mhurhangee/ep-ind-claims huggingface dataset:
A method for exposing a target according to pattern data in a maskless lithography machine generating a plurality of exposure beamlets for exposing the target, the method comprising: preprocessing vector pattern data to generate input pattern data, providing the input pattern data in a vector format; rendering and quantizing the input pattern data to generate intermediate pattern data in the form of a spatially mapped array of pixel values; re-sampling and re-quantizing the intermediate pattern data to generate output pattern data; supplying the output pattern data to the lithography machine; and modulating the beamlets generated by the lithography machine on the basis of the output pattern data; characterised in that the preprocessing comprises at least one of a proximity effect correction and a resist heating correction. preprocessing vector pattern data to generate input pattern data, providing the input pattern data in a vector format; rendering and quantizing the input pattern data to generate intermediate pattern data in the form of a spatially mapped array of pixel values; re-sampling and re-quantizing the intermediate pattern data to generate output pattern data; supplying the output pattern data to the lithography machine; and modulating the beamlets generated by the lithography machine on the basis of the output pattern data;
Coach body for a rail vehicle, having a coach body shell, which has at least one roof opening which extends in the transverse direction of the coach body shell between side wall upper chords of the coach body shell, and having a removable roof element for completely closing the at least one roof opening, wherein the roof element is configured as a roof module which is releasably fastened to the side wall upper chords on both sides and has a nonload-carrying outer skin, at least one bow extending in the transverse direction of the coach body and below the outer skin and serving for the load-carrying connection of side walls of the coach body shell, characterized in that the roof element has at least one functional layer (11, 14) arranged below the outer skin, wherein the outer skin, the at least one bow and the at least one functional layer (11, 14) are fixedly connected to one another and form a preassemblable unit.
A process for preparing a compound of Formula I, or a salt thereof: comprising reacting a compound of Formula II: with a catalyst system and silylating agent under hydrogenation conditions to obtain a compound of Formula III; wherein each R group is independently a C 1-6 alkyl or phenyl; and hydrolyzing the compound of Formula III to form the compound of Formula I, wherein PG 1 is an amine protecting group which forms with the amino nitrogen to which it is attached a carbamate, a benzylamine, or a sulfonamide; and PG 2 is an oxygen protecting group selected from benzyl (Bn), substituted benzyl, trityl, and substituted trityl. reacting a compound of Formula II: with a catalyst system and silylating agent under hydrogenation conditions to obtain a compound of Formula III; wherein each R group is independently a C 1-6 alkyl or phenyl; and hydrolyzing the compound of Formula III to form the compound of Formula I, wherein
Pressure balance arrangement having a linearly movable control spool which defines a first and a second orifice (21; 22) that are jointly adjustable by movement of the control spool, wherein they are fluidically connected in series between an inlet point and an outlet point, wherein, in a first end position of the control spool, the first orifice is completely open, wherein, in the first end position, the second orifice is completely closed, wherein, in a second end position of the control spool opposite the first end position, the first orifice is completely closed, wherein its opening cross section continuously decreases from the first towards the second end position (21; 22), wherein, in the second end position, the second orifice is completely open, wherein the control spool is acted upon in the direction of the first end position by a regulating spring and a pressure at a first control point, wherein it is acted upon in the direction of the second end position by a pressure at a second control point, wherein a third control point is arranged directly downstream of the first orifice towards the outlet point, wherein the third control point is fluidically connected to the second control point via at least one third orifice, characterized in that a control valve having a closed and an open switching position (81; 82) is provided, wherein the second control point is connected via the control valve in the open switching position to a fluid return in such a way that the second orifice is completely closed no matter what pressure is present at the inlet point.
A handy cleaner (10; 70) comprising a cleaner body (11; 71) including a handle (16; 76) capable of being grasped by a user during use of the handy cleaner (10; 70), and a battery pack (20; 80) serving as a power source, wherein the handle has a loop-shape, wherein the battery pack (20; 80) has an engaging device and a releasing device; wherein the engaging device is capable of engaging the cleaner body (11; 71) when the battery pack (20; 80) is positioned at a mounting position relative to the cleaner body (11; 71), the releasing device is coupled to the engaging device and is operable to release engagement of the engaging device with the cleaner body (11; 71), the engaging device includes an engaging claw provided on the battery pack (20; 80); the releasing device includes a release button movably attached to the battery pack (20; 80); the engaging claw is capable of being engaged with and disengaged from the cleaner body (11; 71); the release button is operable to move the engaging claw for disengagement from the cleaner body (11; 71); and the release button is exposed to the outer side of the handy cleaner (10; 70) when the battery pack (20; 80) is in the mounting position, characterized in that a cover made of elastomer resin is attached to the handle, the battery pack includes a lithium-ion battery, and a space allowing insertion of a finger of a user is provided between the cleaner body (11; 71) and a front portion of the battery pack (20; 80) in the mounting position for facilitating the removing operation of the battery pack.
An adeno-associated virus vector comprising (i) a first expression cassette directing the expression of a regulator protein under the control of a first promoter, wherein the regulator protein is activated in the presence of an activator molecule, and (ii) a second expression cassette directing the expression of a molecule of interest, wherein the second expression cassette comprises a promoter region, and the expression of the molecule of interest is induced by binding of the activated regulator protein to the promoter region, wherein the first expression cassette and the second expression cassette are arranged in a tail-to-head configuration, and wherein the regulator protein is a gene switch fusion protein comprising a progesterone receptor ligand binding domain or a truncated progesterone receptor ligand binding domain. (i) a first expression cassette directing the expression of a regulator protein under the control of a first promoter, wherein the regulator protein is activated in the presence of an activator molecule, and (ii) a second expression cassette directing the expression of a molecule of interest, wherein the second expression cassette comprises a promoter region, and the expression of the molecule of interest is induced by binding of the activated regulator protein to the promoter region,
A data processing method, characterized by comprising: informing, by a Mobility Management Entity, MME, a User Plane Entity, UPE of a data forwarding tunnel identifier of a 2G GPRS Support Node, SGSN; obtaining, by the MME, a data forwarding tunnel identifier of the UPE by exchanging messages with the UPE; and informing, by the MME, an Long Term Evolution, LTE, access network of the data forwarding tunnel identifier of the UPE for being used by the LTE access network during forwarding a data packet to the 2G SGSN via the UPE. informing, by a Mobility Management Entity, MME, a User Plane Entity, UPE of a data forwarding tunnel identifier of a 2G GPRS Support Node, SGSN; obtaining, by the MME, a data forwarding tunnel identifier of the UPE by exchanging messages with the UPE; and informing, by the MME, an Long Term Evolution, LTE, access network of the data forwarding tunnel identifier of the UPE for being used by the LTE access network during forwarding a data packet to the 2G SGSN via the UPE.
A control mechanism comprising a console suitable to be provided in an air vehicle; at least one control stick located on the console, suitable to provide mission input to the air vehicle by a user; at least one bracket allowing the control stick to be attached on the console; a first position in which the control stick extends outward from the console; a second position, wherein the control stick is rotated from the first position so as to be brought into the second position; at least one connecting piece connecting the control stick and the bracket, with one end connected to the control stick and one end to the bracket; at least one connection point which is a center of rotation for the control stick, is located on the bracket and allows the connecting piece to be attached to the bracket, characterized by at least one channel located on the bracket such that a distance is at least partially provided between the channel and the connection point, wherein the channel allows the control stick to rotate to be brought to the first position and/or second position; the control stick which is moved by sliding the end of the connecting piece contacting the channel within the channel, so that the control stick is brought into the first position and/or second position.
A method for a power system, comprising: training a machine-learning algorithm utilizing historical data from the power system; providing the machine-learning algorithm with historical data corresponding to the transformer to develop the profile of the transformer; predicting an oil temperature of a transformer of the power system for a desired load based upon a profile of the transformer describing how the transformer is expected to perform at various operating conditions developed via a machine-learning algorithm; predicting a time that the transformer can support the desired load as a function of the predicted oil temperature. training a machine-learning algorithm utilizing historical data from the power system; providing the machine-learning algorithm with historical data corresponding to the transformer to develop the profile of the transformer; predicting an oil temperature of a transformer of the power system for a desired load based upon a profile of the transformer describing how the transformer is expected to perform at various operating conditions developed via a machine-learning algorithm; predicting a time that the transformer can support the desired load as a function of the predicted oil temperature.
Arrangement for lighting a rail vehicle, having at least one energy source, at least one controller (4, 6, 8), at least one lighting means (14, 16, 18), at least one electrical line for connecting the energy source to the at least one controller (4, 6, 8) and an electrical line for connecting the controller (4, 6, 8) to the at least one lighting means (14, 16, 18), - in which each lighting means (14, 16, 18) in each case has at least one adjacent controller (4, 6, 8), and - in which the controller (4, 6, 8) and the lighting means (14, 16, 18) are configured so as to be integral. - in which each lighting means (14, 16, 18) in each case has at least one adjacent controller (4, 6, 8), and - in which the controller (4, 6, 8) and the lighting means (14, 16, 18) are configured so as to be integral.
An electronic device comprising: at least one memory a camera; and at least one processor, wherein the at least one processor is configured to: obtain a raw image for an external object from the camera in a secure environment and store the obtained raw image in the at least one memory, obtain a first image from the raw image through first image processing and second image processing on the stored raw image in the secure environment, based on obtaining of a verification request from a normal environment: obtain, in the secure environment, a second image obtained from the raw image through the second image processing for the stored raw image in the normal environment, obtain a third image from the second image through the first image processing for the obtained second image in the secure environment, and identify integrity of the second image based on the obtained first image and the obtained third image. at least one memory a camera; and at least one processor, wherein the at least one processor is configured to: obtain a raw image for an external object from the camera in a secure environment and store the obtained raw image in the at least one memory, obtain a first image from the raw image through first image processing and second image processing on the stored raw image in the secure environment, based on obtaining of a verification request from a normal environment: obtain, in the secure environment, a second image obtained from the raw image through the second image processing for the stored raw image in the normal environment, obtain a third image from the second image through the first image processing for the obtained second image in the secure environment, and identify integrity of the second image based on the obtained first image and the obtained third image. obtain a raw image for an external object from the camera in a secure environment and store the obtained raw image in the at least one memory, obtain a first image from the raw image through first image processing and second image processing on the stored raw image in the secure environment, based on obtaining of a verification request from a normal environment: obtain, in the secure environment, a second image obtained from the raw image through the second image processing for the stored raw image in the normal environment, obtain a third image from the second image through the first image processing for the obtained second image in the secure environment, and identify integrity of the second image based on the obtained first image and the obtained third image. obtain, in the secure environment, a second image obtained from the raw image through the second image processing for the stored raw image in the normal environment, obtain a third image from the second image through the first image processing for the obtained second image in the secure environment, and identify integrity of the second image based on the obtained first image and the obtained third image.
A method for producing a compound represented by formula wherein R 2 represents a protective group of a hydroxyl group, and R 3 represents a C 1-12 alkyl group, C 2-12 alkenyl group, C 2-12 alkynyl group, or C 7-14 aralkyl group, the method comprising the steps of: allowing a compound represented by formula, wherein R 1 represents a protective group of a carboxyl group, or a polymer thereof to react with a compound represented by formula, wherein R 2 has the same meaning as defined above, in the presence of an optically active amine catalyst to give a compound represented by formula, wherein R 1 and R 2 have the same meaning as defined above; acetalizing the compound represented by formula to give a compound represented by formula, wherein R 1, R 2, and R 3 have the same meaning as defined above; and reducing the compound represented by formula to give the compound represented by formula. allowing a compound represented by formula, wherein R 1 represents a protective group of a carboxyl group, or a polymer thereof to react with a compound represented by formula, wherein R 2 has the same meaning as defined above, in the presence of an optically active amine catalyst to give a compound represented by formula, wherein R 1 and R 2 have the same meaning as defined above; acetalizing the compound represented by formula to give a compound represented by formula, wherein R 1, R 2, and R 3 have the same meaning as defined above; and reducing the compound represented by formula to give the compound represented by formula.
An elbow joint supporter which is made of a tubular knitted fabric that is knitted in circular knitting, and is adapted to come into close contact with the body surface of a wearer, thereby assisting an elbow joint, the elbow joint supporter characterized by: a first anchor section which is knitted to go around one end of the tubular knitted fabric and adapted to make the tubular knitted fabric be tightened on the brachium of the wearer; a second anchor section which is knitted to go around the other end of the tubular knitted fabric and adapted to make the tubular knitted fabric be tightened on the forearm of the wearer; and a supporting section which is knitted in an approximate X-shape that is adapted to cross at the cubital fossa of the wearer, and to support the elbow joint of the wearer by connecting two end portions (4a, 4b) in the approximately X-shaped knitted fabric to the first anchor section and connecting the other two end portions (4c, 4d) in the approximately X-shaped knitted fabric to the second anchor section, wherein the stretch resistances of the first anchor section and the second anchor section in a circumferential direction of the tubular knitted fabric are larger than the stretch resistance of a base fabric section in the circumferential direction of the tubular knitted fabric wherein the stretch resistance of the supporting section in a length direction of the tubular knitted fabric is larger than the stretch resistance of the base fabric section in the length direction of the tubular knitted fabric. a first anchor section which is knitted to go around one end of the tubular knitted fabric and adapted to make the tubular knitted fabric be tightened on the brachium of the wearer; a second anchor section which is knitted to go around the other end of the tubular knitted fabric and adapted to make the tubular knitted fabric be tightened on the forearm of the wearer; and a supporting section which is knitted in an approximate X-shape that is adapted to cross at the cubital fossa of the wearer, and to support the elbow joint of the wearer by connecting two end portions (4a, 4b) in the approximately X-shaped knitted fabric to the first anchor section and connecting the other two end portions (4c, 4d) in the approximately X-shaped knitted fabric to the second anchor section, wherein the stretch resistances of the first anchor section and the second anchor section in a circumferential direction of the tubular knitted fabric are larger than the stretch resistance of a base fabric section in the circumferential direction of the tubular knitted fabric wherein the stretch resistance of the supporting section in a length direction of the tubular knitted fabric is larger than the stretch resistance of the base fabric section in the length direction of the tubular knitted fabric.
A method at a User Equipment, UE, of adapting a network configured timer corresponding to a UE capability information procedure for indicating one or more UE capabilities to a network entity, comprising: determining a message size of a capability message configured for transmission from the UE to the network entity during the UE capability information procedure, and characterized by performing a timer adaptation procedure, wherein the timer adaptation procedure includes adapting the use of the network configured timer based on the message size of the capability message. determining a message size of a capability message configured for transmission from the UE to the network entity during the UE capability information procedure, and characterized by performing a timer adaptation procedure, wherein the timer adaptation procedure includes adapting the use of the network configured timer based on the message size of the capability message.
A resistive memory device comprising: a first electrode; a second electrode; an insulating region, the first and second electrodes sandwiching the insulating region; and a nanochannel array providing a conducting path between the first and second electrodes, wherein the nanochannel array comprises a plurality of nanowires of switching material that extend between the first and second electrodes, the nanochannel array being formed on the surface of the first electrode, and the second electrode being in contact with the nanochannel array, characterized wherein the nanochannel array comprises a dense array of nanowires, such that the nanowires are touching adjacent nanowires. a first electrode; a second electrode; an insulating region, the first and second electrodes sandwiching the insulating region; and a nanochannel array providing a conducting path between the first and second electrodes, wherein the nanochannel array comprises a plurality of nanowires of switching material that extend between the first and second electrodes, the nanochannel array being formed on the surface of the first electrode, and the second electrode being in contact with the nanochannel array, characterized wherein the nanochannel array comprises a dense array of nanowires, such that the nanowires are touching adjacent nanowires.
A dental guard and tray, comprising: a thermoplastic dental guard, the thermoplastic dental guard including a pair of bite pads (14, 16) positionable upon the teeth of a user, and a connecting band extending between the pair of bite pads (14, 16); and a tray configured to receive the thermoplastic dental guard, the tray including a pair of bite pad supports (34, 36), each bite pad support (34, 36) having a tooth occlusal contacting surface (56, 58) and a well extending from the tooth occlusal contacting surface (56, 58) and configured to receive at least a portion of one of the bite pads (14, 16) therein; and a connecting arc extending between the bite pad supports (34, 36), the connecting arc including at least one elongated support member located proximate a midpoint of the connecting arc configured to angle rearwardly and upwardly from the connecting arc to hold the connecting band of the thermoplastic dental guard behind and in contact with the front teeth, wherein the at least one support member includes spaced apart holding lips configured to receive the connecting band of the dental guard between the holding lips. a thermoplastic dental guard, the thermoplastic dental guard including a pair of bite pads (14, 16) positionable upon the teeth of a user, and a connecting band extending between the pair of bite pads (14, 16); and a tray configured to receive the thermoplastic dental guard, the tray including a pair of bite pad supports (34, 36), each bite pad support (34, 36) having a tooth occlusal contacting surface (56, 58) and a well extending from the tooth occlusal contacting surface (56, 58) and configured to receive at least a portion of one of the bite pads (14, 16) therein; and a connecting arc extending between the bite pad supports (34, 36), the connecting arc including at least one elongated support member located proximate a midpoint of the connecting arc configured to angle rearwardly and upwardly from the connecting arc to hold the connecting band of the thermoplastic dental guard behind and in contact with the front teeth,