mhurhangee/ep-ind-claims huggingface dataset:
Sports device which, in operation, can roll forwards and backwards along a rolling direction on a surface, with a frame with two rests (8, 9) for the lower arms of a sportsperson, with at least two handles (11, 12, 21, 22) for the sportsperson's hands, wherein each of the at least two handles (11, 12, 21, 22) is arranged respectively in front of one of the rests (8, 9) in the rolling direction, with four wheels (4, 5, 6, 7) which are arranged at outer corners of the frame and in operation make direct contact with the surface, characterised in that the four wheels (4, 5, 6, 7) have respective axes of rotation (4a, 5a, 6a, 7a) in fixed positions relative to the at least two handles (11, 12, 21, 22), and the at least two handles (11, 12, 21, 22) comprise two transverse handles (21, 22) and the two transverse handles (21, 22) are formed as portions of a transverse connection arranged between two side parts (2, 3) and the two side parts (2, 3) are connected in a fixed position to each other by means of exactly one transverse connection and the two side parts (2, 3) are spaced from one another in a clearance of at least 40 cm so that knees of the sportsperson arranged next to one another fit between the two side parts (2, 3).
A fuel supply system for a gas turbine engine comprising: a fuel tank; a pumping unit downstream of the fuel tank and configured to receive fuel from the fuel tank, the pumping unit comprising: a boost pump; an actuation pump downstream of the boost pump and configured to be in fluid communication with at least one actuator of the gas turbine engine; and a cruise pump downstream of the boost pump and configured to be in fluid communication with nozzles of a gas generator of the gas turbine engine; and a sharing valve downstream of the pumping unit and configured to receive fuel from the cruise pump of the pumping unit during a first operating condition. an augmentor pump downstream of the fuel tank and configured to receive fuel from the fuel tank during a second operating condition. a fuel tank; a pumping unit downstream of the fuel tank and configured to receive fuel from the fuel tank, the pumping unit comprising: a boost pump; an actuation pump downstream of the boost pump and configured to be in fluid communication with at least one actuator of the gas turbine engine; and a cruise pump downstream of the boost pump and configured to be in fluid communication with nozzles of a gas generator of the gas turbine engine; and a boost pump; an actuation pump downstream of the boost pump and configured to be in fluid communication with at least one actuator of the gas turbine engine; and a cruise pump downstream of the boost pump and configured to be in fluid communication with nozzles of a gas generator of the gas turbine engine; and a sharing valve downstream of the pumping unit and configured to receive fuel from the cruise pump of the pumping unit during a first operating condition. an augmentor pump downstream of the fuel tank and configured to receive fuel from the fuel tank during a second operating condition.
A chain guide assembly frame comprising a main body and a sprocket holding portion that is configured to support a driven sprocket, the main body including a pivoting chain guide holding portion to which a pivoting chain guide is mountable, and a fixed chain guide, the sprocket holding portion including a fixed-guide-side sprocket holding portion provided on a same side as the fixed chain guide, and a pivoting-guide-side sprocket holding portion provided on a same side as the pivoting chain guide holding portion, the fixed-guide-side sprocket holding portion including at least a first fixed-guide-side support portion that is configured to support the driven sprocket disposed in the fixed-guide-side sprocket holding portion from below at a first contact point, and a second fixed-guide-side support portion that is configured to support the driven sprocket at a second contact point located more outside than the first contact point, a force of gravity acting on the driven sprocket having a vector that points between the first contact point and the second contact point when the driven sprocket is in an erected state in which the driven sprocket is configured to be supported simultaneously by the first fixed-guide-side support portion and the second fixed-guide-side support portion, characterized in that the first fixed-guide-side support portion has a shape such that the closer the first fixed-guide-side support portion is to the second fixed-guide-side support portion, the more away it is from a center of gravity of the driven sprocket supported by the first fixed-guide-side support portion and the second fixed-guide-side support portion. the main body including a pivoting chain guide holding portion to which a pivoting chain guide is mountable, and a fixed chain guide, the sprocket holding portion including a fixed-guide-side sprocket holding portion provided on a same side as the fixed chain guide, and a pivoting-guide-side sprocket holding portion provided on a same side as the pivoting chain guide holding portion, the fixed-guide-side sprocket holding portion including at least a first fixed-guide-side support portion that is configured to support the driven sprocket disposed in the fixed-guide-side sprocket holding portion from below at a first contact point, and a second fixed-guide-side support portion that is configured to support the driven sprocket at a second contact point located more outside than the first contact point, a force of gravity acting on the driven sprocket having a vector that points between the first contact point and the second contact point when the driven sprocket is in an erected state in which the driven sprocket is configured to be supported simultaneously by the first fixed-guide-side support portion and the second fixed-guide-side support portion,
Method for the manufacture of a product with a machine tool (1, 10), comprising: manufacture (S1, S1') of the product with the machine tool (1, 10) giving consideration to control information that controls the manufacture of the product; generation (S2, S2') of production data by the machine tool (1, 10) during the manufacture of the product, wherein the production data describe the manufacture of the product and are acquired by sensors during the manufacture of the product; provision (S3, S3') of protection information to the machine tool (1, 10) indicating which parts of the production data are to be protected and defining a protection method for this production data requiring protection; and protection (S4, S4') of those parts of the production data that are to be protected in accordance with the protection information with the protection method defined by the protection information. manufacture (S1, S1') of the product with the machine tool (1, 10) giving consideration to control information that controls the manufacture of the product; generation (S2, S2') of production data by the machine tool (1, 10) during the manufacture of the product, wherein the production data describe the manufacture of the product and are acquired by sensors during the manufacture of the product; provision (S3, S3') of protection information to the machine tool (1, 10) indicating which parts of the production data are to be protected and defining a protection method for this production data requiring protection; and protection (S4, S4') of those parts of the production data that are to be protected in accordance with the protection information with the protection method defined by the protection information.
An encoding device for processing an image signal, comprising: a first predictor that generates a luminance prediction signal which is a prediction signal of a pixel block of a luminance signal using an intra-frame prediction or an inter-frame prediction; a second predictor that generates a chrominance prediction signal which is a prediction signal of a pixel block of a chrominance signal using an intra-frame prediction or an inter-frame prediction; a luminance-chrominance predictor that generates a luminance-chrominance prediction signal for predicting the pixel block of the chrominance signal by modifying a signal element of a locally decoded signal of the pixel block of the luminance signal by a normalization parameter for a comparison between an energy of the signal element of the pixel block of the luminance signal and an energy of a signal element of the pixel block of the chrominance signal; a combiner that generates a corrected chrominance prediction signal which is the prediction signal of the pixel block of the chrominance signal by weight-adding the chrominance prediction signal and the luminance-chrominance prediction signal; a subtracter (13-1, 13-2) that generates a residual signal of the pixel block of the luminance signal by subtracting the luminance prediction signal from the pixel block of the luminance signal, and generates a residual signal of the pixel block of the chrominance signal by subtracting the corrected chrominance prediction signal from the pixel block of the chrominance signal; and a bit stream forming unit for sending the normalization parameter in a bit stream. a first predictor that generates a luminance prediction signal which is a prediction signal of a pixel block of a luminance signal using an intra-frame prediction or an inter-frame prediction; a second predictor that generates a chrominance prediction signal which is a prediction signal of a pixel block of a chrominance signal using an intra-frame prediction or an inter-frame prediction; a luminance-chrominance predictor that generates a luminance-chrominance prediction signal for predicting the pixel block of the chrominance signal by modifying a signal element of a locally decoded signal of the pixel block of the luminance signal by a normalization parameter for a comparison between an energy of the signal element of the pixel block of the luminance signal and an energy of a signal element of the pixel block of the chrominance signal; a combiner that generates a corrected chrominance prediction signal which is the prediction signal of the pixel block of the chrominance signal by weight-adding the chrominance prediction signal and the luminance-chrominance prediction signal; a subtracter (13-1, 13-2) that generates a residual signal of the pixel block of the luminance signal by subtracting the luminance prediction signal from the pixel block of the luminance signal, and generates a residual signal of the pixel block of the chrominance signal by subtracting the corrected chrominance prediction signal from the pixel block of the chrominance signal; and a bit stream forming unit for sending the normalization parameter in a bit stream.
A surface-coated cutting tool which comprises a base material of a WC-based hard alloy and a film formed on the surface of the base material by a chemical deposition method, a rake face, a flank face, and a cutting-blade ridgeline part positioned between the rake face and the flank face being provided, a total film thickness of the entire film being 3 to 20 μm in an average film thickness, characterised in that one or more oblique cracks where an extension angle of the crack to the surface of the film is 45° or less being present at the rake face within 300 μm from the cutting-blade ridgeline part, wherein an extension depth of the oblique cracks from the surface of the film is 0.3 to 2 μm, and an average value of the crack intervals at the surface of the film is 20 μm or more and 100 μm or less.
A haemodialysis system comprising a dialyser and two or more dialysate containers connected to administer dialysate to the dialyser, the dialysate containers hold a volume not exceeding 10 L; wherein - the haemodialysis system comprises at least one empty or partially filled dialysate container; - the dialysate containers are connected between the outlet and inlet of the haemodialyser so that dialysate leaving the haemodialyser from the outlet will be re-circulated to the inlet of the haemodialyser, and - the haemodialyser comprises pumping means (9,12) and a dialysate flow pathway configured to facilitate the re-circulation of dialysate from the dialysate outlet of the dialyser to the dialysate inlet of the haemodialyser through the dialysate containers there between. - the haemodialysis system comprises at least one empty or partially filled dialysate container; - the dialysate containers are connected between the outlet and inlet of the haemodialyser so that dialysate leaving the haemodialyser from the outlet will be re-circulated to the inlet of the haemodialyser, and - the haemodialyser comprises pumping means (9,12) and a dialysate flow pathway configured to facilitate the re-circulation of dialysate from the dialysate outlet of the dialyser to the dialysate inlet of the haemodialyser through the dialysate containers there between.
An implant applicator to position a resistive implant on a first plastic component to be joined to a second plastic component by a resistive implant weld, the implant applicator comprising: a supply member of resistive implant material; a first member to guide the resistive implant material from the supply member; a second member to press the resistive implant material from the supply member and first member onto the first plastic component; and an electrical arrangement to heat the resistive implant material between the supply member and the second member, such that when the second member presses the resistive implant material onto the first plastic component, the resistive implant material is tacked in place on the first plastic component, the electrical arrangement further comprising a length of the resistive implant material spanning between the first member and the second member to complete an electric circuit therebetween and the resistive implant material is heated by an electric current flowing through the length, characterized by the implant applicator being mounted to a robotic arm which moves the implant applicator generally forward relative to the first plastic component, wherein the second member selectively pivots with respect to the first member such that the resistive implant material is aligned tangentially to a curve to allow the second member to tack the resistive implant material to the first plastic component about curved portions of the first plastic component. a supply member of resistive implant material; a first member to guide the resistive implant material from the supply member; a second member to press the resistive implant material from the supply member and first member onto the first plastic component; and an electrical arrangement to heat the resistive implant material between the supply member and the second member, such that when the second member presses the resistive implant material onto the first plastic component, the resistive implant material is tacked in place on the first plastic component, the electrical arrangement further comprising a length of the resistive implant material spanning between the first member and the second member to complete an electric circuit therebetween and the resistive implant material is heated by an electric current flowing through the length, characterized by the implant applicator being mounted to a robotic arm which moves the implant applicator generally forward relative to the first plastic component, wherein the second member selectively pivots with respect to the first member such that the resistive implant material is aligned tangentially to a curve to allow the second member to tack the resistive implant material to the first plastic component about curved portions of the first plastic component.
A fitting assembly having a longitudinal axis, comprising: a first fitting component that is adapted to receive a conduit end, a seal device disposed in said first fitting component and that will seal against an outer surface of the conduit when the conduit is inserted into the fitting assembly, a second fitting component that is adapted to be joined to said first fitting component, a retainer at least partially disposed within said second fitting component, the retainer including an outboard end portion and an inward end portion, a biasing member that applies an outward biasing force to the outboard end portion of the retainer, said retainer comprising a conduit gripping member that will grip an outer surface of the conduit when said retainer is in a first axial position in said fitting assembly, said conduit gripping member will release grip of the conduit when said retainer is in a second axial position in said fitting assembly that is different from said first axial position; characterised in that the inward end portion of the retainer is engageable with the seal device, such that under fluid pressure the seal device applies an axial force against the inward end portion of the retainer toward gripping engagement with the conduit. a first fitting component that is adapted to receive a conduit end, a seal device disposed in said first fitting component and that will seal against an outer surface of the conduit when the conduit is inserted into the fitting assembly, a second fitting component that is adapted to be joined to said first fitting component, a retainer at least partially disposed within said second fitting component, the retainer including an outboard end portion and an inward end portion, a biasing member that applies an outward biasing force to the outboard end portion of the retainer, said retainer comprising a conduit gripping member that will grip an outer surface of the conduit when said retainer is in a first axial position in said fitting assembly, said conduit gripping member will release grip of the conduit when said retainer is in a second axial position in said fitting assembly that is different from said first axial position; characterised in that the inward end portion of the retainer is engageable with the seal device, such that under fluid pressure the seal device applies an axial force against the inward end portion of the retainer toward gripping engagement with the conduit.
A solar cell assembly comprising a substrate having a front surface and a back surface, wherein the substrate has a p-n junction providing reverse bias protection, and wherein the substrate functions as a bypass diode, the front surface forming a contact of the p-n junction of one polarity and the back surface forming a contact of the p-n junction of the opposite polarity; a multijunction inverted metamorphic solar cell having a plurality of solar cell layers (22, 24, 26, 28), wherein the multijunction inverted metamorphic solar cell has a first surface and a second surface, the first surface being bonded to the front surface of the substrate; an electrical connector element wherein a portion of the electrical connector element is coupled to a portion of the front surface of the substrate and the first surface of the multijunction inverted metamorphic solar cell; a first contact coupled to the back surface of the substrate; and, at least one second contact coupled to a portion of the second surface of the multijunction inverted metamorphic solar cell, wherein the substrate and bypass diode are combined into one assembly with an entire front surface of the combined substrate and bypass diode in contact with an entire first surface of the multijunction inverted metamorphic solar cell, the combined substrate and bypass diode providing bypass protection to the multijunction inverted metamorphic solar cell.
A utility vehicle equipped with driving wheels attached to a chassis to run about a working area and a cover suspension connecting the chassis and a cover attached to the chassis; the cover suspension comprising, a shaft disposed to extend in gravity axis direction between the chassis and the cover with an upper portion attached to the cover and a lower portion attached to the chassis, and a converting member fastened to the shaft to convert force acting on the shaft to movement in a horizontal direction orthogonal to the gravity axis direction, characterized in that: the shaft is made of resin, a reinforcing member is inserted in an axial core of the shaft extending downward in the gravity axis direction in the shaft beyond a position where the converting member is fastened to; wherein the reinforcing member is formed with a flange at a position corresponding to a location of the shaft where the converting member is fastened to the shaft; wherein the converting member is constituted as a plate fastened to the shaft, and the flange is formed at a position lower in the gravity axis direction than an upper surface of the plate. the shaft is made of resin, a reinforcing member is inserted in an axial core of the shaft extending downward in the gravity axis direction in the shaft beyond a position where the converting member is fastened to; wherein the reinforcing member is formed with a flange at a position corresponding to a location of the shaft where the converting member is fastened to the shaft; wherein the converting member is constituted as a plate fastened to the shaft, and the flange is formed at a position lower in the gravity axis direction than an upper surface of the plate.
Washer fluid distribution device comprising a connectors support comprising a base equipped with a fixing device configured to hold at least one hydraulic coupling (7, 8) at a location on the base, characterized in that a housing accommodating a heating element of the distribution device is formed in the connector support, a wall portion delimiting the housing being intended to be in contact with the at least one hydraulic coupling (7, 8).
A dryer arranged to dry laundry by removing moisture contained in circulating air by using coolant supplied to a condensation duct, wherein a control part of the dryer is configured to control a coolant valve to control the amount of coolant supplied by a coolant supplier to the condensation duct based on a moisture containing percentage of air drawn into the condensation duct from a drum, wherein, in a drying start period of the drying process, after a drying heater is switched on for the first time, the control part is configured to control the coolant valve to be off for a preset time after the start of the drying process or until the drying heater is controlled to be off for the first time, and wherein the control part is configured to control a net acting ratio of the coolant valve to be differentiated, the net acting ratio being obtained by dividing the ON-time of the coolant valve by the OFF-time, and wherein, after the drying start period, the control part is configured to control the net acting ratio of the coolant valve to be a first ratio in a first period, a second ratio in a second period and third ratio in a third period differentiated whenever each of the first, second and third periods is changed into the next one, the first, second and third periods continued until the supply of the heated air is completed.