that is larger than a width of the base portion , and wherein the base portion of each cutting element is received within an associated one of a plurality of bores positioned on the peripheral edge , the cutting portion protruding from the bore , the transition portion engaging a tapered surface extending around an opening of the bore , wherein the peripheral edge is formed at a junction between an end surface of the disc and a peripheral surface of the disc extending around the axis of rotation , the peripheral edge having a circular profile. a disc supported for rotation about an axis of rotation , the disc including a peripheral edge extending around the axis of rotation ; and a plurality of cutting elements secured to the disc , the plurality of cutting elements spaced apart along the peripheral edge of the disc and positioned in a cutting plane , each of the cutting elements including a base portion , a cutting portion including a cutting edge , and a transition portion extending between the base portion and the cutting portion , the transition portion including a tapered surface , a width of the transition portion proximate the cutting portion being larger than a width of the transition portion proximate the base portion , wherein the cutting portion has a width that is larger than a width of the base portion , and wherein the base portion of each cutting element is received within an associated one of a plurality of bores positioned on the peripheral edge , the cutting portion protruding from the bore , the transition portion engaging a tapered surface extending around an opening of the bore , wherein the peripheral edge is formed at a junction between an end surface of the disc and a peripheral surface of the disc extending around the axis of rotation , the peripheral edge having a circular profile.
A method comprising: transmitting a firing signal to a laser light source of a LIDAR sensor assembly to cause the laser light source to emit light toward a reference surface mechanically coupled to the LIDAR sensor assembly, the reference surface being part of a stationary portion of the LIDAR sensor assembly, the stationary portion mechanically coupled to a rotatable assembly rotatable relative to the stationary portion, and the stationary portion configured to remain stationary as the rotatable assembly rotates, the rotatable assembly including the laser light source; receiving a signal from a light sensor of the LIDAR sensor assembly; and detecting, based at least in part on the received signal, reflected light corresponding to reflection of the emitted light from the reference surface. transmitting a firing signal to a laser light source of a LIDAR sensor assembly to cause the laser light source to emit light toward a reference surface mechanically coupled to the LIDAR sensor assembly, the reference surface being part of a stationary portion of the LIDAR sensor assembly, the stationary portion mechanically coupled to a rotatable assembly rotatable relative to the stationary portion, and the stationary portion configured to remain stationary as the rotatable assembly rotates, the rotatable assembly including the laser light source; receiving a signal from a light sensor of the LIDAR sensor assembly; and detecting, based at least in part on the received signal, reflected light corresponding to reflection of the emitted light from the reference surface.