mhurhangee/ep-ind-claims huggingface dataset:
Device for treating fibrous material, comprising two refining gaps (2, 3) which are arranged in a housing and through which fibrous material flows radially, which are each formed by a treatment tool rotating about an axis of rotation and a non-rotating treatment tool, wherein the treatment tools (4, 5) are each fixed to a base plate (6, 7), have a rotationally symmetrical shape and are arranged coaxially with respect to each other, the two rotating treatment tools are fixed to a common base plate driven by a rotatably mounted shaft and are arranged between the two non-rotating treatment tools, the rotating base plate is axially displaceably fixed to the shaft and the width of the refining gaps (2, 3) can be varied via an axial displacement of at least one non-rotating base plate, characterized in that the shaft is assigned a measuring unit for detecting the axial force acting on the shaft.
A method for controlling travel of a drive-assisted vehicle comprising a controller that detects left and right lane boundaries and that controls travel of a host vehicle based on corrected left and right lane boundaries, the method comprising: distinguishing a curve and a direction of the curve based on road geometry information; characterized by, when traveling through the curve, determining the corrected left and right lane boundaries by limiting positions of the left and right lane boundaries detected by the controller at the inside of the curve to positions for which a speed of movement toward an outside of the curve is restricted. distinguishing a curve and a direction of the curve based on road geometry information; characterized by, when traveling through the curve, determining the corrected left and right lane boundaries by limiting positions of the left and right lane boundaries detected by the controller at the inside of the curve to positions for which a speed of movement toward an outside of the curve is restricted.
Use of a clean-up fluid (12, 112) for cleaning fluid carrying apparatus into which, out of which or through which fluid can flow, the clean-up fluid (12, 112) comprising: a volume of liquid (14, 114) and fibre particles (16, 124) comprising paper fibres, or paper and/or newspaper-derived fibre particles, the clean-up fluid (12, 112) having low viscosity and comprising fibre particles distributed in the volume of liquid (14, 114) in an amount that does not exceed the particle carrying capacity of that volume of liquid and having sufficient fibre particles (16, 124) distributed in the volume to provide a cleaning action in use, the cleaning action comprising additional particles (18, 118) being picked up and carried along with the clean-up fluid in the volume as the clean-up fluid (12, 112) flows through the fluid carrying apparatus. a volume of liquid (14, 114) and fibre particles (16, 124) comprising paper fibres, or paper and/or newspaper-derived fibre particles,
A method for controlling uplink power of a user equipment in a carrier aggregation scenario, comprising: acquiring, by the user equipment, first maximum transmit power of the user equipment corresponding to a first subframe and second maximum transmit power of the user equipment corresponding to a second subframe, wherein the first maximum transmit power and the second maximum transmit power are different; and performing, by the user equipment, power control over transmit power of multiple carriers in an overlap region, so that total transmit power of the multiple carriers in the overlap region after the power control is lower than or equal to a minimum value of the first maximum transmit power and the second maximum transmit power; wherein, the first subframe and the second subframe are adjacent subframes, and the overlap region is a portion in which the first subframe and the second subframe overlap due to a difference in timing advance values of the multiple carriers. acquiring, by the user equipment, first maximum transmit power of the user equipment corresponding to a first subframe and second maximum transmit power of the user equipment corresponding to a second subframe, wherein the first maximum transmit power and the second maximum transmit power are different; and performing, by the user equipment, power control over transmit power of multiple carriers in an overlap region, so that total transmit power of the multiple carriers in the overlap region after the power control is lower than or equal to a minimum value of the first maximum transmit power and the second maximum transmit power; wherein, the first subframe and the second subframe are adjacent subframes, and the overlap region is a portion in which the first subframe and the second subframe overlap due to a difference in timing advance values of the multiple carriers.
A method for copying a polynucleotide template, the method comprising: incubating a reaction mixture comprising the polynucleotide template, a first primer, and a second primer under conditions without thermocycling, wherein at initiation of incubation: the polynucleotide template comprises a first portion and a second portion; the first primer comprises a first region and a second region, wherein the first region comprises a 5' end of the primer, the second region comprises a 3' end of the primer, and the second region is complementary to the first portion of the polynucleotide template; the second primer comprises a first region and a second region, wherein the first region comprises a 5' end of the primer, the second region comprises a 3' end of the primer, and the second region is complementary to a sequence which is complementary to the second portion of the polynucleotide template; the first region of the first primer is complementary to the first region of the second primer; and wherein the polynucleotide template further comprises a third portion, wherein the third portion is situated in the polynucleotide template between the first portion and the second portion, and wherein the first region of the second primer is complementary to the third portion of the polynucleotide template. and multiple copies of the polynucleotide template are generated. the polynucleotide template comprises a first portion and a second portion; the first primer comprises a first region and a second region, wherein the first region comprises a 5' end of the primer, the second region comprises a 3' end of the primer, and the second region is complementary to the first portion of the polynucleotide template; the second primer comprises a first region and a second region, wherein the first region comprises a 5' end of the primer, the second region comprises a 3' end of the primer, and the second region is complementary to a sequence which is complementary to the second portion of the polynucleotide template; the first region of the first primer is complementary to the first region of the second primer; and wherein the polynucleotide template further comprises a third portion, wherein the third portion is situated in the polynucleotide template between the first portion and the second portion, and wherein the first region of the second primer is complementary to the third portion of the polynucleotide template. and multiple copies of the polynucleotide template are generated.
A lighting apparatus, comprising: a first substrate including a plurality of pixels; an organic light emitting diode disposed in each of the plurality of pixels of the first substrate and including a first electrode, an organic light emitting layer, and a second electrode; a plurality of conductive patterns disposed in each of the plurality of pixels and electrically connected to the first electrode; and an auxiliary electrode disposed on the first substrate and connected to the first electrode, wherein the auxiliary electrode is arranged to divide the first substrate into the plurality of pixels; wherein the first electrode is made of a transparent conductive material, the first electrode having a resistance of at least half of that of the organic light emitting layer in each pixel, and wherein the first electrode has a high resistance and each conductive pattern of the plurality of conductive patterns has a low resistance. a first substrate including a plurality of pixels; an organic light emitting diode disposed in each of the plurality of pixels of the first substrate and including a first electrode, an organic light emitting layer, and a second electrode; a plurality of conductive patterns disposed in each of the plurality of pixels and electrically connected to the first electrode; and an auxiliary electrode disposed on the first substrate and connected to the first electrode, wherein the auxiliary electrode is arranged to divide the first substrate into the plurality of pixels; wherein the first electrode is made of a transparent conductive material, the first electrode having a resistance of at least half of that of the organic light emitting layer in each pixel, and wherein the first electrode has a high resistance and each conductive pattern of the plurality of conductive patterns has a low resistance.
A system for navigating a magnetic capsule through a target area, wherein said magnetic capsule has a longitude direction and a magnetic dipole placed inside the magnetic capsule has a magnetization direction coincide with the longitude direction of the magnetic capsule; the system includes an external magnetic control system comprising more than one magnetic generation means, the more than one magnetic generation means comprising two external magnetic balls disposed at two opposite sides of the magnetic capsule, respectively; and the system is arranged to perform the steps of: moving or turning the external magnetic control system to a first position with a first orientation, configured to move or rotate the magnetic capsule in a first movement direction; generating a combined external magnetic field configured to deliver a force to move the magnetic capsule in the first movement direction. the system includes an external magnetic control system comprising more than one magnetic generation means, the more than one magnetic generation means comprising two external magnetic balls disposed at two opposite sides of the magnetic capsule, respectively; and the system is arranged to perform the steps of: moving or turning the external magnetic control system to a first position with a first orientation, configured to move or rotate the magnetic capsule in a first movement direction; generating a combined external magnetic field configured to deliver a force to move the magnetic capsule in the first movement direction. moving or turning the external magnetic control system to a first position with a first orientation, configured to move or rotate the magnetic capsule in a first movement direction; generating a combined external magnetic field configured to deliver a force to move the magnetic capsule in the first movement direction.
Electrical machine with a stator, with a rotor and with several machine coils, wherein the electrical machine comprises a cooling device, which is suitable for cooling a superconducting material at least to below a transition temperature, wherein a winding of at least one machine coil consists of the superconducting material and wherein the winding is operatively connected to the cooling device, wherein the cooling device comprises a cooling tube, wherein the cooling tube rests at least in sections on the winding and wherein the winding to be cooled and the cooling tube are arranged inside a thermal insulator, characterised in that the cooling tube is arranged looped around the winding transversely to a winding direction of the winding and the spacing of adjacent loop sections of the cooling tube is significantly greater than an outer diameter of the cooling tube.
A method for deriving an estimate of variance in noise components of an audio signal composed of speech and noise components, comprising deriving said estimate of variance in noise components of an audio signal from an average of previous estimates of the amplitude of noise components in the audio signal, wherein estimates of the amplitude of noise components in the audio signal having values greater than a threshold are excluded from or underweighted in the average of previous estimates of the amplitude of noise components in the audio signal, and wherein each estimate of the amplitude of noise components in the audio signal is a function of an estimate of variance in noise components of the audio signal, an estimate of variance in speech components of the audio signal, and the amplitude of the audio signal.
A method for manufacturing a holographic-optical element, wherein a photosensitive layer is exposed at least once with interfering light beams and developed, in order to produce a holographic structure, wherein the photosensitive layer is held on a flexible substrate, characterized in that the photosensitive layer is exposed several times while adjusting different radii of curvature.
A vehicle control system configured to cause brake means to apply a braking force to a vehicle, comprising: position detection means configured to detect a selector position selected in accordance with an operation of a selector lever; travel measurement means (30, 31) configured to measure a direction of travel and a traveling velocity (|V|) of the vehicle; and brake control means configured to, when the selector lever is shifted from one selector position corresponding to a current direction of travel of the vehicle to another selector position corresponding to an opposite direction of the current direction in a situation in which the vehicle travels forward or backward, execute velocity reducing control which causes the brake means to apply the braking force in the case where the direction of travel measured by the travel measurement means (30, 31) is different from the direction of travel corresponding to the selector position detected by the position detection means, and an absolute value of the traveling velocity (|V|) measured by the travel measurement means (30, 31) is larger than a first threshold value (Vth). position detection means configured to detect a selector position selected in accordance with an operation of a selector lever; travel measurement means (30, 31) configured to measure a direction of travel and a traveling velocity (|V|) of the vehicle; and brake control means configured to, when the selector lever is shifted from one selector position corresponding to a current direction of travel of the vehicle to another selector position corresponding to an opposite direction of the current direction in a situation in which the vehicle travels forward or backward, execute velocity reducing control which causes the brake means to apply the braking force in the case where the direction of travel measured by the travel measurement means (30, 31) is different from the direction of travel corresponding to the selector position detected by the position detection means, and an absolute value of the traveling velocity (|V|) measured by the travel measurement means (30, 31) is larger than a first threshold value (Vth).
A multifunctional window, door or façade element which has a wide casement and which, upon an electrical or mechanical command, is capable of executing a plurality of functions, such as opening/closing a leaf, providing shade, providing light, filling the space between the panes with gas, room ventilation, wherein a closing mechanism (6, 7) is located in a groove in the frame element, wherein a ventilation channel, which can be altered in terms of its cross-section by the closing mechanism, is provided between the frame element and the leaf element, characterised in that at least the leaf element comprises partially opaque or covered transparent material with light guides (2a-2d), and at least one light source (5a, 5b or 5c) and at least one filter element is provided in the leaf element and/or in the frame element.
A method for operating a receiver, comprising: generating an RF signal based on power wirelessly received; providing a control signal to a variable impedance device configured to modify the RF signal, the control signal having a voltage level, the variable impedance device being configured to conduct a current that is proportional to the voltage level; rectifying the modified RF signal to generate a DC signal; and generating the control signal based on a voltage difference between the DC signal and a reference voltage. generating an RF signal based on power wirelessly received; providing a control signal to a variable impedance device configured to modify the RF signal, the control signal having a voltage level, the variable impedance device being configured to conduct a current that is proportional to the voltage level; rectifying the modified RF signal to generate a DC signal; and generating the control signal based on a voltage difference between the DC signal and a reference voltage.
A method of synchronization signal transmission from a wireless device configured for operation in a wireless communication network, the method comprising: obtaining an abbreviated identifier based on mapping a full identifier from a full identifier space into an abbreviated identifier space; generating Device-to-Device, D2D, synchronization signals as a function of the abbreviated identifier; and transmitting the D2D synchronization signals from the wireless device, for D2D synchronization use by one or more other wireless devices, characterized by transmitting the D2D synchronization signals from the wireless device includes transmitting the D2D synchronization signals according to one or more transmission characteristics that distinguish them from the network synchronization signals, and thereby enable a receiver to distinguish the abbreviated identifier from the cell identifiers. obtaining an abbreviated identifier based on mapping a full identifier from a full identifier space into an abbreviated identifier space; generating Device-to-Device, D2D, synchronization signals as a function of the abbreviated identifier; and transmitting the D2D synchronization signals from the wireless device, for D2D synchronization use by one or more other wireless devices, characterized by transmitting the D2D synchronization signals from the wireless device includes transmitting the D2D synchronization signals according to one or more transmission characteristics that distinguish them from the network synchronization signals, and thereby enable a receiver to distinguish the abbreviated identifier from the cell identifiers.
Overhead luggage compartment for an aircraft, comprising an upper luggage compartment element, comprising a lower luggage compartment element which can be moved between an open and a closed position, and comprising a spring and damping device having a spring element and a damping element, which device is connected to a side panel of the upper luggage compartment element and to a side wall of the lower luggage compartment element, characterised in that the spring element is arranged outside the damping element, in a direction which is in parallel with the main plane of the side panel of the upper luggage compartment element, or the side wall of the lower luggage compartment element, and in a manner offset from the damping element, the longitudinal axis of the spring element being arranged substantially in parallel with the longitudinal axis of the damping element, in the same plane in parallel with the main plane of the side panel of the upper luggage compartment element, or the side wall of the lower luggage compartment element, the spring and damping device having two spring elements, one spring element being arranged on one side of the damping element and the other spring element being arranged on the other side of the damping element, one end of the damping element being hingedly mounted on the side wall of the lower luggage compartment element and the other end of the damping element being hingedly mounted on the side panel of the upper luggage compartment element, one end of each of the spring elements being connected to one another via a deflection roller.
Forklift truck mounted on wheels comprising a drive system and lifting means, a fork adapted to lift loads with the aid of two substantially parallel arms carried by uprights which are substantially vertical or oblique depending on the working position, said fork comprising a loading stop disposed on each of the uprights of the fork, each stop comprising a bearing face for loads having a straight profile, characterised in that each stop comprises an angled docking face for loads having a circular arc profile.
(currently amended) A method for preparing a water insoluble gel composition, comprising following steps: mixing a water soluble polysaccharide, an epoxy cross-linking agent, an alkaline compound and water; and drying the thus obtained mixture at 1 to 30°C under vacuum to remove the water, thereby conducting cross-linking between the water soluble polysaccharide and the epoxy cross-linking agent and forming the water insoluble gel composition. mixing a water soluble polysaccharide, an epoxy cross-linking agent, an alkaline compound and water; and drying the thus obtained mixture at 1 to 30°C under vacuum to remove the water, thereby conducting cross-linking between the water soluble polysaccharide and the epoxy cross-linking agent and forming the water insoluble gel composition.
Method for fastening a well block to a vessel containable metal melt, whereby the well block forming the vessel spout and having a through opening being able to be fastened in a housing that can be fixed to the vessel, whereby the well block can be fastened by means of at least one clamping wedge, that can be inserted transversely to its through opening, such that a clamping jaw coupled to the clamping wedge engages against a clamping surface formed on the circumferential surface of the well block and clamps the well block by wedging, whereby the respective clamping wedge is guided in the carrier plate in its longitudinal extension and displaceable transversely thereto, whereas the clamping jaw coupled to the clamping wedge being moveable in this transverse direction.
Furniture-part pivot assembly (8, 9) for a piece of furniture, in particular furniture hinge or furniture fitting (8, 9), wherein, with the furniture-part pivot assembly (8, 9), a furniture part is pivotable relative to a furniture carcass in a use state, wherein a drive device (10, 15, 16, 17, 29) is provided, wherein the furniture-part pivot assembly (8, 9) comprises a movement element which, in a use state, carries out a forwards movement when the furniture part pivots in a first direction, and the movement element carries out a backwards movement when the furniture part pivots in a second direction opposite the first direction, wherein the drive device (10, 15, 16, 17, 29) has an electric drive unit (12, 17, 31) for acting on the furniture-part pivot assembly (8, 9), wherein a transmission element of the drive device (10, 15, 16, 17, 29) is provided, said transmission element being coupled to the furniture-part pivot assembly (8, 9) and transferring a linear movement, which can be provided by the drive unit (12, 17, 31), into a forwards and backwards movement of the movement element, and wherein the transmission element couples to a movement arm, which is mounted in an articulated manner, of the furniture-part pivot assembly (8, 9), characterized in that the electric drive unit rotatably drives a spindle nut, wherein a spindle is linearly moveable with the spindle nut, wherein the drive unit is configured with a housing, an electric motor, an electrically polished spindle and a printed circuit board having inductive tooth counters (35, 36) for detecting an absolute and/or relative position of the spindle.