mhurhangee/ep-ind-claims huggingface dataset:
A digital media playing system comprising: a portable digital media container having a radio frequency identification (RFID) tag, containing RFID tag information, coupled thereto; and a media playing device having a radio frequency identification tag reader operatively coupled therewith to read information from the RFID tag on the portable media container, wherein the media playing device further includes a controller operatively responsive to the information read from the portable media container and operative to retrieve, from a device at a remote location, additional information associated with the portable media container and characterized in that: the RFID tag information includes at least encrypted RFID tag identification information and remote content identification information and wherein the RFID reader is operative to perform electronic authentication of the portable digital media container prior to obtaining the content identification information. a portable digital media container having a radio frequency identification (RFID) tag, containing RFID tag information, coupled thereto; and a media playing device having a radio frequency identification tag reader operatively coupled therewith to read information from the RFID tag on the portable media container, wherein the media playing device further includes a controller operatively responsive to the information read from the portable media container and operative to retrieve, from a device at a remote location, additional information associated with the portable media container and characterized in that: the RFID tag information includes at least encrypted RFID tag identification information and remote content identification information and wherein the RFID reader is operative to perform electronic authentication of the portable digital media container prior to obtaining the content identification information.
Blade for a thermal turbomachine, comprising a blade airfoil with a first extent (E 1) in a substantially radial orientation in relation to a rotational axis of the turbomachine and a second extent (E 2), which is formed transversely to the first extent, and comprising a blade root, which adjoins the blade airfoil and terminates the blade airfoil in the first extent (E 1), characterized in that the blade comprises graphene at least in some region or regions in a localized manner in an inner region, away from a surface region, in order to ensure a kind of core stability of the blade.
A rope hoist which enables movement along a rail direction by driving a wheel with respect to a rail, and hoists and lowers a cargo suspended therefrom via a wire rope by changing a winding length of the wire rope by rotation of a rope drum, the rope hoist comprising: a frame structure which rotatably supports the wheel; a rope drum mechanism which is provided on one side of the frame structure in a width direction orthogonal to the rail direction, and comprises the rope drum and a drum motor which rotates the rope drum; characterized by further comprising: a counterweight which is provided on another side of the frame structure in the width direction and is arranged in a state of having a space with respect to the frame structure; a control unit which is attached to a side of the counterweight opposite to the rope drum mechanism in the width direction and inverter-controls the drum motor, and to the rope drum mechanism side of the counterweight, a braking resistor part which processes regenerative electric power in the inverter control is attached in a state of being located in the space a frame structure which rotatably supports the wheel; a rope drum mechanism which is provided on one side of the frame structure in a width direction orthogonal to the rail direction, and comprises the rope drum and a drum motor which rotates the rope drum; a counterweight which is provided on another side of the frame structure in the width direction and is arranged in a state of having a space with respect to the frame structure; a control unit which is attached to a side of the counterweight opposite to the rope drum mechanism in the width direction and inverter-controls the drum motor, and to the rope drum mechanism side of the counterweight, a braking resistor part which processes regenerative electric power in the inverter control is attached in a state of being located in the space
A compound described by a general formula or, wherein R 1 is a solubility function selected from the group including - a polyethylene glycol and - a polyglycerol, and each X independently is selected from OPO 3 2-, OPSO 2 2-, - or OSO 3 -. R 1 is a solubility function selected from the group including - a polyethylene glycol and - a polyglycerol, - a polyethylene glycol and - a polyglycerol, and each X independently is selected from OPO 3 2-, OPSO 2 2-, - or OSO 3 -.
A method for modifying key event messages, said method comprising: (a) creating key event messages corresponding to keystrokes generated by a keyboard, wherein said keyboard is selected from the group consisting of an onscreen keyboard implemented in software, a part of a mobile device implemented in hardware, a keyboard connected externally to a mobile device in a wired fashion, or a keyboard connected externally to a mobile device in a wireless fashion; (b) encrypting the key event messages subsequent the creating in (a) using a message filter; (c) sending the encrypted key event messages to an application where the encrypted key event messages are decrypted before the contents of the key event messages are displayed, comprising passing the encrypted key event messages to a message queue of an operating system. (a) creating key event messages corresponding to keystrokes generated by a keyboard, wherein said keyboard is selected from the group consisting of an onscreen keyboard implemented in software, a part of a mobile device implemented in hardware, a keyboard connected externally to a mobile device in a wired fashion, or a keyboard connected externally to a mobile device in a wireless fashion; (b) encrypting the key event messages subsequent the creating in (a) using a message filter; (c) sending the encrypted key event messages to an application where the encrypted key event messages are decrypted before the contents of the key event messages are displayed,
An airfoil, the airfoil comprising: a dovetail root having a base; a grooved slot disposed in the base; and a plurality of root lightening cavities extending from the grooved slot to the airfoil; characterized in that: at least one of the plurality of root lightening cavities is angularly offset with respect to a radial direction of the airfoil; the airfoil further comprises a plurality of plugs, each of the plurality of plugs disposed into a corresponding complementary cavity of the plurality of root lightening cavities, each of the plurality of plugs being configured to prevent water from water from entering into the plurality of root lightening cavities when the plurality of plugs are disposed in the cavities; and in that: each cavity of the plurality of root lightening cavities includes a counterbore located between the at least one of the plurality of root lightening cavities that is angularly offset with respect to the radial direction of the airfoil and the grooved slot, wherein the counterbore is configured to facilitate the manufacturing of the angularly offset root lightening cavities. a dovetail root having a base; a grooved slot disposed in the base; and a plurality of root lightening cavities extending from the grooved slot to the airfoil; characterized in that: at least one of the plurality of root lightening cavities is angularly offset with respect to a radial direction of the airfoil; the airfoil further comprises a plurality of plugs, each of the plurality of plugs disposed into a corresponding complementary cavity of the plurality of root lightening cavities, each of the plurality of plugs being configured to prevent water from water from entering into the plurality of root lightening cavities when the plurality of plugs are disposed in the cavities; and in that: each cavity of the plurality of root lightening cavities includes a counterbore located between the at least one of the plurality of root lightening cavities that is angularly offset with respect to the radial direction of the airfoil and the grooved slot, wherein the counterbore is configured to facilitate the manufacturing of the angularly offset root lightening cavities. at least one of the plurality of root lightening cavities is angularly offset with respect to a radial direction of the airfoil; the airfoil further comprises a plurality of plugs, each of the plurality of plugs disposed into a corresponding complementary cavity of the plurality of root lightening cavities, each of the plurality of plugs being configured to prevent water from water from entering into the plurality of root lightening cavities when the plurality of plugs are disposed in the cavities; and in that: each cavity of the plurality of root lightening cavities includes a counterbore located between the at least one of the plurality of root lightening cavities that is angularly offset with respect to the radial direction of the airfoil and the grooved slot, wherein the counterbore is configured to facilitate the manufacturing of the angularly offset root lightening cavities.
A device comprising: a coil antenna adapted to carry, transmit or receive an electrical signal, which includes a dual-band electrical signal and a near field communications, NFC, electrical signal; a separately installed center-fed dipole antenna; one or more components adapted to isolate the dual-band electrical signal from the NFC electrical signal; a NFC module adapted to process the NFC electrical signal, the NFC module utilizes the coil antenna that is configured to include a close ended coil antenna during NFC operation; and a dual-band module adapted to process the dual-band electrical signal, the dual-band module reuses a segment of the close ended coil antenna during dual-band operation wherein one or more components include a device to separate the segment of the close ended coil antenna to resonate at dual-band frequency when combined with the separately installed center-fed dipole antenna. a coil antenna adapted to carry, transmit or receive an electrical signal, which includes a dual-band electrical signal and a near field communications, NFC, electrical signal; a separately installed center-fed dipole antenna; one or more components adapted to isolate the dual-band electrical signal from the NFC electrical signal; a NFC module adapted to process the NFC electrical signal, the NFC module utilizes the coil antenna that is configured to include a close ended coil antenna during NFC operation; and a dual-band module adapted to process the dual-band electrical signal, the dual-band module reuses a segment of the close ended coil antenna during dual-band operation wherein one or more components include a device to separate the segment of the close ended coil antenna to resonate at dual-band frequency when combined with the separately installed center-fed dipole antenna.
A method for operating a Coriolis flowmeter comprising: measuring a fluid flow in the flowmeter; characterized by: determining at least one fluid characteristic, wherein the step of determining at least one fluid characteristic comprises the step of determining a fluid density; determining a preferred algorithm of a plurality of zero calibration algorithms based upon the fluid flow and the fluid density; and applying the preferred zero calibration algorithm to an operating routine to determine a mass flow rate. measuring a fluid flow in the flowmeter; characterized by: determining at least one fluid characteristic, wherein the step of determining at least one fluid characteristic comprises the step of determining a fluid density; determining a preferred algorithm of a plurality of zero calibration algorithms based upon the fluid flow and the fluid density; and applying the preferred zero calibration algorithm to an operating routine to determine a mass flow rate. determining at least one fluid characteristic, wherein the step of determining at least one fluid characteristic comprises the step of determining a fluid density; determining a preferred algorithm of a plurality of zero calibration algorithms based upon the fluid flow and the fluid density; and applying the preferred zero calibration algorithm to an operating routine to determine a mass flow rate.
Computer-implemented method (602B, 702B) to quantify biotic damage in leaves of crop plants, the method (602B, 702B) comprising: receiving a leaf-image taken from a particular crop plant, the leaf-image showing at least one of the leaves of the particular crop plant; using a first convolutional neural network to process the leaf-image to derive a segmented leaf-image, the segmented leaf-image hereinafter referred to as the single-leaf-image, being a contiguous set of pixels that show an entire foreground leaf of the particular plant, the first convolutional neural network having been trained by a plurality of leaf-annotated leaf-images, wherein the leaf-images in a training set are annotated to identify foreground leaves, with the leaf-annotation identifying the leaf border of foreground leaves in difference to adjacent leaves and in difference to the background; and characterized in that using a second convolutional neural network to process the single-leaf-image to obtain a damage degree, being the ratio of the surface area of damage regions over the surface area of the foreground leaf. receiving a leaf-image taken from a particular crop plant, the leaf-image showing at least one of the leaves of the particular crop plant; using a first convolutional neural network to process the leaf-image to derive a segmented leaf-image, the segmented leaf-image hereinafter referred to as the single-leaf-image, being a contiguous set of pixels that show an entire foreground leaf of the particular plant, the first convolutional neural network having been trained by a plurality of leaf-annotated leaf-images, wherein the leaf-images in a training set are annotated to identify foreground leaves, with the leaf-annotation identifying the leaf border of foreground leaves in difference to adjacent leaves and in difference to the background; and characterized in that using a second convolutional neural network to process the single-leaf-image to obtain a damage degree, being the ratio of the surface area of damage regions over the surface area of the foreground leaf.
A self-piercing nut element that is designed to be pressed into a sheet metal part, with the nut element having the following features: a head part forming a flange, a central bore in the head part which is designed to receive a bolt element and which has a central longitudinal axis, a sheet metal contact surface formed in a plane standing at least substantially perpendicular to the central longitudinal axis at the flange, as well as a piercing section extending away from the head part at the side of the sheet metal contact surface in the direction of the longitudinal axis, characterized in that for the self-piercing attachment of the nut element into a sheet metal part of higher strength, the nut element is designed in such a way that the piercing section directly transitions into the sheet metal contact surface and in that the piercing section has a piercing edge at its free end face with the piercing edge being spaced apart from the sheet metal contact surface by a peripheral surface having an axial height which corresponds to at least 30% and preferably to at least 50% of the sheet metal thickness, wherein the radial wall thickness of the piercing section in the region of its free end face from the outer side of the piercing section up to the nominal diameter of the thread corresponds to a thickness between 1.2 to 1.8 and preferably to 1.5 times the intended sheet metal thickness. a head part forming a flange, a central bore in the head part which is designed to receive a bolt element and which has a central longitudinal axis, a sheet metal contact surface formed in a plane standing at least substantially perpendicular to the central longitudinal axis at the flange, as well as a piercing section extending away from the head part at the side of the sheet metal contact surface in the direction of the longitudinal axis, characterized in that for the self-piercing attachment of the nut element into a sheet metal part of higher strength, the nut element is designed in such a way that the piercing section directly transitions into the sheet metal contact surface and in that the piercing section has a piercing edge at its free end face with the piercing edge being spaced apart from the sheet metal contact surface by a peripheral surface having an axial height which corresponds to at least 30% and preferably to at least 50% of the sheet metal thickness, wherein the radial wall thickness of the piercing section in the region of its free end face from the outer side of the piercing section up to the nominal diameter of the thread corresponds to a thickness between 1.2 to 1.8 and preferably to 1.5 times the intended sheet metal thickness.
A communication processing device included in a first node belonging to a first network in a communication system in which authentication being conducted to hand over a session being communicated between the first node and the first network to a second node belonging to a second network different from the first network using authentication information with the first network kept by the first node, comprising an UE/target node communication unit for notifying the second node of the authentication information for the handing over the session so as to notify the authentication server of the authentication information, when the second node conducts authentication processing for the handing over the session with an authentication server of the first network, wherein the first network is a cellular network using Extensible Authentication Protocol for authentication, the second network is a non-cellular network using authentication functions and authentication keys in an authentication protocol different from the Extensible Authentication Protocol, and the authentication information for the handing over the session includes a piece of Subscriber Identity Module information which is used for authentication at the first network.
A safety device for a self-contained breathing apparatus having at least one air cylinder configured to deliver regulated air through an air hose via a first regulator module; and a mask configured to be worn by a user, the mask having a second regulator module configured to deliver air from an air hose to an internal area of the mask, the safety device comprising: a housing configured to be held by the user and having at least one wall; an air pressure gauge at least partially surrounded by the wall of the housing and configured to indicate air pressure information or data to the user; a thermal imaging unit comprising: (i) at least one lens having a field-of-view; and (ii) at least one thermal sensor configured to output signals representative of thermal energy; and a user interface programmed or configured to display information or data to the user; wherein at least one local or remote processor is programmed or configured to directly or indirectly communicate with and/or control at least one of the following: the air pressure gauge, the thermal imaging unit, the user interface, or any combination thereof, characterized in that the orientation of the at least one lens is at least one of the following: manually adjustable relative to the housing by the user, automatically adjustable relative to the housing, automatically adjustable relative to the housing using the user interface, automatically adjustable relative to the housing using at least one control element, or any combination thereof. a housing configured to be held by the user and having at least one wall; an air pressure gauge at least partially surrounded by the wall of the housing and configured to indicate air pressure information or data to the user; a thermal imaging unit comprising: (i) at least one lens having a field-of-view; and (ii) at least one thermal sensor configured to output signals representative of thermal energy; and an air pressure gauge at least partially surrounded by the wall of the housing and configured to indicate air pressure information or data to the user; a thermal imaging unit comprising: (i) at least one lens having a field-of-view; and (ii) at least one thermal sensor configured to output signals representative of thermal energy; and a user interface programmed or configured to display information or data to the user; wherein at least one local or remote processor is programmed or configured to directly or indirectly communicate with and/or control at least one of the following: the air pressure gauge, the thermal imaging unit, the user interface, or any combination thereof, characterized in that the orientation of the at least one lens is at least one of the following: manually adjustable relative to the housing by the user, automatically adjustable relative to the housing, automatically adjustable relative to the housing using the user interface, automatically adjustable relative to the housing using at least one control element, or any combination thereof.
A method comprising: forming a device heterostructure including an ohmic contact of an ohmic metal to a semiconductor layer in a set of semiconductor layers of the device heterostructure without etching the semiconductor layer, wherein the forming includes: applying a masking material on a set of contact regions corresponding to the ohmic contact on a surface of the semiconductor layer; forming a protruded region over a set of unmasked regions of the surface of the semiconductor layer after the applying; removing the masking material from each of the set of contact regions after forming the protruded region; forming a set of highly conductive semiconducting layers on the set of contact regions after removing the masking material, wherein the forming the set of highly conductive semiconducting layers includes grading a molar fraction of at least one element of a material forming the set of highly conductive semiconducting layers with respect to a distance from an interface of the ohmic metal and the highly conductive semiconducting layers on the set of contact regions; and forming the ohmic metal on the set of highly conductive semiconducting layers after formation of the protruded region, wherein the forming the ohmic metal is performed at a processing temperature lower than a temperature range within which a quality of a material forming any one of the set of semiconductor layers in the device heterostructure is damaged. applying a masking material on a set of contact regions corresponding to the ohmic contact on a surface of the semiconductor layer; forming a protruded region over a set of unmasked regions of the surface of the semiconductor layer after the applying; removing the masking material from each of the set of contact regions after forming the protruded region; forming a set of highly conductive semiconducting layers on the set of contact regions after removing the masking material, wherein the forming the set of highly conductive semiconducting layers includes grading a molar fraction of at least one element of a material forming the set of highly conductive semiconducting layers with respect to a distance from an interface of the ohmic metal and the highly conductive semiconducting layers on the set of contact regions; and forming the ohmic metal on the set of highly conductive semiconducting layers after formation of the protruded region, wherein the forming the ohmic metal is performed at a processing temperature lower than a temperature range within which a quality of a material forming any one of the set of semiconductor layers in the device heterostructure is damaged.