mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a combination electronic article surveillance, EAS, and radio frequency identification, RFID, tag, EAS/RFID tag, comprising a first portion, a second portion and a clutch release mechanism disposed in the first portion; a security device configured to detach said combination EAS/RFID tag; said security device comprising: a detacher configured to selectively disengage the clutch release mechanism disposed in the first portion of said combination EAS/RFID tag; and a near field antenna configured to electronically read information stored in the second portion of said combination EAS/RFID tag, characterized in that said near field antenna is a circular microstrip antenna mounted on a substrate and encircles said detacher and said near field antenna is configured to read information from said second portion of said combination EAS/RFID tag at a position relative to said detacher when said second portion of said combination EAS/RFID tag is disposed at any angle relative to said detacher when the clutch release mechanism is placed in proximity to the detacher. a combination electronic article surveillance, EAS, and radio frequency identification, RFID, tag, EAS/RFID tag, comprising a first portion, a second portion and a clutch release mechanism disposed in the first portion; a security device configured to detach said combination EAS/RFID tag; said security device comprising: a detacher configured to selectively disengage the clutch release mechanism disposed in the first portion of said combination EAS/RFID tag; and a near field antenna configured to electronically read information stored in the second portion of said combination EAS/RFID tag, characterized in that said near field antenna is a circular microstrip antenna mounted on a substrate and encircles said detacher and said near field antenna is configured to read information from said second portion of said combination EAS/RFID tag at a position relative to said detacher when said second portion of said combination EAS/RFID tag is disposed at any angle relative to said detacher when the clutch release mechanism is placed in proximity to the detacher. a detacher configured to selectively disengage the clutch release mechanism disposed in the first portion of said combination EAS/RFID tag; and a near field antenna configured to electronically read information stored in the second portion of said combination EAS/RFID tag, characterized in that said near field antenna is a circular microstrip antenna mounted on a substrate and encircles said detacher and said near field antenna is configured to read information from said second portion of said combination EAS/RFID tag at a position relative to said detacher when said second portion of said combination EAS/RFID tag is disposed at any angle relative to said detacher when the clutch release mechanism is placed in proximity to the detacher.
A method in a computing environment for an intravascular ultrasound imaging system, comprising: displaying at least one of a sequence of tomographic images on a display having a touch screen; displaying a longitudinal image having a central axis point, the longitudinal image corresponding to the sequence of tomographic images; displaying, near the longitudinal image, one tomographic image amongst the sequence of tomographic images that corresponds to a selection marker; detecting a tactile input applied to the longitudinal image corresponding to a horizontal movement and/or to a vertical movement; determining which of the horizontal tactile input and vertical tactile input is the more prominent; in response to determining that the horizontal tactile input is the more prominent movement, moving the selection marker proportional to the detected horizontal movement to a new position with respect to the longitudinal image and displaying a different one of the sequence of tomographic images, the different one corresponding to the new position; and, in response to determining that the vertical tactile input is the more prominent movement, rotating the cut plane of the longitudinal image proportional to detected vertical movement. displaying at least one of a sequence of tomographic images on a display having a touch screen; displaying a longitudinal image having a central axis point, the longitudinal image corresponding to the sequence of tomographic images; displaying, near the longitudinal image, one tomographic image amongst the sequence of tomographic images that corresponds to a selection marker; detecting a tactile input applied to the longitudinal image corresponding to a horizontal movement and/or to a vertical movement; determining which of the horizontal tactile input and vertical tactile input is the more prominent; in response to determining that the horizontal tactile input is the more prominent movement, moving the selection marker proportional to the detected horizontal movement to a new position with respect to the longitudinal image and displaying a different one of the sequence of tomographic images, the different one corresponding to the new position; and, in response to determining that the vertical tactile input is the more prominent movement, rotating the cut plane of the longitudinal image proportional to detected vertical movement.
A method for the manufacture of a heater, wherein at least two parts of the heater are joined together using a welding method, characterised in that at least two parts are joined together using ultrasonic welding, preferably using torsional ultrasonic welding, or transversal ultrasonic welding, wherein a thickness of one of the parts joined together by ultrasonic welding is between 0.1 mm and 0.4 mm.
A method for restoring modified data, the method comprising: intercepting, by a hardware processor, a request from a program to modify data; analyzing, by the hardware processor, prior to the program modifying the data, one or more parameters of the intercepted request according to rules including at least one of: whether the request from the program will modify the data based on types of operations available for the data; and whether the data will be modified when the data is written to a file; generating, by the hardware processor, prior to the program modifying the data, a request to generate a backup copy of the data when at least one of the rules is satisfied; generating and storing, by the hardware processor, prior to the program modifying the data, the backup copy in a backup data storage; analyzing, by the hardware processor, one or more parameters of a process of the program that modifies the data, including determining a possibility of irretrievable loss of the data; and blocking further operation of the process of the program based on an analysis of the process parameters. intercepting, by a hardware processor, a request from a program to modify data; analyzing, by the hardware processor, prior to the program modifying the data, one or more parameters of the intercepted request according to rules including at least one of: whether the request from the program will modify the data based on types of operations available for the data; and whether the data will be modified when the data is written to a file; generating, by the hardware processor, prior to the program modifying the data, a request to generate a backup copy of the data when at least one of the rules is satisfied; generating and storing, by the hardware processor, prior to the program modifying the data, the backup copy in a backup data storage; analyzing, by the hardware processor, one or more parameters of a process of the program that modifies the data, including determining a possibility of irretrievable loss of the data; and blocking further operation of the process of the program based on an analysis of the process parameters. whether the request from the program will modify the data based on types of operations available for the data; and whether the data will be modified when the data is written to a file; generating, by the hardware processor, prior to the program modifying the data, a request to generate a backup copy of the data when at least one of the rules is satisfied; generating and storing, by the hardware processor, prior to the program modifying the data, the backup copy in a backup data storage; analyzing, by the hardware processor, one or more parameters of a process of the program that modifies the data, including determining a possibility of irretrievable loss of the data; and blocking further operation of the process of the program based on an analysis of the process parameters.
Manufacturing system for producing fibre composite material components, comprising - a mould providing unit, which has at least one component mould (15, 16), arranged on a mould support, for a fibre composite material component, - at least two production units (4 to 11), which are intended for applying a fibre composite material to the at least one component mould (15, 16) and are arranged such that they can be moved on a guiding track, wherein - the guiding track is designed to run around the mould providing unit and - the at least two production units (4 to 11) can move around the mould providing unit along the guiding track, wherein the guiding track forms a first running-around track for the production of the fibre composite material component and, separate from it, a maintenance track section for the maintenance of the at least two production units (4 to 11), the maintenance track section being part of a second running-around track, a number of dead-end-like station track sections (44 to 49) being arranged on the maintenance track section to form maintenance stations and the maintenance track section separating an interior space from an exterior space, characterized in that the station track sections (44 to 49) are arranged in the interior space. - a mould providing unit, which has at least one component mould (15, 16), arranged on a mould support, for a fibre composite material component, - at least two production units (4 to 11), which are intended for applying a fibre composite material to the at least one component mould (15, 16) and are arranged such that they can be moved on a guiding track, wherein - the guiding track is designed to run around the mould providing unit and - the at least two production units (4 to 11) can move around the mould providing unit along the guiding track, wherein the guiding track forms a first running-around track for the production of the fibre composite material component and, separate from it, a maintenance track section for the maintenance of the at least two production units (4 to 11), the maintenance track section being part of a second running-around track, a number of dead-end-like station track sections (44 to 49) being arranged on the maintenance track section to form maintenance stations and the maintenance track section separating an interior space from an exterior space, characterized in that the station track sections (44 to 49) are arranged in the interior space.
An oral thin film comprising a polymer matrix in the form of a solidified foam having voids, wherein the polymer matrix contains at least one active pharmaceutical ingredient, at least one first polymer which comprises a water-soluble polymer and at least one second polymer which comprises a mucoadhesive polymer having a number-average molecular weight of equal to or greater than 100,000 g/mol.
Method for transmitting, via an asynchronous link, a frame of information and an additional item of data from a security processor to an external device, the frame of information being made up of a particular pattern of bits signalling the beginning of the frame and another particular pattern of bits signalling the end of the frame and the additional item of data being an item of data sent to the external device in addition to those contained in the frame of information, wherein: a) in response to receiving a request, the security processor calculates the value of the additional item of data, this additional item of data being a response to the request chosen from at least two possible responses to the request; b) the security processor calculates a delay according to the value of this additional item of data calculated in step a); and c) the security processor delays the beginning of transmission of the frame of information, from the security processor to the external device, by a duration that is equal to the delay calculated in step b) for transmitting the additional item of data, then transmits the frame of information to the external device. a) in response to receiving a request, the security processor calculates the value of the additional item of data, this additional item of data being a response to the request chosen from at least two possible responses to the request; b) the security processor calculates a delay according to the value of this additional item of data calculated in step a); and c) the security processor delays the beginning of transmission of the frame of information, from the security processor to the external device, by a duration that is equal to the delay calculated in step b) for transmitting the additional item of data, then transmits the frame of information to the external device.
Assembly for an airplane for transmitting an analog audio signal from a signal source to a signal sink, - wherein the assembly contains a line designed with at least two wires, - with a first switching element to connect the line in a first operating mode to a first digital transceiver and in a second operating mode to the analog signal source for the audio signal, - with a second switching element to connect the line in the first operating mode to a second digital transceiver and in the second operating mode to the analog signal sink for the audio signal, - wherein the line is operated in the first operating mode as a digital data bus to transmit data between the two digital transceivers (16a,b) and in the second operating mode as an analog signal line to transmit the analog audio signal from the signal source to the signal sink. - wherein the assembly contains a line designed with at least two wires, - with a first switching element to connect the line in a first operating mode to a first digital transceiver and in a second operating mode to the analog signal source for the audio signal, - with a second switching element to connect the line in the first operating mode to a second digital transceiver and in the second operating mode to the analog signal sink for the audio signal, - wherein the line is operated in the first operating mode as a digital data bus to transmit data between the two digital transceivers (16a,b) and in the second operating mode as an analog signal line to transmit the analog audio signal from the signal source to the signal sink.
A method of forming a pattern on a substrate using a patterned template comprising: applying an activating light curable liquid to a portion of the substrate; positioning the patterned template and the substrate in a spaced relation to each other so that a gap is created between the patterned template and the substrate, wherein the applied liquid substantially fills the gap when the patterned template is placed in a spaced relation to the substrate; applying activating light to the liquid, wherein the application of activating light substantially cures the liquid, and a pattern of the patterned template is formed in the cured liquid; and separating the patterned template from the cured liquid, characterised by the liquid being applied in a predetermined pattern to the substrate that is configured to inhibit the formation of air bubbles in the liquid when the patterned template contacts the liquid as the pattered template and substrate are oriented in a spaced relation, wherein the predetermined pattern includes one selected in the group comprising: sinusoidal patterns, X patterns, W patterns, parallel lines, and patterns that include a plurality of drops of fluids dispensed in such a way that, as drops expand, they do not trap any air between the template and the substrate. applying an activating light curable liquid to a portion of the substrate; positioning the patterned template and the substrate in a spaced relation to each other so that a gap is created between the patterned template and the substrate, wherein the applied liquid substantially fills the gap when the patterned template is placed in a spaced relation to the substrate; applying activating light to the liquid, wherein the application of activating light substantially cures the liquid, and a pattern of the patterned template is formed in the cured liquid; and separating the patterned template from the cured liquid, characterised by the liquid being applied in a predetermined pattern to the substrate that is configured to inhibit the formation of air bubbles in the liquid when the patterned template contacts the liquid as the pattered template and substrate are oriented in a spaced relation, wherein the predetermined pattern includes one selected in the group comprising: sinusoidal patterns, X patterns, W patterns, parallel lines, and patterns that include a plurality of drops of fluids dispensed in such a way that, as drops expand, they do not trap any air between the template and the substrate. sinusoidal patterns, X patterns, W patterns, parallel lines, and patterns that include a plurality of drops of fluids dispensed in such a way that, as drops expand, they do not trap any air between the template and the substrate.
Method of sintering electrically conducting powders in an air atmosphere for obtaining a sintered product, comprising the following sequence of steps: a) placing the powders in an electrically isolating mold, b) applying a pressure to the powders between 100 and 500MPa, c) applying to the powders a sintering current at a sintering voltage during a sintering time, for sintering the powders, characterized by applying to the powders, between step b) and step c), an activation current density lower than the sintering current density at an activation voltage greater than the sintering voltage during an activation time lower than the sintering time, to reduce the electrical resistance of the powders, the activation current density and the sintering current density being constant a) placing the powders in an electrically isolating mold, b) applying a pressure to the powders between 100 and 500MPa, c) applying to the powders a sintering current at a sintering voltage during a sintering time, for sintering the powders,
A semi-insulating silicon carbide single crystal having a resistivity of at least 10 5 Ωcm at 25 degrees centigrade, containing titanium transition metal impurity producing deep acceptor levels and at least one of deep donor level intrinsic defect, in which the concentration of the titanium transition metal impurity is less than 10 16 cm -3 and sufficient to affect the electrical properties of the crystal by compensating shallow donors but lower than the concentration of intrinsic deep donor levels and higher than the concentration of deep acceptor levels of aluminum and boron each being less than 5x10 14 cm -3, wherein the thermal activation energy of the crystal is 1.4 +/-0.1 eV.
A sensor (1, 105) comprising a mount, comprising: a first mount part for mounting a sensor part; and a second mount part for mounting the first mount part; wherein a first adjustment mechanism is provided to adjust the first mount part relative to the second mount part and a second adjustment mechanism is provided to adjust the second mount part relative to a support; characterised in that at least one of the first adjustment mechanism and the second adjustment mechanism is a discrete vernier adjustment mechanism, wherein the vernier adjustment mechanism comprises a first array of first alignment features, which are notches or projections and which are spaced apart by a first spacing and a second array of second alignment features, which are notches or projections and which are spaced apart by a second spacing different from the first spacing, the arrays being arranged such that alignment of a selected first alignment feature with a selected second alignment feature defines the adjustment of the vernier adjustment mechanism; and wherein the sensor further comprises fixing means, such as a pin, clip, clasp or band, which is arranged to fix the selected first alignment feature in alignment with the selected second alignment feature so as to prevent or restrict relative movement of one array relative to the other. a first mount part for mounting a sensor part; and a second mount part for mounting the first mount part; wherein a first adjustment mechanism is provided to adjust the first mount part relative to the second mount part and a second adjustment mechanism is provided to adjust the second mount part relative to a support; characterised in that at least one of the first adjustment mechanism and the second adjustment mechanism is a discrete vernier adjustment mechanism, wherein the vernier adjustment mechanism comprises a first array of first alignment features, which are notches or projections and which are spaced apart by a first spacing and a second array of second alignment features, which are notches or projections and which are spaced apart by a second spacing different from the first spacing, the arrays being arranged such that alignment of a selected first alignment feature with a selected second alignment feature defines the adjustment of the vernier adjustment mechanism; and wherein the sensor further comprises fixing means, such as a pin, clip, clasp or band, which is arranged to fix the selected first alignment feature in alignment with the selected second alignment feature so as to prevent or restrict relative movement of one array relative to the other.
A configurable gauge for indicating a current value of a parameter of interest, comprising: a re-configurable flat panel display electrically activated to display a user-defined gauge face, including arcuately arranged indicia corresponding to said parameter; a transparent panel spaced from the flat panel display through which the gauge face is viewed; a mechanical pointer disposed between the flat panel display and the transparent panel, including a stem and a hub that rotatably supports the stem, where the hub is mounted on a surface of the flat panel display or a surface of the transparent panel; and control means for regulating a rotary position of the pointer stem with respect to the arcuately arranged indicia of the gauge face to indicate the current value of the parameter; wherein the control means are adapted to activate the flat panel display such that it has region which emits light in the form of an image of said stem and to rotate the image in visual alignment with the stem; and wherein the stem includes fluorescent particles that fluoresce when excited by the light from the image, or the stem is formed of a translucent frosted material for diffusing the light from the image. a re-configurable flat panel display electrically activated to display a user-defined gauge face, including arcuately arranged indicia corresponding to said parameter; a transparent panel spaced from the flat panel display through which the gauge face is viewed; a mechanical pointer disposed between the flat panel display and the transparent panel, including a stem and a hub that rotatably supports the stem, where the hub is mounted on a surface of the flat panel display or a surface of the transparent panel; and control means for regulating a rotary position of the pointer stem with respect to the arcuately arranged indicia of the gauge face to indicate the current value of the parameter; wherein the control means are adapted to activate the flat panel display such that it has region which emits light in the form of an image of said stem and to rotate the image in visual alignment with the stem; and wherein the stem includes fluorescent particles that fluoresce when excited by the light from the image, or the stem is formed of a translucent frosted material for diffusing the light from the image.