mhurhangee/patent-ind-claim-en huggingface dataset:
A system for scanning documents, the system comprising: an input tray for holding one or more documents to be scanned; a transport drive system configured to move a document of the one or more documents along a document transport path ; at least one gate element configured to: engage with lead edges of the documents held by the input tray ; oscillate forward and backward in respect to the document transport path according to one or more oscillation parameters to align the lead edges of the documents; and disengage with the lead edges of the documents held by the input tray to allow the documents to be transported along the document transport path . an input tray for holding one or more documents to be scanned; a transport drive system configured to move a document of the one or more documents along a document transport path ; at least one gate element configured to: engage with lead edges of the documents held by the input tray ; oscillate forward and backward in respect to the document transport path according to one or more oscillation parameters to align the lead edges of the documents; and disengage with the lead edges of the documents held by the input tray to allow the documents to be transported along the document transport path . engage with lead edges of the documents held by the input tray ; oscillate forward and backward in respect to the document transport path according to one or more oscillation parameters to align the lead edges of the documents; and disengage with the lead edges of the documents held by the input tray to allow the documents to be transported along the document transport path .
A downhole operational tool for moving a tool part between a retracted position and a projected position in a well, comprising: - a tool body having an axial extension, - the tool part being movable perpendicularly to the axial extension between the retracted position and the projected position, - a projection actuator configured to project the tool part from the tool body by means of hydraulics, the projection actuator comprising an actuator housing and a projection piston configured to slide inside the actuator housing, the tool part being connected with the projection piston, and - a retraction actuator comprising a spring element configured to retract the tool part into the tool body, the retraction actuator being connected with the projection piston so that when the projection actuator projects the tool part, the spring element is compressed, characterised in that the spring element is arranged outside the actuator housing. - a tool body having an axial extension, - the tool part being movable perpendicularly to the axial extension between the retracted position and the projected position, - a projection actuator configured to project the tool part from the tool body by means of hydraulics, the projection actuator comprising an actuator housing and a projection piston configured to slide inside the actuator housing, the tool part being connected with the projection piston, and - a retraction actuator comprising a spring element configured to retract the tool part into the tool body, the retraction actuator being connected with the projection piston so that when the projection actuator projects the tool part, the spring element is compressed,
A system for compression fitting pipes (T), wherein the system comprises at least one pipe (T) and a device comprising, in combination: - a lower lock nut (GSI) with a threading, - a welding flange (TS) provided with conical outer edge which is tapered towards its free end and with a ring for axial abutment with said lower lock nut (GSI), - an upper lock nut (GSS) with a threading adapted to engage the threading of the lower lock nut (GSI), - a sealing insert (IT) provided with conical inner edge which widens towards its free end and provided with an axial ring abutting with said upper lock nut (GSS), wherein, in order to obtain a compression fitting of the pipe (T) with the respective welding flange (TS), the free end of the pipe (T) which is connectable to the welding flange (TS) is provided with an outward flaring having an inclination angle which is smaller than the inclination angle of the conical edge present on the corresponding free end of the welding flange (TS), and wherein the axial compression closing of the fitting is obtained by mutually fastening the two lock nuts (GSS, GSI); wherein the inclination angle of the welding flange (TS) is greater than the inclination angle of the conical edge of the sealing insert (IT) and the flaring angle of the pipe (T) is equal to the inclination angle of the sealing insert (IT), so that the axial compression closing of the fitting determines an elastic, and not plastic, yield of the walls of the welding flange (TS) and the sealing insert (IT). - a lower lock nut (GSI) with a threading, - a welding flange (TS) provided with conical outer edge which is tapered towards its free end and with a ring for axial abutment with said lower lock nut (GSI), - an upper lock nut (GSS) with a threading adapted to engage the threading of the lower lock nut (GSI), - a sealing insert (IT) provided with conical inner edge which widens towards its free end and provided with an axial ring abutting with said upper lock nut (GSS),
A system comprising: - a master clock domain having a master clock (T) and a master processor , the master clock being configured to output master points in time and - a plurality of candidate clock domains each having: - a candidate clock (T1, T2) configured to output a candidate clock signal, the candidate clock signals having different frequencies and/or different phases, - an event signal input for receiving an event signal, all event signal inputs receiving the same event signal, - a first and a second asynchronous register and - a candidate controller configured to receive a first point in time from the first asynchronous register and a first value from the event signal input and feed, timed by the candidate clock signal, at least a second point in time relating to the first point in time to the second asynchronous register, where: - the master clock is configured to provide an actual master point in time to the first asynchronous registers and - the master processor is configured to read the second points in time of the second asynchronous registers and derive first information therefrom, wherein the first information is a corrected point in time or an offset determined in relation to the actual master point in time. - a master clock domain having a master clock (T) and a master processor , the master clock being configured to output master points in time and - a plurality of candidate clock domains each having: - a candidate clock (T1, T2) configured to output a candidate clock signal, the candidate clock signals having different frequencies and/or different phases, - an event signal input for receiving an event signal, all event signal inputs receiving the same event signal, - a first and a second asynchronous register and - a candidate controller configured to receive a first point in time from the first asynchronous register and a first value from the event signal input and feed, timed by the candidate clock signal, at least a second point in time relating to the first point in time to the second asynchronous register, - a candidate clock (T1, T2) configured to output a candidate clock signal, the candidate clock signals having different frequencies and/or different phases, - an event signal input for receiving an event signal, all event signal inputs receiving the same event signal, - a first and a second asynchronous register and - a candidate controller configured to receive a first point in time from the first asynchronous register and a first value from the event signal input and feed, timed by the candidate clock signal, at least a second point in time relating to the first point in time to the second asynchronous register, - the master clock is configured to provide an actual master point in time to the first asynchronous registers and - the master processor is configured to read the second points in time of the second asynchronous registers and derive first information therefrom, wherein the first information is a corrected point in time or an offset determined in relation to the actual master point in time.
A bone fixation clamp , comprising: a first clamp member extending from a first end to a second end along a curve corresponding to an outer surface along a first target portion of a bone, the first end including an opening extending therethrough along an axis which, when the first clamp member is positioned along the first target portion in an operative configuration, extends adjacent to the bone; a second clamp member extending from a first end to a second end along a curve corresponding to an outer surface along a second target portion of the bone; a stud extending longitudinally from the first end of the second clamp member to a free end so that, when the second clamp member is positioned along the second target portion of the bone in the operative configuration, the stud is receivable within the opening of the first clamp member along the axis of the opening ; and a locking nut including a threaded channel configured to threadedly engage a portion of the stud so that, when the first and second clamp members are in the operative configuration, the locking nut is threadable over the stud to fix the first and second clamp members over the bone, characterized in that the locking nut includes an anti-loosening feature which, when the locking nut is threaded over the stud , results in an interference with threading along the stud , and in that the stud and the opening of the first clamp member are correspondingly sized and shaped so that the stud is non-rotatably receivable within the opening . a first clamp member extending from a first end to a second end along a curve corresponding to an outer surface along a first target portion of a bone, the first end including an opening extending therethrough along an axis which, when the first clamp member is positioned along the first target portion in an operative configuration, extends adjacent to the bone; a second clamp member extending from a first end to a second end along a curve corresponding to an outer surface along a second target portion of the bone; a stud extending longitudinally from the first end of the second clamp member to a free end so that, when the second clamp member is positioned along the second target portion of the bone in the operative configuration, the stud is receivable within the opening of the first clamp member along the axis of the opening ; and a locking nut including a threaded channel configured to threadedly engage a portion of the stud so that, when the first and second clamp members are in the operative configuration, the locking nut is threadable over the stud to fix the first and second clamp members over the bone, characterized in that the locking nut includes an anti-loosening feature which, when the locking nut is threaded over the stud , results in an interference with threading along the stud , and in that the stud and the opening of the first clamp member are correspondingly sized and shaped so that the stud is non-rotatably receivable within the opening .
A system for improving accuracy of natural language processing, the system comprising: a natural language input device ; a plurality of speech recognition engines (104a-n) for automatic speech recognition functions only, the plurality of speech recognition engines (104a-n) being connected to the input device , the plurality of speech recognition engines (104a-n) receive an input from the input device and presents a speech recognition result as part of a set of speech recognition results; a data fusion model to receive the set of speech recognition results and to identify a correct result from the set of speech recognition results; a semantic understanding model , separate and distinct from the plurality of speech recognition engines (104a-n), to process the correct result; and a collection of all of the results of the plurality of speech recognition results defining a corpus including the correct results, wherein the corpus is configured to be used to train the data fusion model and the semantic understanding model . a natural language input device ; a plurality of speech recognition engines (104a-n) for automatic speech recognition functions only, the plurality of speech recognition engines (104a-n) being connected to the input device , the plurality of speech recognition engines (104a-n) receive an input from the input device and presents a speech recognition result as part of a set of speech recognition results; a data fusion model to receive the set of speech recognition results and to identify a correct result from the set of speech recognition results; a semantic understanding model , separate and distinct from the plurality of speech recognition engines (104a-n), to process the correct result; and a collection of all of the results of the plurality of speech recognition results defining a corpus including the correct results, wherein the corpus is configured to be used to train the data fusion model and the semantic understanding model .
LED lighting apparatus for providing a uniform illumination onto the ground , wherein for this uniform illumination the LED lighting apparatus comprises a chassis plate having a first support supporting a panel and a second support supporting a reflective plate , the panel having a plate shape, the panel comprising a first plane and a second plane disposed on an opposite side of the first plane , a light-emitting part disposed on the first plane of the panel and comprising a plurality of LED devices, wherein the light-emitting part has a light-emitting surface parallel to the first plane , and is slantly disposed at a first angle (a1) which is an acute angle at which the light-emitting surface is inclined with respect to the ground , and the reflective plate extending from the panel , wherein the reflective plate consists of a first portion slantly extended at a second angle (a2) which is smaller than the first angle (a1), a second portion extending from the panel and extended in a direction away from the ground to be inclined with respect to the ground , and a third portion connecting the first portion and the second portion , wherein the acute first angle (a1) is less than a half of a viewing angle (b) of the LED device, and a shortest distance (t1) between the light-emitting surface and the ground is less than a shortest distance (t2) between the first portion and the ground .
A device (1; 101) for measuring the pressure of a vehicle tire, the device comprising: - a sensor (3; 103) comprising a printed circuit card (4; 104) having a portion that is to be subjected to the pressure for measurement, the printed circuit card having strain detectors (10, 11; 110, 111) mounted on said portion to measure deformation of the printed circuit card under the influence of said pressure, the sensor being designed to be secured to the tire of pressure that it is desired to measure; and - a stationary portion (5; 105) subjected to be secured to the vehicle facing a path of the sensor to receive measurements acquired by the sensor; the printed circuit card having a first main face and a second main face, the components of the sensor that serve as coupling components between the sensor and the stationary portion of the sensor being arranged on the second main face of said printed circuit card outside the portion that is to be subjected to the pressure for measurement. - a sensor (3; 103) comprising a printed circuit card (4; 104) having a portion that is to be subjected to the pressure for measurement, the printed circuit card having strain detectors (10, 11; 110, 111) mounted on said portion to measure deformation of the printed circuit card under the influence of said pressure, the sensor being designed to be secured to the tire of pressure that it is desired to measure; and - a stationary portion (5; 105) subjected to be secured to the vehicle facing a path of the sensor to receive measurements acquired by the sensor;
An apparatus which assists a visual field test testing visual sensitivity at each of a plurality of test points arranged within a predetermined previously assumed visual field range, the apparatus comprising, an acquisition device which acquires hyperparameters regarding a predetermined mixture distribution, the predetermined mixture distribution being defined by using a mixture distribution describing visual field progression, the hyperparameters being learned with reference to time-series information of visual field test results obtained in the past for a plurality of cases using said predetermined mixture distribution as a prior-distribution for learning hyperparameters, an inference calculation device which calculates an inference test result vector representing an inference result of visual sensitivity to be obtained by the visual field test at each test point, by Bayesian inference, by applying said mixture distribution using the acquired hyperparameters as a prior-distribution for inference calculation, and an output device which performs an information output process on the basis of the inference test result vector obtained by the inference calculation device, wherein, during the visual field test, when a visual sensitivity is obtained at a test point by the time of an inference process, the inference calculation device performs a process of updating the prior-distribution for inference calculation by acquiring the visual sensitivity at the test point, and executing Bayesian inference regarding a partial inference test result vector representing an inference result of visual sensitivity at a test point at which no test result has been obtained at the time of the process, and the output device performs an information output process on the basis of the partial inference test result vector.
A chimeric antigen receptor (CAR) molecule comprising: i) an antigen binding domain, ii) a transmembrane domain, and iii) an intracellular domain that comprises a costimulatory domain that comprises the amino acid sequence of RSKRSRLLHSDX 1 MX 2 MTPRRPGPTRKHYQPYAPPRDFAAYRS (SEQ ID NO: 1), a sequence at least 95% identical thereto, or a sequence with no more than 1, 2, 3 or 4 modifications thereto, wherein the intracellular domain optionally further comprises a primary signaling domain, and wherein X 1 is any amino acid, and X 2 is selected from R (Arg), N (Asn), C (Cys), E (Glu), G (Gly), H (His), I (Ile), L (Leu), M (Met), F (Phe), S (Ser), T (Thr), W (Trp), Y (Tyr), or V (Val), provided that SEQ ID NO: 1 is not RSKRSRLLHSDYMNMTPRRPGPTRKHYQPYAPPRDFAAYRS (SEQ ID NO: 5). i) an antigen binding domain, ii) a transmembrane domain, and iii) an intracellular domain that comprises a costimulatory domain that comprises the amino acid sequence of RSKRSRLLHSDX 1 MX 2 MTPRRPGPTRKHYQPYAPPRDFAAYRS (SEQ ID NO: 1), a sequence at least 95% identical thereto, or a sequence with no more than 1, 2, 3 or 4 modifications thereto, wherein the intracellular domain optionally further comprises a primary signaling domain, and wherein X 1 is any amino acid, and X 2 is selected from R (Arg), N (Asn), C (Cys), E (Glu), G (Gly), H (His), I (Ile), L (Leu), M (Met), F (Phe), S (Ser), T (Thr), W (Trp), Y (Tyr), or V (Val), provided that SEQ ID NO: 1 is not RSKRSRLLHSDYMNMTPRRPGPTRKHYQPYAPPRDFAAYRS (SEQ ID NO: 5). X 1 is any amino acid, and X 2 is selected from R (Arg), N (Asn), C (Cys), E (Glu), G (Gly), H (His), I (Ile), L (Leu), M (Met), F (Phe), S (Ser), T (Thr), W (Trp), Y (Tyr), or V (Val), provided that SEQ ID NO: 1 is not RSKRSRLLHSDYMNMTPRRPGPTRKHYQPYAPPRDFAAYRS (SEQ ID NO: 5).
A fixing device for a panel member configured to fix the panel member located anteriorly and a support bracket located posteriorly, wherein the panel member is provided with a first fixing piece extending rearward, the support bracket is provided with a second fixing piece , the first fixing piece is provided with a first fastening portion , and the second fixing piece is provided with a second fastening portion , wherein a first elongate hole portion , which is located between a first base portion of the first fixing piece and the first fastening portion , is formed in the first fixing piece , and a second elongate hole portion , which is located between a second base portion of the second fixing piece and the second fastening portion , is formed in the second fixing piece , characterized in that the first fixing piece is cut out from a part of a metal plate constituting a panel case of the panel member, and is formed by being bent perpendicularly rearward, and the second fixing piece is cut out from a part of a metal plate constituting the support bracket and is formed by being bent perpendicularly rearward or forward, and the first fixing piece and the second fixing piece being opposed to each other in each thickness direction.
A backup system for an electronic parking brake, EPB, of a commercial vehicle to ensure a safe state even during electric power failure of a power supply unit of the EPB, comprising - a detection unit for detecting the power failure; - a storage device for storing sufficient electric power to perform a switch into the safe state; and - a switch device configured to supply the electric power of the storage device to the EPB if the power failure is detected by the detection unit , characterized by: - a boost circuit configured to charge the storage device during standstill of the vehicle and to discharge the storage device during motion of the vehicle. - a detection unit for detecting the power failure; - a storage device for storing sufficient electric power to perform a switch into the safe state; and - a switch device configured to supply the electric power of the storage device to the EPB if the power failure is detected by the detection unit , - a boost circuit configured to charge the storage device during standstill of the vehicle and to discharge the storage device during motion of the vehicle.