mhurhangee/ep-ind-claims huggingface dataset:
A high-strength martensite heat resisting steel consisting of 0.05 - 0.20% by mass of C, 0.1% or less of Si, 0.15-0.7% of Mn, 0.15 - 1.0% of Ni, 9.5 - 12.0% of Cr, 0.20 - 0.65% of Mo, 1.8 - 3.0% of W, 0.1 - 2.0% of Co, 0.1 - 0.3% of V, 0.03 - 0.15% of Nb, 0.0.1 - 0.10% of N, 0.015% or less of B and 0 < Al ≤ 0.015%, (W/Mo) being 4.0 - 10.0, the balance being Fe and unavoidable impurities.
Digital camera system comprising at least one pixel; a shutter means for the pixel, whereby the shutter means is adapted to generate at least one shutter pulse (Stmax, Stmin) during a frame period (t) for the pixel, whereby the pixel is switched from a non- sensitive state to a sensitive state during the at least one shutter pulse (t); and a memory means for storing light information collected by the pixel in the sensitive state during the frame period (t); whereby the shutter means is adapted to generate at least two shutter pulses for the pixel during the frame period (t), characterised by an analysing module for analyzing the ambient light provided by an artificial light source, whereby the analysing result comprises data about the characteristics of the ambient light, whereby the analyzing module comprises a sensor which measures the characteristics of the light source; and a control module adapted to control the shutter parameters on the basis of characteristics of the ambient light, whereby the characteristics of the ambient light comprise the spectral and/or the intensity variations during a single frame period, whereby the shutter parameters are adapted to the characteristics of the artificial light source.
Fuel injector for injecting fuel into a combustion chamber of an internal combustion engine, comprising a nozzle body and a nozzle needle which, for the purposes of opening up and closing at least one injection opening, is received, such that it can perform stroke movements, in a high-pressure bore of the nozzle body and is forced in the direction of a sealing seat by the spring force of a nozzle spring, furthermore comprising a piezo actuator which, for the control of the stroke movement of the nozzle needle, is hydraulically coupled by means of a coupling device to the nozzle needle, wherein the coupling device compensates an axial offset between a longitudinal axis (A 1) of the nozzle needle and a longitudinal axis (A 2) of the piezo actuator and reverses the direction of action of the piezo actuator, wherein the coupling device comprises, for the reversal of the direction of action of the piezo actuator, a coupler piston which has an actuator-side hydraulic active surface for delimiting an actuator-side coupler volume and a nozzle-side hydraulic active surface for delimiting a nozzle-side coupler volume and which is extended through by an axial bore for connecting the two volumes (13, 14), characterized in that the nozzle-side coupler volume is divided by a throttle plate into a first partial volume (13.1) and a second partial volume (13.2), and the two partial volumes (13.1, 13.2) are connected by means of a bore which is arranged in the throttle plate and in which a throttle is preferably formed, and in that the nozzle-side end of the coupler piston is received in a sleeve which is supported on the throttle plate and which is forced in the direction of the throttle plate by the spring force of a spring.
A method of determining a position of a rotor in a three-phase motor having phase A, phase B, and phase C, comprising: determining first and second ones of sectors in which a first one of the magnetic poles of the rotor may be positioned, wherein the first and second ones of the sectors are oppositely located, by respectively driving phase pairs A-B, A-C, and B-C with complementary signals and examining a voltage of a floating one of the phases; characterized by applying torque to the motor by driving at least one phase pair with respective signals having unequal duty cycles which are complementary in phase, with the respective third phase floating, to move the rotor a given amount from the rotor position in the first or second ones of the sectors for determining the position of the rotor. determining first and second ones of sectors in which a first one of the magnetic poles of the rotor may be positioned, wherein the first and second ones of the sectors are oppositely located, by respectively driving phase pairs A-B, A-C, and B-C with complementary signals and examining a voltage of a floating one of the phases; characterized by applying torque to the motor by driving at least one phase pair with respective signals having unequal duty cycles which are complementary in phase, with the respective third phase floating, to move the rotor a given amount from the rotor position in the first or second ones of the sectors for determining the position of the rotor.
A method for manufacturing composite material, the method comprising grinding wood material to a particle size of 0.8 mm or less, mixing the ground wood material with plastic material manufacuting the mixture into a wood-plastic composite, characterised in that the wood material is thermally modified wood material, the ratio of ground thermally modified wood material in the wood-plastic composite material is about 55-95 weight percentages of the mixture weight, the particle size of about 70-85% of the volume of the ground thermally modified wood material is about 0.5-0.8 mm and the particle size of about 15-30% of the volume of the ground thermally modified wood material is less than 0.1 mm.
A ship's propulsion unit such as a ship's azimuthing propulsion unit, wherein the propulsion unit comprising a shell structure arranged below a hull of the ship and immersible at least partly in water so that the shell structure is at least partly surrounded by water, and an electric motor for rotating a propeller axis, wherein the propeller axis extends to the outside of the shell structure a propeller mounted on the propeller axis outside the shell structure, wherein the propulsion unit having a vertical longitudinal central plane A, wherein the electric motor having a stator and a rotor for rotating in the stator, wherein the electric motor is arranged in a motor housing section of the shell structure so that the stator of the electric motor is form-fitted into a cylindrical section of the motor housing section of the shell structure, wherein the cylindrical section having a cylindrical outer surface, wherein the shell structure includes a support section having an lower end directly connected to the motor housing section of the shell structure and an upper end connected to the hull of the ship, and wherein the motor housing section of the shell structure having a first end from which the propeller axis extends to the outside of the shell structure and a second end at the opposite end of the motor housing section of the shell structure, characterized by at least one supporting metal sheet arranged between the support section of the shell structure and the cylindrical outer surface of the cylindrical section of the motor housing section of the shell structure for providing additional support for the motor housing section of the shell structure at the shell structure of the support section, by said at least one supporting metal sheet having a first side surface and a second side surface, by said at least one supporting metal sheet being fastened to the support section of the shell structure and fastened to the cylindrical outer surface of the cylindrical section of the motor housing section of the shell structure, and by water surrounding the shell structure being in contact with both the first side surface and the second side surface of said at least one supporting metal sheet.
A battery pack comprising: a pouch-type battery cell; a battery cell case comprising a PCB accommodation part in an upper portion thereof and a case lead part electrically connected to a tab of the battery cell; a printed circuit board comprising a protection circuit for controlling an operation of the battery cell and mounted in the PCB accommodation part provided in the upper portion of the battery cell case so as to be coupled to the battery cell case; and an insulating top cap provided with a hook protrusion on both end surfaces so as to be fitted into the PCB and coupled to the PCB to face the PCB accommodation part and thereby to cover an entire surface of the PCB mounted in the PCB accommodation part, wherein the top cap comprises a plurality of ribs that protrude from an inner circumference of the top cap to provide a partition wall between electronic components disposed on the PCB when the top cap is coupled to the PCB, and each of the ribs has a height corresponding to a difference between a height of the battery cell case and a height of the PCB mounted in the PCB accommodation part. a pouch-type battery cell; a battery cell case comprising a PCB accommodation part in an upper portion thereof and a case lead part electrically connected to a tab of the battery cell; a printed circuit board comprising a protection circuit for controlling an operation of the battery cell and mounted in the PCB accommodation part provided in the upper portion of the battery cell case so as to be coupled to the battery cell case; and an insulating top cap provided with a hook protrusion on both end surfaces so as to be fitted into the PCB and coupled to the PCB to face the PCB accommodation part and thereby to cover an entire surface of the PCB mounted in the PCB accommodation part, wherein the top cap comprises a plurality of ribs that protrude from an inner circumference of the top cap to provide a partition wall between electronic components disposed on the PCB when the top cap is coupled to the PCB, and each of the ribs has a height corresponding to a difference between a height of the battery cell case and a height of the PCB mounted in the PCB accommodation part.
A shower facility which is, or can be, installed in a driver's cab of a commercial vehicle, wherein the facility comprises: a floor in the driver's cab, a tray, which is, or can be, installed on the floor of the driver's cab, and a water-impermeable bellows arrangement, which can be stretched out in the vertical direction and of which the lower opening is, or can be, arranged opposite a periphery of the tray in order for water which drains off within the bellows arrangement to be channelled into the tray, wherein at least the tray is, or can be, installed in a recess in the floor of the driver's cab. a floor in the driver's cab, a tray, which is, or can be, installed on the floor of the driver's cab, and a water-impermeable bellows arrangement, which can be stretched out in the vertical direction and of which the lower opening is, or can be, arranged opposite a periphery of the tray in order for water which drains off within the bellows arrangement to be channelled into the tray, wherein at least the tray is, or can be, installed in a recess in the floor of the driver's cab.
Shock absorbing structure of a computer storage device, mounted in a computer chassis, comprising: a base, disposed in said computer chassis, and having a containing space for containing and fixing said storage device; a frame substantially in the shape of a rack installed on said base, said frame fixedly connected to said computer chassis; at least one first shock absorbing element, embedded into said frame and installed between said base and said frame for coupling said base and said frame, wherein said first shock absorbing element is a disc-shaped pad member, said frame has one or more openings, each interconnected with a slide slot, the diameter of said slide slot is smaller than the diameter of said opening, said first shock absorbing element is provided with an embedding groove allowing it to be slid from the opening into the slide slot and hanged in the frame, and the base thus hanging in the frame as well; at least one second shock absorbing element, fixedly connected to said base and installed between said base and said computer chassis, for maintaining an appropriate interval between said base and said computer chassis, said second shock absorbing element having an elastic strength different from that of said first shock absorbing element, such that when said computer chassis is vibrated, the different elastic strengths of said first and second shock absorbing elements (30, 20) diversify a vibration force to reduce the energy transmitted to said storage device and achieve a shock absorbing effect. a base, disposed in said computer chassis, and having a containing space for containing and fixing said storage device; a frame substantially in the shape of a rack installed on said base, said frame fixedly connected to said computer chassis; at least one first shock absorbing element, embedded into said frame and installed between said base and said frame for coupling said base and said frame, wherein said first shock absorbing element is a disc-shaped pad member, said frame has one or more openings, each interconnected with a slide slot, the diameter of said slide slot is smaller than the diameter of said opening, said first shock absorbing element is provided with an embedding groove allowing it to be slid from the opening into the slide slot and hanged in the frame, and the base thus hanging in the frame as well; at least one second shock absorbing element, fixedly connected to said base and installed between said base and said computer chassis, for maintaining an appropriate interval between said base and said computer chassis, said second shock absorbing element having an elastic strength different from that of said first shock absorbing element, such that when said computer chassis is vibrated, the different elastic strengths of said first and second shock absorbing elements (30, 20) diversify a vibration force to reduce the energy transmitted to said storage device and achieve a shock absorbing effect.
A conjugated diene-based polymer having a Mooney viscosity measured at 100°C as described in the description of 40 or more and 170 or less, Mooney stress relaxation measured at 100°C as described in the description of 0.28 or less, and a branch number (Bn) measured by viscosity detector-equipped GPC-light scattering measurement as described in the description of 8 or more.
Subframe for a motor vehicle for pivotally connecting wheel suspension elements (14 to 22) and for supporting a stabiliser which extends in a transverse direction of the motor vehicle (y), comprising lateral longitudinal members extending in a longitudinal direction (x) of the motor vehicle and at least one front cross member connecting the two longitudinal members in the transverse direction of the vehicle (y), wherein the front cross member is a hollow profile part, the hollow profile of which forms a stabiliser groove, in which the stabiliser runs at least partly, in particular continuously between the two longitudinal members, characterised in that the subframe on the rear vehicle axis supports a rear axle differential driven by a cardan shaft and in that the front cross member has a longitudinal passage for the cardan shaft which is vertically offset relative to the stabiliser groove.
A patient support apparatus comprising: a frame, an articulated deck coupled to the frame, the articulated deck including a head section, a seat section, a thigh section, and a foot section, and the seat section including a stationary frame coupled to the frame and a moveable frame that is moveable relative to the stationary frame, wherein the moveable frame is moveable between a retracted position in which the moveable frame of the seat section is positioned adjacent the thigh section, and an extended position in which the moveable frame of the seat section is separated away from the thigh section, so that a patient positioned on the patient support apparatus is enabled to exercise by moving the moveable frame between the retracted position and the extended position, and an actuator that is moveable between a locking position and an unlocking position, wherein the moveable frame is unlocked for movement relative to the stationary frame in response to the actuator being moved to the unlocking position, and wherein after the exercise is finished, the actuator returns to the locking position thereby returning the moveable frame to the retracted position. a frame, an articulated deck coupled to the frame, the articulated deck including a head section, a seat section, a thigh section, and a foot section, and the seat section including a stationary frame coupled to the frame and a moveable frame that is moveable relative to the stationary frame, wherein the moveable frame is moveable between a retracted position in which the moveable frame of the seat section is positioned adjacent the thigh section, and an extended position in which the moveable frame of the seat section is separated away from the thigh section, so that a patient positioned on the patient support apparatus is enabled to exercise by moving the moveable frame between the retracted position and the extended position, and an actuator that is moveable between a locking position and an unlocking position, wherein the moveable frame is unlocked for movement relative to the stationary frame in response to the actuator being moved to the unlocking position, and wherein after the exercise is finished, the actuator returns to the locking position thereby returning the moveable frame to the retracted position.
A platform cooling device for a blade of a turbomachine comprising: - a first portion to be positioned at a platform of the blade, - a second portion arranged at an angle to the first portion, to be positioned at a root portion of the blade, wherein the second portion comprises a plurality of dumping holes for the cooling fluid,- an inlet for a cooling fluid on the second portion, - a channel for directing the cooling fluid from the inlet to a plurality of impingement holes for releasing the cooling fluid at the first portion, wherein the plurality of impingement holes is present in the first portion of the platform cooling device, - a first protrusion at the first portion for attaching to the platform at a first end and a second protrusion at the second portion for attaching to the root portion at a second end such that a cavity is formed between the platform cooling device and the blade after attaching the platform cooling device to the platform and the root portion at the first end and the second end respectively for directing the cooling fluid from the impingement holes to the dumping holes, characterized in that the protrusions (14, 16) form the cavity extending from the first end to the second end such that a part of the cavity is formed between the platform cooling device and the root portion of the blade. - a first portion to be positioned at a platform of the blade, - a second portion arranged at an angle to the first portion, to be positioned at a root portion of the blade, wherein the second portion comprises a plurality of dumping holes for the cooling fluid,- an inlet for a cooling fluid on the second portion, - a channel for directing the cooling fluid from the inlet to a plurality of impingement holes for releasing the cooling fluid at the first portion, wherein the plurality of impingement holes is present in the first portion of the platform cooling device, - a first protrusion at the first portion for attaching to the platform at a first end and a second protrusion at the second portion for attaching to the root portion at a second end such that a cavity is formed between the platform cooling device and the blade after attaching the platform cooling device to the platform and the root portion at the first end and the second end respectively for directing the cooling fluid from the impingement holes to the dumping holes,
A therapeutic agent for use in treating bile duct cancer comprising 5-((2-(4-(1-(2-hydroxyethyl)piperidin-4-yl)benzamide)pyridin-4-yl)oxy)-6-(2-methoxyethoxy)-N-methyl-1H-indole-1-carboxamide represented by the formula or a pharmaceutically acceptable salt thereof.
A prosthetic knee implant, comprising: a femoral component having a femur-contacting surface, an opposing articulation surface, and proximal, distal, anterior and posterior portions, the femoral component including: a medial condyle and a lateral condyle, proximate the distal portion, each of the condyles defining respective distal-most points (87, 86) and having a width (92, 94), the width (92, 94) of each of the condyles defining respective condyle midpoints (90, 91) halfway between the condyle medial sides and the condyle lateral sides; and a trochlear groove, proximate the anterior portion, defining a distal-most sulcus point, characterised in that the width (92, 94) of each of the condyles is substantially equal, as measured from a condyle medial side to a condyle lateral side, wherein each of the distal-most points (87, 86) is located laterally from the midpoint such that each distal-most point is nearer to the condyle lateral side than to the condyle medial side and the distal-most sulcus point is located halfway between the distal-most point of the medial condyle and the distal-most point of the lateral condyle. a femoral component having a femur-contacting surface, an opposing articulation surface, and proximal, distal, anterior and posterior portions, the femoral component including: a medial condyle and a lateral condyle, proximate the distal portion, each of the condyles defining respective distal-most points (87, 86) and having a width (92, 94), the width (92, 94) of each of the condyles defining respective condyle midpoints (90, 91) halfway between the condyle medial sides and the condyle lateral sides; and a trochlear groove, proximate the anterior portion, defining a distal-most sulcus point, characterised in that the width (92, 94) of each of the condyles is substantially equal, as measured from a condyle medial side to a condyle lateral side, wherein each of the distal-most points (87, 86) is located laterally from the midpoint such that each distal-most point is nearer to the condyle lateral side than to the condyle medial side and the distal-most sulcus point is located halfway between the distal-most point of the medial condyle and the distal-most point of the lateral condyle. a medial condyle and a lateral condyle, proximate the distal portion, each of the condyles defining respective distal-most points (87, 86) and having a width (92, 94), the width (92, 94) of each of the condyles defining respective condyle midpoints (90, 91) halfway between the condyle medial sides and the condyle lateral sides; and a trochlear groove, proximate the anterior portion, defining a distal-most sulcus point, characterised in that the width (92, 94) of each of the condyles is substantially equal, as measured from a condyle medial side to a condyle lateral side, wherein each of the distal-most points (87, 86) is located laterally from the midpoint such that each distal-most point is nearer to the condyle lateral side than to the condyle medial side and the distal-most sulcus point is located halfway between the distal-most point of the medial condyle and the distal-most point of the lateral condyle.