mhurhangee/ep-ind-claims huggingface dataset:
A method of perforating a face-sheet of a composite acoustic panel with a predetermined perforation distribution pattern, said panel comprising a seamless face-layer, an impermeable backing sheet and a sound absorbing layer disposed therebetween, the method comprising the steps of: A - aligning a perforating apparatus relative to the seamless face-sheet at a first perforating position; B - activating the perforating apparatus to form at least one perforation through the face sheet; C - moving the acoustic panel and the perforating apparatus relative to one another by a predetermined amount to align the perforating apparatus with a subsequent perforation position; and D - repeating steps B and C until the desired perforation distribution is achieved, and wherein the penetrations extend into the sound absorbing layer to a maximum depth corresponding to the position of a septum where a septum tail extends towards the backing-layer or to a maximum depth corresponding to the position of the septum tail where the septum extends towards the face-layer, and the perforations are arranged to coincide with at least one wall of the cells of the sound absorbing layer defining a boundary between adjacent cells. A - aligning a perforating apparatus relative to the seamless face-sheet at a first perforating position; B - activating the perforating apparatus to form at least one perforation through the face sheet; C - moving the acoustic panel and the perforating apparatus relative to one another by a predetermined amount to align the perforating apparatus with a subsequent perforation position; and D - repeating steps B and C until the desired perforation distribution is achieved, and wherein
Corner hinge (4, 5) of a corner bearing for corner mounting a casement in a frame of a window, a French door or the like, with a support arm to be provided on the casement and with a retaining element provided for being attached to the casement, with a bolt receiver, connected with the support arm, for receiving a bearing bolt of the corner mounting and with an adjustment device for adjusting the support arm in the longitudinal direction of a horizontal shank of the support arm with respect to the retaining element, wherein means for applying a turning tool of the adjustment device are accessible from the side of the support arm facing away from the bolt receiver and hinged to the horizontal shank of the support arm, and the support arm is L-shaped and has a vertical shank, in the provided assembly position, angled from the horizontal shank and the retaining element is arranged horizontally, characterized in that the horizontal retaining element and a second, vertically arranged retaining element are received, respectively, in a guide (20, 21) in one of the shanks (16, 17) of the support arm and that the two retaining elements (18, 19) are formed as components separated from each other and that the support arm is supported by the vertical retaining element in vertical direction.
A process for making a fluff pulp sheet, comprising: creating a pulp slurry which includes pulp fibers suspended in a liquid, the pulp slurry containing multiple fiber bundles formed from pulp fibers which are bonded together and dispersed within the pulp slurry; applying the pulp slurry onto a moving bottom forming wire which moves the deposited pulp slurry in a forward direction to form a web, the pulp slurry being dispensed by a headbox; adjusting the cross-directional basis weight of the pulp slurry by diluting at least a portion of the concentration of the pulp slurry as it is being deposited from the headbox onto the bottom forming wire; and applying a pulsating shear force of sufficient magnitude on the web to break some of the fiber bundles contained in the web. creating a pulp slurry which includes pulp fibers suspended in a liquid, the pulp slurry containing multiple fiber bundles formed from pulp fibers which are bonded together and dispersed within the pulp slurry; applying the pulp slurry onto a moving bottom forming wire which moves the deposited pulp slurry in a forward direction to form a web, the pulp slurry being dispensed by a headbox; adjusting the cross-directional basis weight of the pulp slurry by diluting at least a portion of the concentration of the pulp slurry as it is being deposited from the headbox onto the bottom forming wire; and applying a pulsating shear force of sufficient magnitude on the web to break some of the fiber bundles contained in the web.
Installation tool for a wire thread insert which comprises the following features: a. a drive unit, in particular an electric or pneumatic drive unit, which provides a rotation movement switchable between a first and a second direction, b. a mandrel body with a drive section for rotating the mandrel body and with a thread section onto which the wire thread insert is rotatable on and from which the wire thread insert is rotatable off, c. an installation blade which is movably arranged in the mandrel body between an engagement position and a rest position in order to attach in a targeted manner at the wire thread insert and/or to release itself from an attachment or engagement at the wire thread insert, and characterized in that the installation tool comprises as further features: d. a torque clutch consisting of a form-fit and force-fit interlocking clutch upper part and clutch lower part, of which the clutch upper part is fixedly connected with the drive unit and the clutch lower part is connected torque-proof with the mandrel body, while with e. a decoupled relative rotation between the clutch upper part and the clutch lower part, caused by exceeding a limit torque between clutch upper part and clutch lower part, a relative movement between the mandrel body and the installation blade is generable. a. a drive unit, in particular an electric or pneumatic drive unit, which provides a rotation movement switchable between a first and a second direction, b. a mandrel body with a drive section for rotating the mandrel body and with a thread section onto which the wire thread insert is rotatable on and from which the wire thread insert is rotatable off, c. an installation blade which is movably arranged in the mandrel body between an engagement position and a rest position in order to attach in a targeted manner at the wire thread insert and/or to release itself from an attachment or engagement at the wire thread insert, and characterized in that the installation tool comprises as further features: d. a torque clutch consisting of a form-fit and force-fit interlocking clutch upper part and clutch lower part, of which the clutch upper part is fixedly connected with the drive unit and the clutch lower part is connected torque-proof with the mandrel body, while with the clutch upper part is fixedly connected with the drive unit and the clutch lower part is connected torque-proof with the mandrel body, while with e. a decoupled relative rotation between the clutch upper part and the clutch lower part, caused by exceeding a limit torque between clutch upper part and clutch lower part, a relative movement between the mandrel body and the installation blade is generable.
A program generation unit comprising: a first compiler configured to compile a source program and generate an object including a command sequence; a second compiler configured to receive the generated object from the first compiler, classify commands included in the command sequence included in the generated object into a plurality of command types, determine a plurality of command densities corresponding to the plurality of command types, each command density of a command type in the command sequence indicating a proportion, in the command sequence, of said command type to which commands included in the command sequence belong, and generate voltage value information, for making an LSI run on an operating voltage value, based on a command density having a highest proportion of the commands within the command sequence among the plurality of command densities; and a linker configured to link the object with the voltage value information and to generate a user program. a first compiler configured to compile a source program and generate an object including a command sequence; a second compiler configured to receive the generated object from the first compiler, classify commands included in the command sequence included in the generated object into a plurality of command types, determine a plurality of command densities corresponding to the plurality of command types, each command density of a command type in the command sequence indicating a proportion, in the command sequence, of said command type to which commands included in the command sequence belong, and generate voltage value information, for making an LSI run on an operating voltage value, based on a command density having a highest proportion of the commands within the command sequence among the plurality of command densities; and a linker configured to link the object with the voltage value information and to generate a user program.
Mobile communications antenna comprising a multi-beam-shaping means (100, 200), the multi-beam-shaping means (100, 200) comprising the following: - a drivable drive member (110,210) comprising a drive shaft; - at least two outputs, which each comprise a driven shaft (121, 221) substantially parallel to the drive shaft and each comprise at least one driven wheel (122, 222) which is rotationally engaged with the drive shaft (121, 221); - a number of drive connections which corresponds to the number of outputs; - at least two phase shifters, which are each in an operative connection with one of the outputs via a respective drive connection, in such a way that the phase shifters can be adjusted by means of the outputs which are in an operative connection therewith, characterised by the following features: - the respective axial positions of the driven wheels (122, 222) are fixed relative to the drive member (110, 210); - the multi-beam-shaping means (100, 200) further comprises a switching means, by means of which the drive member (110, 210) can be brought selectively into an operative connection with different driven wheels (122, 222); and - the multi-beam-shaping means (100, 200) is configured in such a way that the driven wheel (122, 222) which is in an operative connection with the drive member (110, 210) is always driven by driving the drive member (110, 210), a change in direction of rotation of the drive member (110, 210) causing a change in direction of rotation of the driven wheel (122, 222) which is in an operative connection therewith. - a drivable drive member (110,210) comprising a drive shaft; - at least two outputs, which each comprise a driven shaft (121, 221) substantially parallel to the drive shaft and each comprise at least one driven wheel (122, 222) which is rotationally engaged with the drive shaft (121, 221); - a number of drive connections which corresponds to the number of outputs; - at least two phase shifters, which are each in an operative connection with one of the outputs via a respective drive connection, in such a way that the phase shifters can be adjusted by means of the outputs which are in an operative connection therewith, characterised by the following features: - the respective axial positions of the driven wheels (122, 222) are fixed relative to the drive member (110, 210); - the multi-beam-shaping means (100, 200) further comprises a switching means, by means of which the drive member (110, 210) can be brought selectively into an operative connection with different driven wheels (122, 222); and - the multi-beam-shaping means (100, 200) is configured in such a way that the driven wheel (122, 222) which is in an operative connection with the drive member (110, 210) is always driven by driving the drive member (110, 210), a change in direction of rotation of the drive member (110, 210) causing a change in direction of rotation of the driven wheel (122, 222) which is in an operative connection therewith.
A medical injection assembly comprising: a cannula comprised of a biocompatible thermoplastic polymer; a hypodermic needle attached to a distal tip of the cannula and extending distally from the cannula, wherein the distal tip of the cannula acts as a wall to prevent the needle from penetrating into target tissue past the distal tip of the cannula; said cannula being configured to be received in a cannula lumen along a straight axis and to move relative to the cannula lumen along said axis and to be kept therein in a desired position; said cannula having a distal portion that maintains a predefined curvature in the absence of a deforming force when out of the cannula lumen, but conforms to said straight axis when in the cannula lumen; wherein said predefined curvature is defined by an inverse tangent function; wherein the cannula is configured such that, when the cannula is moved in the distal direction out of said cannula lumen, a distance between a distal tip of the cannula and said axis increases; and wherein the cannula is further configured such that, when the cannula is rotated about said axis and advanced distally out of the cannula lumen, the needle points at injection sites (200, 201) in a pattern defined by concentric semi-circles of different radii. a cannula comprised of a biocompatible thermoplastic polymer; a hypodermic needle attached to a distal tip of the cannula and extending distally from the cannula, wherein the distal tip of the cannula acts as a wall to prevent the needle from penetrating into target tissue past the distal tip of the cannula; said cannula being configured to be received in a cannula lumen along a straight axis and to move relative to the cannula lumen along said axis and to be kept therein in a desired position; said cannula having a distal portion that maintains a predefined curvature in the absence of a deforming force when out of the cannula lumen, but conforms to said straight axis when in the cannula lumen; wherein said predefined curvature is defined by an inverse tangent function; wherein the cannula is configured such that, when the cannula is moved in the distal direction out of said cannula lumen, a distance between a distal tip of the cannula and said axis increases; and wherein the cannula is further configured such that, when the cannula is rotated about said axis and advanced distally out of the cannula lumen, the needle points at injection sites (200, 201) in a pattern defined by concentric semi-circles of different radii.
A method performed by a system located on an ownship, the method comprising: at a processing device, a. receiving information from a ground traffic vehicle; b. receiving ownship information; c. determining a distance (D Stop) to the ground traffic vehicle; and d. generating a potential collision alert if the determined distance is less than a predefined safe distance value D (sase); and at an output device, outputting the generated potential collision alert; and further characterized by determining said distance (D stop) as the distance by which the ground traffic vehicle will pass an estimated full-stop location of the ownship based on the received ownship information and one or more predefined constants. at a processing device, a. receiving information from a ground traffic vehicle; b. receiving ownship information; c. determining a distance (D Stop) to the ground traffic vehicle; and d. generating a potential collision alert if the determined distance is less than a predefined safe distance value D (sase); and a. receiving information from a ground traffic vehicle; b. receiving ownship information; c. determining a distance (D Stop) to the ground traffic vehicle; and d. generating a potential collision alert if the determined distance is less than a predefined safe distance value D (sase); and at an output device, outputting the generated potential collision alert; and further characterized by determining said distance (D stop) as the distance by which the ground traffic vehicle will pass an estimated full-stop location of the ownship based on the received ownship information and one or more predefined constants.
A method for forming a wedge for post tensioning concrete comprising: providing a wire; feeding a portion of the wire into a cold heading apparatus; cold heading a portion of the wire to form at least one wedge blank; and finishing the wedge blank to form the wedge; wherein cold heading a portion of the wire to form at least one wedge blank comprises: feeding the portion of the wire between a first and second forming die (109a, 109b); reshaping the portion of the wire by the first and second forming die (109a, 109b); and separating the reshaped portion of the wire from the wire to form the at least one wedge blank. providing a wire; feeding a portion of the wire into a cold heading apparatus; cold heading a portion of the wire to form at least one wedge blank; and finishing the wedge blank to form the wedge; wherein cold heading a portion of the wire to form at least one wedge blank comprises: feeding the portion of the wire between a first and second forming die (109a, 109b); reshaping the portion of the wire by the first and second forming die (109a, 109b); and separating the reshaped portion of the wire from the wire to form the at least one wedge blank. feeding the portion of the wire between a first and second forming die (109a, 109b); reshaping the portion of the wire by the first and second forming die (109a, 109b); and separating the reshaped portion of the wire from the wire to form the at least one wedge blank.
A content addressable memory, CAM, comprising: a plurality of memory sections, each memory section comprising an addressable memory storage space configured to store data; and a comparator using shared compare circuitry configured to compare the stored data in each memory section of the plurality of memory sections with search input data by comparing data in each of the addressable memory storage spaces with the search input data in a time division multiplexed fashion, wherein the stored data in the addressable memory storage space of each memory section of the plurality of memory sections is multiplexed to the shared compare circuitry. a plurality of memory sections, each memory section comprising an addressable memory storage space configured to store data; and a comparator using shared compare circuitry configured to compare the stored data in each memory section of the plurality of memory sections with search input data by comparing data in each of the addressable memory storage spaces with the search input data in a time division multiplexed fashion, wherein the stored data in the addressable memory storage space of each memory section of the plurality of memory sections is multiplexed to the shared compare circuitry.
A method performed by an asynchronous processor, the asynchronous processor comprising a plurality of instruction execution units, the method comprising: fetching, at an instruction execution unit, XU, comprising a first and second token based pipelines, of the asynchronous processor, a first instruction; executing the first instruction in the XU, wherein the first instruction is written to a memory by the XU following execution of the first instruction in the XU by consuming a token held in the first token based pipeline for writing the first instruction; upon holding, at the XU, in the first token based pipeline, a token for fetching a next instruction, fetching a second instruction before the first instruction has been written to the memory following execution of the first instruction, the token for fetching the next instruction and the token for writing the first instruction permitting the XU to fetch the second instruction before the first instruction having been written to memory, wherein the second instruction is launched and executed regardless of whether the XU holds the token for writing the first instruction, wherein the second instruction is a next instruction for execution immediately following the first instruction; and upon holding, at the XU, in the second token based pipeline a token for launching the next instruction, begin processing the second instruction after consuming a register access token for reading values from a register file, in the second token based pipeline, the token for fetching the next instruction gating the token for launching the next instruction. fetching, at an instruction execution unit, XU, comprising a first and second token based pipelines, of the asynchronous processor, a first instruction; executing the first instruction in the XU, wherein the first instruction is written to a memory by the XU following execution of the first instruction in the XU by consuming a token held in the first token based pipeline for writing the first instruction; upon holding, at the XU, in the first token based pipeline, a token for fetching a next instruction, fetching a second instruction before the first instruction has been written to the memory following execution of the first instruction, the token for fetching the next instruction and the token for writing the first instruction permitting the XU to fetch the second instruction before the first instruction having been written to memory, wherein the second instruction is launched and executed regardless of whether the XU holds the token for writing the first instruction, wherein the second instruction is a next instruction for execution immediately following the first instruction; and upon holding, at the XU, in the second token based pipeline a token for launching the next instruction, begin processing the second instruction after consuming a register access token for reading values from a register file, in the second token based pipeline, the token for fetching the next instruction gating the token for launching the next instruction.
A post-foaming aqueous gel composition characterized in that it comprises one or more thickening polymer selected from alkyl acrylate polymer at a concentration in the range of 0.25 to 5% by weight, calculated to the total composition, one or more film forming polymer, one or more polyol at a concentration in the range of 7.5 to 30% by weight calculated to the total composition, one or more surfactant and one or more C4 - C5 isoalkane.