mhurhangee/ep-ind-claims huggingface dataset:
An aircraft with an ice protection system, comprising: an aircraft surface having a plurality of consecutive ice-susceptible regions; an ice protector grid, comprising a plurality of ice protectors, each of the plurality of ice protectors arranged with a corresponding one of the ice-susceptible regions, each of the ice protectors having an anti-icing mode, a deicing mode, and an inactive mode; a controller that controls a supply of electrical energy to the ice protector grid, at least some of the ice protectors being independently controllable by the controller; and a plurality of input channels connected to the controller, supplying electrical energy to the plurality of ice protectors based upon information received from the plurality of input channels, wherein, in the anti-icing mode, each multi-mode ice protector is operated continuously to prevent ice from forming on a corresponding region; and wherein, in the deicing mode, each multi-mode ice protector (51 -55) is operated intermittently to remove ice formed on the corresponding region (31- 35); and wherein, in an inactive mode, each multi-mode ice protector is not operated; characterised by the plurality of input channels including one or more of a group of non-temperature inputs consisting of: an aircraft altitude input channel, an aircraft speed channel, an aircraft angle of attack channel, a flight phase channel, a movable parts positioning channel, and a cloud characteristics channel. an aircraft surface having a plurality of consecutive ice-susceptible regions; an ice protector grid, comprising a plurality of ice protectors, each of the plurality of ice protectors arranged with a corresponding one of the ice-susceptible regions, each of the ice protectors having an anti-icing mode, a deicing mode, and an inactive mode; a controller that controls a supply of electrical energy to the ice protector grid, at least some of the ice protectors being independently controllable by the controller; and a plurality of input channels connected to the controller, supplying electrical energy to the plurality of ice protectors based upon information received from the plurality of input channels, wherein, in the anti-icing mode, each multi-mode ice protector is operated continuously to prevent ice from forming on a corresponding region; and wherein, in the deicing mode, each multi-mode ice protector (51 -55) is operated intermittently to remove ice formed on the corresponding region (31- 35); and wherein, in an inactive mode, each multi-mode ice protector is not operated; characterised by the plurality of input channels including one or more of a group of non-temperature inputs consisting of: an aircraft altitude input channel, an aircraft speed channel, an aircraft angle of attack channel, a flight phase channel, a movable parts positioning channel, and a cloud characteristics channel.
Straight plug connector for hollow profiles of spacer frames or bars for insulating glass panes, wherein the straight connector has a plurality of connector legs (6, 7) originating from a connecting point in various directions and having fin-like retaining elements for engagement with the hollow profile and has a base plate, wherein an elevated supporting base is arranged on the upper side of the base plate and, on both sides thereof, the fin-like retaining elements are arranged one after another in a row on the connector legs (6, 7), wherein the supporting base is arranged centrally in the longitudinal direction of the straight connector, characterized in that the supporting base has a central stop for the hollow profiles that can be plugged in on both sides at the connecting point.
An insulated curtain for a refrigerated body delimiting an internal space, comprising a frame in which is guided a shutter which has an inner face facing the inner space and an opposite outer face, said shutter comprising a plurality of adjacent panels comprising on their internal face a series of recesses in which are embedded hinges (22, 23) ensuring the connection between two panels, said insulated curtain being characterized in that the adjacent panels comprise on their external face a socket system comprising a V-shaped rib designed to be engaged in a V-shaped cutout of the adjacent panel.
A deformable membrane assembly comprising an at least partially flexible fluid-filled envelope, one wall of which is formed by an elastic membrane that is held around its edge by a resiliently bendable non-round supporting ring (2, 10), a fixed support for the envelope and selectively operable moving means for causing relative movement between the supporting ring (2, 10) and the support for adjusting the pressure of the fluid in the envelope, thereby to cause the membrane to deform; wherein the bending stiffness of the ring (2, 10) varies round the ring (2, 10) such that upon deformation of the membrane the ring (2, 10) bends variably to control the shape of the membrane to a predefined form which is defined by one or more Zernike polynomials Z j ± k ( k ≤ j), and the moving means comprise a plurality of ring-engaging members that are arranged for applying a force to the ring (2, 10) at spaced control points; characterised in that there are at least three control points, and there is a control point at or proximate each point on the ring (2, 10) where the profile of the ring (2, 10) that is needed to produce the predefined form upon deformation of the membrane exhibits a turning point in the direction of the force applied at the control point between two adjacent points where the profile of the ring exhibits an inflection point or a turning point in the opposite direction.
A method for the surface treatment of paper or board, which method comprises adding a surface treatment agent to the paper or board and treating said paper or board in at least one calender or breaker stack nip formed by a first and a second calender or breaker stack roll characterized in that the surface treatment agent is applied onto the surface of at least one side of the paper or board between 5 - 100 milliseconds prior to or after the calender or breaker stack nip, while the paper or board is in contact with one of the calender or breaker stack rolls.
System for performing electrical tests to an electrical wiring harness comprising a workstation with an electrical testing machine provided with test terminals and a connection interface between harness connectors and test terminals, - the connection interface being formed by adapter modules connectable by one face to the wiring harness connectors and by other face to the test terminals; - the workstation also comprising a working board to perform on it, firstly, the connection of the adapter modules to the wiring harness connectors and to the test terminals and, secondly, the testing of the electrical wiring harness and one or more projecting devices (21, 21', 21") arranged to project images onto the working board; - the system also comprising a computer system including a computer connected to said projecting devices (21, 21', 21"), to the test terminals and to the adapter modules and to a documentation repository concerning the electrical wiring harness subject of test, and a software adapted to supply to said projecting devices (21, 21', 21") images concerning the test of the electrical wiring harness allowing operators to perform it using only the support information provided by said images, characterized in that: - the test terminals are arranged at the end of extendable hoses from the electrical testing machine so that they can move away from it; and - the test terminals and the adapter modules comprise electronic circuits with at least memory units to hold identification information of them. - the connection interface being formed by adapter modules connectable by one face to the wiring harness connectors and by other face to the test terminals; - the workstation also comprising a working board to perform on it, firstly, the connection of the adapter modules to the wiring harness connectors and to the test terminals and, secondly, the testing of the electrical wiring harness and one or more projecting devices (21, 21', 21") arranged to project images onto the working board; - the system also comprising a computer system including a computer connected to said projecting devices (21, 21', 21"), to the test terminals and to the adapter modules and to a documentation repository concerning the electrical wiring harness subject of test, and a software adapted to supply to said projecting devices (21, 21', 21") images concerning the test of the electrical wiring harness allowing operators to perform it using only the support information provided by said images, characterized in that: - the test terminals are arranged at the end of extendable hoses from the electrical testing machine so that they can move away from it; and - the test terminals and the adapter modules comprise electronic circuits with at least memory units to hold identification information of them.
A system comprising: a drive unit adapted to drive a motor coupled to a load, the drive unit including a processing device, a wireless transceiver, and a non-transitory machine readable medium having embedded therein processing instructions configured to perform a method when executed by the processing device, characterized in that the system includes: a drive application installed in a portable user device and operable to allow a user to choose configuration information including a system application and a motor identifier stored in the portable user device, wherein the wireless transceiver is configured to wirelessly receive the configuration information from the portable user device; and wherein the processing instructions are configured to cause the processing device to configure the drive unit based on the configuration information. a drive application installed in a portable user device and operable to allow a user to choose configuration information including a system application and a motor identifier stored in the portable user device, wherein the wireless transceiver is configured to wirelessly receive the configuration information from the portable user device; and wherein the processing instructions are configured to cause the processing device to configure the drive unit based on the configuration information.
An automatic reading system of codes on the oblique front of cassettes comprising: - a tray; - cassettes housed in compartments of the tray or in containers placed in the tray; - a reading sensor; the tray being fixed with respect to the reading sensor and the reading sensor positioned in a fixed manner with respect to the tray; wherein said reading sensor - reads the whole area of the tray and its contents; - simultaneously reads the identification code of the tray and the identification codes of the cassettes in the tray; - defines, by means of a reading software, small areas containing individual cassettes and a grid of positions of the cassettes in the tray based on alphanumeric coordinates. - a tray; - cassettes housed in compartments of the tray or in containers placed in the tray; - a reading sensor; the tray being fixed with respect to the reading sensor and the reading sensor positioned in a fixed manner with respect to the tray; wherein said reading sensor - reads the whole area of the tray and its contents; - simultaneously reads the identification code of the tray and the identification codes of the cassettes in the tray; - defines, by means of a reading software, small areas containing individual cassettes and a grid of positions of the cassettes in the tray based on alphanumeric coordinates. - reads the whole area of the tray and its contents; - simultaneously reads the identification code of the tray and the identification codes of the cassettes in the tray; - defines, by means of a reading software, small areas containing individual cassettes and a grid of positions of the cassettes in the tray based on alphanumeric coordinates.
An intelligent lamp comprising: a bulb shell, a lamp holder shell, a filament assembly, an antenna, a connection termina, and an assembled control board; wherein the filament assembly and the assembled control board are arranged inside a cavity formed by bonding the bulb shell with the lamp holder shell; wherein the antenna is arranged at an opening of the bulb shell and is electrically connected to the assembled control board through the connection terminal; wherein the filament assembly is electrically connected to the assembled control board; and characterised in that the antenna is an annular antenna arranged on the exterior of the shell. a bulb shell, a lamp holder shell, a filament assembly, an antenna, a connection termina, and an assembled control board; wherein the filament assembly and the assembled control board are arranged inside a cavity formed by bonding the bulb shell with the lamp holder shell; wherein the antenna is arranged at an opening of the bulb shell and is electrically connected to the assembled control board through the connection terminal; wherein the filament assembly is electrically connected to the assembled control board; and characterised in that the antenna is an annular antenna arranged on the exterior of the shell.
A method performed by a device, the method comprising: receiving a network threat report; extracting an indicator from the network threat report, the indicator being indicated in the network threat report as reported to be associated with a network threat; determining, based on the indicator, a confidence score indicating a likelihood that the indicator is associated with malicious activity; determining, based on the indicator, an impact score indicating a potential severity of the malicious activity; and performing an action identified based on the indicator, the confidence score, and the impact score, wherein the action includes blocking network traffic corresponding to the indicator or monitoring network traffic corresponding to the indicator. receiving a network threat report; extracting an indicator from the network threat report, the indicator being indicated in the network threat report as reported to be associated with a network threat; determining, based on the indicator, a confidence score indicating a likelihood that the indicator is associated with malicious activity; determining, based on the indicator, an impact score indicating a potential severity of the malicious activity; and performing an action identified based on the indicator, the confidence score, and the impact score, wherein the action includes blocking network traffic corresponding to the indicator or monitoring network traffic corresponding to the indicator.
A probe configured to receive an acoustic wave from an object, the probe comprising: an element having a cell structure, in which a vibration membrane having one of a pair of electrodes formed with a gap arranged therebetween is supported so that the vibration membrane can be vibrated by the acoustic wave; a light reflection layer provided at a position near the object with respect to the element and configured to reflect light; and a support layer provided between the element and the light reflection layer and configured to support the light reflection layer, characterized in that, the support layer has a rupture stress of 50 MPa or larger, and the support layer has a thickness of 30 μm or smaller. an element having a cell structure, in which a vibration membrane having one of a pair of electrodes formed with a gap arranged therebetween is supported so that the vibration membrane can be vibrated by the acoustic wave; a light reflection layer provided at a position near the object with respect to the element and configured to reflect light; and a support layer provided between the element and the light reflection layer and configured to support the light reflection layer, characterized in that, the support layer has a rupture stress of 50 MPa or larger, and the support layer has a thickness of 30 μm or smaller.
A tunable external resonator laser comprising: a fixed support body onto which a half mirror partially reflecting incident light and partially transmitting incident light is fixed; and a rotatory body which is rotatably supported by way of a shaft with a pivot axis against the fixed support body, and onto which a laser chip emitting light, a collimator lens collimating light emitted from the laser chip, and a diffraction grating diffracting collimated light from the collimator lens to the half mirror are fixed, wherein a center of rotation of said shaft is positioned at an intersection point of an extension of a rear-end-face of said laser chip, an extension of a diffracting surface of said diffraction grating and an extension of a reflecting surface of said half mirror during a rotation along said pivot axis, wherein a reflection layer is formed on the rear-end-face of said laser chip. a fixed support body onto which a half mirror partially reflecting incident light and partially transmitting incident light is fixed; and a rotatory body which is rotatably supported by way of a shaft with a pivot axis against the fixed support body, and onto which a laser chip emitting light, a collimator lens collimating light emitted from the laser chip, and a diffraction grating diffracting collimated light from the collimator lens to the half mirror are fixed, wherein a center of rotation of said shaft is positioned at an intersection point of an extension of a rear-end-face of said laser chip, an extension of a diffracting surface of said diffraction grating and an extension of a reflecting surface of said half mirror during a rotation along said pivot axis, wherein a reflection layer is formed on the rear-end-face of said laser chip.
A rotational driver for a luminal rotational penetrating device which includes an elongate body and a drive shaft extending through said elongate body and having a drill tip which emerges distally from a distal end of the elongate body, the driver comprising: a motor adapted to rotationally drive the drive shaft; a load sensor coupled to the motor or to the drive shaft, wherein said sensor produces an output signal which is representative of the rotational load on the drill tip as said tip is rotated and advanced through occlusive material in a body lumen; and motor control circuitry which includes a low pass filter which removes noise from a motor current signal received from the motor, characterised in that the motor control circuitry reverses the direction of rotation of the motor when the sensed rotational load meets or exceeds a threshold value. a motor adapted to rotationally drive the drive shaft; a load sensor coupled to the motor or to the drive shaft, wherein said sensor produces an output signal which is representative of the rotational load on the drill tip as said tip is rotated and advanced through occlusive material in a body lumen; and motor control circuitry which includes a low pass filter which removes noise from a motor current signal received from the motor, characterised in that the motor control circuitry reverses the direction of rotation of the motor when the sensed rotational load meets or exceeds a threshold value.
A shoe cover dispensing method, comprising a shoe cover storage module, an extracting module, an opening module and a relay module, wherein, the method comprises the following steps: S 1: propping a shoe cover open; S2: inverting; S3: determining if relay has been reset, and if yes then going to step S4, if not then repeating step S3; S4: opening; S5: relaying; S6: waiting for use; S7: completing usage; S8: resetting the relay; S9: determining if the inverting has been completed, and if yes then jumping to step S4, if not then repeating step S9, wherein, the storage module is provided with an elongated opening, an elastic mouth of each shoe cover is placed towards the elongated opening; the extracting module is provided with a pair of claws which are able to be propped open and inverted; the opening module is provided with drag hooks adapted for opening the shoe cover; and the relay module is provided with relay poles adapted for receiving the shoe cover from the claws; propping of step S1 refers to propping the elastic mouth of each shoe cover open inside the elongated opening by the claws of the extracting module; inverting of step S2 refers to extracting the shoe cover out of the storage module by the claws of the extracting module through inverting motion; determining of step S3 refers to determining if the relay has been reset, and if the relay has not been reset, then repeating step S3, and if the relay has been reset then jumping to the next step; opening of step S4 refers to hooking the elastic mouth of the shoe cover by the drag hooks of the opening module and moving the drag hooks relative to the claws, thus opening the elastic mouth of the shoe cover; relaying of step S5 refers to unfolding the relay poles of the relay module and receiving the shoe cover from the claws by the relay poles, thus allowing the relay poles to keep the elastic mouth of the shoe cover in propped state instead of the claws in conjunction with the drag hooks, when the claws are inverted back to the elongated opening and the next step S1 of propping are started; resetting the relay of step S8 refers to folding the relay poles to a status the same as that before the relaying step; determining of step S9 refers to determining if the inverting has been completed, and if it has not been completed then repeating step S9, and if the inverting has been completed then jumping to step S4 so as to enter the next loop. S 1: propping a shoe cover open; S2: inverting; S3: determining if relay has been reset, and if yes then going to step S4, if not then repeating step S3; S4: opening; S5: relaying; S6: waiting for use; S7: completing usage; S8: resetting the relay; S9: determining if the inverting has been completed, and if yes then jumping to step S4, if not then repeating step S9,
A reaction system, comprising: a flame retardant polyol that is a brominated reaction product of a cardanol component, a bromine component, and an additive component, the cardanol component including at least 80 wt% of cardanol, based on the total weight of the cardanol component, and the bromine component including at least 80 wt% of bromine, based on the total weight of the bromine component, wherein the additive component includes an aminoalcohol and at least one selected from an aldehyde and a ketone.
A partial discharge detection apparatus, comprising: a first antenna configured to receive electromagnetic signals (S d) at least partially associated with partial discharges of an electric object and generate a first electrical signal (S in1); the first antenna having a first receiving effective area for first receiving directions; a second antenna configured to receive electromagnetic noise signals (S n) and generate a second electrical signal (S in2); the first and second antennas being placed on a support structure to cause the second antenna to have a second receiving effective area for said first receiving directions smaller than said first receiving effective area; and a first processing module configured to receive said first and second electrical signals and generate a difference electrical signal (S out) representing a difference between the first electrical signal and the second electrical signal. a first antenna configured to receive electromagnetic signals (S d) at least partially associated with partial discharges of an electric object and generate a first electrical signal (S in1); the first antenna having a first receiving effective area for first receiving directions; a second antenna configured to receive electromagnetic noise signals (S n) and generate a second electrical signal (S in2); the first and second antennas being placed on a support structure to cause the second antenna to have a second receiving effective area for said first receiving directions smaller than said first receiving effective area; and a first processing module configured to receive said first and second electrical signals and generate a difference electrical signal (S out) representing a difference between the first electrical signal and the second electrical signal.