mhurhangee/ep-ind-claims huggingface dataset:
An adaptor assembly for coupling a blade root of a turbine blade to a root slot of a rotor disk, the adaptor assembly comprising: an adaptor body including a forward face, a retaining wall and first and second sides (118,120) extending between said forward face and said retaining wall, said adaptor body further including a root configured to be received within the root slot and defining a slot between said first and second sides that extends from said forward face to said retaining wall, said slot having an open end at said forward face configured to receive the blade root, said adaptor body further defining a channel extending both forward and aft of said forward face of said adapter body; and a plate including an outwardly extending foot, said foot being configured to be received within said channel, wherein said plate covers at least a portion of said open end when said foot is received within said channel. an adaptor body including a forward face, a retaining wall and first and second sides (118,120) extending between said forward face and said retaining wall, said adaptor body further including a root configured to be received within the root slot and defining a slot between said first and second sides that extends from said forward face to said retaining wall, said slot having an open end at said forward face configured to receive the blade root, said adaptor body further defining a channel extending both forward and aft of said forward face of said adapter body; and a plate including an outwardly extending foot, said foot being configured to be received within said channel, wherein said plate covers at least a portion of said open end when said foot is received within said channel.
A portable radio comprising: a button including an outer region that may be pressed by a user during use, a printed circuit board; a frame positioned exterior to the printed circuit board; a speaker positioned within the frame; a support platform positioned between the button and the speaker, wherein a portion of the support platform is positioned over the speaker and includes speaker ports; and a plurality of electrical components linked between the button and the printed circuit board, such that a signal may be sent from the button to the printed circuit board; wherein the button is movable between a first position wherein an electrical signal is configured to be sent through the plurality of electrical components to the printed circuit board, and a second position wherein the electrical signal is configured to be interrupted. a button including an outer region that may be pressed by a user during use, a printed circuit board; a frame positioned exterior to the printed circuit board; a speaker positioned within the frame; a support platform positioned between the button and the speaker, wherein a portion of the support platform is positioned over the speaker and includes speaker ports; and a plurality of electrical components linked between the button and the printed circuit board, such that a signal may be sent from the button to the printed circuit board; wherein the button is movable between a first position wherein an electrical signal is configured to be sent through the plurality of electrical components to the printed circuit board, and a second position wherein the electrical signal is configured to be interrupted.
A method for detection of a wireless network type performed by an electronic device, the method comprising: determining whether a currently connected wireless network requires a password for accessing the Internet through the wireless network based on at least one specified network address; in response to determining that no password is required, accessing the specified network address; determining whether the currently connected wireless network requires a secondary login verification by determining whether the specified network address can be successfully accessed; determining that the currently connected wireless network is an unsecured network if the currently connected wireless network does not require a password and does not require a secondary login verification; and providing a security risk warning to a user of the electronic device or automatically blocking access by the electronic device to the currently connected wireless network, if it is determined that the currently connected wireless network is an unsecured network. determining whether a currently connected wireless network requires a password for accessing the Internet through the wireless network based on at least one specified network address; in response to determining that no password is required, accessing the specified network address; determining whether the currently connected wireless network requires a secondary login verification by determining whether the specified network address can be successfully accessed; determining that the currently connected wireless network is an unsecured network if the currently connected wireless network does not require a password and does not require a secondary login verification; and providing a security risk warning to a user of the electronic device or automatically blocking access by the electronic device to the currently connected wireless network, if it is determined that the currently connected wireless network is an unsecured network.
A fluorescent display, manufactured by lamination of at least one film A containing a polyvinyl acetal PA and, optionally, at least one plasticiser WA and of at least one film B containing a polyvinyl acetal PB and at least one plasticiser WB between two glass panes, characterised in that film A comprises less than 22 wt. % plasticiser WA and comprises 0.001 to 5 wt. % fluorophores and film B comprises at least 22 wt. % plasticiser WB and comprises 0.005-5 wt. % UV absorber, in each case prior to lamination.
A fluid pump comprising: an actuator, including a piezoelectric element attached to a diaphragm, the diaphragm having a central portion and a peripheral portion, and configured to perform a bending vibration from the central portion to the peripheral portion; a planar section disposed such that the planar section faces the actuator while being in proximity to the actuator; and a reinforcing plate provided between the piezoelectric element and the diaphragm, the reinforcing plate having a larger coefficient of linear expansion than the piezoelectric element and the diaphragm; a diaphragm support frame provided around the diaphragm, the diaphragm being connected to the diaphragm support frame via connecting portions, such that there is a space between the diaphragm support frame and the diaphragm, the connecting portions having an elastic structure and being connected between the diaphragm and the diaphragm support frame; and at least one center vent disposed in a portion at or in an area adjacent the center of an actuator facing area of the planar section that faces the actuator. an actuator, including a piezoelectric element attached to a diaphragm, the diaphragm having a central portion and a peripheral portion, and configured to perform a bending vibration from the central portion to the peripheral portion; a planar section disposed such that the planar section faces the actuator while being in proximity to the actuator; and a reinforcing plate provided between the piezoelectric element and the diaphragm, the reinforcing plate having a larger coefficient of linear expansion than the piezoelectric element and the diaphragm; a diaphragm support frame provided around the diaphragm, the diaphragm being connected to the diaphragm support frame via connecting portions, such that there is a space between the diaphragm support frame and the diaphragm, the connecting portions having an elastic structure and being connected between the diaphragm and the diaphragm support frame; and at least one center vent disposed in a portion at or in an area adjacent the center of an actuator facing area of the planar section that faces the actuator.
A Ni-based alloy tube having a chemical composition consisting of, in mass%: C: 0.0010 to 0.0200%, Si: 0.01 to 0.12%, Mn: 0.04 to 0.50%, P: 0.015% or less, S: 0.0001 to 0.0020%, Cu: 0.02 to 0.80%, Co: 0.10 to 2.50%, Cr: 14.0 to 17.0%, Mo: 15.0 to 17.5%, W: 2.8 to 4.8%, Fe: 4.0 to 7.5%, N: 0.0010 to 0.0200%, Al: 0.04 to 0.50%, O: 0.0004 to 0.0100%, Sn: 0 to 0.010%, and optionally, V: 0.40% or less, Ti: 0.40% or less, Nb: 0.40% or less, Ta: 0.40% or less, Ca: 0.0030% or less, Mg: 0.0030% or less, B: 0.0100% or less, and REM: 0.0100% or less, with the balance: Ni and impurities, and satisfying Formula (i) below: 0.0010 ≤ S + 2 O + 0.2 Sn ≤ 0.0170 where each symbol of an element in the formula indicates a content of the element in mass% contained in Ni-based alloy, and a content being zero means that the element is not contained. C: 0.0010 to 0.0200%, Si: 0.01 to 0.12%, Mn: 0.04 to 0.50%, P: 0.015% or less, S: 0.0001 to 0.0020%, Cu: 0.02 to 0.80%, Co: 0.10 to 2.50%, Cr: 14.0 to 17.0%, Mo: 15.0 to 17.5%, W: 2.8 to 4.8%, Fe: 4.0 to 7.5%, N: 0.0010 to 0.0200%, Al: 0.04 to 0.50%, O: 0.0004 to 0.0100%, Sn: 0 to 0.010%, and optionally, V: 0.40% or less, Ti: 0.40% or less, Nb: 0.40% or less, Ta: 0.40% or less, Ca: 0.0030% or less, Mg: 0.0030% or less, B: 0.0100% or less, and REM: 0.0100% or less, with the balance: Ni and impurities, and satisfying Formula (i) below:
A vapor-based system for treating one or more components of a gas turbine engine, the system comprising: a treatment compound having a delivery temperature for a corresponding delivery pressure; a storage vessel containing the treatment compound; and a delivery module operably coupled to the storage vessel and to an engine access point, wherein the delivery module is operable to deliver the treatment compound at one or more locations of the gas turbine engine; a controller communicatively coupled to the delivery module and the storage vessel via a communications link to manage the delivery of the treatment compound to the gas turbine engine such that the treatment compound is a vapor in an engine air-path and is supersaturated when exposed to an engine component that is to be treated and condenses thereon; wherein the engine component that is to be treated has an engine component surface temperature and wherein the system is configured so that the delivery temperature of the vapor is greater than the engine component surface temperature, wherein the treatment compound comprises a cleaning agent, a restorative agent, or a protective agent. a treatment compound having a delivery temperature for a corresponding delivery pressure; a storage vessel containing the treatment compound; and a delivery module operably coupled to the storage vessel and to an engine access point, wherein the delivery module is operable to deliver the treatment compound at one or more locations of the gas turbine engine; a controller communicatively coupled to the delivery module and the storage vessel via a communications link to manage the delivery of the treatment compound to the gas turbine engine such that the treatment compound is a vapor in an engine air-path and is supersaturated when exposed to an engine component that is to be treated and condenses thereon; wherein the engine component that is to be treated has an engine component surface temperature and wherein the system is configured so that the delivery temperature of the vapor is greater than the engine component surface temperature, wherein the treatment compound comprises a cleaning agent, a restorative agent, or a protective agent.
A vehicle safety system comprising: two master control modules (19, 20), wherein the master control modules (19, 20) are configured to be coupled to a global data bus in a vehicle to permit synchronous operation of the master control modules (19, 20), and wherein the master control modules (19, 20) are configured to be coupled to a sensor data bus in a vehicle to receive a crash signal from a crash sensor via the sensor data bus, each master control module (19, 20) comprising a respective safing module which is configured to generate arming state data based on a signal from a crash sensor and to output the arming state data via the global data bus, and each master control module (19, 20) being configured to monitor arming state data provided by the other master control module (19, 20) via the global data bus; and a plurality of slave modules which are configured to be coupled to the global data bus and the sensor data bus, wherein each slave module comprises a respective deployment driver module which is configured to activate a respective safety device in response to a crash signal, each slave module being configured to receive arming state data from the master control modules (19, 20) via the global data bus and process the arming state data to determine whether the arming state data provides a confirmation of a crash situation, wherein if the deployment driver module receives a crash signal and the arming state data provides a confirmation of a crash situation, the deployment driver module is configured to output a deployment signal to activate the respective safety device. two master control modules (19, 20), wherein the master control modules (19, 20) are configured to be coupled to a global data bus in a vehicle to permit synchronous operation of the master control modules (19, 20), and wherein the master control modules (19, 20) are configured to be coupled to a sensor data bus in a vehicle to receive a crash signal from a crash sensor via the sensor data bus, each master control module (19, 20) comprising a respective safing module which is configured to generate arming state data based on a signal from a crash sensor and to output the arming state data via the global data bus, and each master control module (19, 20) being configured to monitor arming state data provided by the other master control module (19, 20) via the global data bus; and a plurality of slave modules which are configured to be coupled to the global data bus and the sensor data bus, wherein each slave module comprises a respective deployment driver module which is configured to activate a respective safety device in response to a crash signal, each slave module being configured to receive arming state data from the master control modules (19, 20) via the global data bus and process the arming state data to determine whether the arming state data provides a confirmation of a crash situation, wherein if the deployment driver module receives a crash signal and the arming state data provides a confirmation of a crash situation, the deployment driver module is configured to output a deployment signal to activate the respective safety device.
A hardware device for generating random numbers comprising: a plurality of substitution boxes (S-Boxes) connected to each other in a series, wherein a plurality of bits output from an S-Box of the plurality of S-Boxes is input into another S-Box of the plurality of S-Boxes; and a sampling circuit configured to sample bit strings from at least one S-Box of the plurality of S-Boxes; wherein the plurality of S-Boxes comprises a forward S-Box configured to implement a first function that maps input bit strings to respective output bit strings, and a reverse S-Box configured to implement a second function that is an inverse of the first function, wherein the forward S-Box outputs a plurality of bits to an input of the reverse S-Box; the hardware device further comprising a state advancement circuit configured to move a signal output by the forward S-Box to the input of the forward S-Box when the reverse S-Box reaches a stable state such that output of the reverse S-Box matches input of the forward S-Box. a plurality of substitution boxes (S-Boxes) connected to each other in a series, wherein a plurality of bits output from an S-Box of the plurality of S-Boxes is input into another S-Box of the plurality of S-Boxes; and a sampling circuit configured to sample bit strings from at least one S-Box of the plurality of S-Boxes; wherein the plurality of S-Boxes comprises a forward S-Box configured to implement a first function that maps input bit strings to respective output bit strings, and a reverse S-Box configured to implement a second function that is an inverse of the first function, wherein the forward S-Box outputs a plurality of bits to an input of the reverse S-Box;
A method of controlling a compliantly controlled robot, wherein the method comprises the step of: carrying out a boundary monitoring of the robot; wherein a first return force (T 1), which operates to return the robot back from a current position (x 0) in a blocked area (S: x>s) to a boundary (s) of this area, is specified by way of control technology, provided that the robot is already in this position in the blocked area upon activation of the boundary monitoring, and wherein a second return force (T 2), which operates to return the robot back from the position (x 0) to the boundary (s), is specified by way of control technology, provided that the robot assumes this position in the blocked area only after activation of the boundary monitoring, wherein the first return force is at least temporarily smaller than the second return force, in particular equal to zero. carrying out a boundary monitoring of the robot; wherein a first return force (T 1), which operates to return the robot back from a current position (x 0) in a blocked area (S: x>s) to a boundary (s) of this area, is specified by way of control technology, provided that the robot is already in this position in the blocked area upon activation of the boundary monitoring, and wherein a second return force (T 2), which operates to return the robot back from the position (x 0) to the boundary (s), is specified by way of control technology, provided that the robot assumes this position in the blocked area only after activation of the boundary monitoring, wherein the first return force is at least temporarily smaller than the second return force, in particular equal to zero.
A computer implemented method for displaying virtual slide images on a display device (143, 147) of a virtual slide viewing device (142, 146), comprising: identifying a plurality of slides to be displayed in a single region of a display device (143, 147); automatically determining (354, 450) a layout pattern for the plurality of slides based on attributes associated with each of the plurality of slides, wherein automatically determining the layout pattern includes applying a plurality of layout rules using the attributes for each of the plurality of slides, wherein the layout rules include when to group a plurality of slides and what attributes to use to define a group of slides, and automatically displaying images of the plurality of slides (482, 484, 486, 488, 490, 492, 494, 496) in a single region of the display device in the layout pattern, wherein the layout pattern encodes information about the tissue sample of each of the plurality of slides in a visually discernible form, the method further comprising determining a hierarchically ordered list of all of the plurality of slides before automatically determining the layout pattern, wherein the plurality of slides are ordered hierarchically according to the attributes of each slide. identifying a plurality of slides to be displayed in a single region of a display device (143, 147); automatically determining (354, 450) a layout pattern for the plurality of slides based on attributes associated with each of the plurality of slides, wherein automatically determining the layout pattern includes applying a plurality of layout rules using the attributes for each of the plurality of slides, wherein the layout rules include when to group a plurality of slides and what attributes to use to define a group of slides, and automatically displaying images of the plurality of slides (482, 484, 486, 488, 490, 492, 494, 496) in a single region of the display device in the layout pattern, wherein the layout pattern encodes information about the tissue sample of each of the plurality of slides in a visually discernible form, the method further comprising determining a hierarchically ordered list of all of the plurality of slides before automatically determining the layout pattern, wherein the plurality of slides are ordered hierarchically according to the attributes of each slide.
An image processing device for removing fixed pattern noise in images captured by an image pickup device mounted on a vehicle, comprising: memory on which is stored a plurality of images captured by the image pickup device while the vehicle is running; windshield wipers and a wiper controller adapted to generate a wiper activation signal when the windshield wipers are operational; a controller operatively coupled to the memory and responsive to the wiper activation signal, the controller adapted to: generate correction data by extracting, from the images captured by the image pickup device, a plurality of areas that correspond to the windshield wipers; superimposing the plurality of extracted windshield wipers areas to define an image having at least one portion that is black; extracting a high spatial frequency component from the portion that is black; and generating the correction data for removing the fixed pattern noise based on the high spatial frequency component extracted from the portion that is black; and use the correction data to remove fixed pattern noise from images captured by the image pickup device. memory on which is stored a plurality of images captured by the image pickup device while the vehicle is running; windshield wipers and a wiper controller adapted to generate a wiper activation signal when the windshield wipers are operational; a controller operatively coupled to the memory and responsive to the wiper activation signal, the controller adapted to: generate correction data by extracting, from the images captured by the image pickup device, a plurality of areas that correspond to the windshield wipers; superimposing the plurality of extracted windshield wipers areas to define an image having at least one portion that is black; extracting a high spatial frequency component from the portion that is black; and generating the correction data for removing the fixed pattern noise based on the high spatial frequency component extracted from the portion that is black; and use the correction data to remove fixed pattern noise from images captured by the image pickup device. generate correction data by extracting, from the images captured by the image pickup device, a plurality of areas that correspond to the windshield wipers; superimposing the plurality of extracted windshield wipers areas to define an image having at least one portion that is black; extracting a high spatial frequency component from the portion that is black; and generating the correction data for removing the fixed pattern noise based on the high spatial frequency component extracted from the portion that is black; and use the correction data to remove fixed pattern noise from images captured by the image pickup device.
A tool handle for being hand held, comprising a rigid support core formed by a hollow structure having at least one inner chamber which outwardly opens to at least one port at least partially coated with a shell of a more flexible material such as an elastomer so that at said port, the shell material does not have any continuous inner support formed by the support core, the shell of flexible material having a variable thickness, characterized in that the variable thickness of the shell of flexible material is decreasing from a periphery superimposed to the edge of the port and thick to prevent the user from feeling a cutting effect due to the edge of the port, during handling, towards its centre where the flexible shell has a thickness lower than at its periphery.