mhurhangee/ep-ind-claims huggingface dataset:
Method for winding a coil former, wherein a plurality of windings of a coil wire are introduced into grooves of the coil former by needle winding with a winding device, wherein the coil former is held in a rotationally fixed manner on a rotation device of the winding device, wherein the coil wire is guided by a wire guiding nozzle of the winding device to the coil former, wherein the windings are introduced into the grooves, by carrying out repeatedly alternating rotations of the rotation device to adjust a rotation angle of the coil former about a predetermined angle of rotation and displacements of the wire guiding nozzle along a displacement path to guide the coil wire through in each case one groove, wherein before and/or during the displacement of the wire guiding nozzle along the respective groove the geometry data related to the geometry of the groove are detected by a detection device, characterised in that the displacement path is determined depending on the geometry data by a control and/or that the angle of rotation is determined by a control of the rotation of the rotation device depending on the geometry data, wherein in each case the distance of the wire guiding nozzle from a wall or both walls of the groove is entered into the control as an input variable.
A bellows of a canopy roof of passenger boarding stairs or a passenger boarding bridge or a passage into a building, wherein the bellows comprises several successively arranged frames, wherein all the frames are preferably divided in a plane on two opposite sides, thus forming several bellows parts (2, 3; 101, 102, 103), wherein, as bellows frames (14, 32; 114) with a U-shaped cross-section, the frames grasp strips (15, 33; 133) of a reinforcing material coated with an elastomer, in order to form the folds or corrugations of a folding or corrugated bellows, characterized in that the frames are connected by transition profiles in the area of the division.
User Equipment configured to communicate with a mobile network over a radio interface, the UE comprising: at least one processor; and at least one memory including computer program code executable by the processor; the processor configured to cause the UE to: identify data buffered for one or more applications running on the UE while the UE is in non-connected mode; characterised by: determine, while in non-connected mode, a number of other UEs receiving signaling messages on a control plane to transition from non-connected mode to connected mode; estimate a load on the control plane based on the number of other UEs receiving signaling messages to transition from non-connected mode to connected mode; and defer a transition of the UE from non-connected mode to connected mode to delay a transfer of the data from the UE to the mobile network over the radio interface when the load on the control plane exceeds a threshold. at least one processor; and at least one memory including computer program code executable by the processor; the processor configured to cause the UE to: identify data buffered for one or more applications running on the UE while the UE is in non-connected mode; characterised by: determine, while in non-connected mode, a number of other UEs receiving signaling messages on a control plane to transition from non-connected mode to connected mode; estimate a load on the control plane based on the number of other UEs receiving signaling messages to transition from non-connected mode to connected mode; and defer a transition of the UE from non-connected mode to connected mode to delay a transfer of the data from the UE to the mobile network over the radio interface when the load on the control plane exceeds a threshold. determine, while in non-connected mode, a number of other UEs receiving signaling messages on a control plane to transition from non-connected mode to connected mode; estimate a load on the control plane based on the number of other UEs receiving signaling messages to transition from non-connected mode to connected mode; and defer a transition of the UE from non-connected mode to connected mode to delay a transfer of the data from the UE to the mobile network over the radio interface when the load on the control plane exceeds a threshold.
A light diffusion film for diffusing incident light into an elliptical shape, containing, inside the film, a structure composed of a plurality of objects with comparatively high refractive index, arranged in multiple rows in a region with comparatively low refractive index along any one arbitrary direction along the film plane, wherein the objects with comparatively high refractive index have a flaky shape having a columnar structure with a substantially rectangular cross section which is parallel to the film plane, the length L of the flaky-shaped objects in an arrangement direction along the film plane of the flaky-shaped objects is lengthened downward from the upper end side in the thickness direction of the light diffusion film, wherein, if T 50 (μm) is the width along the film plane of the flaky-shaped objects at a position of 50 μm below the upper end of the flaky-shaped objects in the direction of the thickness of the light diffusion film, and if L 50 (μm) is the length along the film plane of the flaky-shaped objects in the arrangement direction of the flaky-shaped objects at the same position and if P 50 (μm) is the distance between the plurality of flaky-shaped objects in the arrangement direction along the film plane of the flaky-shaped objects at the same position, T 50 is adjusted to a value in the range of 0.1 to 15 μm characterized in that L 50 is adjusted to a value in the range of 0.11 to 300 μm and P 50 is adjusted to a value in the range of 0.1 to 100 μm, and the following relation is satisfied: 0.05 ≦ T 50 / L 50 < 0.9
A method of providing an image, the method being executed by an image capture apparatus, the method comprising: receiving, by the image capture apparatus from a mobile device, a first input instructing the image capture apparatus to initiate capturing of a sequence of images, where the first input is when a shutter button of the mobile device is pressed; capturing the sequence of images, in response to the first input; transmitting the sequence of images to the mobile device; receiving, by the image capture apparatus from the mobile device during capturing the sequence of images in response to the first input, a second input instructing the image capture apparatus to select at least one image of the sequence of images, where the second input is when the shutter button is held and released; and selecting the at least one image of the sequence of images based on a time at which the second input is received by the image capture apparatus; wherein the at least one image of the sequence of images is captured prior to the time at which the second input is received by the image capture apparatus; and wherein the method further comprises: if the at least one image is a portrait image, detecting information of a person in the at least one image using face detection; and transmitting the at least one image to a person corresponding to the information detected in the at least one image by email based on information in an address book stored at the image capturing apparatus. receiving, by the image capture apparatus from a mobile device, a first input instructing the image capture apparatus to initiate capturing of a sequence of images, where the first input is when a shutter button of the mobile device is pressed; capturing the sequence of images, in response to the first input; transmitting the sequence of images to the mobile device; receiving, by the image capture apparatus from the mobile device during capturing the sequence of images in response to the first input, a second input instructing the image capture apparatus to select at least one image of the sequence of images, where the second input is when the shutter button is held and released; and selecting the at least one image of the sequence of images based on a time at which the second input is received by the image capture apparatus; wherein the at least one image of the sequence of images is captured prior to the time at which the second input is received by the image capture apparatus; and if the at least one image is a portrait image, detecting information of a person in the at least one image using face detection; and transmitting the at least one image to a person corresponding to the information detected in the at least one image by email based on information in an address book stored at the image capturing apparatus.
A method of quantifying an individual's smoking behavior comprising: obtaining a plurality of samples of exhaled air from the individual over a period of time and recording a collection time associated with each sample of exhaled air; measuring an amount of exhaled carbon monoxide for each of the samples of exhaled air; compiling a dataset comprising the amount of exhaled carbon monoxide and the collection time for each sample of the plurality of samples of exhaled air; quantifying an exposure of exhaled carbon monoxide over an interval of time (416-418; 418-420) within the period of time, wherein quantifying the exposure of exhaled carbon monoxide comprises correlating a function of exhaled carbon monoxide versus time over the period of time using the dataset and obtaining an area of exhaled carbon monoxide and time under a curve defined by the function over the interval of time, and assigning an exhaled carbon monoxide load to the interval of time based on the area; and displaying the exhaled carbon monoxide load. obtaining a plurality of samples of exhaled air from the individual over a period of time and recording a collection time associated with each sample of exhaled air; measuring an amount of exhaled carbon monoxide for each of the samples of exhaled air; compiling a dataset comprising the amount of exhaled carbon monoxide and the collection time for each sample of the plurality of samples of exhaled air; quantifying an exposure of exhaled carbon monoxide over an interval of time (416-418; 418-420) within the period of time, wherein quantifying the exposure of exhaled carbon monoxide comprises correlating a function of exhaled carbon monoxide versus time over the period of time using the dataset and obtaining an area of exhaled carbon monoxide and time under a curve defined by the function over the interval of time, and assigning an exhaled carbon monoxide load to the interval of time based on the area; and displaying the exhaled carbon monoxide load.
Method of controlling a rolling train, preferably a cold-rolling train, which comprises one or more roll stands each with two working rolls forming a rolling gap through which a strip to be rolled is transportable, wherein one or both working rolls is or are movable so that the rolling gap is settable, and the method comprises: providing a reference speed which is a parameter for drive control of the rolling train; measuring the speed of the rolled strip prior to entry into the rolling gap; and measuring the thickness of the rolled strip prior to entry into the rolling gap; characterised in that the method further comprises: setting the rolling gap of one or more roll stands in the rolling train on the basis of the measured speed and thickness prior to entry into the rolling gap as well as of the reference speed, so that the control is carried out without consideration of an exit-side strip speed which is possibly measured or calculated from actual variables of the rolling train. providing a reference speed which is a parameter for drive control of the rolling train; measuring the speed of the rolled strip prior to entry into the rolling gap; and measuring the thickness of the rolled strip prior to entry into the rolling gap; characterised in that the method further comprises: setting the rolling gap of one or more roll stands in the rolling train on the basis of the measured speed and thickness prior to entry into the rolling gap as well as of the reference speed, so that the control is carried out without consideration of an exit-side strip speed which is possibly measured or calculated from actual variables of the rolling train.
A wheel end assembly for a vehicle, the wheel end assembly being configured to be supported by a central wheel support member such as a spindle or a steering knuckle, the wheel end assembly comprising: - a wheel end bearing (50, 60) configured to be arranged concentrically around the central wheel support member, - a hub casing including a first material and a different second material joined together as a single piece, the hub casing comprising a radially external body of said first material and a radially internal tubular core of said second material, the tubular core being provided concentrically around the wheel end bearing, and - an annular seal (80, 90) which is concentric with the wheel end bearing and the hub casing, wherein the annular seal has a radial extension from the wheel end bearing towards and into contact with one of the external body and the tubular core, and wherein the annular seal is spaced apart from the other one of the external body and the tubular core, characterized in that the wheel end bearing (50, 60) comprises roller elements accommodated between an inner race-forming part (52, 62) and an outer race-forming part (54, 64) surrounding the inner race-forming part, wherein the inner race-forming part is configured to be supported by the central wheel support member. - a wheel end bearing (50, 60) configured to be arranged concentrically around the central wheel support member, - a hub casing including a first material and a different second material joined together as a single piece, the hub casing comprising a radially external body of said first material and a radially internal tubular core of said second material, the tubular core being provided concentrically around the wheel end bearing, and - an annular seal (80, 90) which is concentric with the wheel end bearing and the hub casing, wherein the annular seal has a radial extension from the wheel end bearing towards and into contact with one of the external body and the tubular core, and wherein the annular seal is spaced apart from the other one of the external body and the tubular core,
A cooking system having adjustable oven cooking zones (82, 84; 182, 184), the system comprising: a spiral stack (22; 122) disposed within a cooking oven chamber, the spiral stack (22; 122) including a plurality of tiers (36; 136); a circulation system for delivering gaseous cooking medium to the spiral stack (22; 122) in the cooking oven chamber; characterized by: a mezzanine assembly including an inner mezzanine (80; 180) and an outer mezzanine (48; 148), wherein the position of the inner mezzanine (80; 180) is movable relative to the position of the outer mezzanine (48; 148). a spiral stack (22; 122) disposed within a cooking oven chamber, the spiral stack (22; 122) including a plurality of tiers (36; 136); a circulation system for delivering gaseous cooking medium to the spiral stack (22; 122) in the cooking oven chamber; characterized by: a mezzanine assembly including an inner mezzanine (80; 180) and an outer mezzanine (48; 148), wherein the position of the inner mezzanine (80; 180) is movable relative to the position of the outer mezzanine (48; 148). a mezzanine assembly including an inner mezzanine (80; 180) and an outer mezzanine (48; 148), wherein the position of the inner mezzanine (80; 180) is movable relative to the position of the outer mezzanine (48; 148).
An excavating tool for a tunnel boring machine, comprising: - a drag bit for attacking the land to be excavated, - a mounting bracket for mounting the drag bit, the mounting bracket being provided so as to be permanently fixed to a cutting head of the tunnel boring machine, the mounting bracket and the drag bit being shaped so as to be engaged with each other so as to fixably bind the drag bit with the mounting bracket in all the directions of space except in a disengagement direction, and - a screw for removably attaching the drag bit to the mounting bracket, the screw being provided with threading which is screwed into a tapped hole of the drag bit, the disengagement direction being transverse to the central axis of this tapped hole, wherein, in a mounted configuration of the excavating tool, the drag bit is in direct mechanical engagement with the mounting bracket in the directions other than the disengagement direction and the screw interferes with the mounting bracket in the disengagement direction for blocking the drag bit with respect to the mounting bracket, characterized in that the tapped hole of the drag bit and the threading of the screw are designed for, by screwing-unscrewing, maintaining the drag bit and the screw secured to each other while having the excavating tool pass between the mounted configuration and a disassembled configuration in which the screw does not interfere with the mounting bracket in the disengagement direction so that, by driving only in the disengagement direction, the drag bit and the screw are disengaged from the mounting bracket, while by driving only in a direction opposite to the disengagement direction, the drag bit and the screw are mounted on the mounting bracket. - a drag bit for attacking the land to be excavated, - a mounting bracket for mounting the drag bit, the mounting bracket being provided so as to be permanently fixed to a cutting head of the tunnel boring machine, the mounting bracket and the drag bit being shaped so as to be engaged with each other so as to fixably bind the drag bit with the mounting bracket in all the directions of space except in a disengagement direction, and - a screw for removably attaching the drag bit to the mounting bracket, the screw being provided with threading which is screwed into a tapped hole of the drag bit, the disengagement direction being transverse to the central axis of this tapped hole,
A method of joining under ambient conditions, comprising using one or more undercooled liquid metallic core-shell particles comprising a core and an outer shell, in a manner to join one or more metallic and/or nonmetallic components by rupturing the outer shell of the undercooled core-shell particles to release the undercooled liquid metallic core material to contact the one or more components and solidify.
A signal processor configured to receive a first signal and provide a second signal based on the first signal, the signal processor comprising: a pulse cataloger configured to analyze the first signal and to provide phase modulation information about the first signal; a direct digital synthesizer having an output and configured to produce a phase modulated second signal using the phase modulation information and to provide the phase modulated second signal as the second signal at the output; and wherein the second signal includes a representation of the first signal with a frequency notch at a particular center frequency within the bandwidth of the second signal. a pulse cataloger configured to analyze the first signal and to provide phase modulation information about the first signal; a direct digital synthesizer having an output and configured to produce a phase modulated second signal using the phase modulation information and to provide the phase modulated second signal as the second signal at the output; and wherein the second signal includes a representation of the first signal with a frequency notch at a particular center frequency within the bandwidth of the second signal.
Method for operating a combined gas and steam power plant, in which by means of exhaust gas of a gas turbine hot steam is generated, by means of which at least one generator for providing electrical current is driven via at least one turbine device, wherein the following steps are carried out: - diverting at least a part of the generated steam and storing the diverted steam in a steam accumulator; - discharging at least a part of the steam stored in the steam accumulator from the steam accumulator, the steam discharged from the steam accumulator being supplied to a reactor of the combined gas and steam power plant; - heating the steam discharged from the steam accumulator in the reactor by means of heat which is released during an exothermic chemical reaction taking place in the reactor; and - feeding the heated steam to the turbine device, which is driven by means of the heated steam supplied. - diverting at least a part of the generated steam and storing the diverted steam in a steam accumulator; - discharging at least a part of the steam stored in the steam accumulator from the steam accumulator, the steam discharged from the steam accumulator being supplied to a reactor of the combined gas and steam power plant; - heating the steam discharged from the steam accumulator in the reactor by means of heat which is released during an exothermic chemical reaction taking place in the reactor; and - feeding the heated steam to the turbine device, which is driven by means of the heated steam supplied.
Gas turbine system of a power plant, having a compressor, an annular combustion chamber comprising a burner, and a turbine which is coupled to the compressor, and having a bypass line for compressed air bypassing the burner and connected flow-wise in parallel therewith, wherein the bypass line opens in an annular groove (42, 48, 60), characterized in that the annular groove (42, 48, 60) is covered by means of thermal tiles.
Vehicle for forming a comfort system, wherein the vehicle comprises: a vehicle control apparatus that can be used to control different vehicle systems and/or vehicle functions; at least one vehicle communication apparatus for interchanging data using wireless communication; a plurality of identification modules (11-1 to 11-5), arranged in the vehicle, that comprise an identification identifier (ID-1 to ID-5) that can be read in a local area of the identification module (11-1 to 11-5) and that is associated with a respective installation location for the identification module (11-1 to 11-5); wherein the vehicle control apparatus is designed to use the vehicle communication apparatus to form a communication link (7-1, 7-2) to a mobile device (8-1, 8-2), to receive an identification identifier (ID-1 to ID-5), which is read from the mobile device (8-1, 8-2), via the communication link (7-1, 7-2) and to take the received identification identifier (ID-1 to ID-5) as a basis for selectively permitting or preventing control and/or use of individual or all vehicle functions and/or systems via the mobile device (8-1, 8-2) and the communication link (7-1, 7-2). a vehicle control apparatus that can be used to control different vehicle systems and/or vehicle functions; at least one vehicle communication apparatus for interchanging data using wireless communication; a plurality of identification modules (11-1 to 11-5), arranged in the vehicle, that comprise an identification identifier (ID-1 to ID-5) that can be read in a local area of the identification module (11-1 to 11-5) and that is associated with a respective installation location for the identification module (11-1 to 11-5); wherein the vehicle control apparatus is designed to use the vehicle communication apparatus to form a communication link (7-1, 7-2) to a mobile device (8-1, 8-2), to receive an identification identifier (ID-1 to ID-5), which is read from the mobile device (8-1, 8-2), via the communication link (7-1, 7-2) and to take the received identification identifier (ID-1 to ID-5) as a basis for selectively permitting or preventing control and/or use of individual or all vehicle functions and/or systems via the mobile device (8-1, 8-2) and the communication link (7-1, 7-2).