mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, by a network device of a network, flow-tap information that identifies a traffic flow characteristic and a signed uniform resource locator, wherein the signed URL is associated with a signed URL platform; mapping, by the network device, the traffic flow characteristic to the signed URL in an entry of a flow-tap filter, wherein the flow-tap filter is maintained within a data structure of the network device; analyzing, by the network device and using the flow-tap filter, network traffic of the network to detect a traffic flow that is associated with the traffic flow characteristic; generating, by the network device and based on detecting the traffic flow in the network traffic, a traffic flow copy that is associated with the traffic flow; and providing, by the network device and based on the signed URL, the traffic flow copy to the signed URL platform, wherein the traffic flow copy is to be accessible to an authorized user device via the signed URL. receiving, by a network device of a network, flow-tap information that identifies a traffic flow characteristic and a signed uniform resource locator, wherein the signed URL is associated with a signed URL platform; mapping, by the network device, the traffic flow characteristic to the signed URL in an entry of a flow-tap filter, wherein the flow-tap filter is maintained within a data structure of the network device; analyzing, by the network device and using the flow-tap filter, network traffic of the network to detect a traffic flow that is associated with the traffic flow characteristic; generating, by the network device and based on detecting the traffic flow in the network traffic, a traffic flow copy that is associated with the traffic flow; and providing, by the network device and based on the signed URL, the traffic flow copy to the signed URL platform, wherein the traffic flow copy is to be accessible to an authorized user device via the signed URL.
A burner comprising a mobile ash discharging/cleaning system, a combustion chamber, air inlet, fuel feeding system and air fan, operating automatically on solid fuel or more specifically by burning wood pellets, olive stones and similar fuels, wherein a grate comprises the following: a) a "U" shaped structure that is positioned at a 90° angle like a " " inside the burner during combustion, b) grate arms (4.1.2) that can move at a horizontal angle over grate shafts (4.1.3) independent from each other, c) the grate shafts (4.1.3) connect the grate arms (4.1.2) to each other and to the grate frame (4.1.1) by passing through the slots (4.1.9) on the grate arms (4.1.2). d) grate shims (4.1.4) located on the grate shafts (4.1.3) and between the grate arms (4.1.2) e) a grate frame (4.1.1). f) a shank (4.1.5) that connects the grate arms (4.1.2) to the grate frame (4.1.1) and a top grate(4.1) to a grate mount (4.2) which also enables the top grate (4.1) to move in an upwards or downwards motion, g) uneven rails on which the top grate (4.1) moves h) grate guide pins (4.1.6) that provide the movement of the top grate (4.1) on the uneven rails, i) a support (4.1.7) that limits the downwards angled motion of the top grate (4.1). j) a further support (4.1.8) that limits the upwards perpendicular angled movement of the top grate (4.1). wherein the grate mount (4.2) that opens and closes an ash discharging mouth also acts as a bearing for the grate a) a "U" shaped structure that is positioned at a 90° angle like a " " inside the burner during combustion, b) grate arms (4.1.2) that can move at a horizontal angle over grate shafts (4.1.3) independent from each other, c) the grate shafts (4.1.3) connect the grate arms (4.1.2) to each other and to the grate frame (4.1.1) by passing through the slots (4.1.9) on the grate arms (4.1.2). d) grate shims (4.1.4) located on the grate shafts (4.1.3) and between the grate arms (4.1.2) e) a grate frame (4.1.1). f) a shank (4.1.5) that connects the grate arms (4.1.2) to the grate frame (4.1.1) and a top grate(4.1) to a grate mount (4.2) which also enables the top grate (4.1) to move in an upwards or downwards motion, g) uneven rails on which the top grate (4.1) moves h) grate guide pins (4.1.6) that provide the movement of the top grate (4.1) on the uneven rails, i) a support (4.1.7) that limits the downwards angled motion of the top grate (4.1). j) a further support (4.1.8) that limits the upwards perpendicular angled movement of the top grate (4.1).
A discharge device for discharging electrostatic charges from a shaft, the discharge device comprising a contact strand which is disposable in a frame support tangentially to a contact circumference of the shaft in such a manner that a contact surface is formable between the contact strand and the contact circumference of the shaft when the contact strand is in a contact position, the contact strand having a fiber arrangement composed of a plurality of carbon fibers characterized by an electric device for function monitoring of the discharge device.
A power tool, comprising: a function member, configured to realize a function of the power tool; a motor, configured to drive the function member; a driving circuit, electrically connected to the motor and configured to drive the motor; a first control module, configured to output a first control signal to the driving circuit, wherein the first control module has a first working state and a first failure state; a second control module, electrically connected to the first control module, characterised in that the first control module is configured to, in condition that the first control module is in the first working state, output a first working signal, and is further configured to, in condition that the first control module is in the first failure state, output a first failure signal; wherein the second control module is configured to receive the first working signal or the first failure signal from the first control module, wherein the second control module is configured to, in response to receiving the first failure signal from the first control module, output a second control signal to turn off the motor. a function member, configured to realize a function of the power tool; a motor, configured to drive the function member; a driving circuit, electrically connected to the motor and configured to drive the motor; a first control module, configured to output a first control signal to the driving circuit, wherein the first control module has a first working state and a first failure state; a second control module, electrically connected to the first control module, characterised in that the first control module is configured to, in condition that the first control module is in the first working state, output a first working signal, and is further configured to, in condition that the first control module is in the first failure state, output a first failure signal; wherein the second control module is configured to receive the first working signal or the first failure signal from the first control module, wherein the second control module is configured to, in response to receiving the first failure signal from the first control module, output a second control signal to turn off the motor.
Method for the production of a pressure release device for a housing with flameproof encapsulation, with the following steps: - provision of a gas-permeable porous body by cutting out from a porous starting material, - production of an edge zone on the porous body with a peripheral face surrounding a central region of the porous body, wherein the edge zone forms or comprises a barrier against the penetration of liquid casting material through the peripheral face into the central region, wherein the strength is higher in the edge zone than in the central region, and wherein the strength of the edge zone is increased in relation to the strength of the central region by the action of force and/or pressure and/or heat and/or radiation energy onto the edge zone during the cutting out and by the cutting out of the porous body from the starting material, - insertion of the porous body in a casting mould, - introduction of liquid casting material into the casting mould to produce a receiver part of the pressure release device and to produce a form-fit and/or substance-bonded connection between the peripheral face of the porous body and the receiver part, such that the porous body is arranged in a pressure release passage of the receiver part. - provision of a gas-permeable porous body by cutting out from a porous starting material, - production of an edge zone on the porous body with a peripheral face surrounding a central region of the porous body, wherein the edge zone forms or comprises a barrier against the penetration of liquid casting material through the peripheral face into the central region, wherein the strength is higher in the edge zone than in the central region, and wherein the strength of the edge zone is increased in relation to the strength of the central region by the action of force and/or pressure and/or heat and/or radiation energy onto the edge zone during the cutting out and by the cutting out of the porous body from the starting material, - insertion of the porous body in a casting mould, - introduction of liquid casting material into the casting mould to produce a receiver part of the pressure release device and to produce a form-fit and/or substance-bonded connection between the peripheral face of the porous body and the receiver part, such that the porous body is arranged in a pressure release passage of the receiver part.
A polypeptide which is a variant of albumin, fragment thereof or fusion polypeptide comprising said variant albumin or a fragment thereof, which polypeptide: has at least 80% identity to the full length of SEQ ID NO: 2, and comprises substitutions at positions corresponding to positions 83, 111 and 573 of SEQ ID NO: 2, and has a stronger binding affinity to FcRn and/or longer plasma half-life compared with the binding affinity to FcRn or plasma half-life of a parent albumin which comprises the same sequence as the polypeptide with the exception that it does not comprise the substitutions at positions corresponding to positions 83, 111 and 573 of SEQ ID NO: 2. has at least 80% identity to the full length of SEQ ID NO: 2, and comprises substitutions at positions corresponding to positions 83, 111 and 573 of SEQ ID NO: 2, and has a stronger binding affinity to FcRn and/or longer plasma half-life compared with the binding affinity to FcRn or plasma half-life of a parent albumin which comprises the same sequence as the polypeptide with the exception that it does not comprise the substitutions at positions corresponding to positions 83, 111 and 573 of SEQ ID NO: 2.
A license verification method, the method comprising: determining whether a type of a verification target corresponds to a binary file type; if the type of the verification target corresponds to a binary file type, obtaining a binary file and extracting a character string to be searched for from the obtained binary file; determining whether the type of the verification target corresponds to a kernel module; if the type of the verification target corresponds to the kernel module, obtaining the kernel module and extracting a character string to be searched for from the obtained kernel module separately; and comparing the extracted character string from the obtained binary file and the obtained kernel module against a database created according to a license to be verified. determining whether a type of a verification target corresponds to a binary file type; if the type of the verification target corresponds to a binary file type, obtaining a binary file and extracting a character string to be searched for from the obtained binary file; determining whether the type of the verification target corresponds to a kernel module; if the type of the verification target corresponds to the kernel module, obtaining the kernel module and extracting a character string to be searched for from the obtained kernel module separately; and comparing the extracted character string from the obtained binary file and the obtained kernel module against a database created according to a license to be verified.
A surveying method using a surveying device for detecting and identifying a target device having an entire circumference reflection prism and an entire circumference bar code display, the entire circumference bar code display including multiple circular bars that extend in a circumferential direction while being arranged in a vertical direction, the surveying device having a laser scanner configured to perform laser scanning in such a manner that pulsed laser light is emitted and swept along a vertical direction while the laser scanner rotates horizontally, the surveying method comprising: performing the laser scanning; and detecting the entire circumference bar code display on a basis of the pulsed laser light that is reflected back, wherein a reflectance of the entire circumference reflection prism is higher than the reflectance of the entire circumference bar code display, and the pulsed laser light first hits the entire circumference bar code display and then hits the entire circumference reflection prism when the pulsed laser light is swept along the vertical direction in the laser scanning. performing the laser scanning; and detecting the entire circumference bar code display on a basis of the pulsed laser light that is reflected back, wherein a reflectance of the entire circumference reflection prism is higher than the reflectance of the entire circumference bar code display, and the pulsed laser light first hits the entire circumference bar code display and then hits the entire circumference reflection prism when the pulsed laser light is swept along the vertical direction in the laser scanning.
A gas engine controller comprising: an engine load detection means which is adapted to detect engine load; an engine rotational speed detection means which is adapted to detect engine rotational speed; a fuel gas supply amount regulation means which is provided in a fuel gas supply route communicated with an intake route and is adapted to regulate fuel gas supply amount to the intake route; and an opening regulation means which is adapted to regulate the fuel gas supply amount regulation means so as to make a combustion variation, based on engine rotational speed difference between momentary engine rotational speed at power stroke of a cylinder in one combustion cycle and average engine rotational speed of the one combustion cycle, converge to a target combustion variation based on the engine load, wherein an opening correction means is provided which is adapted to increase or decrease opening of the fuel gas supply amount regulation means which is calculated based on the target combustion variation forcibly by predetermined degree at predetermined timing and calculates an opening correction value of the fuel gas supply amount regulation means based on the maximum value and the minimum value of the opening in a process of the convergence to the target combustion variation. an engine load detection means which is adapted to detect engine load; an engine rotational speed detection means which is adapted to detect engine rotational speed; a fuel gas supply amount regulation means which is provided in a fuel gas supply route communicated with an intake route and is adapted to regulate fuel gas supply amount to the intake route; and an opening regulation means which is adapted to regulate the fuel gas supply amount regulation means so as to make a combustion variation, based on engine rotational speed difference between momentary engine rotational speed at power stroke of a cylinder in one combustion cycle and average engine rotational speed of the one combustion cycle, converge to a target combustion variation based on the engine load, wherein an opening correction means is provided which is adapted to increase or decrease opening of the fuel gas supply amount regulation means which is calculated based on the target combustion variation forcibly by predetermined degree at predetermined timing and calculates an opening correction value of the fuel gas supply amount regulation means based on the maximum value and the minimum value of the opening in a process of the convergence to the target combustion variation.
A method of monitoring an automatic transfer switch, the method comprising: measuring, by at least one processor, a time at which control circuitry sends an instruction to a movable contact of an automatic transfer switch structured to control transmission of electrical power; sensing, by at least one sensor, a change in position of the movable contact of the automatic transfer switch in response to the instruction; determining, by the at least one processor, a delay between the time at which the control circuitry sends the instruction and a time at which the change in position occurs; recording, by the at least one processor, the delay in a delay measurement queue; determining, by the at least one processor, an average value of measured delays in the delay measurement queue; comparing, by the at least one processor, the average value of measured delays in the delay measurement queue to a reference delay value; and taking, by the at least one processor, an action with respect to the automatic transfer switch in response to the delay measurement queue, wherein taking an action with respect to the switch comprises: generating a notification upon determining that a difference between the average value and the reference delay value exceeds a threshold value; and transmitting the notification to a user. measuring, by at least one processor, a time at which control circuitry sends an instruction to a movable contact of an automatic transfer switch structured to control transmission of electrical power; sensing, by at least one sensor, a change in position of the movable contact of the automatic transfer switch in response to the instruction; determining, by the at least one processor, a delay between the time at which the control circuitry sends the instruction and a time at which the change in position occurs; recording, by the at least one processor, the delay in a delay measurement queue; determining, by the at least one processor, an average value of measured delays in the delay measurement queue; comparing, by the at least one processor, the average value of measured delays in the delay measurement queue to a reference delay value; and taking, by the at least one processor, an action with respect to the automatic transfer switch in response to the delay measurement queue, wherein taking an action with respect to the switch comprises: generating a notification upon determining that a difference between the average value and the reference delay value exceeds a threshold value; and transmitting the notification to a user. generating a notification upon determining that a difference between the average value and the reference delay value exceeds a threshold value; and transmitting the notification to a user.
Vermicular cast iron alloy comprising carbon contents in the range of 2.6% to 3.2%, manganese values between 0.1% to 0.3%, maximum phosphorus of 0.05%, chromium less than 0.06%, tin less than 0.03%, copper less than 0.20% and magnesium in a range of 0.008-0.030%, the balance being Fe and inevitable impurities, the alloy being CHARACTERIZED by presenting a microstructure with a ferritic matrix comprising at least 90% of ferrite and at least 70% of vermicular graphite; said alloy comprising silicon in the range of 4.60% to 5.70%; and wherein the Ferritization Factor (F.F.) calculated as F.F. = %Si - %Cu - 10x%Sn - 1.2x%Cr - 0.5x%Mn is between 3.88 to 5.48, the vermicular cast iron alloy presenting graphite nodules in up to 30% of the microstructure and having a minimum strength limit of at least 500 MPa and a minimum yield limit of at least 350 Mpa. the alloy being CHARACTERIZED by presenting a microstructure with a ferritic matrix comprising at least 90% of ferrite and at least 70% of vermicular graphite; said alloy comprising silicon in the range of 4.60% to 5.70%; and wherein the Ferritization Factor (F.F.) calculated as F.F. = %Si - %Cu - 10x%Sn - 1.2x%Cr - 0.5x%Mn is between 3.88 to 5.48, the vermicular cast iron alloy presenting graphite nodules in up to 30% of the microstructure and having a minimum strength limit of at least 500 MPa and a minimum yield limit of at least 350 Mpa.
A method for producing a polytetrafluoroethylene porous membrane, comprising the steps of: laminating a first unsintered sheet made of polytetrafluoroethylene having a standard specific gravity of 2.16 or more and a second unsintered sheet made of polytetrafluoroethylene having a standard specific gravity of less than 2.16, and applying a pressure to a resulting laminated body so as to obtain a pressure-bonded article; stretching the pressure-bonded article in a specified direction at a temperature lower than a melting point of polytetrafluoroethylene, and then stretching further the pressure-bonded article in the specified direction at a temperature equal to or higher than the melting point of polytetrafluoroethylene or heating the pressure-bonded article to a temperature equal to or higher than the melting point of polytetrafluoroethylene; and stretching the pressure-bonded article stretched in the specified direction in a width direction perpendicular to the specified direction. laminating a first unsintered sheet made of polytetrafluoroethylene having a standard specific gravity of 2.16 or more and a second unsintered sheet made of polytetrafluoroethylene having a standard specific gravity of less than 2.16, and applying a pressure to a resulting laminated body so as to obtain a pressure-bonded article; stretching the pressure-bonded article in a specified direction at a temperature lower than a melting point of polytetrafluoroethylene, and then stretching further the pressure-bonded article in the specified direction at a temperature equal to or higher than the melting point of polytetrafluoroethylene or heating the pressure-bonded article to a temperature equal to or higher than the melting point of polytetrafluoroethylene; and stretching the pressure-bonded article stretched in the specified direction in a width direction perpendicular to the specified direction.
Lighting unit with a housing in which at least one luminaire insert is arranged, wherein the luminaire insert on the one hand is provided with at least one lamp and on the other hand is provided with the electric/electronic components (4,5) required for connection and operation and wherein at the housing at least one translucent cover is arranged which is assigned to the light output area, wherein the translucent cover is fastened at the housing, adjustable in two different positions, characterized by the fact that the housing is closed by at least one end cap and that in the at least one end cap at least one guide bar is arranged which interacts with the allocated front cap of the translucent cover and that at the translucent cover on the one hand at least one spring element is arranged which on the other hand is backed by a retaining unit of the housing.