mhurhangee/ep-ind-claims huggingface dataset:
A film deposition device for performing a PVD treatment, comprising: a vacuum chamber (2; 12) having a plurality of substrates (W, S; S') arranged therein; a substrate support member (3; 13) that is installed in the vacuum chamber (2; 12), supports the substrates (W, S; S'), and is capable of moving the substrates (W, S; S') in the vacuum chamber (2; 12); and a plurality of evaporation sources (4a to 4e; 14a to 14d) that are installed on an inner wall surface of the vacuum chamber (2; 12) and that are arranged in a line, wherein the plurality of evaporation sources (4a to 4e; 14a to 14d) include a first evaporation source (4a; 14a) which is located at one end in the direction in which the plurality of evaporation sources (4a to 4e; 14a to 14d) are arranged and a second evaporation source (4b; 14b) adjacent to the first evaporation source (4a; 14a), and the first evaporation source (4a; 14a) is disposed to further protrude toward the substrates (W, S; S') than the second evaporation source (4b; 14b), characterized in that the plurality of evaporation sources (4a to 4e; 14a to 14d) are arranged in a direction perpendicular to a direction in which the substrate support member (3; 13) is capable of moving the substrates (W, S; S'), and the substrate support member (3; 13) supports sets of the substrates (W, S; S') in a posture in which the sets of the substrates (W, S; S') extend in the direction in which the plurality of evaporation sources (4a to 4e; 14a to 14d) are arranged. a vacuum chamber (2; 12) having a plurality of substrates (W, S; S') arranged therein; a substrate support member (3; 13) that is installed in the vacuum chamber (2; 12), supports the substrates (W, S; S'), and is capable of moving the substrates (W, S; S') in the vacuum chamber (2; 12); and a plurality of evaporation sources (4a to 4e; 14a to 14d) that are installed on an inner wall surface of the vacuum chamber (2; 12) and that are arranged in a line, wherein the plurality of evaporation sources (4a to 4e; 14a to 14d) include a first evaporation source (4a; 14a) which is located at one end in the direction in which the plurality of evaporation sources (4a to 4e; 14a to 14d) are arranged and a second evaporation source (4b; 14b) adjacent to the first evaporation source (4a; 14a), and the first evaporation source (4a; 14a) is disposed to further protrude toward the substrates (W, S; S') than the second evaporation source (4b; 14b), characterized in that the plurality of evaporation sources (4a to 4e; 14a to 14d) are arranged in a direction perpendicular to a direction in which the substrate support member (3; 13) is capable of moving the substrates (W, S; S'), and the substrate support member (3; 13) supports sets of the substrates (W, S; S') in a posture in which the sets of the substrates (W, S; S') extend in the direction in which the plurality of evaporation sources (4a to 4e; 14a to 14d) are arranged.
A device, comprising: a beam splitter to split incoming light into a first light portion and a second light portion; a first camera that records a red, green, blue, RGB, image based on the first light portion; an occlusion mask including multiple openings that subsample light radiance from the second light portion, the multiple openings permitting at least some, but not all, of the light radiance of the second light portion to pass directly through to provide multispectral samples; a prism or another spectrally dispersive optical component that disperses the multispectral samples onto a second camera; the second camera recording a grayscale image that includes the multispectral samples; and a computing device, comprising: one or more processors; and a memory including in the form of a computer-executable component a multispectral propagation module that generates a consolidated image from the RGB image and the multispectral samples captured in the grayscale image, the RGB image having less spectral resolution and more spatial resolution than the grayscale image. a beam splitter to split incoming light into a first light portion and a second light portion; a first camera that records a red, green, blue, RGB, image based on the first light portion; an occlusion mask including multiple openings that subsample light radiance from the second light portion, the multiple openings permitting at least some, but not all, of the light radiance of the second light portion to pass directly through to provide multispectral samples; a prism or another spectrally dispersive optical component that disperses the multispectral samples onto a second camera; the second camera recording a grayscale image that includes the multispectral samples; and a computing device, comprising: one or more processors; and a memory including in the form of a computer-executable component a multispectral propagation module that generates a consolidated image from the RGB image and the multispectral samples captured in the grayscale image, the RGB image having less spectral resolution and more spatial resolution than the grayscale image. one or more processors; and a memory including in the form of a computer-executable component a multispectral propagation module that generates a consolidated image from the RGB image and the multispectral samples captured in the grayscale image, the RGB image having less spectral resolution and more spatial resolution than the grayscale image.
A method for measuring preload tension in a fastener system comprising a bolt, the method comprising: impinging a portion of the fastener system for microscopic ablation with a laser beam from a laser emitter mounted in a probe; detecting an acoustic wave responsive to the microscopic ablation with an acoustic detector in the probe; and, calculating a strain measurement of the fastener system based on data received by detecting the acoustic wave; and the method further comprising: connecting the probe to a torqueing tool and employing the torqueing tool for tightening of the fastener system, wherein the torqueing tool is a wrench; attaching the probe to the wrench with an arm; and aligning the probe axially with the bolt in the fastener system, wherein the step of calculating a strain measurement further comprises: determining a length of the bolt in the fastener system from the reflected acoustic wave; calculating strain from the length of the bolt based on predetermined data for the fastener system and comparison of bolt length in an untensioned or relaxed state; and calculating preload tension in the bolt based on the strain. impinging a portion of the fastener system for microscopic ablation with a laser beam from a laser emitter mounted in a probe; detecting an acoustic wave responsive to the microscopic ablation with an acoustic detector in the probe; and, calculating a strain measurement of the fastener system based on data received by detecting the acoustic wave; and the method further comprising: connecting the probe to a torqueing tool and employing the torqueing tool for tightening of the fastener system, wherein the torqueing tool is a wrench; attaching the probe to the wrench with an arm; and aligning the probe axially with the bolt in the fastener system, connecting the probe to a torqueing tool and employing the torqueing tool for tightening of the fastener system, wherein the torqueing tool is a wrench; attaching the probe to the wrench with an arm; and aligning the probe axially with the bolt in the fastener system, determining a length of the bolt in the fastener system from the reflected acoustic wave; calculating strain from the length of the bolt based on predetermined data for the fastener system and comparison of bolt length in an untensioned or relaxed state; and calculating preload tension in the bolt based on the strain.
A process comprising: - reacting 3,4-difluorophenol in the presence of benzylbromide and potassium carbonate in 2-butanone, thereby yielding 4-(benzyloxy)-1,2-difluorobenzene; - introducing methoxy moiety to 4-(benzyloxy)-1,2-difluorobenzene using a toluene/NMP mixture in the presence of potassium methoxide generated in situ from potassium tert-butoxide and methanol, thereby yielding 4-(benzyloxy)-1-fluoro-2-methoxybenzene; - debenzylating 4-(benzyloxy)-1-fluoro-2-methoxybenzene under hydrogen pressure in the presence of palladium on charcoal; and - distilling out 4-fluoro-3-methoxyphenol. - reacting 3,4-difluorophenol in the presence of benzylbromide and potassium carbonate in 2-butanone, thereby yielding 4-(benzyloxy)-1,2-difluorobenzene; - introducing methoxy moiety to 4-(benzyloxy)-1,2-difluorobenzene using a toluene/NMP mixture in the presence of potassium methoxide generated in situ from potassium tert-butoxide and methanol, thereby yielding 4-(benzyloxy)-1-fluoro-2-methoxybenzene; - debenzylating 4-(benzyloxy)-1-fluoro-2-methoxybenzene under hydrogen pressure in the presence of palladium on charcoal; and - distilling out 4-fluoro-3-methoxyphenol.
A surgical glove, the glove having one or more of the following portions formed as follows: (a) the portion corresponding to the MCP joint of the index finger comprises a pre-formed angle of 10-45°, (b) the portion corresponding to the MCP joint of the middle finger comprises a pre-formed angle of 10-45°, (c) the portion corresponding to the MCP joint of the ring finger comprises a pre-formed angle of 15-50°, and (d) the portion corresponding to the MCP joint of the little finger comprises a pre-formed angle of 20-55°.
A vehicle system, comprising: a travel route (A, B) having a merging section having first entrance and a second entrance, a plurality of vehicles (#1-#3) configured to travel on the travel route (A, B) in one direction, and a ground controller configured to communicate with the plurality of vehicles (#1-#3), characterized by a mapping unit configured to map a first vehicle (#2) expected to enter the merging section from the first entrance when a second vehicle (#1) is expected to enter the merging section from the second entrance, on the travel route of the second vehicle (#1), based on a position and a velocity of the first vehicle (#2) and a position and a velocity of the second vehicle (#1); a determining unit configured to determine a preceding-following relationship between the first vehicle (#2) and the second vehicle (#1) from the position of the first vehicle (#2) and the position of the second vehicle (#1) mapped by the mapping unit; and a control unit configured to control travel of the second vehicle (#1) so as to avoid a collision with the first vehicle (#2). a travel route (A, B) having a merging section having first entrance and a second entrance, a plurality of vehicles (#1-#3) configured to travel on the travel route (A, B) in one direction, and a ground controller configured to communicate with the plurality of vehicles (#1-#3), characterized by a mapping unit configured to map a first vehicle (#2) expected to enter the merging section from the first entrance when a second vehicle (#1) is expected to enter the merging section from the second entrance, on the travel route of the second vehicle (#1), based on a position and a velocity of the first vehicle (#2) and a position and a velocity of the second vehicle (#1); a determining unit configured to determine a preceding-following relationship between the first vehicle (#2) and the second vehicle (#1) from the position of the first vehicle (#2) and the position of the second vehicle (#1) mapped by the mapping unit; and a control unit configured to control travel of the second vehicle (#1) so as to avoid a collision with the first vehicle (#2).
Crimped article comprising: - a cover with a corner; - a crimping flange with, before crimping, at least one angle, the form of which corresponds to that of the corner of the cover; and wherein part of the angle of the crimping flange is crimped onto a surface of the corner of the cover, characterized in that the surface of the corner is hollow. - a cover with a corner; - a crimping flange with, before crimping, at least one angle, the form of which corresponds to that of the corner of the cover; and wherein part of the angle of the crimping flange is crimped onto a surface of the corner of the cover, characterized in that the surface of the corner is hollow.
A multi-part aerosol-generating system having a mouth end and a distal end, the system comprising: a first part comprising a housing and a power supply disposed in the housing; a second part releasably connectable with the first part, the second part comprising a heating element and a liquid transfer element, wherein the heating element is operably coupled to the power supply when the second part is connected with the first part; a third part releasably connectable with the second part, the third part comprising a reservoir containing a liquid aerosol generating substrate, wherein the aerosol generating substrate is in fluid communication with the liquid transfer element when the third part is connected with the second part; and a cover disposable over the third part, wherein the cover is releasably securable in a position relative to the third part, and wherein the cover defines the mouth end of the system. a first part comprising a housing and a power supply disposed in the housing; a second part releasably connectable with the first part, the second part comprising a heating element and a liquid transfer element, wherein the heating element is operably coupled to the power supply when the second part is connected with the first part; a third part releasably connectable with the second part, the third part comprising a reservoir containing a liquid aerosol generating substrate, wherein the aerosol generating substrate is in fluid communication with the liquid transfer element when the third part is connected with the second part; and a cover disposable over the third part, wherein the cover is releasably securable in a position relative to the third part, and wherein the cover defines the mouth end of the system.
A drill bit, comprising: a plurality of elements (410a,b,c,n) that extend and retract from a surface of the drill bit, wherein the elements (410a,b,c,n) in the plurality of elements (410a,b,c,n) are hydraulically coupled with each other in a manner that retraction of a first element in the plurality of elements (410a,b,c,n) causes a second element in the plurality of elements (410a,b,c,n) to extend to compensate for differing forces applied to such elements during a drilling operation.
A unit dosage pharmaceutical composition comprising: (i) abiraterone acetate; (ii) one or more of a millable grinding compound selected from lactose monohydrate, lactose anhydrous, and mannitol; (iii) one or more of a facilitating agent selected from sodium lauryl sulfate, povidone and a stearic acid or salts or esters thereof; and (iv) one or more of an antioxidant selected from ascorbic acid, butylated hydroxyanisole, and butylated hydroxytoluene and/or one or more of a sequestering agent selected from fumaric acid, tartaric acid, and citric acid; wherein [D 50] determined on a particle volume basis of the abiraterone acetate in the composition is greater than 100nm and less than one of: 1000nm, 900nm, 800nm, 700nm, 600nm, 500nm, 400 nm, 300nm, and 200nm; wherein the composition is produced by dry milling; and wherein the dissolution rate of the abiraterone acetate in the composition is such that when a sample containing 100mg of abiraterone acetate is tested in 900 ml of pH 4.5 phosphate buffer comprising 0.1% sodium lauryl sulfate, using USP Apparatus II at 75 rpm, at least 80% of the abiraterone acetate dissolves in 15 min or less, or in 10 min or less. (i) abiraterone acetate; (ii) one or more of a millable grinding compound selected from lactose monohydrate, lactose anhydrous, and mannitol; (iii) one or more of a facilitating agent selected from sodium lauryl sulfate, povidone and a stearic acid or salts or esters thereof; and (iv) one or more of an antioxidant selected from ascorbic acid, butylated hydroxyanisole, and butylated hydroxytoluene and/or one or more of a sequestering agent selected from fumaric acid, tartaric acid, and citric acid; wherein [D 50] determined on a particle volume basis of the abiraterone acetate in the composition is greater than 100nm and less than one of: 1000nm, 900nm, 800nm, 700nm, 600nm, 500nm, 400 nm, 300nm, and 200nm; wherein the composition is produced by dry milling; and wherein the dissolution rate of the abiraterone acetate in the composition is such that when a sample containing 100mg of abiraterone acetate is tested in 900 ml of pH 4.5 phosphate buffer comprising 0.1% sodium lauryl sulfate, using USP Apparatus II at 75 rpm, at least 80% of the abiraterone acetate dissolves in 15 min or less, or in 10 min or less.
A wall construction system comprising profile elements (1, 5, 15) which comprise hollow profile sections for receiving connecting elements and grooves having a groove profile and extending on outer surfaces, wherein profile elements (1, 5, 15) of the same kind can be connected to each other, in that a connecting element, which has been inserted into a hollow profile, engages behind the groove edges of a groove profile of the same kind and thus connects the groove profiles placed next to each other and wherein wallboards can be inserted as filling boards into frames formed by groove profiles by inserting the board edges (8, 9, 10) of the wallboards into the grooves of the profile elements (1, 5, 15), characterized in that an edge profile element is placed along one of the board edges (8, 9, 10), which edge profile element is formed by a profile strand comprising a groove for receiving the board edges (8, 9, 10), which extends into the direction of the strand, as well as a spring element on the surface opposite the groove, wherein a fastening area is designed as a hollow profile between the groove and the spring element, wherein a connecting element can be inserted into the hollow profile, which connecting element is designed as a clamp connector having a head which engages behind a groove of a profile element placed next to it.
A formulation comprising at least one ozonized oil for use in the prevention and/or treatment of a tumour, preferably a malignant tumour, wherein said at least one ozonized oil has a content of ozonides from 500 to 1500 meq O 2 /kg.
A method of providing updated content to be played back in cooperation with a portable processor readable medium, the method comprising: receiving, over a network and from a remote source (214; 215; 216), updated content to be accessed in association with a processor readable portable storage medium; receiving, over the network from the remote source (214; 215; 216), in association with the received updated content a designation that the updated content is to be associated with a first placeholder title as defined in an index table being implemented in association with playback in cooperation with the portable storage medium, wherein the index table dictates playback of content, and wherein the first placeholder title corresponds to a null object on the portable storage medium; and storing the updated content, on a separate processor readable storage medium that is different than the portable storage medium, such that the updated content is associated with the first placeholder title and accessible in association with the first placeholder title while implementing playback as dictated by the index table. receiving, over a network and from a remote source (214; 215; 216), updated content to be accessed in association with a processor readable portable storage medium; receiving, over the network from the remote source (214; 215; 216), in association with the received updated content a designation that the updated content is to be associated with a first placeholder title as defined in an index table being implemented in association with playback in cooperation with the portable storage medium, wherein the index table dictates playback of content, and wherein the first placeholder title corresponds to a null object on the portable storage medium; and storing the updated content, on a separate processor readable storage medium that is different than the portable storage medium, such that the updated content is associated with the first placeholder title and accessible in association with the first placeholder title while implementing playback as dictated by the index table.
Container provided with a vessel delimited by at least one side wall and a bottom wall, the side wall and the bottom wall defining a usable volume of the vessel, the container being provided with a gripping member for lifting the container, the gripping member being connected to the vessel by a force transmission structure comprising a base attached to the gripping member and at least two force transmission arms, each arm being connected, at one end, referred to as the proximal end, to the base and, at the opposite end, referred to as the distal end, to said at least one side wall, the container further comprising a trapdoor actuating device, the gripping member forming part of the trapdoor actuating device, the trapdoor actuating device comprising a transverse beam which slides in a vertical direction of the vessel and is attached to the gripping member, the transverse beam being connected to at least two connecting elements (28a, 28b) such that lowering the transverse beam opens trapdoors (16a, 16b) and raising the transverse beam closes the trapdoors (16a, 16b), characterized in that the transverse beam is connected to the gripping member via a chain, and in that the base comprises an opening through which the chain can pass.
A laundry machine comprising: a tub; a drum rotatably arranged in the tub to accommodate an object and provided with a through hole on an outer circumferential surface thereof; a steam induction heater provided at a front upper portion of a front wall of the tub or a rear upper portion of a rear wall of the tub and configured to heat a heating surface of the drum facing the steam induction heater on an outer surface of the drum; a motor drive configured to rotate the drum; a spray nozzle provided adjacent to the steam induction heater on the tub, and configured to spray water, in a droplet form, onto the heating surface of the drum facing and heated by the steam induction heater to generate steam; and a processor configured to rotate the drum such that the steam is introduced into the drum through the through hole of the drum in a space between the tub and the drum. a tub; a drum rotatably arranged in the tub to accommodate an object and provided with a through hole on an outer circumferential surface thereof; a steam induction heater provided at a front upper portion of a front wall of the tub or a rear upper portion of a rear wall of the tub and configured to heat a heating surface of the drum facing the steam induction heater on an outer surface of the drum; a motor drive configured to rotate the drum; a spray nozzle provided adjacent to the steam induction heater on the tub, and configured to spray water, in a droplet form, onto the heating surface of the drum facing and heated by the steam induction heater to generate steam; and a processor configured to rotate the drum such that the steam is introduced into the drum through the through hole of the drum in a space between the tub and the drum.
Transmission having a switching device, having a first and a second transmission housing portion (28, 30), wherein the switching device comprises a shift collar, a shift fork which engages in the shift collar, a control actuator which is disposed in the first transmission housing portion and an actuator rod which is connected at one end to the control actuator and at the other end to the shift fork, wherein the actuator rod is supported in a first guiding bore which is formed in the first transmission housing portion, characterized in that a second guiding bore which is formed in the first transmission housing portion parallel with the first guiding bore is formed, and a guide rod which is oriented parallel to the actuator rod is provided and is connected at one end to the shift fork and at the other end is supported in the second guiding bore.