mhurhangee/ep-ind-claims huggingface dataset:
A launch control method for a vehicle having an accelerator, a brake and a continuously variable transmission, the method comprising the steps of: determining (i) a braking torque set by a vehicle operator by pressing a brake pedal of the vehicle, and (ii) a holding torque required to hold the vehicle in a stationary position; determining that the operator has released the brake pedal; releasing the brake whilst engaging a launch clutch of the CVT, wherein the launch clutch is engaged by increasing a clutch engagement pressure at a first pressure ramp rate, such that the sum of the braking torque and a clutch torque of the clutch remains equal to the holding torque; determining an acceleration torque requested by the operator via the accelerator; and increasing the clutch engagement pressure at a second pressure ramp rate when it is determined that the braking torque is substantially zero, such that the clutch torque is increased by the acceleration torque; characterised in that the method further comprises the steps of: storing a fixed minimum pressure ramp rate, wherein the minimum pressure ramp rate increases the clutch engagement pressure towards a maximum engagement pressure; comparing the current pressure ramp rate with the minimum pressure ramp rate; and switching the clutch engagement pressure to the minimum pressure ramp rate if the current pressure ramp rate is less than the minimum pressure ramp rate. determining (i) a braking torque set by a vehicle operator by pressing a brake pedal of the vehicle, and (ii) a holding torque required to hold the vehicle in a stationary position; determining that the operator has released the brake pedal; releasing the brake whilst engaging a launch clutch of the CVT, wherein the launch clutch is engaged by increasing a clutch engagement pressure at a first pressure ramp rate, such that the sum of the braking torque and a clutch torque of the clutch remains equal to the holding torque; determining an acceleration torque requested by the operator via the accelerator; and increasing the clutch engagement pressure at a second pressure ramp rate when it is determined that the braking torque is substantially zero, such that the clutch torque is increased by the acceleration torque; characterised in that the method further comprises the steps of: storing a fixed minimum pressure ramp rate, wherein the minimum pressure ramp rate increases the clutch engagement pressure towards a maximum engagement pressure; comparing the current pressure ramp rate with the minimum pressure ramp rate; and switching the clutch engagement pressure to the minimum pressure ramp rate if the current pressure ramp rate is less than the minimum pressure ramp rate. storing a fixed minimum pressure ramp rate, wherein the minimum pressure ramp rate increases the clutch engagement pressure towards a maximum engagement pressure; comparing the current pressure ramp rate with the minimum pressure ramp rate; and switching the clutch engagement pressure to the minimum pressure ramp rate if the current pressure ramp rate is less than the minimum pressure ramp rate.
A method for configuring control rules for applications executable on a computer, the method comprising: classifying, by a hardware processor, at least one computer application into one of a plurality of classification groups that include at least one predetermined classification group and an unknown classification group; and configuring at least one control rule when the at least one application is classified in the unknown classification group; wherein the configuring of the at least one control rule includes: determining, by the hardware processor, a computer competency score for a user of the computer based on user information that includes one or more of a security access level of the user, social network profile information of the user, and personal information of the user; categorizing the at least one application into one or more predefined categories, and defining control rules for the at least one application based on the determined computer competency score for the user and the one or more predefined categories of the at least one application. classifying, by a hardware processor, at least one computer application into one of a plurality of classification groups that include at least one predetermined classification group and an unknown classification group; and configuring at least one control rule when the at least one application is classified in the unknown classification group; wherein the configuring of the at least one control rule includes: determining, by the hardware processor, a computer competency score for a user of the computer based on user information that includes one or more of a security access level of the user, social network profile information of the user, and personal information of the user; categorizing the at least one application into one or more predefined categories, and defining control rules for the at least one application based on the determined computer competency score for the user and the one or more predefined categories of the at least one application. determining, by the hardware processor, a computer competency score for a user of the computer based on user information that includes one or more of a security access level of the user, social network profile information of the user, and personal information of the user; categorizing the at least one application into one or more predefined categories, and defining control rules for the at least one application based on the determined computer competency score for the user and the one or more predefined categories of the at least one application.
A pack comprising a sealed package containing a squeezable product, the package having a first openable portion and being at least partially flexible to enable squeezing of the product to facilitate dispensing of a liquid or particulate material emanating from the product via the first openable portion once opened, wherein the package comprises one or more films (13, 14; 90) which are fluid-tight and which fully enclose a volume in which the product is sealingly retained, wherein said one or more films (13, 14) comprises a flexible first film and a second film, which films are sealingly joined to each other about a periphery thereby fully enclosing said volume in which the product is sealingly retained, characterised in that the first openable portion comprises at least one of the films having a grippable tab which can be manipulated to peel apart the joint between the films (13, 14), the connection between the films being weaker in the region of the first openable portion compared to the connection on either side of the openable portion thereby resisting separation of the films (13, 14) beyond a predetermined amount, and the package has a second openable portion at a position spaced from the first openable portion, the second openable portion comprising at least one of the films having a further grippable tab which can be manipulated to peel apart the joint between the films, wherein the connection between the films is weaker in the region of the second openable portion compared to the connection on either side of the second openable portion thereby resisting separation beyond a second predetermined amount which is greater than said first predetermined amount.
Wear-protection assembly for the clearing blade of a snowplough, which wear-protection assembly comprises a plurality of clearing strips, which are arranged side by side and can be fastened to the lower edge of the clearing blade by means of a fastening neck, on the front side of which clearing strips planar reinforcing elements are arranged in subregions at risk of wear, which reinforcing elements each reach from the wear edge of the clearing strip as far as over the fastening neck thereof, wherein the parts of said wear-protection assembly are interconnected and connected to the lower edge of the clearing blade by means of a screw connection, which comprises, on one hand, an upper threaded-bolt connection having at least one threaded bolt, which is guided through bores aligned with one another in the lower edge of the clearing blade, in the fastening neck of the clearing strip and in the reinforcing element, and comprises, on the other hand, a lower threaded-bolt connection having at least one threaded bolt, which is guided, below the bottom edge of the clearing blade, through bores aligned with one another in the reinforcing element and in the clearing strip, wherein the bore in the clearing strip is arranged between the wear region thereof and the fastening neck thereof, characterised in that the reinforcing elements are each produced as single-part castings from chilled cast iron, and in that the bores provided for the upper threaded-bolt connection in the reinforcing elements are designed as slots which are widened vertically in relation to the lower edge of the clearing blade.
Glow plug connector for a glow plug which has a high-current connection and an incorporated sensor, in particular an incorporated pressure sensor, having a housing which is composed of an electrically insulating material and can be placed onto the glow plug, wherein sensor contacts are provided in or on the housing coaxially around the longitudinal axis of the housing and, when the connector is placed onto the glow plug, are connected to the sensor connections of the glow plug, wherein the housing has a guide dome which is arranged and runs centrally in the longitudinal axis of the housing, and the guide dome has a cylindrical section on a connection side of the glow plug connector, characterized in that the guide dome is formed on an output side of the glow plug connector as a passage opening.
Honing machine for honing of holes drilled into workpieces, having: a honing spindle which is movably mounted in a spindle housing, is rotatable about a spindle axis by means of a rotary drive, is oscillatingly drivable parallel to the spindle axis by means of a lifting drive and has at one end on the tool side a device for fastening a honing tool arrangement with an expandable honing tool, and an expansion drive for expanding the honing tool, said expansion drive being connected to the spindle housing and linked to an infeed rod extending in the interior of the honing spindle; characterized by a monocoque housing having a spindle housing section acting as the spindle housing for receiving the rotary drive and an expansion system section designed in one piece with the spindle housing section for receiving the expansion drive, where the rotary drive is designed as an electrical direct drive and comprises a stator fixedly mounted in the spindle housing section of the monocoque housing and a rotor mounted on the outside of the honing spindle and able to rotate inside the stator, and the expansion drive is designed as an electrical direct drive, where a stator of the expansion drive is fixedly mounted in the expansion system section of the monocoque housing and a rotor rotatable relative to the stator is linked to the infeed rod such that a rotation of the rotor of the expansion drive relative to the stator effects an axial movement of the infeed rod parallel to the spindle axis. a honing spindle which is movably mounted in a spindle housing, is rotatable about a spindle axis by means of a rotary drive, is oscillatingly drivable parallel to the spindle axis by means of a lifting drive and has at one end on the tool side a device for fastening a honing tool arrangement with an expandable honing tool, and an expansion drive for expanding the honing tool, said expansion drive being connected to the spindle housing and linked to an infeed rod extending in the interior of the honing spindle; characterized by a monocoque housing having a spindle housing section acting as the spindle housing for receiving the rotary drive and an expansion system section designed in one piece with the spindle housing section for receiving the expansion drive, where the rotary drive is designed as an electrical direct drive and comprises a stator fixedly mounted in the spindle housing section of the monocoque housing and a rotor mounted on the outside of the honing spindle and able to rotate inside the stator, and the expansion drive is designed as an electrical direct drive, where a stator of the expansion drive is fixedly mounted in the expansion system section of the monocoque housing and a rotor rotatable relative to the stator is linked to the infeed rod such that a rotation of the rotor of the expansion drive relative to the stator effects an axial movement of the infeed rod parallel to the spindle axis.
A gas turbine engine comprising a higher speed compressor, a lower speed compressor, a multiplier power gearbox, a turbine and a shaft driven by the turbine, the turbine directly driving the lower speed compressor via the shaft and indirectly driving the higher speed compressor via the shaft and the multiplier power gearbox, the gearbox comprising a ring gear, a plurality of planet gears and planet carrier and a sun gear, the input from the turbine to the gearbox being to the carrier and characterized in that the output from the gearbox to drive the higher speed compressor being from the ring gear, the sun gear being static.
A nacelle assembly for a turbofan engine comprising: an outer nacelle defining a radially outer surface of a fan duct; an inner nacelle defining a radially inner surface of the fan duct; and a fixed nozzle disposed at a terminal end of the outer nacelle that defines an exit area for bypass air flow through the fan duct, wherein the nozzle includes a convergent portion forward of a divergent portion, the convergent portion extends to a transition point, the divergent portion begins at the transition point and extends to the terminal end of the outer nacelle, the convergent portion defines a throat area, and the throat area is an annular region defined between the inner surface and the outer surface at the transition point between the convergent portion and the divergent portion, characterized in that: a turning angle for the divergent portion is between 12 and 25 degrees, wherein the divergent portion is disposed at the turning angle the entire distance between the transition point and the terminal end. an outer nacelle defining a radially outer surface of a fan duct; an inner nacelle defining a radially inner surface of the fan duct; and a fixed nozzle disposed at a terminal end of the outer nacelle that defines an exit area for bypass air flow through the fan duct, wherein the nozzle includes a convergent portion forward of a divergent portion, the convergent portion extends to a transition point, the divergent portion begins at the transition point and extends to the terminal end of the outer nacelle, the convergent portion defines a throat area, and the throat area is an annular region defined between the inner surface and the outer surface at the transition point between the convergent portion and the divergent portion, characterized in that: a turning angle for the divergent portion is between 12 and 25 degrees, wherein the divergent portion is disposed at the turning angle the entire distance between the transition point and the terminal end.
A paste composite comprising a conductive powder, wherein the conductive powder: first conductive powder having a first average grain size; and second conductive powder having a second average grain size greater than the first average grain size, wherein the first average grain size is 20 nm, wherein the conductive powder comprises 10 wt% to 90 wt% of the first conductive powder, wherein the conductive powder comprises 10 wt% to 90 wt% of the second conductive powder, wherein the first and second conductive powders comprise at least one of a metal and a conductive polymer material, wherein the metal comprises silver or aluminum, wherein the second average grain size is 3.0 to 4.5 times the first average grain size, wherein the paste composite is used to form an back electrode or front electrode. first conductive powder having a first average grain size; and second conductive powder having a second average grain size greater than the first average grain size, wherein the first average grain size is 20 nm, wherein the conductive powder comprises 10 wt% to 90 wt% of the first conductive powder, wherein the conductive powder comprises 10 wt% to 90 wt% of the second conductive powder, wherein the first and second conductive powders comprise at least one of a metal and a conductive polymer material, wherein the metal comprises silver or aluminum, wherein the second average grain size is 3.0 to 4.5 times the first average grain size, wherein the paste composite is used to form an back electrode or front electrode.
A cooling device for a turbine of a turbomachine extending along an axis, comprising at least one radially inner metal sheet and one radially outer metal sheet that are joined to one another and delimit, between them, cooling air circulation channels extending circumferentially from a connection region, each channel comprising at least one air inlet and air ejection orifices, that are designed to be oriented toward a region that is to be cooled, characterized in that it comprises means for cooling said metal sheets (14, 15) comprising at least one cooling duct intended for the circulation of cooling air, said at least one duct being located radially outside said metal sheets (14, 15) and close to or in contact with said metal sheets (14, 15) so as to cool said metal sheets (14, 15) using the cooling air circulating in the at least one duct, the at least one cooling duct extending axially and being arranged toward the circumferential end regions of the channels, the at least one cooling duct being formed by at least one pipe or a duct attached to the metal sheets, each of said at least one cooling duct comprises at least one series of cooling air ejection orifices oriented toward the metal sheets (14, 15).
An analysis and regulating method of a multi-fuel burner for alternative fuels having a measuring and regulating assembly, having - an infrared camera assigned to a burner mouth of the multi-fuel burner, - a data processing unit, - and a regulating and control unit, wherein the data processing unit is operatively connected to the regulating and control unit and to the infrared camera, comprising the steps of a) capturing a current combustion image in the infrared spectral range during a combustion process by means of the infrared camera, wherein the combustion image shows image data of a captured section, which comprises the burner mouth and contains substitute fuel particles, characterised by the further steps of: b) sending the image data of the combustion image to the data processing unit, c) determining the substitute fuel particles from the image data by means of the data processing unit, and determining the size and position of at least a plurality of the particles, d) determining current characteristic combustion parameters from the data determined in step c), and comparing said parameters to specified target combustion parameters, e) if the current characteristic combustion parameters deviate from the target combustion parameters, adapting regulating and/or control parameters, which correlate with the characteristic combustion parameters, in the regulating and control unit, and thus changing the characteristic combustion parameters, until the current characteristic combustion parameters correspond to the target combustion parameters, f) continuously repeating the afore-mentioned steps a) to e). - an infrared camera assigned to a burner mouth of the multi-fuel burner, - a data processing unit, - and a regulating and control unit, a) capturing a current combustion image in the infrared spectral range during a combustion process by means of the infrared camera, wherein the combustion image shows image data of a captured section, which comprises the burner mouth and contains substitute fuel particles, b) sending the image data of the combustion image to the data processing unit, c) determining the substitute fuel particles from the image data by means of the data processing unit, and determining the size and position of at least a plurality of the particles, d) determining current characteristic combustion parameters from the data determined in step c), and comparing said parameters to specified target combustion parameters, e) if the current characteristic combustion parameters deviate from the target combustion parameters, adapting regulating and/or control parameters, which correlate with the characteristic combustion parameters, in the regulating and control unit, and thus changing the characteristic combustion parameters, until the current characteristic combustion parameters correspond to the target combustion parameters, f) continuously repeating the afore-mentioned steps a) to e).
A method for manufacturing a mosaic panel (21; 25; 29) comprising: - applying a structure of mosaic tiles and between them a pattern of grooves in a transparent plastic sheet, which sheet has a visible side and a rear side; and - subsequently applying a print to the rear side of the transparent plastic sheet. - applying a structure of mosaic tiles and between them a pattern of grooves in a transparent plastic sheet, which sheet has a visible side and a rear side; and - subsequently applying a print to the rear side of the transparent plastic sheet.
A timepiece comprising a case formed of a metal middle part wherein are disposed a metal dial and a remote communication system provided with a multi-band antenna device arranged above said dial, the communication system comprising a bracelet of said timepiece connected at its ends to said middle part and comprising a body formed of a plurality of fastening elements having different electrical conduction properties, the arrangement of said fastening elements in the body of the bracelet being configured to achieve an enlargement of the radiation pattern of said antenna device, characterised in that the antenna device includes: - a substrate in the form of a first plate having a circular arc-shaped profile; - a first antenna circuit produced on said substrate and having first and second strands (110, 111) having a proximal end and a distal end, and extending in parallel between their proximal and distal ends, the first and second strands being connected by their proximal ends and separated at their distal ends; - a second antenna circuit produced on said substrate and having third and fourth strands (120, 121) having a proximal end and a distal end, and extending in parallel between their proximal and distal ends, the third and fourth strands being connected by their distal ends and separated at their proximal ends; - an electrical junction link joining the proximal ends of the first and third strands; - a connection part configured to be bent relative to the first plate, around an axis perpendicular to the axis and parallel to the plane, and including a conductive connection connected to the electrical junction link and including an electromagnetic shielding of said conductive connection. - a substrate in the form of a first plate having a circular arc-shaped profile; - a first antenna circuit produced on said substrate and having first and second strands (110, 111) having a proximal end and a distal end, and extending in parallel between their proximal and distal ends, the first and second strands being connected by their proximal ends and separated at their distal ends; - a second antenna circuit produced on said substrate and having third and fourth strands (120, 121) having a proximal end and a distal end, and extending in parallel between their proximal and distal ends, the third and fourth strands being connected by their distal ends and separated at their proximal ends; - an electrical junction link joining the proximal ends of the first and third strands; - a connection part configured to be bent relative to the first plate, around an axis perpendicular to the axis and parallel to the plane, and including a conductive connection connected to the electrical junction link and including an electromagnetic shielding of said conductive connection.