mhurhangee/ep-ind-claims huggingface dataset:
A steam turbine, comprising: a rotor shaft which rotates about an axis line (Ar); a plurality of rotor blade rows which are fixed to an outer periphery of the rotor shaft and are arranged in an axial direction (Da) in which the axis line (Ar) extends; and a stator blade row which is adjacent to an upstream side in the axial direction (Da) of the rotor blade row for each of the plurality of rotor blade rows, wherein, among a plurality of stages configured of a set of the rotor blade row and the stator blade row disposed to be adjacent to the upstream side of the rotor blade row, a stage disposed on the most upstream side is a speed-adjusting stage which adjusts a flow rate of the steam fed to the stages on the downstream side (Dad) of the first stage so as to adjust a rotation speed of the rotor, at least one stage, including the second stage, disposed on a downstream side of the speed-adjusting stage is a medium-pressure stage, and at least one stage disposed on a downstream side of the medium-pressure stage is a low-pressure stage, wherein the speed-adjusting stage is an impulse stage, wherein the low-pressure stage is a reaction stage having a degree of reaction which is higher than the degree of reaction of the medium-pressure stage, characterized in that the medium-pressure stage is a medium reaction degree impulse stage in which a degree of reaction is a medium degree of reaction of 25% to 35%. a rotor shaft which rotates about an axis line (Ar); a plurality of rotor blade rows which are fixed to an outer periphery of the rotor shaft and are arranged in an axial direction (Da) in which the axis line (Ar) extends; and a stator blade row which is adjacent to an upstream side in the axial direction (Da) of the rotor blade row for each of the plurality of rotor blade rows, wherein, among a plurality of stages configured of a set of the rotor blade row and the stator blade row disposed to be adjacent to the upstream side of the rotor blade row, a stage disposed on the most upstream side is a speed-adjusting stage which adjusts a flow rate of the steam fed to the stages on the downstream side (Dad) of the first stage so as to adjust a rotation speed of the rotor, at least one stage, including the second stage, disposed on a downstream side of the speed-adjusting stage is a medium-pressure stage, and at least one stage disposed on a downstream side of the medium-pressure stage is a low-pressure stage, wherein the speed-adjusting stage is an impulse stage, wherein the low-pressure stage is a reaction stage having a degree of reaction which is higher than the degree of reaction of the medium-pressure stage, characterized in that the medium-pressure stage is a medium reaction degree impulse stage in which a degree of reaction is a medium degree of reaction of 25% to 35%.
Industrial truck which is designed in the form of a pallet truck and/or of a manual stacker truck and/or of a pallet lifter and has a loading surface which can be raised by means of a lifting arrangement, wherein the lifting arrangement has at least two lifting components, which are connected to one another in the manner of a rotary joint by means of a pin, characterized in that, in addition to performing its function of a bearing component, the pin is designed in the form of a force-measuring element, wherein the industrial truck has the pin in the form of a single force-measuring element, or wherein the industrial truck has a plurality of force-measuring elements which are arranged on the same lifting component and which are the only force-measuring elements of the industrial truck.
Luminous device comprising: - at least two light sources (3a, 3b) of different colour, - a light guide comprising an entrance face and an exit face and configured to transmit the light rays output by the at least two light sources (3a, 3b) from its entrance face to its exit face, characterized in that the at least two light sources (3a, 3b) are placed beside one another and in that the light guide comprises a plurality of microstructures of pointed shape that are distributed over its entrance face, the tip of the microstructures of the entrance face being oriented perpendicularly to the general orientation of the entrance face. - at least two light sources (3a, 3b) of different colour, - a light guide comprising an entrance face and an exit face and configured to transmit the light rays output by the at least two light sources (3a, 3b) from its entrance face to its exit face,
A pharmaceutical composition or single unit dosage form comprising crystalline 3-(4-amino-1-oxo-1,3 dihydro-isoindol-2-yl)-piperidine-2,6-dione and optionally one or more excipients or diluents, said crystalline 3-(4-amino-1-oxo-1,3 dihydro-isoindol-2-yl)-piperidine-2,6-dione having an X-ray powder diffraction pattern comprising peaks at 20, 24.5 and 29 degrees 2θ.
A method of receiving data, by an access point, AP, (110a - 110c, 110x), in a wireless communication system, comprising: receiving first data from an access terminal, AT, (120a - 120i, 120x, 120y) on a first set of subcarriers in a first time interval (T CDMA) using a first demodulation scheme, wherein the first set includes a configurable number of subcarriers; receiving second data from the AT (120a - 120i, 120x, 120y) on a second set of subcarriers in a second time interval (T OFDMA) using a second demodulation scheme different from the first demodulation scheme; and receiving third data from the AT (120a - 120i, 120x, 120y) on a third set of subcarriers in the first time interval (T CDMA) using the second demodulation scheme. receiving first data from an access terminal, AT, (120a - 120i, 120x, 120y) on a first set of subcarriers in a first time interval (T CDMA) using a first demodulation scheme, wherein the first set includes a configurable number of subcarriers; receiving second data from the AT (120a - 120i, 120x, 120y) on a second set of subcarriers in a second time interval (T OFDMA) using a second demodulation scheme different from the first demodulation scheme; and receiving third data from the AT (120a - 120i, 120x, 120y) on a third set of subcarriers in the first time interval (T CDMA) using the second demodulation scheme.
A pesticidal composition, characterized in that the composition comprises: a.) a carrier oil component consisting of linseed oil, b.) an aqueous solution of hydrogencarbonate, and c.) a plant essential oil component selected from the group consisting of oils extracted or distilled from orange peel, mandarin peel, lemon, grapefruits, pomelos, limes, mint, spearmint ( Mentha spicata), kuromoji, ginger grass, wintergreen ( Gaultheria procumbens) (eastern teaberry) belonging to the genus Gaultheria, birch and black birch ( Betulenta lenta) belonging to the genus Betula, Spiraea (meadowsweets), Polygalaceae, hemp seed, caraway, garden angelica ( Angelica archangelica), lovage extracts, dill seed and mixtures thereof. a.) a carrier oil component consisting of linseed oil, b.) an aqueous solution of hydrogencarbonate, and c.) a plant essential oil component selected from the group consisting of oils extracted or distilled from orange peel, mandarin peel, lemon, grapefruits, pomelos, limes, mint, spearmint ( Mentha spicata), kuromoji, ginger grass, wintergreen ( Gaultheria procumbens) (eastern teaberry) belonging to the genus Gaultheria, birch and black birch ( Betulenta lenta) belonging to the genus Betula, Spiraea (meadowsweets), Polygalaceae, hemp seed, caraway, garden angelica ( Angelica archangelica), lovage extracts, dill seed and mixtures thereof.
An object detection system comprising: a depth image detector adapted to detect a depth image from an external environment; and a moving object extractor adapted to extract a moving object desired to be extracted from the depth image, wherein the moving object extractor is adapted to register in advance the depth image in a memory as a background while the moving object to be extracted does not exist, and to extract only a pixel whose current depth is present on a nearer side than a depth of the background as a candidate for a pixel corresponding to the moving object to be extracted, wherein the moving object extractor is further adapted to make a determination to extract, as the moving object to be extracted, a pixel from a pixel group composed of pixels of the candidates having been extracted, and for a portion not extracted as the moving object to be extracted, to update and to register a depth of the pixel in the memory as the depth of the background. a depth image detector adapted to detect a depth image from an external environment; and a moving object extractor adapted to extract a moving object desired to be extracted from the depth image, wherein the moving object extractor is adapted to register in advance the depth image in a memory as a background while the moving object to be extracted does not exist, and to extract only a pixel whose current depth is present on a nearer side than a depth of the background as a candidate for a pixel corresponding to the moving object to be extracted, wherein the moving object extractor is further adapted to make a determination to extract, as the moving object to be extracted, a pixel from a pixel group composed of pixels of the candidates having been extracted, and for a portion not extracted as the moving object to be extracted, to update and to register a depth of the pixel in the memory as the depth of the background.
A fuel pumping system for supplying fuel to an engine comprising a high pressure pump having a drive input, a drive gear driven for rotation, in use, by the drive input, and an idler gear driven by the drive gear, wherein the idler gear is arranged to drive a rotor of a low pressure pump, characterised by an output gear driven by the idler gear, wherein the output gear is arranged to drive a rotor of an electrical generator.
A protective device for a boiler access point, comprising a fan and a check valve, wherein the fan is connected via an access to the environment for drawing in ambient air, wherein the check valve is connected downstream of the fan via a gas-tight connection (6, 7), wherein the check valve is connected via a pressure hose to the boiler access point leading through a boiler wall, wherein the check valve closes at a fluid pressure present at the pressure hose if this is greater than the fluid pressure present at the fan, wherein the gas-tight connection (6, 7) has an ambient outlet, characterized in that a control unit connected to the pressure sensor is provided with a data memory in which at least a lower first and a higher second threshold value for pressure values are stored, wherein the presence of a malfunction in a malfunction range (130, 140) is detected by the control unit when the pressure sensor signal measured by the pressure sensor and forwarded to it is below the first threshold value and wherein the presence of a malfunction in an overpressure range is detected by the control unit when the pressure sensor signal measured by the pressure sensor and forwarded to it is above the second threshold value.
A zoom lens comprising: a first lens group with a positive refractive power; a second lens group with a negative refractive power; a third lens group with a positive refractive power; a fourth lens group with a negative refractive power; and a fifth lens group with a positive refractive power, wherein the first through the fifth lens groups are sequentially arranged from an object side toward an image side, and the second, the fourth, and the fifth lens groups move along an optical axis during zooming; characterised in that: the first lens group consists of two meniscus lenses (1,4), each of the two meniscus lens having a convex surface toward the object side, and a doublet lens (2,3) formed by attaching together two lenses and interposed between the two meniscus lenses. a first lens group with a positive refractive power; a second lens group with a negative refractive power; a third lens group with a positive refractive power; a fourth lens group with a negative refractive power; and a fifth lens group with a positive refractive power, wherein the first through the fifth lens groups are sequentially arranged from an object side toward an image side, and the second, the fourth, and the fifth lens groups move along an optical axis during zooming; characterised in that: the first lens group consists of two meniscus lenses (1,4), each of the two meniscus lens having a convex surface toward the object side, and a doublet lens (2,3) formed by attaching together two lenses and interposed between the two meniscus lenses. the first lens group consists of two meniscus lenses (1,4), each of the two meniscus lens having a convex surface toward the object side, and a doublet lens (2,3) formed by attaching together two lenses and interposed between the two meniscus lenses.
A gear spindle device for a rolling mill, comprising: a spindle outer cylinder having, at a first end side, an inner circumferential surface provided with an inner circumferential gear; a spindle inner cylinder having an outer circumferential surface provided with an outer circumferential gear which engages with the inner circumferential gear; a seal member disposed between the spindle outer cylinder and the spindle inner cylinder, for holding a lubricant oil at an engagement portion between the inner circumferential gear and the outer circumferential gear; and a coolant supply unit for supplying a coolant toward the spindle outer cylinder, characterized in that the coolant supply unit is disposed at an opposite side to the seal member across the engagement portion in an axial direction of the spindle outer cylinder, for supplying the coolant toward the spindle outer cylinder in a formation region of the engagement portion where the engagement portion is formed, and the coolant supply unit includes a nozzle configured to inject the coolant toward the spindle outer cylinder in the formation region of the engagement portion, wherein the nozzle is configured to inject the coolant in a direction from a second end side toward the first end side of the spindle outer cylinder in the axial direction, and the spindle outer cylinder is configured for coupling a gear box, a motor, or a mill roll of the rolling mill to its second end side. a spindle outer cylinder having, at a first end side, an inner circumferential surface provided with an inner circumferential gear; a spindle inner cylinder having an outer circumferential surface provided with an outer circumferential gear which engages with the inner circumferential gear; a seal member disposed between the spindle outer cylinder and the spindle inner cylinder, for holding a lubricant oil at an engagement portion between the inner circumferential gear and the outer circumferential gear; and a coolant supply unit for supplying a coolant toward the spindle outer cylinder, characterized in that the coolant supply unit is disposed at an opposite side to the seal member across the engagement portion in an axial direction of the spindle outer cylinder, for supplying the coolant toward the spindle outer cylinder in a formation region of the engagement portion where the engagement portion is formed, and the coolant supply unit includes a nozzle configured to inject the coolant toward the spindle outer cylinder in the formation region of the engagement portion, wherein the nozzle is configured to inject the coolant in a direction from a second end side toward the first end side of the spindle outer cylinder in the axial direction, and the spindle outer cylinder is configured for coupling a gear box, a motor, or a mill roll of the rolling mill to its second end side.
An illuminating device comprising: an object detection sensor, a headlamp of a vehicle, a detecting section configured to detect a vehicle height of a forward vehicle running in front of the vehicle based on the data from the object detection sensor; and a control section configured to control an illuminating range of the head lamp according to said vehicle height, characterized in that in a case where the vehicle height is less than a predetermined value (xm), the control section sets the illuminating range so as to include an area located above the forward vehicle, in a case where the vehicle height is not less than the predetermined value (xm), the control section sets the illuminating range so as not to include the area located above the forward vehicle, the illuminating range is defined by removing a light-blocking region from a maximum illuminating range. an object detection sensor, a headlamp of a vehicle, a detecting section configured to detect a vehicle height of a forward vehicle running in front of the vehicle based on the data from the object detection sensor; and a control section configured to control an illuminating range of the head lamp according to said vehicle height, characterized in that in a case where the vehicle height is less than a predetermined value (xm), the control section sets the illuminating range so as to include an area located above the forward vehicle, in a case where the vehicle height is not less than the predetermined value (xm), the control section sets the illuminating range so as not to include the area located above the forward vehicle, the illuminating range is defined by removing a light-blocking region from a maximum illuminating range.
A carrier made of cardboard, paperboard or other lightweight foldable sheet material, comprising: a top sheet defining one or more pockets for receiving one or more products; and a bottom sheet attached to the top sheet; wherein the top sheet comprises one or more respective sets of flaps for forming the respective pockets, each flap being hingedly connected at a proximal end to a top surface of the top sheet about a respective flap hinge line defined around an upper edge of the respective pocket and folded about the respective flap hinge line to define a pocket side wall; the top sheet further comprising respective tabs hingedly connected to distal ends of the respective flaps about respective tab fold lines and folded about a respective tab fold line so as to lie along a base of the pocket; the bottom sheet being bonded to the respective tabs in a face to face relationship to close at least a portion the base of the pocket; wherein each pocket is defined by a set of flaps comprising four flaps (32, 32a, 32b, 32c, 32d) arranged in two opposed pairs, wherein the tabs (50a, 50b) on a first pair of opposed flaps (32a, 32b) are aligned with each other along a longitudinal axis of the pocket and the tabs (50c, 50d) on the other pair of opposed flaps (32c, 32d) are offset from one another relative to a transverse axis of the pocket in a direction along the longitudinal axis of the pocket. a top sheet defining one or more pockets for receiving one or more products; and a bottom sheet attached to the top sheet; wherein the top sheet comprises one or more respective sets of flaps for forming the respective pockets, each flap being hingedly connected at a proximal end to a top surface of the top sheet about a respective flap hinge line defined around an upper edge of the respective pocket and folded about the respective flap hinge line to define a pocket side wall; the top sheet further comprising respective tabs hingedly connected to distal ends of the respective flaps about respective tab fold lines and folded about a respective tab fold line so as to lie along a base of the pocket; the bottom sheet being bonded to the respective tabs in a face to face relationship to close at least a portion the base of the pocket; wherein each pocket is defined by a set of flaps comprising four flaps (32, 32a, 32b, 32c, 32d) arranged in two opposed pairs, wherein the tabs (50a, 50b) on a first pair of opposed flaps (32a, 32b) are aligned with each other along a longitudinal axis of the pocket and the tabs (50c, 50d) on the other pair of opposed flaps (32c, 32d) are offset from one another relative to a transverse axis of the pocket in a direction along the longitudinal axis of the pocket.
An imaging module comprising: a flexible printed circuit board; and an imaging unit comprising two cameras arranged side by side along an arranging direction and connected to the flexible printed circuit board; wherein the flexible printed circuit board comprises a projection portion projecting to a side edge of the imaging unit, the side edge extending along the arranging direction, and the width of the projection portion in the arranging direction being less than a length of the side edge; wherein the projection portion comprises two projection sub-portions coupled to the two cameras by means of a first connection portion and a second connection portion respectively, and characterised in that: the flexible printed circuit board further comprises an extension portion extending from the second connection portion towards the first connection portion and covering the first connection portion; the two projection sub-portions comprise a first projection sub-portion projecting from the first connection portion beyond the side edge and a second projection sub-portion projecting from the extension portion beyond the side edge; and the first projection sub-portion and the second projection sub-portion are arranged to be stacked. a flexible printed circuit board; and an imaging unit comprising two cameras arranged side by side along an arranging direction and connected to the flexible printed circuit board; wherein the flexible printed circuit board comprises a projection portion projecting to a side edge of the imaging unit, the side edge extending along the arranging direction, and the width of the projection portion in the arranging direction being less than a length of the side edge; wherein the projection portion comprises two projection sub-portions coupled to the two cameras by means of a first connection portion and a second connection portion respectively, and characterised in that: the flexible printed circuit board further comprises an extension portion extending from the second connection portion towards the first connection portion and covering the first connection portion; the two projection sub-portions comprise a first projection sub-portion projecting from the first connection portion beyond the side edge and a second projection sub-portion projecting from the extension portion beyond the side edge; and the first projection sub-portion and the second projection sub-portion are arranged to be stacked. the flexible printed circuit board further comprises an extension portion extending from the second connection portion towards the first connection portion and covering the first connection portion; the two projection sub-portions comprise a first projection sub-portion projecting from the first connection portion beyond the side edge and a second projection sub-portion projecting from the extension portion beyond the side edge; and the first projection sub-portion and the second projection sub-portion are arranged to be stacked.