mhurhangee/ep-ind-claims huggingface dataset:
A stainless steel sheet: having a sheet thickness of from 20 to 500 μm; having a chemical composition containing, in terms of percentage by mass, from 0.010 to 0.200% of C, more than 2.00% and 4.00% or less of Si, from 0.01 to 3.00% of Mn, 3.00% or more and less than 10.00% of Ni, from 11.00 to 20.00% of Cr, from 0.010 to 0.200% of N, from 0 to 3.00% of Mo, from 0 to 1.00% of Cu, from 0.001 to 0.008% of Ti, from 0.001 to 0.008% of Al, 0.040% or less of P, 0.002% or less of S, 0 to 0.002% of Mg, and the balance of Fe, with unavoidable impurities; and having, with an assumption that in a cross section, L cross section, in parallel to a rolling direction and a sheet thickness direction, a group of non-metallic inclusion particles that line up with an interparticle distance in the rolling direction of 20 μm or less and an interparticle distance in the sheet thickness direction of 10 μm or less is one non-metallic inclusion, a number density of the non-metallic inclusion having a length in the rolling direction of 40 μm or more of 3.0 or less per square millimeter on the L cross section.
A method of monitoring fluid outflow along a wellbore, the method comprising: determining one or more temperature features from a distributed temperature signal originating in the wellbore, wherein the one or more temperature features represent a distribution of measured temperatures and comprise statistical variations of a temperature measurement obtained from the distributed temperature signal through depth or both time and depth; determining one or more frequency domain features from an acoustic signal originating in the wellbore; and using the one or more temperature features and the one or more frequency domain features to identify one or more fluid outflow locations along the wellbore. determining one or more temperature features from a distributed temperature signal originating in the wellbore, wherein the one or more temperature features represent a distribution of measured temperatures and comprise statistical variations of a temperature measurement obtained from the distributed temperature signal through depth or both time and depth; determining one or more frequency domain features from an acoustic signal originating in the wellbore; and using the one or more temperature features and the one or more frequency domain features to identify one or more fluid outflow locations along the wellbore.
Fuel delivery device for cryogenic fuels, comprising a piston pump for delivering the cryogenic fuel at high pressure, wherein the piston pump has a pump piston, which pump piston is movable in reciprocating fashion and, at one end, delimits spa compression chamber and, at the other end, delimits a pressure chamber which is formed in a hollow cylinder and which can be charged with a hydraulic pressure medium, characterized in that the pump piston has a piston part (2.1) and a piston rod (2.2), wherein the piston part (2.1) separates the pressure chamber from a hydraulic volume, which hydraulic volume has a first volume part (6.1), which is formed within the hollow cylinder, and at least one further sub-volume (6.2), which is formed outside the hollow cylinder and which is delimited by a compensating mass which is movable in reciprocating fashion.
Control valve having a valve seat and a throttle element, the throttle element having a sealing edge for sealing the valve seat, and furthermore having a first opening area and a second opening area, which throttle element can furthermore be set relative to the valve seat by a setting movement in such a way that the first opening area will be effective in a first opening position and the second opening area will be effective in a second opening position, said throttle element comprising a hollow body which has a wall, which wall has at least one opening, in particular at least one bore, in the first opening area, which wall has at least one opening, preferably in the form of at least one bore and/or one window, in the second opening area, characterized in that a sealing element which cooperates with the valve seat is disposed on the throttle element, with the result that the throttle element will pass through a sealing position as it transitions from the first to the second opening position, wherein in the sealing position, the first opening area will be effective and the second opening area will not be effective.
A transfer ring to use in the manufacture of vehicle tires, the transfer ring comprising: a circular frame (14, 16); a plurality of driven linkages coupled to the circular frame (14, 16) and configured to be movable between a contracted position and an expanded position; a drive member disposed along the circular frame (14, 16), the drive member being coupled to the driven linkages and configured to drive the driven linkages between the contracted position and the expanded position; and a plurality of shoes having arcuate interior surfaces facing substantially radially inwardly toward a central axis to collectively define a substantially cylindrical segmented gripping surface, each of the shoes being coupled to at least one of the driven linkages so as to be selectively move toward and away from the central axis; wherein each of the driven linkages comprises: a first member coupled to the circular frame (14, 16), a second member coupled to the drive member and the first member, a third member coupled to a corresponding one of the shoes and to the first member, and a block-and-rail cam follower configured such that a rail portion is fixed to the circular frame (14, 16), and a block portion is coupled to the third member; wherein the driven linkages are configured to limit movement of the arcuate surface to linear movement radially toward and away from the central axis. a circular frame (14, 16); a plurality of driven linkages coupled to the circular frame (14, 16) and configured to be movable between a contracted position and an expanded position; a drive member disposed along the circular frame (14, 16), the drive member being coupled to the driven linkages and configured to drive the driven linkages between the contracted position and the expanded position; and a plurality of shoes having arcuate interior surfaces facing substantially radially inwardly toward a central axis to collectively define a substantially cylindrical segmented gripping surface, each of the shoes being coupled to at least one of the driven linkages so as to be selectively move toward and away from the central axis; wherein each of the driven linkages comprises: a first member coupled to the circular frame (14, 16), a second member coupled to the drive member and the first member, a third member coupled to a corresponding one of the shoes and to the first member, and a block-and-rail cam follower configured such that a rail portion is fixed to the circular frame (14, 16), and a block portion is coupled to the third member; a first member coupled to the circular frame (14, 16), a second member coupled to the drive member and the first member, a third member coupled to a corresponding one of the shoes and to the first member, and a block-and-rail cam follower configured such that a rail portion is fixed to the circular frame (14, 16), and a block portion is coupled to the third member; wherein the driven linkages are configured to limit movement of the arcuate surface to linear movement radially toward and away from the central axis.
Engine control valve having a body that delimits an internal duct and comprising a flap mounted in a pivoting manner by way of a pin of the flap, the flap comprising a first part and being able to pivot between an open position allowing gas to pass through the duct and a closed position in which the flap comes into contact with a gasket secured to the body of the valve, said gasket having an external contour that externally surrounds the external contour of the flap, said gasket comprising an opening and a solid portion, said first part closing off the opening in the gasket when the flap is in a closed position, characterized in that the flap comprises a bulge separate from the first part of the valve and positioned so as to remain in contact with the solid portion of the gasket when the flap pivots between an open position and a closed position or vice versa.
A biostimulator comprising: a housing containing an electronics compartment and including a flange having a plurality of interrupted external threads extending about a longitudinal axis; and a helix mount mounted on the housing and comprising a plurality of interrupted internal threads engaging the plurality of interrupted external threads to form a threaded connection. a housing containing an electronics compartment and including a flange having a plurality of interrupted external threads extending about a longitudinal axis; and a helix mount mounted on the housing and comprising a plurality of interrupted internal threads engaging the plurality of interrupted external threads to form a threaded connection.
A computer-implemented method for determining a classification of a level of cancer in a subject, the method comprising: obtaining a first plurality of sequence tags for a first sample of the subject, wherein the first sample comprises a constitutional sample taken from the subject at a first time point; identifying a first set of sequence variants by comparing the first plurality of sequence tags to a reference genome; obtaining a second plurality of sequence tags for a second sample of the subject, wherein the second sample comprises a biological sample including a plurality of cell-free DNA molecules and taken from the subject at a second time point; identifying a second set of sequence variants by comparing the second plurality of sequence tags to the reference genome; comparing the first set of sequence variants and the second set of sequence variants to identify sequence variants present in the second set of sequence variants but not present in the first set of sequence variants; determining a parameter based on the sequence variants present in the second set of sequence variants but not present in the first set of sequence variants; and comparing the parameter to a threshold value to determine a classification of the level of cancer in the subject, the threshold value corresponding to a range of the parameter for subjects having the classification of the level of cancer. obtaining a first plurality of sequence tags for a first sample of the subject, wherein the first sample comprises a constitutional sample taken from the subject at a first time point; identifying a first set of sequence variants by comparing the first plurality of sequence tags to a reference genome; obtaining a second plurality of sequence tags for a second sample of the subject, wherein the second sample comprises a biological sample including a plurality of cell-free DNA molecules and taken from the subject at a second time point; identifying a second set of sequence variants by comparing the second plurality of sequence tags to the reference genome; comparing the first set of sequence variants and the second set of sequence variants to identify sequence variants present in the second set of sequence variants but not present in the first set of sequence variants; determining a parameter based on the sequence variants present in the second set of sequence variants but not present in the first set of sequence variants; and comparing the parameter to a threshold value to determine a classification of the level of cancer in the subject, the threshold value corresponding to a range of the parameter for subjects having the classification of the level of cancer.
An electrical attachment comprising an insulated section (64, 68) of a conductive wire and an uninsulated section (66, 70) of the conductive wire integrally formed with the insulated section, and a conductive sleeve (44, 74) covering the insulated and uninsulated sections (64, 68, 66, 70) of the conductive wire, the conductive sleeve (44, 74) including a flattened section (50, 78) encasing at least a portion of the uninsulated section (66, 70) and flattening the portion of the uninsulated section for forming a unitary grounding structure for the attachment, the conductive sleeve (44, 74) further including at least one generally tubular section (46, 48, 80) positioned at an end of the flattened section (50, 78) to engage the insulated section of the conductive wire, wherein at least one aperture (54, 82) is formed through the flattened sleeve section (50, 78) and the flattened uninsulated wire section that is encased by the flattened sleeve section (50, 78), characterized in that the uninsulated section of conductive wire is located internally along the length of the conductive wire whereby the unitary grounding structure for attaching the wire is formed between ends of the wire; in that the attachment comprises a plurality of generally tubular sections (46, 48, 80) positioned at opposing ends of the flattened section (50, 78), and in that the attachment further comprises an inner seal positioned over the conductive wire at a junction between the insulated and uninsulated sections (64, 66, 68, 70), the flattened section (50, 78) capturing the inner seal between the sleeve (44, 74) and the conductive wire to seal the electrical attachment with the wire.
A polymer comprising a polysiloxane skeleton, silphenylene skeleton, isocyanuric acid skeleton, and norbornene skeleton in a backbone and having an epoxy group in a side chain.
A method comprising: detecting input from a stylus with a digitizer sensor via an electrostatic wireless communication channel established between said stylus and said digitizer sensor; receiving an indication of a tip status from the stylus, wherein the tip status is hover or touch; verifying the tip status based on the input detected with the digitizer sensor; identifying an error in the indication based on the verifying; and sending a notification of the error to the stylus for a current position of the tip of the stylus, wherein said notification comprises instructions to said stylus to recalibrate a pressure sensor detecting pressure on said tip, wherein the recalibrating comprises detecting the pressure at the current position of the tip of the stylus and setting a threshold for switching the tip status between touch and hover to the pressure detected at the current position of the tip of the stylus, or setting a threshold plus a margin for switching the tip status between touch and hover to the pressure detected at the current position of the tip of the stylus. detecting input from a stylus with a digitizer sensor via an electrostatic wireless communication channel established between said stylus and said digitizer sensor; receiving an indication of a tip status from the stylus, wherein the tip status is hover or touch; verifying the tip status based on the input detected with the digitizer sensor; identifying an error in the indication based on the verifying; and sending a notification of the error to the stylus for a current position of the tip of the stylus, wherein said notification comprises instructions to said stylus to recalibrate a pressure sensor detecting pressure on said tip, wherein the recalibrating comprises detecting the pressure at the current position of the tip of the stylus and setting a threshold for switching the tip status between touch and hover to the pressure detected at the current position of the tip of the stylus, or setting a threshold plus a margin for switching the tip status between touch and hover to the pressure detected at the current position of the tip of the stylus.
Actuator device with at least one actuator element (10a-e) which is at least partially composed of a magnetically shape-shiftable material, and with a magnet unit (12a-c) comprising at least one first magnetic element (14a-c) that is implemented as a coil unit and at least one second magnetic element (16a-c, 17b) that is implemented as a permanent magnet, characterised in that at least the first magnetic element (14a-c) and the second magnetic element (16a-c, 17b) are configured for interacting in at least one operation state so as to cause a local deformation (18a-e, 20a-e, 21c) of the actuator element (10a-e) in a partial region (22a-e, 24a-e, 25c) of the actuator element (10a-e), the actuator element (10a-e) remaining non-deformed in a partial region (22a-e, 24a-e, 25c) that differs from the partial region (22a-e, 24a-e, 25c).
A phase separating, film-forming composition comprising: (a) a first water-swellable polymer having a pH dependent solubility and insoluble in water at a pH less than about 5.5; (b) a blend of a hydrophilic polymer and a complementary oligomer capable of hydrogen bonding to the hydrophilic polymer; (c) a second water-swellable polymer, said polymer being insoluble in water independent of pH; and (d) an optional active agent. (a) a first water-swellable polymer having a pH dependent solubility and insoluble in water at a pH less than about 5.5; (b) a blend of a hydrophilic polymer and a complementary oligomer capable of hydrogen bonding to the hydrophilic polymer; (c) a second water-swellable polymer, said polymer being insoluble in water independent of pH; and (d) an optional active agent.
Bottle rack comprising a bottom element and a cover element disposed superjacently thereto, wherein the bottom element is connected with the cover element across webs (3 - 6) and wherein on the cover element a receiving device is disposed for a bottle neck of a bottle (54 - 56, 64 - 67) such that the receiving device is disposed between the bottom element and the cover element, wherein between the bottom element and the cover element at least two modules (42 - 45) are disposed, wherein each module (42 - 45) comprises two support units (20, 21, 21", 22, 23, 23") disposed parallel to one another, which are connected with one another across a receiving device (24 - 27, 40), for a bottle neck of a bottle (54 - 56, 64 - 67), characterized in that each module (42 - 45) is rotated about a rotational axis by 90° with respect to the subjacent module (42 - 45).
Apparatus for wrapping confectionery products characterized in that it comprises a feeding line for feeding an ordered succession of confectionery products to be wrapped to a picking zone; a transfer and orientation unit comprising a tilting arm operated in alternated motion on a vertical plane longitudinal to said feeding line, for picking single confectionery products at said picking zone and for transferring the same confectionery products from said picking zone to a spaced release zone; a grip member for said single confectionery products to be transferred, substantially having the shape of pliers, carried by said tilting arm and provided with a couple of levers (14, 15) carrying respective jaws (17, 18) of said pliers; kinematic means (21, 22) suitable to command the angular rotation of said levers (14, 15) of the grip member for performing, with the subsequent tilting motion of said arm of the transfer and orientation member, the shifting of said products to be wrapped on a vertical plane parallel to said plane longitudinal to the feeding line; a feeding device of a wrapping material suitable to feed at least one sheet of said wrapping material at said release zone for said confectionery products to be wrapped; lift means suitable to grasp a said confectionery product together with said sheet of wrapping material at said release zone and to perform their transport along a path created on a vertical plane parallel to said plane longitudinal to the said feeding line; a wrapping head suitable to rotate on said vertical plane longitudinal to said feeding line and to complete the packaging of said confectionery product received by said lift means together with said sheet of wrapping material; an exit station arranged on said vertical plane longitudinal to said feeding line and suitable to receive said wrapped confectionery product.
A junction box comprising: a base (206c, 301, 401, 601), and a cover (207c, 302, 402, 602) configured to be mounted over the base, wherein the base includes a plurality of bus bars (BB1-4) and a plurality of bypass mechanisms (D1-D4), each bypass mechanism coupled between two bus bars of the plurality of bus bars, characterized in that one or more bus bars (BB1-4) of the plurality of bus bars are designed to conduct heat in a direction of the base (206c, 301, 401, 601) and in a direction of the cover (207c, 302, 402, 602), wherein the cover includes a heat dissipation mechanism mounted on a first side of the cover, and wherein the heat dissipation mechanism is in contact with the one or more bus bars when the cover is mounted over the base. a base (206c, 301, 401, 601), and a cover (207c, 302, 402, 602) configured to be mounted over the base, wherein the base includes a plurality of bus bars (BB1-4) and a plurality of bypass mechanisms (D1-D4), each bypass mechanism coupled between two bus bars of the plurality of bus bars, characterized in that one or more bus bars (BB1-4) of the plurality of bus bars are designed to conduct heat in a direction of the base (206c, 301, 401, 601) and in a direction of the cover (207c, 302, 402, 602), wherein the cover includes a heat dissipation mechanism mounted on a first side of the cover, and wherein the heat dissipation mechanism is in contact with the one or more bus bars when the cover is mounted over the base.
A method for the plasma treatment of workpieces in which the workpiece is inserted into a chamber of a treatment station, wherein said chamber can be evacuated at least in part, and in which the workpiece is positioned within the treatment station by a retaining element and in which, to simultaneously supply at least two chambers with at least one operating medium, a flow of the operating medium is branched into two partial flows by a furcation at least once, as well as in which an interior region of a hollow-type workpiece is treated, wherein a rotating plasma wheel puts the at least one plasma station from an input position into an output position and wherein a primary vacuum valve activates a first vacuum pressure and a secondary vacuum valve activates a second vacuum pressure that is lower than the first vacuum pressure, wherein the furcation is arranged in the region of a chamber base, characterised in that - a sleeve-type chamber wall of the chamber is moved up and subsequently moved down to insert and remove the workpiece. - a sleeve-type chamber wall of the chamber is moved up and subsequently moved down to insert and remove the workpiece.