mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle-loading ramp consisting of two assemblies: * a ladder, * a plurality of panels arranged in the spaces left free within the ladder, wherein the ladder consists of three major parts: - two side profiles ; - elongated end elements placed at respective ends of the side profiles and operatively connected thereto; - a plurality of connecting rungs , connected to each of the side profiles along their longitudinal extension and internally with respect to the elongated end elements ; characterized in that , each of the panels consists of two major parts: - a deck skin ; and - end brackets placed at the two ends of the deck skin in contact with each respective side profile , and in that , in order to provide a lighter weight and match the bending requirements, the height of the side profiles is maximum at half of their length, and progressively decreases towards the two ends thereof, and in that said brackets are thicker than their respective deck skin and have a turned edge that sits on the top surface of the side profiles . * a ladder, * a plurality of panels arranged in the spaces left free within the ladder, - two side profiles ; - elongated end elements placed at respective ends of the side profiles and operatively connected thereto; - a plurality of connecting rungs , connected to each of the side profiles along their longitudinal extension and internally with respect to the elongated end elements ; - a deck skin ; and - end brackets placed at the two ends of the deck skin in contact with each respective side profile ,
A binder composition comprising a first binder comprising by dry weight based on total dry weight of the first binder, from 5% to 98% of polymer particles comprising, as polymerization units, at least one α,β-ethylenically unsaturated nonionic monomer that is α,β-ethylenically unsaturated monomer without bearing an ionic charge between pH=1-14, from 0.3% to 10% of a first polysaccharide selected from guar gum and guar derivatives, from 0.01% to 5% of a crosslinker selected from organotitanate compounds, organozirconate compounds, and any combination thereof, from 0.3% to 6% of a water-soluble metal cation selected from calcium ions, zinc ions, aluminum ions, magnesium ions, ferric ions, barium ions, and any combination thereof, and from 0.05% to 3% of a cationic polyelectrolyte selected from poly(N,N-dimethylacrylamide), polyamine, cationic polyacrylamide, polyamidine, polyvinylamidine, any derivatives thereof, and any combination thereof.
A clipping device for attachment to a panel, the clipping device comprising a first leg and a second leg connected to one another by means of a connecting portion so as to provide a substantially U-shaped frame, the first and second legs forming a space between them, a clamping element provided at least partially within the space formed between the first and second legs and attached to the first leg , the clamping element being resiliently compressible in a direction away from the second leg and being resiliently expandable in a direction towards the second leg , and a nut part arranged on the first leg and attached to a side of the first leg that faces away from the space formed between the first and second legs. a first leg and a second leg connected to one another by means of a connecting portion so as to provide a substantially U-shaped frame, the first and second legs forming a space between them, a clamping element provided at least partially within the space formed between the first and second legs and attached to the first leg , the clamping element being resiliently compressible in a direction away from the second leg and being resiliently expandable in a direction towards the second leg , and a nut part arranged on the first leg and attached to a side of the first leg that faces away from the space formed between the first and second legs.
A system, comprising: an analog-to-digital converter, ADC, to receive and digitize a waveform ; a memory to store acquisitions of the digitized waveform and a plurality of masks ; a rasterizer to draw acquisitions of the digitized waveforms on a display ; a processor to select a first mask from the plurality of masks stored in the memory to be used with a first acquisition of the digitized waveform ; and a timer to determine when a first timing interval has passed, wherein the processor is operative to select a second mask from the plurality of masks stored in the memory after the first timing interval has passed, the second mask to be used with a second acquisition of the digitized waveform and having a mask boundary that differs from a mask boundary of the first mask . an analog-to-digital converter, ADC, to receive and digitize a waveform ; a memory to store acquisitions of the digitized waveform and a plurality of masks ; a rasterizer to draw acquisitions of the digitized waveforms on a display ; a processor to select a first mask from the plurality of masks stored in the memory to be used with a first acquisition of the digitized waveform ; and a timer to determine when a first timing interval has passed, wherein the processor is operative to select a second mask from the plurality of masks stored in the memory after the first timing interval has passed, the second mask to be used with a second acquisition of the digitized waveform and having a mask boundary that differs from a mask boundary of the first mask .
A computer implemented method to influence at least one of a position, orientation, or motion of a load suspended by a main load bearing line from a carrier , comprising: determining, by a computer processor , a position, orientation, or motion of the load and a tension on a winch based on sensor data from a sensor suite , wherein the winch is secured to the load with a winch control line , and controlling, by the computer processor , the winch and a thruster to influence at least one of the position, orientation, or motion of the load , wherein a rotational coupling allows the winch and thruster to rotate about a vertical axis of the main load bearing line without imparting a significant torque on the main load bearing line , characterized by further comprising determining, by the computer processor , the position, orientation, or motion and the tension on the winch by combining the sensor data from the sensor suite through a non-linear filter to determine a current state, wherein the current state comprises the position, orientation, or motion and the tension on the winch . determining, by a computer processor , a position, orientation, or motion of the load and a tension on a winch based on sensor data from a sensor suite , wherein the winch is secured to the load with a winch control line , and controlling, by the computer processor , the winch and a thruster to influence at least one of the position, orientation, or motion of the load , wherein a rotational coupling allows the winch and thruster to rotate about a vertical axis of the main load bearing line without imparting a significant torque on the main load bearing line , characterized by further comprising determining, by the computer processor , the position, orientation, or motion and the tension on the winch by combining the sensor data from the sensor suite through a non-linear filter to determine a current state, wherein the current state comprises the position, orientation, or motion and the tension on the winch .
A method, comprising: providing a telemetry system with a communication path formed with an electrically conductive transport medium coupled across a plurality of downhole nodes, wherein the telemetry system comprises a data link layer, and a protocol layer, wherein the protocol layer enables the system to request commands , provide action commands , and conduct group polling ; operating on the communication path with a multi-drop system that provides telemetry to the downhole nodes in wellbore , including employing modulation of a tone in a master-slave arrangement using binary differential phase shift keying or differential quadrature phase shift keying, wherein the telemetry system supports a plurality of downhole functions, and wherein multiple downhole nodes access the communication path without the use of switches. providing a telemetry system with a communication path formed with an electrically conductive transport medium coupled across a plurality of downhole nodes, wherein the telemetry system comprises a data link layer, and a protocol layer, wherein the protocol layer enables the system to request commands , provide action commands , and conduct group polling ; operating on the communication path with a multi-drop system that provides telemetry to the downhole nodes in wellbore , including employing modulation of a tone in a master-slave arrangement using binary differential phase shift keying or differential quadrature phase shift keying, wherein the telemetry system supports a plurality of downhole functions, and wherein multiple downhole nodes access the communication path without the use of switches.
A method of forming a post of a cartridge of an electronic vaping device , the method comprising: cutting a blank from a sheet of metal; drawing the blank to a desired diameter and length to form an elongate body; drawing a portion of the elongate body to form a first end having an opening therein, the first end being generally cylindrical and having an edge; forming a first portion between the first end and a second end of the elongate body; and forming a second portion at the second end. cutting a blank from a sheet of metal; drawing the blank to a desired diameter and length to form an elongate body; drawing a portion of the elongate body to form a first end having an opening therein, the first end being generally cylindrical and having an edge; forming a first portion between the first end and a second end of the elongate body; and forming a second portion at the second end.
A method for mitigating an output latch failure mode comprising: providing a failure mode value to a transceiver bus-hold circuit ; and characterised by passing the failure mode value to an output latch input from the transceiver through a bus when no driven values are received at the transceiver. providing a failure mode value to a transceiver bus-hold circuit ; and characterised by passing the failure mode value to an output latch input from the transceiver through a bus when no driven values are received at the transceiver.
Radar device for a motor vehicle, having a radar apparatus for emitting and receiving electromagnetic waves and having at least one absorption element , which is formed from an absorption material which absorbs the electromagnetic waves , wherein the at least one absorption element is embodied as an element which is separate from a housing of the radar apparatus and is arranged outside the housing and on the housing , wherein the at least one absorption element is embodied in an arcuate shape in cross section and has two wings which extend outwards from the housing in opposite directions and are embodied in a curved fashion in a direction counter to an emission direction of the radar apparatus , characterized in that the at least one absorption element terminates flush with a front side of the housing , via which front side the electromagnetic waves can be emitted.
Ground drilling device having a drive train for rotating a drill string, wherein at least a portion of the drive train is designed to form a channel in the form of a passage between a force transmission element of the drive train and the drill string, wherein the channel projects through the force transmission element so that the channel extends through the force transmission element and is at least partially formed in the force transmission element , and wherein the force transmission element can be driven radially in the drive train , wherein the force transmission element is designed as a hollow shaft characterized in that the drive is a hollow shaft motor .
Band guide for a saw band of a machine saw, having sliding blocks for a sliding contact with the saw band and having a support which can be mounted on the machine saw and on which the sliding blocks are held, wherein the sliding blocks are held on the support by means of releasable fastening means and the support has a substantially flat mounting surface for mounting the sliding blocks , characterised in that , the mounting surface is provided with a plurality of fastening points for the sliding blocks , wherein the number of fastening points is greater than the number of sliding blocks , and in that the fastening points on the support are arranged in such a way that the sliding blocks can be relocated in different positions on the support in order to adapt the band guide to different saw bands. characterised in that , the mounting surface is provided with a plurality of fastening points for the sliding blocks , wherein the number of fastening points is greater than the number of sliding blocks , and in that the fastening points on the support are arranged in such a way that the sliding blocks can be relocated in different positions on the support in order to adapt the band guide to different saw bands.
A stapling assembly for use with a surgical stapler, comprising: a cartridge extending from a top surface to a bottom surface that is opposite the top surface, the top surface being a tissue-facing surface, wherein the cartridge comprises a plurality of surface features defined therein; a plurality of staples disposed within the cartridge, the plurality of staples being configured to be deployed into tissue; and a non-fibrous adjunct formed of at least one fused bioabsorbable polymer and configured to be releasably retained on and extend along a longitudinal axis of the cartridge such that the adjunct can be attached to tissue by the plurality of staples in the cartridge, the adjunct comprising, a plurality of unit cells , and a plurality of attachment features that extend from at least a portion of the plurality of unit cells at predefined positions, the predefined positions corresponding to the plurality of surface features so that the plurality of attachment features can be inserted into and engage with at least a portion of the plurality of surface features to thereby retain the non-fibrous adjunct to the cartridge prior to staple deployment; characterized in that the plurality of attachment features differ in geometry and in that the top surface comprises the plurality of surface features defined therein. a cartridge extending from a top surface to a bottom surface that is opposite the top surface, the top surface being a tissue-facing surface, wherein the cartridge comprises a plurality of surface features defined therein; a plurality of staples disposed within the cartridge, the plurality of staples being configured to be deployed into tissue; and a non-fibrous adjunct formed of at least one fused bioabsorbable polymer and configured to be releasably retained on and extend along a longitudinal axis of the cartridge such that the adjunct can be attached to tissue by the plurality of staples in the cartridge, the adjunct comprising, a plurality of unit cells , and a plurality of attachment features that extend from at least a portion of the plurality of unit cells at predefined positions, the predefined positions corresponding to the plurality of surface features so that the plurality of attachment features can be inserted into and engage with at least a portion of the plurality of surface features to thereby retain the non-fibrous adjunct to the cartridge prior to staple deployment; a plurality of unit cells , and a plurality of attachment features that extend from at least a portion of the plurality of unit cells at predefined positions, the predefined positions corresponding to the plurality of surface features so that the plurality of attachment features can be inserted into and engage with at least a portion of the plurality of surface features to thereby retain the non-fibrous adjunct to the cartridge prior to staple deployment;
A touch-screen interface that comprises: a character entry mechanism configured to receive character input by a user; a typing pane (23; 27) configured to display user inputted text; and a text prediction pane (25; 28) configured to present a predicted phrase received from a text prediction engine and consisting of two or more words; characterised in that the text prediction pane is configured to present the predicted phrase by displaying two or more word keys respectively containing the two or more words of the predicted phrase, and wherein: in response to a word key press, the touch-screen interface is configured to update an input sequence of the user inputted text displayed in the typing pane to further comprise the word or sequence of words of the predicted phrase up to and including the word contained in the pressed word key and pass the updated input sequence including that word or sequence of words to the text prediction engine as a context input . a character entry mechanism configured to receive character input by a user; a typing pane (23; 27) configured to display user inputted text; and a text prediction pane (25; 28) configured to present a predicted phrase received from a text prediction engine and consisting of two or more words; characterised in that the text prediction pane is configured to present the predicted phrase by displaying two or more word keys respectively containing the two or more words of the predicted phrase, and wherein: in response to a word key press, the touch-screen interface is configured to update an input sequence of the user inputted text displayed in the typing pane to further comprise the word or sequence of words of the predicted phrase up to and including the word contained in the pressed word key and pass the updated input sequence including that word or sequence of words to the text prediction engine as a context input .
A multiple axis robotic additive manufacturing system , comprising: a movable robotic arm ; a build platform movable in at least two degrees of freedom and independent of the movement of the robotic arm to position a part being built to counteract effects of gravity based upon part geometry; and a member mounted at an end of the robotic arm , and configured to deposit material with a plurality of flow rates, wherein movement of the robotic arm and the build platform are synchronized with the flow rate of the deposited material to build the part using 3D tool paths, characterized in that the member is an extruder which extrudes the material, the system further comprising a pre-heater configured to locally pre-heat a previously printed portion of the part along a 3D tool path prior to extrusion of material along the 3D tool path by the extruder to conformally print a subsequent portion of the part. a movable robotic arm ; a build platform movable in at least two degrees of freedom and independent of the movement of the robotic arm to position a part being built to counteract effects of gravity based upon part geometry; and a member mounted at an end of the robotic arm , and configured to deposit material with a plurality of flow rates, wherein movement of the robotic arm and the build platform are synchronized with the flow rate of the deposited material to build the part using 3D tool paths, characterized in that the member is an extruder which extrudes the material, the system further comprising a pre-heater configured to locally pre-heat a previously printed portion of the part along a 3D tool path prior to extrusion of material along the 3D tool path by the extruder to conformally print a subsequent portion of the part.
A computer-implemented method for predicting a target set of pixels, the method being implemented in a computer system that comprises non-transient electronic storage and one or more physical computer processors, comprising: obtaining , from the non-transient electronic storage, target content comprising the target set of pixels to be predicted; convolving , with the one or more physical computer processors, the target set of pixels to generate an estimated set of pixels , wherein the convolving comprises a gated convolution that is part of an auto-encoder model; matching , with the one or more physical computer processors, a second set of pixels in the target content to the target set of pixels, wherein the matched second set of pixels is within a distance from an edge of the target set of pixels; and refining , with the one or more physical computer processors, the estimated set of pixels to generate a refined set of pixels using the matched second set of pixels in the target content; wherein the refined set of pixels comprise a prediction output of the computer-implemented method; and wherein the refining comprises: encoding the estimated set of pixels and the matched second set of pixels in parallel to generate an encoded estimated set of pixels and an encoded matched second set of pixels; concatenating the encoded estimated set of pixels and the encoded matched second set of pixels to generate concatenated pixels; and decoding the concatenated pixels to form the refined set of pixels. obtaining , from the non-transient electronic storage, target content comprising the target set of pixels to be predicted; convolving , with the one or more physical computer processors, the target set of pixels to generate an estimated set of pixels , wherein the convolving comprises a gated convolution that is part of an auto-encoder model; matching , with the one or more physical computer processors, a second set of pixels in the target content to the target set of pixels, wherein the matched second set of pixels is within a distance from an edge of the target set of pixels; and refining , with the one or more physical computer processors, the estimated set of pixels to generate a refined set of pixels using the matched second set of pixels in the target content; wherein the refined set of pixels comprise a prediction output of the computer-implemented method; and wherein the refining comprises: encoding the estimated set of pixels and the matched second set of pixels in parallel to generate an encoded estimated set of pixels and an encoded matched second set of pixels; concatenating the encoded estimated set of pixels and the encoded matched second set of pixels to generate concatenated pixels; and decoding the concatenated pixels to form the refined set of pixels. encoding the estimated set of pixels and the matched second set of pixels in parallel to generate an encoded estimated set of pixels and an encoded matched second set of pixels; concatenating the encoded estimated set of pixels and the encoded matched second set of pixels to generate concatenated pixels; and decoding the concatenated pixels to form the refined set of pixels.
A device , comprising: - a receiver configured to receive symbols on a downstream channel , - at least one circuitry configured to determine a value of a channel synchronization parameter based on the received symbols, wherein the at least one circuitry is further configured to detect an interference event on the downstream channel , wherein the at least one circuitry is further configured to output an output signal determined based on at least one cached value of the channel synchronization parameter in response to detecting the interference event , the at least one cached value being determined based on symbols received prior to and offset from said detecting of the interference event . - a receiver configured to receive symbols on a downstream channel , - at least one circuitry configured to determine a value of a channel synchronization parameter based on the received symbols,