mhurhangee/ep-ind-claims huggingface dataset:
A vehicle control method comprising: detecting pulse signals corresponding to rotation of front wheels and of rear wheels of a vehicle, increasing a count at a rise and fall of the pulse signals, and estimating a road surface friction coefficient (μpuls) based on a time rate of change of a difference between a value counted up using the front wheels and a value counted up using the rear wheels. detecting pulse signals corresponding to rotation of front wheels and of rear wheels of a vehicle, increasing a count at a rise and fall of the pulse signals, and estimating a road surface friction coefficient (μpuls) based on a time rate of change of a difference between a value counted up using the front wheels and a value counted up using the rear wheels.
A method for processing an input image having an embedded element, the method comprising: computing, by a processor, for each respective color plane of one or more color planes in a color space of the input image, a respective histogram associated with the input image; selecting, by the processor, a selected color plane from the one or more color planes in the color space; identifying, by the processor, a range of interest, which corresponds to a probable value range for the embedded element, in a first histogram of the respective histograms based on (i) a first known color intensity of the embedded element and (ii) a second known color intensity of an element different from the embedded element and represented in the input image, wherein the first histogram is computed on the selected color plane; determining, by the processor, a threshold value based on the range of interest; and processing, by the processor, the input image based on the threshold value to generate a thresholded output image. computing, by a processor, for each respective color plane of one or more color planes in a color space of the input image, a respective histogram associated with the input image; selecting, by the processor, a selected color plane from the one or more color planes in the color space; identifying, by the processor, a range of interest, which corresponds to a probable value range for the embedded element, in a first histogram of the respective histograms based on (i) a first known color intensity of the embedded element and (ii) a second known color intensity of an element different from the embedded element and represented in the input image, wherein the first histogram is computed on the selected color plane; determining, by the processor, a threshold value based on the range of interest; and processing, by the processor, the input image based on the threshold value to generate a thresholded output image.
A method for producing glued laminated timber, wherein the method comprises the following method steps: - providing individual boards by means of a feed device, wherein the boards are cut from logs; - applying an adhesive, in particular wood glue, to the individual boards in a gluing station; - stacking the individual boards to form a stack with multiple board planes in a stacking station, wherein in at least one of the board planes, two individual boards are arranged, which abut one another on their front sides; - pressing the boards stacked into a stack to form glued laminated timber by means of a pressing device by applying a pressing force, wherein the base surface of the boards of a board plane is pressed onto the top surface of the boards of a board plane below, wherein the pressing force is selected to be so great that at least individual boards in a board plane are plastically deformed in order to achieve a largely gap-free bonding of the base surfaces and top surfaces of individual boards between different board planes, characterized in that a transport module is formed, at which the individual boards are stacked, wherein the transport module is displaced at least between the stacking station and the pressing device, wherein the pressing device has a fixing element, by means of which the transport module is coupled to the pressing device, wherein the fixing element is formed, in particular, by levers, which have a hook and are positively locked, by pivoting, with a shaped piece arranged on the transport module. - providing individual boards by means of a feed device, wherein the boards are cut from logs; - applying an adhesive, in particular wood glue, to the individual boards in a gluing station; - stacking the individual boards to form a stack with multiple board planes in a stacking station, wherein in at least one of the board planes, two individual boards are arranged, which abut one another on their front sides; - pressing the boards stacked into a stack to form glued laminated timber by means of a pressing device by applying a pressing force, wherein the base surface of the boards of a board plane is pressed onto the top surface of the boards of a board plane below,
Electric machine consisting of a machine part equipped with coils and a machine part movable in rotation or translation, wherein at least one rolling element is provided between the machine part equipped with coils and the movable machine part, which rolling element at least temporarily conducts a magnetic flux that returns via the rolling element to the machine part equipped with coils and generates a torque of the rolling element around the current rolling point of the rolling element on the machine part equipped with coils, wherein the electric machine comprises form-fitting modifications of the rolling surface of the rolling element, wherein the electromagnetically generated torque of the rolling elements is transmitted in a form-fitting manner into the machine part movable in rotation or translation, characterized in that the cross-section of the rolling element is a curve of constant width.
A user-launched method enabling migration of a subscription from a source device to a destination device, characterized by the method being performed in a migration entity (20, 22) and comprising: - receiving, from the source device, a confirmation of a first profile associated with the subscription having been deleted in the source device, the first profile being identified with a unique Integrated Circuit Card ID, ICCID, - receiving, from the source device, an identification, EID, of an embedded universal integrated circuit card, eUICC, of the destination device, for authentication and authorization of the migration, - securing a second profile associated with the subscription to be provisioned onto the eUICC of the destination device, by sending a request to a Subscription Manager Data Preparation, SM-DP+, entity for updating the first profile and receive in response confirmation of the second profile having been created, wherein at least one piece of subscription information is the same for the first and second profiles, and - providing, to the source device, an activation code for use in migration of the subscription to the destination device by downloading of the second profile to the destination device. - receiving, from the source device, a confirmation of a first profile associated with the subscription having been deleted in the source device, the first profile being identified with a unique Integrated Circuit Card ID, ICCID, - receiving, from the source device, an identification, EID, of an embedded universal integrated circuit card, eUICC, of the destination device, for authentication and authorization of the migration, - securing a second profile associated with the subscription to be provisioned onto the eUICC of the destination device, by sending a request to a Subscription Manager Data Preparation, SM-DP+, entity for updating the first profile and receive in response confirmation of the second profile having been created, wherein at least one piece of subscription information is the same for the first and second profiles, and - providing, to the source device, an activation code for use in migration of the subscription to the destination device by downloading of the second profile to the destination device.
A method comprising: determining whether or not a first user device is within coverage of a network; and if the first user device is not within the coverage of the network: upon detection of an in-network-coverage synchronization signal from an in-network-coverage user device, causing the first user device to use the in-network-coverage synchronization signal for synchronization and to transmit an out-of-network-coverage synchronization signal exhibiting timing based on the detected in-network-coverage synchronization signal, characterised in that: if the first user device is not within the coverage of the network and the first user device fails to detect the in-network coverage synchronization signal: upon detection of an out-of-network-coverage synchronization signal from an out-of-network-coverage user device, causing the first user device to use the out-of-network-coverage synchronization signal for synchronization and to transmit an out-of-network-coverage synchronization signal exhibiting timing based on the detected out-of-network-coverage synchronization signal. determining whether or not a first user device is within coverage of a network; and if the first user device is not within the coverage of the network: upon detection of an in-network-coverage synchronization signal from an in-network-coverage user device, causing the first user device to use the in-network-coverage synchronization signal for synchronization and to transmit an out-of-network-coverage synchronization signal exhibiting timing based on the detected in-network-coverage synchronization signal, characterised in that: if the first user device is not within the coverage of the network and the first user device fails to detect the in-network coverage synchronization signal: upon detection of an out-of-network-coverage synchronization signal from an out-of-network-coverage user device, causing the first user device to use the out-of-network-coverage synchronization signal for synchronization and to transmit an out-of-network-coverage synchronization signal exhibiting timing based on the detected out-of-network-coverage synchronization signal.
Medical apparatus, comprising: a pacing generator, which has first active and indifferent outputs and is configured to generate electrical pacing pulses between the first active and indifferent outputs for pacing a heart of a subject; a radio frequency generator, which has second active and indifferent outputs and is configured to generate RF electrical energy of a predetermined frequency between the second active and indifferent outputs for application to the heart of the subject simultaneously with the pacing pulses; and a filter comprising a first branch connected between the first and second active outputs, a second branch connected between the first and second indifferent outputs and a third branch connected between the first and second branches and the first active and indifferent outputs, each of the first and second branches comprising one or more notch filters having a high impedance in a vicinity of the frequency of the RF electrical energy, and the third branch comprising a further one or more notch filters that have a low impedance in the vicinity of the frequency of the RF electrical energy. a pacing generator, which has first active and indifferent outputs and is configured to generate electrical pacing pulses between the first active and indifferent outputs for pacing a heart of a subject; a radio frequency generator, which has second active and indifferent outputs and is configured to generate RF electrical energy of a predetermined frequency between the second active and indifferent outputs for application to the heart of the subject simultaneously with the pacing pulses; and a filter comprising a first branch connected between the first and second active outputs, a second branch connected between the first and second indifferent outputs and a third branch connected between the first and second branches and the first active and indifferent outputs, each of the first and second branches comprising one or more notch filters having a high impedance in a vicinity of the frequency of the RF electrical energy, and the third branch comprising a further one or more notch filters that have a low impedance in the vicinity of the frequency of the RF electrical energy.
Method for producing and/or connecting a stairwell with an integrated lift shaft on or in an existing building, in particular in or on a residential building, preferably for barrier-free connection of the building to the stairwell, wherein at least a portion of an existing façade is opened, comprising the following method steps: - erecting stairwell outer walls of at least the lowest floor of the stairwell and fitting a stairwell frame to or on the stairwell outer walls, - erecting lift shaft walls of at least the lowest floor of the stairwell and fitting a lift shaft frame to or on the lift shaft walls, - installing at least one staircase element and where applicable at least one floor element between the stairwell outer walls and the lift shaft walls in such a manner that the staircase element or the staircase elements extend(s) around the lift shaft, and - wherein the lift shaft frame and the stairwell frame are connected to each other by means of at least one connection element, characterised in that - an existing stairwell is disassembled in such a manner that existing flights of stairs (5, 6) and existing quarterpace landings are completely disassembled, but existing storey ceiling landings remain, - first securing elements are fitted to the stairwell outer walls and/or to the stairwell frame and to an existing storey ceiling landing which is located at the same height, and - at the height of the existing storey ceiling landing at least a second securing element is fitted to existing stairwell walls. - erecting stairwell outer walls of at least the lowest floor of the stairwell and fitting a stairwell frame to or on the stairwell outer walls, - erecting lift shaft walls of at least the lowest floor of the stairwell and fitting a lift shaft frame to or on the lift shaft walls, - installing at least one staircase element and where applicable at least one floor element between the stairwell outer walls and the lift shaft walls in such a manner that the staircase element or the staircase elements extend(s) around the lift shaft, and - wherein the lift shaft frame and the stairwell frame are connected to each other by means of at least one connection element, characterised in that - an existing stairwell is disassembled in such a manner that existing flights of stairs (5, 6) and existing quarterpace landings are completely disassembled, but existing storey ceiling landings remain, - first securing elements are fitted to the stairwell outer walls and/or to the stairwell frame and to an existing storey ceiling landing which is located at the same height, and - at the height of the existing storey ceiling landing at least a second securing element is fitted to existing stairwell walls.
Method of producing an α-glucan with a ratio of branching of at least 8% comprising contacting a polysaccharide or oligosaccharide substrate comprising at its non-reducing end at least two α(1→4) linked D-glucose units with an α-glucanotransferase enzyme capable of cleaving α(1→4) glucosidic linkages and making new alternating α(1→4) and α(1→6) glucosidic linkages with α(1→4,6) branching points without forming consecutive α(1→6) glucosidic linkages, wherein said α-glucanotransferase is selected from the group consisting of GTFB, GTFC and GTFD types of enzyme, or a functional homolog thereof having the specified enzymatic activity, and wherein the α-glucanotransferase comprises an amino acid sequence having at least 80% identity to SEQ ID NO:1 or comprises an amino acid sequence having at least 80% identity to SEQ ID NO:92.
A cleaner concentrate for a heat transfer system comprising: greater than 15 to 99,4 weight percent of a freezing point depressant, 0.8 to 35 weight percent of oxalic acid, and 0.001 to 20 weight percent of an azole compound, wherein weight percent is based on the total weight of the cleaner concentrate, wherein the freezing point depressant comprises ethylene glycol, propylene glycol, or a combination thereof.
Lactoperoxidase for use in a method of prevention and/or treatment of an intestinal disorder, wherein the intestinal disorder is at least one or more selected from among ulcerative colitis and Crohn's disease.
An optoelectronic sensor for detecting object information from a monitored area, comprising a light receiver, receiving optics associated with the light receiver for generating a light spot on the light receiver, an evaluation unit for generating the object information from a received signal of the light receiver and a manipulation unit for varying receiving optics, light receiver and/or elements of the receiving optics in such a way that the part of the light spot impinging on the light receiver changes, characterized in that the manipulation unit is configured for an intended misalignment for a dynamic adjustment by moving or deforming receiving optics, light receiver and/or elements of the receiving optics, and in that the evaluation unit comprises a manipulation control in order to generate parameters and commands for the manipulation unit which are required for a desired part of the light spot to impinge on the light receiver.
A hip orthosis comprising: a hip engaging unit including a flexible waist band including first and second waist band segments (16, 18) for conforming to a waist of a user about the user's pelvis and a closure unit for securing the hip engaging unit on the waist to enable a lateral force to be applied to the user's pelvis opposite a surgical site; a thigh engaging unit including a malleable thigh member for conforming to a thigh of a user, to engage a femur of the user on the surgical site side and on a distal side of the femur; an adjustable extension unit connected to the hip engaging unit and the thigh engaging unit to enable adjustment to accommodate the size of the user; and a thigh support unit connected to the adjustable extension unit at a position between the hip engaging unit and the thigh engaging unit to engage and laterally press the femur of the user, on the surgical side, whereby a force is translated through the femur and pelvis to push a head of the femur into the acetabulum of the user when the hip engaging unit and thigh engaging unit are fastened to the user; a hip support unit is removably connectable at a surface position on said flexible waist band for appropriately anchoring the adjustable extension unit to the hip engaging unit to accommodate a dimension of the user, wherein the hip support unit includes a semi-rigid concave paddle member configured to extend over a user's hip joint for exerting a force against the hip joint and a flexible strap connected to the semi-rigid concave paddle member, for an adjustable adhering to one of the first and second waist band segments (16, 18) at any position across the one of the first and second waist band segments (16, 18) in a vertical, circumferential and rotational position to provide freedom in alignment with the head of the user's femur in the acetabulum, the flexible strap extends across an upper surface of the semi-rigid concave paddle member and beyond adjacent sides of the semi-rigid concave paddle member, and wherein the flexible strap has one of a hook and nap material and the one of the first and second waist band segments has another of the hook and nap material to enable a removable fastening between the flexible strap and an exterior surface of one of the first and second waist band segments (16, 18), while maintaining an operative fixation to the user.
Method for the parallel orientation of at least two cylinders (10, 20, 50) with respect to one another, a rotation and parallel displacement of one cylinder (10, 20, 50) towards the other cylinder (10, 20, 50) taking place in a first step for an orientation of a first end of the cylinder (10, 20, 50), and a rotation and a displacement of the second end of the cylinder (10, 20, 50) towards the other cylinder (10, 20, 50) taking place in a second step for an orientation of the second end of the cylinder (10, 20, 50), characterized in that a calibrating apparatus is used, having a substantially hollow-cylindrical calibrating body, at the two ends of which in each case one radial elevation (34a, 34b) is arranged, which radial elevations are offset with respect to one another in the circumferential direction of the cylinder (10, 20, 50).
An ablation generator comprising; a circuit for generating an RF ablation signal having a frequency appropriate for performing an ablation procedure on tissue of a patient; an input port for receiving a monitoring signal respective of the tissue of the patient; an output port for providing the monitoring signal to another device; and a filtering circuit disposed between the input port and the output port; said filtering circuit configured to present a high impedance at a frequency at or near which a mapping and navigation system associated with the ablation generator transmits a signal; characterised in: said filtering circuit comprising two channels, each channel comprising a first and a second filter portion (76, 78) each comprising a respective plurality of LC traps, each LC trap comprising an inductor in parallel with a capacitor, the LC traps being placed in series; wherein a first plurality of the LC traps in said first filter portion are tuned to a first same peak frequency between six kilohertz and eight kilohertz, and a second plurality of said LC traps of the first filter portion are tuned to a second same peak frequency between six kilohertz and about seven kilohertz, a circuit for generating an RF ablation signal having a frequency appropriate for performing an ablation procedure on tissue of a patient; an input port for receiving a monitoring signal respective of the tissue of the patient; an output port for providing the monitoring signal to another device; and a filtering circuit disposed between the input port and the output port; said filtering circuit configured to present a high impedance at a frequency at or near which a mapping and navigation system associated with the ablation generator transmits a signal; characterised in: said filtering circuit comprising two channels, each channel comprising a first and a second filter portion (76, 78) each comprising a respective plurality of LC traps, each LC trap comprising an inductor in parallel with a capacitor, the LC traps being placed in series; wherein a first plurality of the LC traps in said first filter portion are tuned to a first same peak frequency between six kilohertz and eight kilohertz, and a second plurality of said LC traps of the first filter portion are tuned to a second same peak frequency between six kilohertz and about seven kilohertz, said filtering circuit comprising two channels, each channel comprising a first and a second filter portion (76, 78) each comprising a respective plurality of LC traps, each LC trap comprising an inductor in parallel with a capacitor, the LC traps being placed in series; wherein a first plurality of the LC traps in said first filter portion are tuned to a first same peak frequency between six kilohertz and eight kilohertz, and a second plurality of said LC traps of the first filter portion are tuned to a second same peak frequency between six kilohertz and about seven kilohertz,