mhurhangee/ep-ind-claims huggingface dataset:
A cooler operating according to the Stirling cycle, comprising: - a compressor with a movable compression piston that can move within a compression cylinder along a first axis; - a regenerator with a movable regeneration piston that can move within a regeneration cylinder along a second axis that forms an angle with the first axis; - a driving crankshaft, comprising a rotatable crank pin, that can rotate relative to the compression cylinder and/or the regeneration cylinder, about a third axis that is substantially coplanar to the first axis and substantially perpendicular to the first and second axes; and - a compression connecting rod, comprising a connecting rod head mounted on the crank pin of the crankshaft and a connecting rod foot that is articulated on the compression piston; characterised in that the regeneration piston is connected to the crankshaft by a link element comprising at least three adjacent rigid sections (70, 72, 74), connected by at least two spring-type links (76, 78), a first end of the said link element being mounted in a fixed manner on the regeneration piston, a second end of the said link element being mounted in a fixed manner on the head of the compression connecting rod. - a compressor with a movable compression piston that can move within a compression cylinder along a first axis; - a regenerator with a movable regeneration piston that can move within a regeneration cylinder along a second axis that forms an angle with the first axis; - a driving crankshaft, comprising a rotatable crank pin, that can rotate relative to the compression cylinder and/or the regeneration cylinder, about a third axis that is substantially coplanar to the first axis and substantially perpendicular to the first and second axes; and - a compression connecting rod, comprising a connecting rod head mounted on the crank pin of the crankshaft and a connecting rod foot that is articulated on the compression piston;
Method for detecting a ground fault in a battery of an uninterrupted power supply (10, 40), the battery comprises at least one string with multiple battery cells, the method comprising the steps of defining multiple individual battery blocks of battery cells along the at least one string, performing a reference impedance measurement for each individual battery block of the multiple individual battery blocks at a first point of time, performing a verification impedance measurement for each individual battery block of the multiple individual battery blocks at a second point of time, evaluating a change of measured impedance between the reference impedance and the verification impedance for the multiple individual battery blocks of the at least one string, and identifying a ground fault based on a correlated change of measured impedance of the multiple individual battery blocks along the at least one string. defining multiple individual battery blocks of battery cells along the at least one string, performing a reference impedance measurement for each individual battery block of the multiple individual battery blocks at a first point of time, performing a verification impedance measurement for each individual battery block of the multiple individual battery blocks at a second point of time, evaluating a change of measured impedance between the reference impedance and the verification impedance for the multiple individual battery blocks of the at least one string, and identifying a ground fault based on a correlated change of measured impedance of the multiple individual battery blocks along the at least one string.
Speed change controller for a saddle-ride type vehicle comprising: a detection mechanism detecting operation by a driver for speed change; and a speed change mechanism performing speed change on the basis of speed change operation detected by the detection mechanism; wherein the detection mechanism comprises an operation part which is manipulated by a foot of a rider, the operation part comprises a moving part which moves relative to the vehicle on the basis of the manipulation by foot and a shift pedal directly manipulated by the foot; and wherein, the moving part and the shift pedal are made of separate parts, and characterized in that the operation part further comprises a link member linking the shift pedal with the moving part and in that the detection mechanism further comprises a detection unit (422,423) that detects the manipulation by foot. a detection mechanism detecting operation by a driver for speed change; and a speed change mechanism performing speed change on the basis of speed change operation detected by the detection mechanism; wherein the detection mechanism comprises an operation part which is manipulated by a foot of a rider, the operation part comprises a moving part which moves relative to the vehicle on the basis of the manipulation by foot and a shift pedal directly manipulated by the foot; and wherein, the moving part and the shift pedal are made of separate parts, and characterized in that the operation part further comprises a link member linking the shift pedal with the moving part and in that the detection mechanism further comprises a detection unit (422,423) that detects the manipulation by foot.
Folding seat arrangement for a motor vehicle, having a first carrying structure with a backrest arranged thereon and lockable sliding or guide elements for the releasable and/or removable securing in guide rails on the floor of the motor vehicle interior, a second carrying structure which is fastened pivotably in relation to the first carrying structure and has a seat cushion, and a supporting structure (6; 31) on which sliding or guide elements for the releasable and/or removable securing in guide rails are provided in a first end region and which is fastened in an articulated manner in a second end region to a carrying structure (2; 5) in order to divert forces therefrom due to loading of the seat cushion into the guide rail, characterized in that the sliding or guide elements on the first carrying structure and on the supporting structure (6; 31) are movable relative to one another by pivoting of the supporting structure (6; 31).
A motor control apparatus configured to control an induction motor to change from a free running state to a state in which a voltage applied to the induction motor and a frequency of the applied voltage satisfy a predetermined relationship the motor control apparatus comprising: a voltage regulator configured to execute a voltage increase mode to increase the applied voltage from a lower limit of a first predetermined range over time; a frequency regulator configured to execute a frequency decrease mode to decrease the frequency from an upper limit of a second predetermined range over time; characterized by a mode changer configured to, when a current flowing through the induction motor exceeds a first threshold in the voltage increase mode, change the voltage increase mode to the frequency decrease mode, and configured to, when the current flowing through the induction motor becomes smaller than a second threshold smaller than the first threshold in the frequency decrease mode, change the frequency decrease mode to the voltage increase mode; and a determinator configured to determine whether the applied voltage and the frequency satisfy the predetermined relationship. a voltage regulator configured to execute a voltage increase mode to increase the applied voltage from a lower limit of a first predetermined range over time; a frequency regulator configured to execute a frequency decrease mode to decrease the frequency from an upper limit of a second predetermined range over time; characterized by a mode changer configured to, when a current flowing through the induction motor exceeds a first threshold in the voltage increase mode, change the voltage increase mode to the frequency decrease mode, and configured to, when the current flowing through the induction motor becomes smaller than a second threshold smaller than the first threshold in the frequency decrease mode, change the frequency decrease mode to the voltage increase mode; and a determinator configured to determine whether the applied voltage and the frequency satisfy the predetermined relationship.
A printed article comprising: first and second sheets (6 1, 6 2); a circuit board interposed between the first and second sheets, the circuit board supporting a coin cell holder adjacent to the second sheet; wherein the second sheet has a slit arranged to form a flap over the coin cell holder which is configured to allow a coin cell to be re-insertably removed from the coin cell holder and wherein the first sheet supports conductive tracks on an inside face. first and second sheets (6 1, 6 2); a circuit board interposed between the first and second sheets, the circuit board supporting a coin cell holder adjacent to the second sheet; wherein the second sheet has a slit arranged to form a flap over the coin cell holder which is configured to allow a coin cell to be re-insertably removed from the coin cell holder and wherein the first sheet supports conductive tracks on an inside face.
An apparatus for metering discrete particles of carbon dioxide, the apparatus comprising: a. a storage bin configured to receive discrete particles therein, said storage bin comprising a first end; b. an internal passageway (10c, 568); c. a carrier (28, 540) interposed between said internal passageway (10c, 568) and said first end of said storage bin, said carrier (28, 540) being moveable with respect to said storage bin, said carrier (28, 540) comprising a plurality of openings (54, 590, 592) configured to pass said discrete particles therethrough from said storage bin to said internal passageway (10c, 568) at a flow rate, and d. a plate (16, 538) disposed to move within said storage bin, said plate (16, 538) configured to urge the discrete particles disposed within said storage bin against said carrier (28, 540), characterized in that e. at least one first opening of said plurality of openings (54, 590, 592) having a size which is settable between and including a first size and a second size, the flow rate determined at least in part by the size of said at least one first opening of said plurality of openings (54, 590, 592). a. a storage bin configured to receive discrete particles therein, said storage bin comprising a first end; b. an internal passageway (10c, 568); c. a carrier (28, 540) interposed between said internal passageway (10c, 568) and said first end of said storage bin, said carrier (28, 540) being moveable with respect to said storage bin, said carrier (28, 540) comprising a plurality of openings (54, 590, 592) configured to pass said discrete particles therethrough from said storage bin to said internal passageway (10c, 568) at a flow rate, and d. a plate (16, 538) disposed to move within said storage bin, said plate (16, 538) configured to urge the discrete particles disposed within said storage bin against said carrier (28, 540), characterized in that e. at least one first opening of said plurality of openings (54, 590, 592) having a size which is settable between and including a first size and a second size, the flow rate determined at least in part by the size of said at least one first opening of said plurality of openings (54, 590, 592).
A nickel-molybdenum-chromium-tungsten based alloy consisting of in weight percent: 7 to 9 chromium 21 to 24 molybdenum greater than 5 tungsten less than 0.7 aluminum present up to 0.015 boron up to 0.1 carbon up to 0.1 calcium up to 5 cobalt up to 0.8 copper up to 3 iron up to 0.1 magnesium up to 2 manganese less than 0.5 niobium up to 1 silicon less than 0.5 tantalum less than 0.5 titanium up to 0.5 vanadium up to 0.1 of a rare earth element with a balance of nickel and impurities, the alloy further satisfying the following compositional relationship: 31.95 < R < 33.45 where the R value is defined by the equation: R = 2.66 A 1 + 0.19 Co + 0.84 Cr − 0.16 Cu + 0.39 Fe + 0.60 Mn + Mo + 0.69 Nb + 2.16 Si + 0.47 Ta + 1.36 Ti + 1.07 V + 0.40 W
A vehicle comprising: a display; a communication module; a memory; and one or more processors configured to: generate driving guide information of the vehicle based on traffic information, received from an external device by the communication module, and driving data of the vehicle corresponding to a preset period, which is stored in the memory; and control the generated driving guide information to be displayed on the display; wherein, if the driving data is speed variation information of the vehicle, the one or more processors are configured to: change the driving guide information based on the speed variation information corresponding to the preset period. a display; a communication module; a memory; and one or more processors configured to: generate driving guide information of the vehicle based on traffic information, received from an external device by the communication module, and driving data of the vehicle corresponding to a preset period, which is stored in the memory; and control the generated driving guide information to be displayed on the display; generate driving guide information of the vehicle based on traffic information, received from an external device by the communication module, and driving data of the vehicle corresponding to a preset period, which is stored in the memory; and control the generated driving guide information to be displayed on the display; wherein, if the driving data is speed variation information of the vehicle, the one or more processors are configured to: change the driving guide information based on the speed variation information corresponding to the preset period.
A multi-wavelength laser treatment device comprising a handpiece (12; 112) configured to couple to a plurality of laser sources, the handpiece (12; 112) comprising: a main body (11; 111) comprising an emission end (10; 110) including an output end; at least one waveguide (14; 18; 122) positioned at least partially within the main body (11; 111), the at least one waveguide (14; 18; 122) including at least one output emission surface (16a; 21; 124) and configured to emit a plurality of laser beams generated by the plurality of laser sources; characterised by the handpiece (12; 112) being configured so that a first (A1; Al') and a second laser beam (A2; A2') is applicable as an emission pattern comprising a first diameter, which is surrounded by a third laser beam (A3; A3') emission pattern comprising a second diameter, wherein the central region of the emission pattern is created by the combined emissions of the first and second laser beams (A1, A2; A1', A2') and this central region is encircled by a peripheral region which is created by the emission of the third laser beam. a main body (11; 111) comprising an emission end (10; 110) including an output end; at least one waveguide (14; 18; 122) positioned at least partially within the main body (11; 111), the at least one waveguide (14; 18; 122) including at least one output emission surface (16a; 21; 124) and configured to emit a plurality of laser beams generated by the plurality of laser sources; characterised by the handpiece (12; 112) being configured so that a first (A1; Al') and a second laser beam (A2; A2') is applicable as an emission pattern comprising a first diameter, which is surrounded by a third laser beam (A3; A3') emission pattern comprising a second diameter, wherein the central region of the emission pattern is created by the combined emissions of the first and second laser beams (A1, A2; A1', A2') and this central region is encircled by a peripheral region which is created by the emission of the third laser beam.
Coupling ring for couplings of at least two coupling parts (8, 9), wherein the coupling ring is designed in the form of a wedge-assembly ring, at least comprising a plurality of encircling fastening elements (10, 11), which are directed towards the ring axis of the wedge-assembly ring and each have at least one through-bore (12, 13) directed exclusively radially in relation to the ring axis, wherein the through-bores (12, 13) serve for at least one exclusively radially directed screw-connection means, which can be provided from the outer ring region and is intended for fastening the fastening elements (10, 11) on two matched coupling parts (8, 9) for the purpose of connecting the two coupling parts (8, 9), wherein - at the inner ring region, the fastening elements (10, 11) each have an axially running profile directed towards the ring axis, - a respective elastic spring element is present between the adjacent fastening elements (10, 11) and is fastened on each of the adjacent fastening elements (10, 11) by being vulcanized thereon in simultaneously performed vulcanization operations, - and therefore an alternating arrangement of the fastening elements (10, 11) and of the elastic spring elements makes up the wedge-assembly ring, which can be screwed radially onto the two matched coupling parts (8, 9) for the purpose of connecting the two coupling parts (8, 9), characterized in that the wedge-assembly ring is split into at least two single-piece ring segments (21, 22, 24, 25, 26), which can be separated from one another and are made up of an alternating arrangement of the fastening elements (10, 11) and of the spring elements, wherein the separable, single-piece ring segments (21, 22, 24, 25, 26) are fitted with separable closure-fastening elements (34, 35), which are each located at the end regions of a ring segment (21, 22, 24, 25, 26) and are provided to form a contact-establishing closure, wherein the split and separable closure-fastening elements (34, 35), which connect the ring segments (21, 22, 24, 25, 26), each have wedge parts (341, 342; 351, 352; 342, 353; 344, 354), which are matched to one another and have bores (12, 13) directed radially in relation to the ring axis, wherein the closure-containing wedge parts (341, 342; 351, 352; 342, 353; 344, 354) can be joined together in each case via a radially directed screw-connection means on one of the two coupling parts (8, 9). - at the inner ring region, the fastening elements (10, 11) each have an axially running profile directed towards the ring axis, - a respective elastic spring element is present between the adjacent fastening elements (10, 11) and is fastened on each of the adjacent fastening elements (10, 11) by being vulcanized thereon in simultaneously performed vulcanization operations, - and therefore an alternating arrangement of the fastening elements (10, 11) and of the elastic spring elements makes up the wedge-assembly ring, which can be screwed radially onto the two matched coupling parts (8, 9) for the purpose of connecting the two coupling parts (8, 9),
An inspection apparatus comprising: (a) a translucent or transparent plate having a bottom surface, at least a portion of the bottom surface having an opaque material printed thereon in a pattern having at least one transparent or translucent portion, wherein the pattern comprises a plurality of translucent or transparent holes in an ordered array; (b) a channel disposed below the bottom surface, wherein the channel comprises a plurality of parallel lanes that are connected to form a single chamber, whereby light emitted from the channel or through the channel can pass through the at least one transparent or translucent portion. (a) a translucent or transparent plate having a bottom surface, at least a portion of the bottom surface having an opaque material printed thereon in a pattern having at least one transparent or translucent portion, wherein the pattern comprises a plurality of translucent or transparent holes in an ordered array; (b) a channel disposed below the bottom surface, wherein the channel comprises a plurality of parallel lanes that are connected to form a single chamber, whereby light emitted from the channel or through the channel can pass through the at least one transparent or translucent portion.
A process (10, 200) for recovery of chromite fines from a slurry, the process (10, 200) including feeding a feed slurry comprising chromite fines such that at least 90% of the chromite fines pass through a 150μm square mesh and with a Cr 2 O 3 content of the feed slurry being between 7% by mass and 11% by mass to a wet spiral concentrator stage comprising a plurality of wet spiral separators or wet spiral concentrators; separating the slurry by means of the wet spiral separators or concentrators into a higher-grade chromite slurry with a Cr 2 O 3 content of between 11% by mass and 20% by mass on a dry basis, a lower-grade chromite slurry with a Cr 2 O 3 content of between 6% by mass and 11% by mass on a dry basis and a first tails stream; magnetically separating the lower-grade chromite slurry in a wet magnetic separation stage comprising a plurality of magnetic separators (34, 36, 38) into a magnetic material stream and a non-magnetic material reject stream; and separating the higher-grade chromite slurry and the magnetic material stream in a shaking table stage comprising a plurality of shaking tables (46, 48, 246, 248) into a chromite concentrate and a second tails stream. feeding a feed slurry comprising chromite fines such that at least 90% of the chromite fines pass through a 150μm square mesh and with a Cr 2 O 3 content of the feed slurry being between 7% by mass and 11% by mass to a wet spiral concentrator stage comprising a plurality of wet spiral separators or wet spiral concentrators; separating the slurry by means of the wet spiral separators or concentrators into a higher-grade chromite slurry with a Cr 2 O 3 content of between 11% by mass and 20% by mass on a dry basis, a lower-grade chromite slurry with a Cr 2 O 3 content of between 6% by mass and 11% by mass on a dry basis and a first tails stream; magnetically separating the lower-grade chromite slurry in a wet magnetic separation stage comprising a plurality of magnetic separators (34, 36, 38) into a magnetic material stream and a non-magnetic material reject stream; and separating the higher-grade chromite slurry and the magnetic material stream in a shaking table stage comprising a plurality of shaking tables (46, 48, 246, 248) into a chromite concentrate and a second tails stream.
A storage device comprising a frame and a mounting system configured for mounting a drive within the storage device, the mounting system comprising: a deflection arm on the frame, the deflection arm being configured for engagement with the drive to mount the drive within the storage device, the engagement being via a protrusion that is arranged to engage a hole, one of either the hole or the protrusion being on the deflection arm; and a locking tab configured for movement to a position behind the deflection arm, such that when the drive is mounted within the storage device the deflection arm is positioned between the locking tab and the drive to decrease the amount of deflection that can be experienced by the deflection arm and to prevent the drive from becoming prematurely dislodged from the mounting system. a deflection arm on the frame, the deflection arm being configured for engagement with the drive to mount the drive within the storage device, the engagement being via a protrusion that is arranged to engage a hole, one of either the hole or the protrusion being on the deflection arm; and a locking tab configured for movement to a position behind the deflection arm, such that when the drive is mounted within the storage device the deflection arm is positioned between the locking tab and the drive to decrease the amount of deflection that can be experienced by the deflection arm and to prevent the drive from becoming prematurely dislodged from the mounting system.