mhurhangee/ep-ind-claims huggingface dataset:
One or more computer storage media having computer-executable instructions embodied thereon that, when executed, perform a method for deploying an operating system on a computing device, the method comprising: receiving a virtual hard drive, VHD file having one or more operating system instructions, the VHD file being associated with a boot manager enhancer and a translator; enhancing a boot manager utilizing the boot manager enhancer; determining a VHD file position; storing the VHD file position; implementing the translator to apply the VHD file position to read/write requests; and commencing an initial boot sequence from the VHD file, wherein one or more of the virtual hard drive, the boot manager enhancer, and the translator contains a disk driver that allows the virtual hard drive file to be mounted as a disk in the computing device. receiving a virtual hard drive, VHD file having one or more operating system instructions, the VHD file being associated with a boot manager enhancer and a translator; enhancing a boot manager utilizing the boot manager enhancer; determining a VHD file position; storing the VHD file position; implementing the translator to apply the VHD file position to read/write requests; and commencing an initial boot sequence from the VHD file, wherein one or more of the virtual hard drive, the boot manager enhancer, and the translator contains a disk driver that allows the virtual hard drive file to be mounted as a disk in the computing device.
Medical vest for High Frequency Chest Wall Oscillation (HFCWO) system, comprising a plurality of devices, each device comprising a deformable chamber and at least a port (5, 6) in communication with the chamber configured to let a pressurized fluid flowing alternatively in and out the chamber so that the inflatable device alternatively passes from an inflated configuration to a deflated configuration, wherein the device is configured to essentially expand along one single direction when passing from the deflated configuration to the inflated configuration and wherein the device comprises a body forming at least a part of the chamber, the body comprising elastic means formed by bellows arranged for automatically decreasing the length of the body and bringing the device back to its deflated configuration when the chamber is not supplied with pressurized air, wherein the device comprises a head operating repetitive back and forth movements and having an impact portion configured to transfer pulsations onto the body of the patient at each forth movement during usage, wherein the chamber is formed by a base, the head and the body, the body extending between the base and the head, characterized in that the head and the body are made of silicon and form a single part and monolithic part, wherein the thicknesses of each of the head and of the base are greater than the thickness of the wall of the body, such that when in use, the deformation of the head through elasticity is negligible in comparison to the deformation of the body through the extension and retraction of the bellows.
A locking device for a brake actuator housing, the housing having two housing parts (101, 103) engaging each other in a bayonet coupling, the device comprising: - a flank adapted for positioning against a circumferential surface of the first housing part, said circumferential surface facing the second housing part when assembled to the first housing part, - the flank comprising a resilient member which is movable between a first position and a second position, wherein - in the first position, the resilient member projects from the flank away from the first housing part, and - the resilient member is oriented such that during an axial engaging movement between the housing parts (101, 103), the resilient member is moved by the second housing part from the first position into the second position, wherein in the second position, the resilient member gives way to the second housing part, and after a rotational engaging movement between the housing parts (101, 103), the resilient member moves back towards the first position wherein the resilient member blocks the second housing part from being moved out of engagement. - a flank adapted for positioning against a circumferential surface of the first housing part, said circumferential surface facing the second housing part when assembled to the first housing part, - the flank comprising a resilient member which is movable between a first position and a second position, wherein - in the first position, the resilient member projects from the flank away from the first housing part, and - the resilient member is oriented such that
A vehicle wheel comprising a rim for receiving a tire at its radially outer side, wherein the rim (2,18) comprises an outer rim flange, an outer rim seat, a frusto-conical plane (6,28) inclined at an angle α relative to the rotational axis of the wheel of between 1o and 90o, an inner rim seat and an inner rim flange, a wheel hub connected to the rim (2,18) via a support element (11,17), wherein the support element (11,17) is comprised of metal and wherein the rim (2,18) is comprised of a fibre reinforced polymer, wherein the support element is connected with the rim through at least three connecting elements which extend through openings in the frusto conical plane of the rim and is received in the support element, wherein the openings in the frusto conical plane of the rim are radially elongated openings or wherein the support element (17,30,45) is connected with the rim (18,31) through at least three connecting elements (19,32) which extend through openings (20,33,47) in the support element (17,30,45) and is received in the frusto conical plane of the rim, wherein the openings (20,33,47) in the support element are radially elongated openings.
Cosmetic preparation in the form of an oil-in-water emulsion for the cleansing of skin and hair, comprising a lipid phase, one or more washing-active surfactants which have an HLB value of at least 15 and are selected from anionic sulphate surfactants and at least one 1,2-alkanediol having 5 or 6 carbon atoms, where it comprises at least 10% by weight and at most 50% by weight of oil.
A fastener for a wig, which is connected to an inside surface of the wig and clamps wearer's own hairs, and thereby fixing the wig to a wearer's head, comprising: two approximately U-shape members (10,10), wherein: each of the approximately U-shape members is configured of a comb teeth fixed piece to which comb teeth are fixed, and two curved elastic leg portions (12, 13) which extend from both ends of the comb teeth fixed piece in the same direction which is approximately perpendicular to the comb teeth fixed piece, an open position and a closed position may be selected by reversing the bending direction of the curved elastic leg portions,in the open position, the comb teeth are raised away from the curved elastic leg portions (12, 13), and in the closed position, the comb teeth extend along the curved elastic leg portions (12, 13) characterized in that the two approximately U-shape members (10,10) are connected to each other at a plurality of connecting points located away from each other in a direction that each of the curved elastic leg portions (12, 13) extends under the condition that opening portions of the approximately U-shape members face each other and the curved elastic leg portions (12, 13) are overlapping each other. each of the approximately U-shape members is configured of a comb teeth fixed piece to which comb teeth are fixed, and two curved elastic leg portions (12, 13) which extend from both ends of the comb teeth fixed piece in the same direction which is approximately perpendicular to the comb teeth fixed piece, an open position and a closed position may be selected by reversing the bending direction of the curved elastic leg portions,in the open position, the comb teeth are raised away from the curved elastic leg portions (12, 13), and in the closed position, the comb teeth extend along the curved elastic leg portions (12, 13) characterized in that the two approximately U-shape members (10,10) are connected to each other at a plurality of connecting points located away from each other in a direction that each of the curved elastic leg portions (12, 13) extends under the condition that opening portions of the approximately U-shape members face each other and the curved elastic leg portions (12, 13) are overlapping each other.
A large storage tank for liquid products, the storage tank having a fixed roof, the large storage tank comprising at least one flexible liquid holder for containing the liquid load, the flexible liquid holder constitutes a completely enclosed space, the flexible liquid holder comprises flexible walls and/or is provided with an accordion wall or otherwise extendable or unfoldable wall or walls, which unfold or fold up respectively by supplying or discharging the liquid load, the flexible liquid holder is provided with connection means, such as inflow and outflow means, with which liquid load, without contacting the storage tank or the tank wall, is supplied in or out of the storage tank, characterized, in that the large storage tank comprises at least one inflatable element, containing an inflating gas, the inflatable element is provided with an accordion wall or otherwise extendable or unfoldable wall or walls, which unfold or fold up respectively by supplying or discharging inflating gas, the inflatable element is provided with connection means, such as inflow and outflow means, with which inflating gas, without contacting the storage tank or the tank wall, is supplied in or out of the storage tank, wherein the inflatable element, with the therein contained inflating gas, is mounted upon the upper side of the flexible liquid holder such that in the use position essentially the inflatable element abuts against the roof of the large storage tank and the flexible liquid holder abuts against the base of the large storage tank.
A garnet-type single crystal represented by a general formula, A 3 B 2 C 3 O 12 (having a crystal structure with three sites A, B and C occupied by cations, wherein A represents an element occupying the site A, B represents an element occupying the site B, C represents an element occupying the site C, O represents an oxygen atom); the garnet-type single crystal being a single crystal selected from a group consisting of Y 3 Al 5 O 12, Lu 3 Al 5 O 12 and (Y 1-x Lu x) 3 Al 5 O 12 (0 < x < 1) and containing fluorine as an element for attaining any one or both of substituting for the oxygen atom or compensating for oxygen defect.
A device for processing components (6, 7) for means of transport, in particular for processing sections for aircraft, the device comprising a handling system supporting a holding frame, wherein the holding frame comprises at least one pressure stamp (14, 32, 76) and/or at least one processing unit, characterized in that in the region of the holding frame at least one non-positively acting connection element (19, 20, 34, 35, 60-63) for connecting with a component surface is arranged, the holding frame is freely positionable in space in relation to the component surface by means of the handling system, no connection aids on the component side are necessary for the processing and the device is adapted for processing the components (6, 7) without interior systems for their support, wherein the at least one connecting element (19, 20, 34, 35, 60-63) adapts itself to the contour of the component (6, 7) to be processed.
A bolus for non-surgical, non-therapeutic intravenous administration comprising a liquid solution of a radioactive compound having a radioactive half-life of less than 21 minutes for use in blood flow imaging, characterized in that said bolus has a radioactivity concentration of between 180-220 MBq/ml, such as 200 MBq/ml, and said radioactive compound is radioactive water, such as 0-15 H 2 O or 0-14 H 2 O.
A system for targeting a power outage comprising: a plurality of electric meters connected to a power distribution network, each meter from the plurality of electric meters being configured to receive electric power from power distribution equipment in the power distribution network and to receive information that identifies the power distribution equipment from which it receives electric power; and a plurality of communication nodes that communicate via a wireless network, each communication node being associated with an electric meter and configured to receive (i) information identifying the respective neighboring communication node, and (ii) the information identifying the power distribution equipment from which the electric meter associated with the respective neighboring communication node receives electric power, wherein a first communication node is configured to (i) select, based on the received information, a suitable second, neighboring communication node with which it can communicate and, when the first electric meter experiences a loss in power, (ii) transmit an immediate notification of said outage to said selected second communication node, characterized in that the selection is based on whether a second communication node receives electric power from power distribution equipment different from the power distribution equipment from which the first electric meter receives electric power. a plurality of electric meters connected to a power distribution network, each meter from the plurality of electric meters being configured to receive electric power from power distribution equipment in the power distribution network and to receive information that identifies the power distribution equipment from which it receives electric power; and a plurality of communication nodes that communicate via a wireless network, each communication node being associated with an electric meter and configured to receive (i) information identifying the respective neighboring communication node, and (ii) the information identifying the power distribution equipment from which the electric meter associated with the respective neighboring communication node receives electric power, wherein a first communication node is configured to (i) select, based on the received information, a suitable second, neighboring communication node with which it can communicate and, when the first electric meter experiences a loss in power, (ii) transmit an immediate notification of said outage to said selected second communication node,
A compound for preparing 4-( 10 B)borono-L-phenylalanine, characterized in that the compound is represented by the following formula: wherein R group is selected from the group consisting of: tert -butoxycarbonyl (t-Boc) group, trityl (Trt) group, 3,5-dimethoxyphenylisopropoxycarbonyl (Ddz) group, 2-(4-Biphenyl)isopropoxycarbonyl (Bpoc) group, and 2-nitrophenylsulfenyl (Nps) group, and the compound has a 10 B purity higher than or equal to 98 %, wherein the compound has an enantiomeric excess higher than or equal to 99%.
Dispensing device for dispensing a liquid, in particular in the form of a foam, at least comprising a liquid container and a dispensing assembly, the dispensing assembly comprising a liquid pump and an actuating head, the actuating head comprising a discharge duct and a dispensing opening for dispensing the liquid, and a circular protective cap, which protective cap can be guided into a space which is formed between a protective inner wall and a protective outer wall of the dispensing assembly, one or more discharge openings being provided near the bottom of the space which discharge to the outside, wherein the dispensing device comprises a fixing collar with an internal screw thread for coupling the dispensing assembly to the liquid container, characterized in that the one or more discharge openings extend through the fixing collar and discharge on the side of the internal screw thread.
A cross-flow plate heat and/ moisture exchanger, the plates (2, 3) of which are arranged above, below and next to each other and which form flow passages alternating for a first and a second fluid, wherein each plate (2, 3) comprises a first cross-flow region (4, 12), a counter-flow region (6, 14) following the first cross-flow region (4, 12) in flow direction and a second cross-flow region (10, 18) following the counter-flow region (6, 14), the cross-flow regions (4, 10, 12, 18) of adjacent plates (2, 3) forming flow channels (5, 11, 13, 19) extending approx. vertically to each other, the counter-flow regions (6, 14) of adjacent plates (2, 3) forming counter-flow channels (7, 15), the first / second cross-flow region (4, 10) of each plate corresponding in its dimensions to the second / first cross-flow region (18, 12) of each adjacent plate and being arranged above, below or next to the same, and the counter-flow region of each plate corresponding in its dimensions to the counter-flow region of each adjacent plate and being arranged above, below or next to the same, characterised in that the counter-flow channels of the counter-flow region of each plate are slightly, preferably by 5 to 25 degrees, inclined to the counter-flow channels of the counter-flow region of each adjacent plate.
A method for detecting biological signs based on an ultrasonic detection system, wherein the ultrasonic detection system comprises an ultrasonic probe, a first processing module, a second processing module and a synchronous distribution module; wherein the ultrasonic probe comprises at least two array elements, and the first processing module comprises a master processing module and at least one slave processing module; the method comprising: sending, by the second processing module, a detection instruction to the master processing module; generating, by the master processing module, a first synchronization signal based on the detection instruction, and sending the first synchronization signal to the synchronous distribution module, so as to make the synchronous distribution module send the first synchronization signal to the master processing module and the slave processing module in the first processing module; controlling, by the slave processing module and the master processing module, the array elements respectively connected with the slave processing module and the master processing module to transmit an ultrasonic wave that is used to detect a shear wave based on the first synchronization signal, and collecting at least 20 frames of an echo signal of the ultrasonic wave; wherein the echo signal has a pulse repetition frequency within a range of 10 Hz-40,000 Hz; and processing, by the second processing module, the echo signal collected to obtain information about biological signs of an organism. sending, by the second processing module, a detection instruction to the master processing module; generating, by the master processing module, a first synchronization signal based on the detection instruction, and sending the first synchronization signal to the synchronous distribution module, so as to make the synchronous distribution module send the first synchronization signal to the master processing module and the slave processing module in the first processing module; controlling, by the slave processing module and the master processing module, the array elements respectively connected with the slave processing module and the master processing module to transmit an ultrasonic wave that is used to detect a shear wave based on the first synchronization signal, and collecting at least 20 frames of an echo signal of the ultrasonic wave; wherein the echo signal has a pulse repetition frequency within a range of 10 Hz-40,000 Hz; and processing, by the second processing module, the echo signal collected to obtain information about biological signs of an organism.
A communication node (600, 400) comprising: a wireless transceiver configured to transmit and receive signals over an air interface toward and from user equipment, UE, respectively; a processor, connected to said wireless transceiver, and configured to control said wireless transceiver to transmit positioning scheduling information to said UE, wherein said positioning scheduling information is usable by said UE to transmit at least one positioning signal; an interface, connected to said processor, configured to transmit said positioning scheduling information to a first set of cooperating eNBs, wherein said positioning scheduling information is usable by said first set of cooperating eNBs to identify said at least one positioning signal and to mitigate interference associated with said at least one positioning signal; wherein said wireless transceiver is further configured to receive said at least one positioning signal; and wherein said interface is further configured to receive information associated with reception of said at least one positioning signal by said first set of cooperating eNBs. a wireless transceiver configured to transmit and receive signals over an air interface toward and from user equipment, UE, respectively; a processor, connected to said wireless transceiver, and configured to control said wireless transceiver to transmit positioning scheduling information to said UE, wherein said positioning scheduling information is usable by said UE to transmit at least one positioning signal; an interface, connected to said processor, configured to transmit said positioning scheduling information to a first set of cooperating eNBs, wherein said positioning scheduling information is usable by said first set of cooperating eNBs to identify said at least one positioning signal and to mitigate interference associated with said at least one positioning signal; wherein said wireless transceiver is further configured to receive said at least one positioning signal; and wherein said interface is further configured to receive information associated with reception of said at least one positioning signal by said first set of cooperating eNBs.
A method of fabricating a conductive metal nanowire network, the method comprising: forming a transparent metal nanowire network comprising a plurality of metal nanowires and a plurality of junctions, wherein at least two of the plurality of metal nanowires meet at each of the junctions; immersing the transparent metal nanowire network in a reaction solution; illuminating the immersed network with light for a duration of time sufficient for selective growth of metal nanoparticles at at least a portion of the junctions; removing the illuminated network from the reaction solution; and drying the removed network. forming a transparent metal nanowire network comprising a plurality of metal nanowires and a plurality of junctions, wherein at least two of the plurality of metal nanowires meet at each of the junctions; immersing the transparent metal nanowire network in a reaction solution; illuminating the immersed network with light for a duration of time sufficient for selective growth of metal nanoparticles at at least a portion of the junctions; removing the illuminated network from the reaction solution; and drying the removed network.