mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for checking value documents, in particular banknotes, having - at least one first sensor (21, 22), which is configured to detect electromagnetic radiation reflected and/or transmitted by a value document and to convert said radiation into corresponding first sensor signals, and - at least one second sensor, which is configured to detect sound waves, in particular ultrasonic waves, reflected and/or transmitted by the value document and to convert said waves into corresponding second sensor signals, and an evaluation device, which is configured to determine a first area value characterizing a first area of the value document on the basis of the first sensor signals, to determine a second area value characterizing a second area of the value document on the basis of the second sensor signals, and to infer a possible identification marking of the value document with a marking ink in the event that a predetermined value for an area difference between the first and the second area value is exceeded. - at least one first sensor (21, 22), which is configured to detect electromagnetic radiation reflected and/or transmitted by a value document and to convert said radiation into corresponding first sensor signals, and - at least one second sensor, which is configured to detect sound waves, in particular ultrasonic waves, reflected and/or transmitted by the value document and to convert said waves into corresponding second sensor signals, and an evaluation device, which is configured to determine a first area value characterizing a first area of the value document on the basis of the first sensor signals, to determine a second area value characterizing a second area of the value document on the basis of the second sensor signals, and to infer a possible identification marking of the value document with a marking ink in the event that a predetermined value for an area difference between the first and the second area value is exceeded.
Heat shield for protecting an object from the heat pervading an engine compartment of a motor vehicle, said shield having an outer surface that is to be positioned opposite the component, a lug that is formed so as to project onto the outer surface, said lug defining a surface for bearing against the component, the shield being characterised in that the lug includes a flexible pad forming the bearing surface.
Method for closed-control of a measuring process of a coordinate measuring machine for measuring a measurement object, wherein the coordinate measuring machine has a closed-loop control device and a probe head with a stylus, and wherein a relative movement between the stylus and a surface of the measurement object is regulated by the closed-loop control device, wherein the surface has at least one actual portion, corresponding to a measurement object surface, and at least one virtual portion, which is formed by at least one virtual surface predetermined by a user, characterized in that the probe head is an actively measuring probe head and the closed-loop control device regulates a measuring force of the stylus, wherein a counter force is applied to a measuring force transducer of the actively measuring probe head in a manner proportional to an immersion depth of the stylus in the at least one virtual portion.
A process for producing water-absorbing polymer particles, comprising the steps of: - processing an aqueous polymer gel from polymerization of a monomer solution or suspension, - drying (P2, P3) the aqueous polymer gel in a conveyer dryer, in particular in a forced air conveyer dryer, wherein - the conveyer dryer has a circulating conveyer belt and the aqueous polymer gel is conveyed on the circulating conveyer belt, characterized in that - the circulating conveyer belt is formed as a circulating plate conveyer belt, comprising a number of belt plates (1, 2) separated by a hinge line of a hinge assembly and each belt plate having a surface for receiving the aqueous polymer gel, wherein said hinge assembly comprises a knuckle joint with the hinge line in form of a straight hinge line, and the circulating plate conveyer belt has a traction assembly line in gear with a drive and adapted for supporting the belt plates (1, 2), wherein - when circulating the circulating plate conveyer belt, upon flattening of the circulating plate conveyer belt, the first and the second belt plate (1, 2) are arranged to form a flat surface and a comparably flat surface across the hinge line, and wherein upon arranging of the first and the second belt plate (1, 2) to form a flat surface, the straight hinge line is closed or at least partially covered, and - the belt plates of the circulating plate conveyer belt, each have a multitude of orifices. - processing an aqueous polymer gel from polymerization of a monomer solution or suspension, - drying (P2, P3) the aqueous polymer gel in a conveyer dryer, in particular in a forced air conveyer dryer, wherein - the conveyer dryer has a circulating conveyer belt and the aqueous polymer gel is conveyed on the circulating conveyer belt, - the circulating conveyer belt is formed as a circulating plate conveyer belt, comprising a number of belt plates (1, 2) separated by a hinge line of a hinge assembly and each belt plate having a surface for receiving the aqueous polymer gel, - when circulating the circulating plate conveyer belt, upon flattening of the circulating plate conveyer belt, the first and the second belt plate (1, 2) are arranged to form a flat surface and a comparably flat surface across the hinge line, and wherein upon arranging of the first and the second belt plate (1, 2) to form a flat surface, the straight hinge line is closed or at least partially covered, and - the belt plates of the circulating plate conveyer belt, each have a multitude of orifices.
A transplanting device performing transplanting between a plurality of culture medium boards cultivating a plurality of plants planted in an aligned manner, comprising a transplanting mechanism transplanting the plants, wherein the transplanting mechanism performs alternately one step of arranging plants having been arranged in a grid form on a culture medium board of transplanting source, into a zigzag form on a culture medium board of transplanting destination and other step of arranging plants having been arranged in a zigzag form on a culture medium board of transplanting source, into a grid form on a culture medium board of transplanting destination.
A method of adapting media content comprising: receiving from a first interface a feature program and storing the feature program into a memory device; receiving from a second interface addressable content; receiving by a processor media insertion rules defining parameters of media insertion into the feature program; analyzing by the processor the feature program for media break data; correlating by the processor insertion parameters in the media insertion rules with the media break data; generating an updated feature program by inserting addressable content into the feature program based on the correlation of the insertion parameters and the media break data; storing in the memory device the updated feature program comprising the inserted addressable content; receiving updated addressable content from the second interface; receiving by the processor updated media insertion rules; and continuously analyzing the updated feature program using the updated media insertion rules and the updated addressable content to update the updated feature program prior to a content playback request; wherein the analysing of the updated feature program is responsive to at least one event, and the at least one event comprises at least one of: expiration of a predetermined time, the completion of an analysis loop, or when other processing demands are sufficiently low. receiving from a first interface a feature program and storing the feature program into a memory device; receiving from a second interface addressable content; receiving by a processor media insertion rules defining parameters of media insertion into the feature program; analyzing by the processor the feature program for media break data; correlating by the processor insertion parameters in the media insertion rules with the media break data; generating an updated feature program by inserting addressable content into the feature program based on the correlation of the insertion parameters and the media break data; storing in the memory device the updated feature program comprising the inserted addressable content; receiving updated addressable content from the second interface; receiving by the processor updated media insertion rules; and continuously analyzing the updated feature program using the updated media insertion rules and the updated addressable content to update the updated feature program prior to a content playback request; wherein the analysing of the updated feature program is responsive to at least one event, and the at least one event comprises at least one of: expiration of a predetermined time, the completion of an analysis loop, or when other processing demands are sufficiently low.
A method for orienting an audio beam generated by a device, the audio beam being a beamform for receiving an audio signal, the method comprising: detecting that the device is coupled to a docking station; determining a geographic location of the device; determining, based on the geographic location of the device, an orientation for the audio beam relative from the docking station; and generating the audio beam by the device. detecting that the device is coupled to a docking station; determining a geographic location of the device; determining, based on the geographic location of the device, an orientation for the audio beam relative from the docking station; and generating the audio beam by the device.
Method for production of a metal panel characterized in that: a) a stainless steel plate chromed (Cr) with a thickness of 0.1 - 2.00 mm on at least one of its faces is subjected to a mechanical treatment of polishing and brushing at a speed of between 10 and 20 m/min. until obtaining a surface roughness R a of 0.06 to 1 μm with a predetermined stroke/design, and on it b) an impregnation/a transparent coat of adhesive or varnish is applied. c) the impregnation/the coat is polymerized a) a stainless steel plate chromed (Cr) with a thickness of 0.1 - 2.00 mm on at least one of its faces is subjected to a mechanical treatment of polishing and brushing at a speed of between 10 and 20 m/min. until obtaining a surface roughness R a of 0.06 to 1 μm with a predetermined stroke/design, and on it b) an impregnation/a transparent coat of adhesive or varnish is applied. c) the impregnation/the coat is polymerized
A method for detecting a potential threat in a target sample, the method comprising: a) providing a source of photons; b) illuminating the target sample with photons from the source; c) providing at least one photon detector to measure an intensity of photons scattered from at least a portion of the target sample in at least one energy channel; d) determining a nominal background signal in each of the at least one energy channels of interest; e) computing a signal-to-noise ratio in each of the at least one energy channels of interest; f) adjusting one or more system parameters to improve the signal-to-noise ratio of the data collected in at least one of the at least one energy channels of interest; g) identifying a nuclear species of interest detection event if the intensity of photons detected in at least one of the at least one energy channels of interest meets predetermined nuclear species of interest detection criteria. a) providing a source of photons; b) illuminating the target sample with photons from the source; c) providing at least one photon detector to measure an intensity of photons scattered from at least a portion of the target sample in at least one energy channel; d) determining a nominal background signal in each of the at least one energy channels of interest; e) computing a signal-to-noise ratio in each of the at least one energy channels of interest; f) adjusting one or more system parameters to improve the signal-to-noise ratio of the data collected in at least one of the at least one energy channels of interest; g) identifying a nuclear species of interest detection event if the intensity of photons detected in at least one of the at least one energy channels of interest meets predetermined nuclear species of interest detection criteria.
Method for handling prismatic workpieces having a rhomboidal cross section on a machine tool having at least one clamping chuck for the workpieces, having a workpiece magazine and having a gripper for the workpieces, wherein the clamping chuck has four convexly curved contact faces for the workpieces, which are movable towards and away from one another in pairs, characterized in that the gripper has four convexly curved contact faces for the workpieces, which are movable towards and away from one another in pairs, wherein the spacing and the shape of one pair of contact faces of the gripper are identical to the spacing and the shape of one pair of the contact faces of the clamping chuck, in that the gripper grasps a workpiece in the workpiece magazine such that a respective longitudinal edge of the workpiece is located between each pair of contact faces, and in that the gripper removes the grasped workpiece from the workpiece magazine and transfers it to the clamping chuck such that a respective longitudinal edge of the workpiece is located between each pair of contact faces of the clamping chuck.
Machine for machining crankshafts, which comprises: a support to support at least one crankshaft; at least one actuator to actuate a machining tool to machine the crankshaft; the support being configured to hold said, at least one, crankshaft using at least two clamping devices; the support being turnable in respect to a vertical axis in order to modify an angle of attack between a longitudinal axis of the crankshaft and the actuator; characterised in that said at least two clamping devices are configured to secure the crankshaft in correspondence with at least two main journals of the crankshaft, and in that the support is provided with a turning mechanism displaceable between a retracted position wherein it does not interact with the crankshaft, and an actuation position wherein the turning mechanism interacts with the crankshaft in order to turn the crankshaft in respect to said longitudinal axis. a support to support at least one crankshaft; at least one actuator to actuate a machining tool to machine the crankshaft; the support being configured to hold said, at least one, crankshaft using at least two clamping devices; the support being turnable in respect to a vertical axis in order to modify an angle of attack between a longitudinal axis of the crankshaft and the actuator; characterised in that said at least two clamping devices are configured to secure the crankshaft in correspondence with at least two main journals of the crankshaft, and in that the support is provided with a turning mechanism displaceable between a retracted position wherein it does not interact with the crankshaft, and an actuation position wherein the turning mechanism interacts with the crankshaft in order to turn the crankshaft in respect to said longitudinal axis.
Artificial turf mat comprising: - a support ply; - a dampening pad; - a protective ply, wherein said dampening pad is interposed between said support ply and said protective ply; - artificial strings woven by tufting to said support ply, dampening pad and protective ply so that all said artificial strings pass entirely through said support ply, dampening pad and protective ply, characterized in that said protective ply is made of fibres of polymeric material and in that said protective ply is made of non-woven fabric or warp and weft fabric or knitted fabric. - a support ply; - a dampening pad; - a protective ply, wherein said dampening pad is interposed between said support ply and said protective ply; - artificial strings woven by tufting to said support ply, dampening pad and protective ply so that all said artificial strings pass entirely through said support ply, dampening pad and protective ply,
A method, comprising: receiving input audio samples; generating soft-clipping information indicating whether the input audio samples include soft-clipping distortion, wherein generating the soft-clipping information includes: fitting a mixture model to the input audio samples, wherein fitting the mixture model to the input audio samples includes generating a fitted mixture model having fitted parameters, the fitted parameters of the fitted mixture model identifying at least a portion of the soft-clipping information; and outputting the soft-clipping information; wherein the fitted mixture model includes: a Laplacian distribution having a zero mean or a generalized Gaussian distribution; a first Gaussian distribution; and a second Gaussian distribution; wherein the first Gaussian distribution and the second Gaussian distribution are symmetrical in which the respective means of the Gaussian distributions are opposite. receiving input audio samples; generating soft-clipping information indicating whether the input audio samples include soft-clipping distortion, wherein generating the soft-clipping information includes: fitting a mixture model to the input audio samples, wherein fitting the mixture model to the input audio samples includes generating a fitted mixture model having fitted parameters, the fitted parameters of the fitted mixture model identifying at least a portion of the soft-clipping information; and outputting the soft-clipping information; wherein the fitted mixture model includes: a Laplacian distribution having a zero mean or a generalized Gaussian distribution; a first Gaussian distribution; and a second Gaussian distribution; wherein the first Gaussian distribution and the second Gaussian distribution are symmetrical in which the respective means of the Gaussian distributions are opposite. a Laplacian distribution having a zero mean or a generalized Gaussian distribution; a first Gaussian distribution; and a second Gaussian distribution; wherein the first Gaussian distribution and the second Gaussian distribution are symmetrical in which the respective means of the Gaussian distributions are opposite.
Polyethylene composition comprising - a base resin comprising a first ethylene homo- or copolymer component having a melt flow rate MFR 2 (2.16 kg, 190°C) of equal to or more than 150 g/10 min to equal to or less than 300 g/10 min, determined according to ISO 1133, and a second ethylene homo- or copolymer component, - optional carbon black, - optional further polymer component(s) different to the first ethylene homo- or copolymer components and, and - optional additive(s); wherein the first ethylene homo- or copolymer component has a lower weight average molecular weight as the second ethylene homo- or copolymer component, and the weight ratio of the first ethylene homo- or copolymer component to the second ethylene homo- or copolymer component is from 40:60 to 47:53; the polyethylene composition has a melt flow rate MFR 5 (5 kg, 190°C) of equal to or more than 0.35 g/10 min to equal to or less than 0.60 g/10 min, determined according to ISO 1133, characterized in that the composition has a melt flow rate MFR 21 (21.6 kg; 190°C) of equal to or more than 8.0 g/10 min to equal to or less than 15.5 g/10 min, determined according to ISO 1133. - a base resin comprising a first ethylene homo- or copolymer component having a melt flow rate MFR 2 (2.16 kg, 190°C) of equal to or more than 150 g/10 min to equal to or less than 300 g/10 min, determined according to ISO 1133, and a second ethylene homo- or copolymer component, a first ethylene homo- or copolymer component having a melt flow rate MFR 2 (2.16 kg, 190°C) of equal to or more than 150 g/10 min to equal to or less than 300 g/10 min, determined according to ISO 1133, and a second ethylene homo- or copolymer component, - optional carbon black, - optional further polymer component(s) different to the first ethylene homo- or copolymer components and, and - optional additive(s); the polyethylene composition has a melt flow rate MFR 5 (5 kg, 190°C) of equal to or more than 0.35 g/10 min to equal to or less than 0.60 g/10 min, determined according to ISO 1133, characterized in that the composition has a melt flow rate MFR 21 (21.6 kg; 190°C) of equal to or more than 8.0 g/10 min to equal to or less than 15.5 g/10 min, determined according to ISO 1133.
A vehicle control apparatus comprising: a first control unit that is configured to control an engine of a vehicle and to start the engine by performing cranking based on an electric power supplied from a power source; and a second control unit that is configured to control an operation of an electric power steering device that is configured to apply an assist force to a steering system by using a motor as a drive source, and that is configured to control an operation of the motor by generating a drive power to be supplied to the motor on the basis of a power source voltage of the power source, the second control unit being further configured to generate the drive power so as to cause an actual current value to follow a current command value that corresponds to a target value of the assist power, and to limit the current command value to a predetermined range, wherein the first control unit is further configured to output a signal for notifying the second control unit that cranking is to be performed before performing the cranking, and the second control unit is configured to gradually decrease a first limit value of the current command signal to a second limit value by the time when the cranking is started, when the signal is received. a first control unit that is configured to control an engine of a vehicle and to start the engine by performing cranking based on an electric power supplied from a power source; and a second control unit that is configured to control an operation of an electric power steering device that is configured to apply an assist force to a steering system by using a motor as a drive source, and that is configured to control an operation of the motor by generating a drive power to be supplied to the motor on the basis of a power source voltage of the power source, the second control unit being further configured to generate the drive power so as to cause an actual current value to follow a current command value that corresponds to a target value of the assist power, and to limit the current command value to a predetermined range, wherein the first control unit is further configured to output a signal for notifying the second control unit that cranking is to be performed before performing the cranking, and the second control unit is configured to gradually decrease a first limit value of the current command signal to a second limit value by the time when the cranking is started, when the signal is received.