mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a machining process in which ultrasonic machining is carried out using a sonotrode which can be placed against a workpiece, comprising the following steps: - recording the progression of the process parameter during the ultrasonic machining, - repeatedly determining a first gradient and a second gradient of the progression during the machining process, the two gradients (m1, m2) being determined one after the other with a predetermined time offset (Δt), characterised by - defining a first reference gradient (mlref) and a second reference gradient (m2ref) for the progression of a process parameter over time (t), - comparing the first gradient with the first reference gradient (mlref) and comparing the second gradient with the second reference gradient (m2ref) during the machining process, in each case using a predetermined comparison criterion (V1, V2), - transitioning to a subsequent step of the machining process, in particular termination of the ultrasonic machining, if the predetermined comparison criterion (V1, V2) is met for both comparisons simultaneously. - recording the progression of the process parameter during the ultrasonic machining, - repeatedly determining a first gradient and a second gradient of the progression during the machining process, the two gradients (m1, m2) being determined one after the other with a predetermined time offset (Δt), characterised by - defining a first reference gradient (mlref) and a second reference gradient (m2ref) for the progression of a process parameter over time (t), - comparing the first gradient with the first reference gradient (mlref) and comparing the second gradient with the second reference gradient (m2ref) during the machining process, in each case using a predetermined comparison criterion (V1, V2), - transitioning to a subsequent step of the machining process, in particular termination of the ultrasonic machining, if the predetermined comparison criterion (V1, V2) is met for both comparisons simultaneously.
A device for printing and scanning printable media (2, 3), comprising - a printer device with a first drive and a printing unit for printing the printable media (2, 3), - a scanner device for scanning the printable media (2, 3) with a drive, and - a presenter device for outputting and pulling in the printable media (2, 3), wherein the printable media (2, 3) are transportable by means of the first drive of the printer device and the drive of the scanner device along a first longitudinally extended transport path, characterized in that the printer device comprises a different, second drive, wherein printable media (2, 3) are transportable by means of the second drive of the printer device and the drive of the scanner device along a second longitudinally extended transport path parallel to the first transport path, wherein the transport paths (17A, 17B) are arranged at a distance from each other transversely to their direction of longitudinal extension and wherein the printing unit is shiftable transversely to the transport paths (17A, 17B) such that printable media (2, 3) are printable on both transport paths (17A, 17B) by means of the printing unit. - a printer device with a first drive and a printing unit for printing the printable media (2, 3), - a scanner device for scanning the printable media (2, 3) with a drive, and - a presenter device for outputting and pulling in the printable media (2, 3),
HEIGHT ADJUSTABLE CRUTCH including a handle and a cuff in order to respectively support a hand and a forearm of a user, is characterized in that it comprises two principal bodies made of plastic material: an elongated bottom one with the incorporation of an internal reinforcing ribbing, and another top one incorporating other internal reinforcing ribs, both principal bodies (1, 2) being detachably joined to each other by means of a guided and open coupling; said two principal bodies (1, 2) are coupled by means of a fixation support, with an attachment carried out by means of a retention flatbar; wherein the guided and open coupling between both principal bodies (1, 2) comprises a "U"-shaped bottom extension forming part of the top body, at the same time that on said "U"-shaped extension a segment of the bottom body is adjusted, having through holes facing other holes established on the branches of the "U"-shaped bottom extension, being adjusted in said facing holes (7, 14) some crossbars forming part of the fixation support.
A navigation device comprising: an estimated point calculation unit adapted to use previous vehicle position as a reference and to calculate an estimated point of a vehicle as a result of subsequent movement; and a selection unit adapted to select a best candidate point (A1; B2) in a map matching process using the estimated point from candidate points that are set on roads (A; B) around the estimated point, characterized by a speculative heading error acquisition unit adapted to calculate a vehicle heading corresponding to the estimated point and a heading reliability, and to acquire a speculative heading error that corresponds to the heading reliability, wherein the heading reliability expresses the extent of an error range within which the heading value can be correctly estimated, and is determined depending on various states where the heading is measured based on dead reckoning navigation and GPS measurements; a determination unit adapted to determine whether a heading difference (θ) between the vehicle heading and a heading when the estimated point is corrected to the best candidate point (A1; B2) is within the speculative heading error; and a vehicle position setting unit adapted to set the best candidate point (A1; B2) as a post-correction vehicle position corresponding to the estimated position (P1; P2) if the heading difference (θ) is within the speculative heading error, and to set the estimated position (P1; P2) as the vehicle position if the heading difference (θ) is not within the speculative heading error. an estimated point calculation unit adapted to use previous vehicle position as a reference and to calculate an estimated point of a vehicle as a result of subsequent movement; and a selection unit adapted to select a best candidate point (A1; B2) in a map matching process using the estimated point from candidate points that are set on roads (A; B) around the estimated point, characterized by a speculative heading error acquisition unit adapted to calculate a vehicle heading corresponding to the estimated point and a heading reliability, and to acquire a speculative heading error that corresponds to the heading reliability, wherein the heading reliability expresses the extent of an error range within which the heading value can be correctly estimated, and is determined depending on various states where the heading is measured based on dead reckoning navigation and GPS measurements; a determination unit adapted to determine whether a heading difference (θ) between the vehicle heading and a heading when the estimated point is corrected to the best candidate point (A1; B2) is within the speculative heading error; and a vehicle position setting unit adapted to set the best candidate point (A1; B2) as a post-correction vehicle position corresponding to the estimated position (P1; P2) if the heading difference (θ) is within the speculative heading error, and to set the estimated position (P1; P2) as the vehicle position if the heading difference (θ) is not within the speculative heading error.
A nitride semiconductor device comprising; an n-region having a plurality of nitride semiconductor films, a p-region having a plurality of nitride semiconductor films, and an active layer interposed between said n-region and said p-region, wherein the nitride semiconductor layers of the n-region has an n-contact layer of nitride semiconductor containing the n-type impurity and an n-side multi-film layer comprising first nitride semiconductor films containing In and second nitride semiconductor films having different composition from those of said first nitride semiconductor films, the n-side multi-film layer interposed between said n-contact layer and said active layer, each of said first nitride semiconductor films and each of said second nitride semiconductor films being laminated alternately of at least three films in total and at least one of said first nitride semiconductor film and said second nitride semiconductor film having the thickness of 10nm or less, characterized in that the nitride semiconductor layers of the p-region has a p-side multi-film layer comprising third nitride semiconductor films containing Al and fourth nitride semiconductor films having different composition from those of said third nitride semiconductor films, each of said third nitride semiconductor films and each of said fourth nitride semiconductor films being laminated alternately and at least one of said third nitride semiconductor films and said fourth nitride semiconductor films having the thickness of 10nm or less.
A portable terminal comprising: a flexible display unit disposed on a front surface of the portable terminal and extending to at least one side surface of the portable terminal, wherein at least one end of the flexible display unit is bent, wherein the at least one bent end of the flexible display unit is extended to the at least one side surface of the portable terminal, the flexible display unit including a main display area on the front surface, and an auxiliary display area on the at least one side surface; a sensor adapted to detect a state of the portable terminal; a controller adapted to determine whether to operate in a silent mode in which information related to an alarm event is output on only the auxiliary display area or in a general mode in which information related to the alarm event is output on the main display area and on the auxiliary display area, according to the state of the portable terminal detected by the sensor, wherein the controller is adapted to operate the portable terminal in the silent mode if the state of the portable terminal detected by the sensor is a first state, and wherein the controller is adapted to operate the portable terminal in the general mode if the state of the portable terminal detected by the sensor is a second state. a flexible display unit disposed on a front surface of the portable terminal and extending to at least one side surface of the portable terminal, wherein at least one end of the flexible display unit is bent, wherein the at least one bent end of the flexible display unit is extended to the at least one side surface of the portable terminal, the flexible display unit including a main display area on the front surface, and an auxiliary display area on the at least one side surface; a sensor adapted to detect a state of the portable terminal; a controller adapted to determine whether to operate in a silent mode in which information related to an alarm event is output on only the auxiliary display area or in a general mode in which information related to the alarm event is output on the main display area and on the auxiliary display area, according to the state of the portable terminal detected by the sensor, wherein the controller is adapted to operate the portable terminal in the silent mode if the state of the portable terminal detected by the sensor is a first state, and wherein the controller is adapted to operate the portable terminal in the general mode if the state of the portable terminal detected by the sensor is a second state.
A stent with retractor function, comprising a radially flexibly expandable tubular sheath which is divided in its peripheral direction into at least two sections (2, 4) of different radial flexibility, which are preferably interconnected integrally, wherein the at least one section with higher flexibility forms an expanding section and the at least one section with lower flexibility forms a reinforcing section, and the stent being divided in its axial direction into a number of segments (8, 8', 8"), which preferably each have internal reinforcing and expanding sections (2, 4) and the segments (8, 8', 8") are coupled via axial connecting sections which form nominal separation points for segmental length shortening, wherein the segments (8, 8', 8") are connected to each other via the reinforcing sections by the connecting sections and at least one axial connecting section is formed by a first segment having at least one axially oriented recess in which at least one corresponding, inserted section or axially oriented protrusion of a second, adjacent segment is fitted, wherein the recess and the inserted section each forms an axially acting undercut engagement by means of which the two segments (8, 8') are positively connected to one another in axial and peripheral direction, but can be separated by a preferably local, radial relative movement of the segments (8, 8') in the region of the undercut engagement.
An ophthalmically acceptable vehicle, comprising: an aqueous suspension having a first viscosity, said suspension comprising from 0.1% to 6.5% by weight, based on the total weight of the suspension, of a carboxyl-containing polymer prepared by polymerizing one or more carboxyl-containing monoethylenically unsaturated monomers and less than 5% by weight of a cross-linking agent, said weight percentages of monomers being based on the total weight of monomers polymerized, said carboxyl-containing polymer having average particle size of not more than 50 μm in equivalent spherical diameter, wherein the carboxyl-containing polymer is polycarbophil, and a sufficient amount of a second polymer allowing said carboxyl-containing polymer to remain suspended, wherein upon contact with tear fluid, said vehicle gels to a second viscosity which is greater than the first viscosity, wherein the second polymer is a cationic polymer, wherein the cationic polymer is chitosan, and wherein chitosan has a molecular weight in a range from between 50 kDa (3,000,000g/mol) to 100 kDa (100,000g/mol) and is present in a range from between 0.01% to 5.0% by weight, or wherein chitosan has a molecular weight in a range from between 1,000 kDa to 3,000 kDa (3,000,000 g/mol) and is present in a range from between 0.01% and 0.05% by weight. an aqueous suspension having a first viscosity, said suspension comprising from 0.1% to 6.5% by weight, based on the total weight of the suspension, of a carboxyl-containing polymer prepared by polymerizing one or more carboxyl-containing monoethylenically unsaturated monomers and less than 5% by weight of a cross-linking agent, said weight percentages of monomers being based on the total weight of monomers polymerized, said carboxyl-containing polymer having average particle size of not more than 50 μm in equivalent spherical diameter, wherein the carboxyl-containing polymer is polycarbophil, and a sufficient amount of a second polymer allowing said carboxyl-containing polymer to remain suspended, wherein upon contact with tear fluid, said vehicle gels to a second viscosity which is greater than the first viscosity, wherein the second polymer is a cationic polymer, wherein the cationic polymer is chitosan, and wherein chitosan has a molecular weight in a range from between 50 kDa (3,000,000g/mol) to 100 kDa (100,000g/mol) and is present in a range from between 0.01% to 5.0% by weight, or wherein chitosan has a molecular weight in a range from between 1,000 kDa to 3,000 kDa (3,000,000 g/mol) and is present in a range from between 0.01% and 0.05% by weight.
A battery module, characterized in that, comprising: a plurality of battery cells, configured to be connected in series, the plurality of battery cells comprise a failed battery cell and at least one non-failed battery cell adjacent to the failed battery cell; and a first connecting piece, configured to connect the failed battery cell to the at least one non-failed battery cell, wherein the first connecting piece comprises a first connecting portion and a conductive portion connected to the first connecting portion, the first connecting portion is configured to be electrically connected to an enclosure of the failed battery cell, and the conductive portion is configured to be electrically connected to the at least one non-failed battery cell, so as to restore the battery module to work; and, wherein the enclosure comprises a housing and a top cover connected to the housing; and the first connecting portion is configured to be connected to the housing or the top cover of the failed battery cell; and, the first connecting portion is bent, relative to the conductive portion, toward the enclosure of the failed battery cell, so that the first connecting portion is connected to the enclosure of the failed battery cell; and, wherein the battery module further comprises a second connecting piece configured to connect at least two of the non-failed battery cells; the second connecting piece is provided with a bending guide portion for guiding the second connecting piece to bend and form the first connecting portion and the conductive portion that are bent relative to each other. a plurality of battery cells, configured to be connected in series, the plurality of battery cells comprise a failed battery cell and at least one non-failed battery cell adjacent to the failed battery cell; and a first connecting piece, configured to connect the failed battery cell to the at least one non-failed battery cell, wherein the first connecting piece comprises a first connecting portion and a conductive portion connected to the first connecting portion, the first connecting portion is configured to be electrically connected to an enclosure of the failed battery cell, and the conductive portion is configured to be electrically connected to the at least one non-failed battery cell, so as to restore the battery module to work; and, wherein the enclosure comprises a housing and a top cover connected to the housing; and the first connecting portion is configured to be connected to the housing or the top cover of the failed battery cell; and, the first connecting portion is bent, relative to the conductive portion, toward the enclosure of the failed battery cell, so that the first connecting portion is connected to the enclosure of the failed battery cell; and, wherein the battery module further comprises a second connecting piece configured to connect at least two of the non-failed battery cells; the second connecting piece is provided with a bending guide portion for guiding the second connecting piece to bend and form the first connecting portion and the conductive portion that are bent relative to each other.
A dust cover for a ball joint, the ball joint comprising: a spherical head portion formed in one end of a ball stud, the spherical head portion being retained within a socket; a shaft in the other end of said ball stud, the shaft being fastened and fixed to a knuckle; the dust cover comprising: a one end large-diameter opening portion having an embedded reinforcing ring, the one end large-diameter opening portion being fixable and retainable to an outer peripheral surface of said socket; the other end small-diameter opening portion having an embedded reinforcing ring, the other end small-diameter opening portion being retainable to said shaft; a film portion connecting said large-diameter opening portion and said small-diameter opening portion; and the dust cover being made of an elastic material, characterized in that in an unmounted state, a maximum inner diameter of said film portion is larger than an inner diameter of said reinforcing ring which is embedded in said one end large-diameter opening portion, said film portion is formed into a drum shape, and a thickness of a maximum outer diameter portion of said film portion is formed to be thinner than a thickness in an other end small-diameter opening portion side of said film portion and that a thickness in an one end large-diameter opening portion side of said film portion. a spherical head portion formed in one end of a ball stud, the spherical head portion being retained within a socket; a shaft in the other end of said ball stud, the shaft being fastened and fixed to a knuckle; the dust cover comprising: a one end large-diameter opening portion having an embedded reinforcing ring, the one end large-diameter opening portion being fixable and retainable to an outer peripheral surface of said socket; the other end small-diameter opening portion having an embedded reinforcing ring, the other end small-diameter opening portion being retainable to said shaft; a film portion connecting said large-diameter opening portion and said small-diameter opening portion; and the dust cover being made of an elastic material, a one end large-diameter opening portion having an embedded reinforcing ring, the one end large-diameter opening portion being fixable and retainable to an outer peripheral surface of said socket; the other end small-diameter opening portion having an embedded reinforcing ring, the other end small-diameter opening portion being retainable to said shaft; a film portion connecting said large-diameter opening portion and said small-diameter opening portion; and the dust cover being made of an elastic material, characterized in that in an unmounted state, a maximum inner diameter of said film portion is larger than an inner diameter of said reinforcing ring which is embedded in said one end large-diameter opening portion, said film portion is formed into a drum shape, and a thickness of a maximum outer diameter portion of said film portion is formed to be thinner than a thickness in an other end small-diameter opening portion side of said film portion and that a thickness in an one end large-diameter opening portion side of said film portion.