mhurhangee/ep-ind-claims huggingface dataset:
A method of installing a fastener on a structure, the method comprising: identifying the fastener; retrieving electronic fastener installation parameters based on the identity of the fastener; and using the electronic fastener installation parameters to install the fastener on the structure, and characterised in that the method further comprises: recording an optical image of the fastener electronically using a machine vision system; and analyzing features of the recorded optical image of the fastener with a computer, operating an image recognition program, to recognize and thereby identify the fastener,whereby the image recognition program searches for the presence of particular combinations of features including the shape of a fastener head, the presence of a fastener flange, the presence of a rib and an alpha-numeric identifier. identifying the fastener; retrieving electronic fastener installation parameters based on the identity of the fastener; and using the electronic fastener installation parameters to install the fastener on the structure, and characterised in that the method further comprises: recording an optical image of the fastener electronically using a machine vision system; and analyzing features of the recorded optical image of the fastener with a computer, operating an image recognition program, to recognize and thereby identify the fastener,whereby the image recognition program searches for the presence of particular combinations of features including the shape of a fastener head, the presence of a fastener flange, the presence of a rib and an alpha-numeric identifier. recording an optical image of the fastener electronically using a machine vision system; and analyzing features of the recorded optical image of the fastener with a computer, operating an image recognition program, to recognize and thereby identify the fastener,whereby the image recognition program searches for the presence of particular combinations of features including the shape of a fastener head, the presence of a fastener flange, the presence of a rib and an alpha-numeric identifier.
A method of amplifying an optical signal, in particular an optical data signal, transmitted from a first location to a second location via a first transmission link, wherein said optical signal is amplified by means of a transmitter side remote optically pumped amplifier (ROPA) comprising a gain medium, wherein the gain medium of said transmitter side ROPA is pumped by means of transmitter side pump power provided from said first location, wherein at least a part of said transmitter side pump power is provided by means of light supplied from said first location to said transmitter side ROPA via a portion of a second transmission link provided for transmitting optical signals from said second location to said first location, wherein said at least part of said transmitter side pump power is transferred from said second transmission link to said first transmission link by means of a connection comprising a connection link which is connected at one end with the first transmission link and at the other end with the second transmission link, wherein said connection link is connected to said first and second transmission links, by means of couplers, in particular WDM couplers, and wherein a splitter is provided in said connection link, said splitter allowing for splitting part of the light passing said connection link from said second transmission link to said first transmission link and feeding it back into the second transmission link, wherein said method further comprises a step of amplifying an optical signal, in particular an optical data signal transmitted from the second location to the first location via said second transmission link, wherein said step of amplifying said optical signal comprises amplifying said optical signal by means of a receiver side ROPA provided in said second transmission link, wherein said receiver side ROPA comprises a gain medium, wherein the gain medium of said receiver side ROPA is pumped by means of receiver side pump power provided from said first location, wherein at least part of the receiver side pump power is power split off from the light passing said connection link from said second transmission link to said first transmission link and fed back into the second transmission link, wherein additional pump power for pumping said gain medium of said transmitter side ROPA is supplied from the first location to said transmitter side ROPA via said first transmission link, wherein the amount of said additional pump power supplied from the first location to said transmitter side ROPA via said first transmission link is smaller than the amount of said transmitter side pump power provided by means of light via said portion of said second transmission link.
Heat exchanger, such as a flooded evaporator, comprising a shell extending along a longitudinal axis, an inlet pipe and an outlet pipe, through which respectively enters and exits a refrigerant flow, and a bundle of pipes crossing the shell along the longitudinal axis, and comprising a refrigerant flow diffuser provided inside the shell downstream the inlet pipe, the refrigerant flow diffuser extending along the longitudinal axis and comprising openings (14a, 14b) through which the refrigerant flows, characterized in that the refrigerant flow diffuser comprises a moving element and a stationary element, the moving element being movable with respect to the stationary element under action of a pressure force exerted by the refrigerant flow so that the refrigerant flow going through the openings (14a, 14b) is adjusted and a differential refrigerant pressure between refrigerant pressure downstream and upstream the refrigerant flow diffuser is kept constant.
An electric roofing torch comprising: a tubular body having an upstream end and a downstream end; a fan unit mounted in the tubular body to drive a flow of air through the tubular body; and a heater tube comprising a heater matrix, the heater tube being mounted in the tubular body to heat the flow of air as it passes through the tubular body, wherein the fan unit is an electric vaneaxial fan which is mounted upstream of the heater tube, that comprises a fan housing and a fan core, the fan core comprising a stator core and an impeller, the impeller being arranged to rotate about a central axis of the electric roofing torch; wherein the tubular body comprises a double-walled structure comprising an inner tube and an outer tube, the inner tube housing the heater tube and providing a conduit for the flow of air between an upstream end of the inner tube and a downstream end of the inner tube; and wherein the fan housing provides a fan outlet that is arranged within the inner tube upstream of the heater tube; and characterised in that the fan housing provides a fan inlet which protrudes beyond an upstream end of the outer tube. a tubular body having an upstream end and a downstream end; a fan unit mounted in the tubular body to drive a flow of air through the tubular body; and a heater tube comprising a heater matrix, the heater tube being mounted in the tubular body to heat the flow of air as it passes through the tubular body, wherein the fan unit is an electric vaneaxial fan which is mounted upstream of the heater tube, that comprises a fan housing and a fan core, the fan core comprising a stator core and an impeller, the impeller being arranged to rotate about a central axis of the electric roofing torch; wherein the tubular body comprises a double-walled structure comprising an inner tube and an outer tube, the inner tube housing the heater tube and providing a conduit for the flow of air between an upstream end of the inner tube and a downstream end of the inner tube; and wherein the fan housing provides a fan outlet that is arranged within the inner tube upstream of the heater tube; and characterised in that the fan housing provides a fan inlet which protrudes beyond an upstream end of the outer tube.
A method for managing turret tools by using turret tool management apparatus with visual information for a machine tool, which manages values of respective items of inherent tool information and installation information about a tool required for writing a numerical control program, the method comprising: defining tools required for a processing process of a machine tool; determining a tool mounting location of the defined tool on a turret; displaying a virtual image of the turret; displaying a virtual image of mounting the defined tool on the displayed virtual image of the turret according to the determined tool mounting location; outputting tool management data about the mounting of the defined tool to a programmable machine controller; the programmable machine controller mounting a corresponding tool on the turret based on the tool management data; and checking whether the defined tool corresponding to the determined tool mounting location is mounted so as to be optimized to an actual work order, and changing a tool mounting order on the turret as necessary. defining tools required for a processing process of a machine tool; determining a tool mounting location of the defined tool on a turret; displaying a virtual image of the turret; displaying a virtual image of mounting the defined tool on the displayed virtual image of the turret according to the determined tool mounting location; outputting tool management data about the mounting of the defined tool to a programmable machine controller; the programmable machine controller mounting a corresponding tool on the turret based on the tool management data; and checking whether the defined tool corresponding to the determined tool mounting location is mounted so as to be optimized to an actual work order, and changing a tool mounting order on the turret as necessary.
A method for augmented reality, the method comprising: causing, with a processor, an operation indicator (32, 44, 60) to be presented upon a display (30, 42), wherein the operation indicator (32, 44, 60) is associated with an operation that may be performed upon at least one aspect associated with an object; identifying, with a processor and an image capturing element, an object viewable via the display (30, 42) as a specific person by employing facial recognition to identify the person; determining, with a processor, that the object has become aligned with the operation indicator (32, 44, 60) as a result of movement of the display (30, 42) relative to the object; in response to determining that the object is aligned with the operation indicator (32, 44, 60), performing, with a processor, the operation associated with the operation indicator (32, 44, 60), wherein performing the operation comprises listing pictures and/or videos including the identified person upon the display (30, 42) to facilitate browsing said pictures and/or videos by a user. causing, with a processor, an operation indicator (32, 44, 60) to be presented upon a display (30, 42), wherein the operation indicator (32, 44, 60) is associated with an operation that may be performed upon at least one aspect associated with an object; identifying, with a processor and an image capturing element, an object viewable via the display (30, 42) as a specific person by employing facial recognition to identify the person; determining, with a processor, that the object has become aligned with the operation indicator (32, 44, 60) as a result of movement of the display (30, 42) relative to the object; in response to determining that the object is aligned with the operation indicator (32, 44, 60), performing, with a processor, the operation associated with the operation indicator (32, 44, 60), wherein performing the operation comprises listing pictures and/or videos including the identified person upon the display (30, 42) to facilitate browsing said pictures and/or videos by a user.
A network communication device for communication over a communication network, comprising: a processor which is configured to detect a current value of a communication parameter of the communication over the communication network and to determine a deviation of the current value of the communication parameter from an average value of the communication parameter; and a network interface which is configured to transmit, in case the current value of the communication parameter deviates from the average value of the communication parameter, the current value of the communication parameter over the communication network to a network entity for assessing the communication parameter and detecting an unexpected communication behavior of the network communication device, wherein the processor is configured to instruct the network interface only in case the deviation reaches a predetermined threshold value to transmit the current value of the communication parameter, wherein the communication parameter is at least one of the following communication parameters: data volume received by a customer device, data volume sent by the customer device, ratio of a data volume received by a customer device and a data volume sent by a customer device, data throughput, transmission data rate, receiving data rate, ratio of transmission data rate and receiving data rate, number of transmission packets, number of receiving packets, size of a transmission packet, size of a receiving packet, start time and end time of an information flow. a processor which is configured to detect a current value of a communication parameter of the communication over the communication network and to determine a deviation of the current value of the communication parameter from an average value of the communication parameter; and a network interface which is configured to transmit, in case the current value of the communication parameter deviates from the average value of the communication parameter, the current value of the communication parameter over the communication network to a network entity for assessing the communication parameter and detecting an unexpected communication behavior of the network communication device, wherein the processor is configured to instruct the network interface only in case the deviation reaches a predetermined threshold value to transmit the current value of the communication parameter, wherein the communication parameter is at least one of the following communication parameters: data volume received by a customer device, data volume sent by the customer device, ratio of a data volume received by a customer device and a data volume sent by a customer device, data throughput, transmission data rate, receiving data rate, ratio of transmission data rate and receiving data rate, number of transmission packets, number of receiving packets, size of a transmission packet, size of a receiving packet, start time and end time of an information flow.
A method for detecting or diagnosing a prostate cancer comprising: (a) determining an expression level of one or more miRNAs in a biological sample of a subject, wherein said one or more miRNAs comprise miR-141; (b) determining an expression level of prostate-specific antigen protein in a biological sample of said subject; (c) multiplying said expression level of miR-141 with said expression level of PSA to obtain a product value; and (d) detecting or diagnosing said prostate cancer based on said product value. (a) determining an expression level of one or more miRNAs in a biological sample of a subject, wherein said one or more miRNAs comprise miR-141; (b) determining an expression level of prostate-specific antigen protein in a biological sample of said subject; (c) multiplying said expression level of miR-141 with said expression level of PSA to obtain a product value; and (d) detecting or diagnosing said prostate cancer based on said product value.
Catalytic composition for preparing a catalytic layer (12a, 12k) of a fuel cell electrode, comprising a catalytically active material in particulate form, which is present supported on a carbon carrier, a carbon nanomaterial, which is coated with a first ionomer, and a binding agent composition in which the catalytically active material and the ionomer-coated carbon nanomaterial are present in dispersed form, wherein the binding agent composition comprises a second ionomer and the first and the second ionomer (27, 24) are the same or different.
Solvent-free, water-based polyamide-imide lubricating lacquer consisting of 2 to 13 vol.-% solid lubricants, 0.05 to 10 vol.-% additives, filler material and pigments, 5 to 25 vol.-% polyamide-imide or polyamide-amide, 0.5 to 10 vol.-% co-cross linking agent and/or co-binding agent, wherein the co-cross linking agent and/or co-binding agent are selected from the group consisting of aromatic and aliphatic isocyanates, as well as a mixture thereof, aromatic and aliphatic blocked isocyanantes, nano-particles, epoxides, epoxide resins and epoxide binding agents, and the balance to 100 vol.-% being water. 2 to 13 vol.-% solid lubricants, 0.05 to 10 vol.-% additives, filler material and pigments, 5 to 25 vol.-% polyamide-imide or polyamide-amide, 0.5 to 10 vol.-% co-cross linking agent and/or co-binding agent, wherein the co-cross linking agent and/or co-binding agent are selected from the group consisting of aromatic and aliphatic isocyanates, as well as a mixture thereof, aromatic and aliphatic blocked isocyanantes, nano-particles, epoxides, epoxide resins and epoxide binding agents, and the balance to 100 vol.-% being water.
A shaker comprising a screen frame to separate solids from a liquid/solid mixture and to which woven wire mesh is attached, the screen frame comprising an outer perimeter and a plurality of plastic ribs extending between opposing regions of the perimeter, a portion of the opposing regions being clamped in place and a portion of the opposing regions not clamped, with the number of plastic ribs per unit length for the clamped portion greater than the number of plastic ribs per the same unit length for the unclamped portion, and wherein the screen frame further comprises from one to five straight metal ribs having a constant rectangular cross-section and extending between opposing, clamped regions of the perimeter and wherein the one to five metal ribs are part of a wire mesh structure by being connected to the wire mesh structure, the ribs and wire mesh structure being encased in plastic material.
An electrophotographic photoreceptor in which an electric charge generating layer and an electric charge transport layer are laminated on a conductive support body in this order, wherein a layer configuring an outermost surface of the electrophotographic photoreceptor contains composite structure particles in which a core material is inorganic particles, and the inorganic particles are coated with tin oxide doped with aluminum, and an average particle diameter of primary particles of the composite structure particles is 50 nm to 200 nm, characterized in that the composite structure particles are subjected to a surface treatment with a surface treatment agent having a polymerizable reactive group in a range of 0.5 part by mass to 10 parts by mass with respect to 100 parts by mass of the composite structure particles, wherein the surface treatment agent is a silane coupling agent containing an acryloyl group or a methacryloyl group, and the composite structure particles are coated with a fluorine resin in a range of 1 part by mass to 10 parts by mass with respect to 100 parts by mass of the composite structure particles.
An apparatus comprising an instruction processing circuit, configured to: detect a loop body in an instruction stream; detect a value-generating instruction within the loop body; determine whether an attribute of the value-generating instruction matches an entry of a predicted values table; and responsive to determining that the attribute of the value-generating instruction matches the entry of the predicted values table: determine whether a counter of the entry exceeds an iteration threshold; and responsive to determining that the counter of the entry exceeds the iteration threshold, provide a predicted value in the entry of the predicted values table for execution of at least one dependent instruction; and responsive to determining that the counter of the entry does not exceed the iteration threshold: determine, upon execution of the value-generating instruction, whether an actual value generated by the value-generating instruction matches the predicted value; responsive to determining that the actual value matches the predicted value, increment the counter of the entry; and responsive to determining that the actual value does not match the predicted value, invalidate the entry. detect a loop body in an instruction stream; detect a value-generating instruction within the loop body; determine whether an attribute of the value-generating instruction matches an entry of a predicted values table; and responsive to determining that the attribute of the value-generating instruction matches the entry of the predicted values table: determine whether a counter of the entry exceeds an iteration threshold; and responsive to determining that the counter of the entry exceeds the iteration threshold, provide a predicted value in the entry of the predicted values table for execution of at least one dependent instruction; and determine whether a counter of the entry exceeds an iteration threshold; and responsive to determining that the counter of the entry exceeds the iteration threshold, provide a predicted value in the entry of the predicted values table for execution of at least one dependent instruction; and responsive to determining that the counter of the entry does not exceed the iteration threshold: determine, upon execution of the value-generating instruction, whether an actual value generated by the value-generating instruction matches the predicted value; responsive to determining that the actual value matches the predicted value, increment the counter of the entry; and responsive to determining that the actual value does not match the predicted value, invalidate the entry. determine, upon execution of the value-generating instruction, whether an actual value generated by the value-generating instruction matches the predicted value; responsive to determining that the actual value matches the predicted value, increment the counter of the entry; and responsive to determining that the actual value does not match the predicted value, invalidate the entry.
An apparatus for assisted mobility, which comprises a harness to be worn on the torso of a user, at least one band to be worn around a leg of said user, above the knee, and a connecting device (14, 114, 214) for connecting said harness with said at least one band, which in turn comprises: - at least one spring adapted to pass from a relaxed state or from a first state of tension to a second state of tension during walking or other movements of the user, and - means for pre-tensioning said spring, said apparatus being characterized in that it comprises an insert inside one or both of said harness and said band, with a hole which is open at least toward the outside of said harness or of said band and accommodates said spring, and a screw plug, with a through hole, screwed onto said insert at said hole, wherein said connecting device (14, 114, 214) comprises a cable which passes through said insert and said screw plug and is connected at one end to said spring and at the opposite end with said means for pre-tensioning said spring. - at least one spring adapted to pass from a relaxed state or from a first state of tension to a second state of tension during walking or other movements of the user, and - means for pre-tensioning said spring, said apparatus being characterized in that it comprises an insert inside one or both of said harness and said band, with a hole which is open at least toward the outside of said harness or of said band and accommodates said spring, and a screw plug, with a through hole, screwed onto said insert at said hole, wherein said connecting device (14, 114, 214) comprises a cable which passes through said insert and said screw plug and is connected at one end to said spring and at the opposite end with said means for pre-tensioning said spring.