mhurhangee/ep-ind-claims huggingface dataset:
A towed steerable depressor comprising: a body; a plurality of control surfaces attached to the body, comprising: a first control surface configured to control an ascent and descent of the towed steerable depressor within a water body, responsive to ascent/descent control information; a second control surface configured to control a roll of the towed steerable depressor responsive to roll control information; a third control surface configured to control a yaw of the towed steerable depressor responsive to yaw control information; and a docking fixture attached to the body, the docking fixture configured to couple to a streamer cleaning device, and configured to both release the streamer cleaning device and recover the streamer cleaning device while under water, all responsive to control information. a body; a plurality of control surfaces attached to the body, comprising: a first control surface configured to control an ascent and descent of the towed steerable depressor within a water body, responsive to ascent/descent control information; a second control surface configured to control a roll of the towed steerable depressor responsive to roll control information; a third control surface configured to control a yaw of the towed steerable depressor responsive to yaw control information; and a first control surface configured to control an ascent and descent of the towed steerable depressor within a water body, responsive to ascent/descent control information; a second control surface configured to control a roll of the towed steerable depressor responsive to roll control information; a third control surface configured to control a yaw of the towed steerable depressor responsive to yaw control information; and a docking fixture attached to the body, the docking fixture configured to couple to a streamer cleaning device, and configured to both release the streamer cleaning device and recover the streamer cleaning device while under water, all responsive to control information.
A method of estimating a reflection or transmission spectrum (R_ELEM) of an element (ELEM) of a first surface, said element (ELEM) having been colored by a color reproduction device (DIS_IMP) from a mixture of a plurality of dyes (E1, E2, E3) in predetermined proportions (p1, p2, p3), said proportions (p1, p2, p3) defining a color reproduction hue (T_ELEM) of said element (ELEM), said method being implemented by a device and comprising: - - a step of selecting a subset of patterns (M1, M2, M3, M4) from a set of reference patterns (M1, M2, M3, M4, M5) reproduced or simulated as being reproduced by said device (DIS_IMP) on a second surface having an identical texture to said first surface, a reflection or transmission spectrum (R1, R2, R3, R4, R5) and a color reproduction hue specific to said device (DIS_IMP) of each of said patterns (M1, M2, M3, M4, M5) of said set being known; - - for each pattern (M1, M2 or M3) of said subset, a step of determining an adapted spectrum (RA1, RA2 or RA3) at least from the reflection or transmission spectrum of said pattern, said adapted spectrum of a said pattern of said subset (M1, M2, M3, M4) being determined by a method seeking to minimize the difference in reflectances or transmittances between the reflection or transmission spectrum of said pattern and the reflection or transmission spectrum (R_ELEM) of said element (ELEM); and - - a step of estimating said reflection or transmission spectrum (R_ELEM) of said element (ELEM) by weighted averaging of said adapted spectra (RA1, RA2, RA3, RA4) of said patterns of said sub-assembly (M1, M2, M3, M4). - - a step of selecting a subset of patterns (M1, M2, M3, M4) from a set of reference patterns (M1, M2, M3, M4, M5) reproduced or simulated as being reproduced by said device (DIS_IMP) on a second surface having an identical texture to said first surface, a reflection or transmission spectrum (R1, R2, R3, R4, R5) and a color reproduction hue specific to said device (DIS_IMP) of each of said patterns (M1, M2, M3, M4, M5) of said set being known; - - for each pattern (M1, M2 or M3) of said subset, a step of determining an adapted spectrum (RA1, RA2 or RA3) at least from the reflection or transmission spectrum of said pattern, said adapted spectrum of a said pattern of said subset (M1, M2, M3, M4) being determined by a method seeking to minimize the difference in reflectances or transmittances between the reflection or transmission spectrum of said pattern and the reflection or transmission spectrum (R_ELEM) of said element (ELEM); and - - a step of estimating said reflection or transmission spectrum (R_ELEM) of said element (ELEM) by weighted averaging of said adapted spectra (RA1, RA2, RA3, RA4) of said patterns of said sub-assembly (M1, M2, M3, M4).
Tibial stabilization and protection orthosis comprising: a substantially tubular body made of semi-rigid material and defining an internal compartment configured for at least partially housing a zone of the leg of a user defined by the calf and by the tibia; said body having a substantially circular upper edge configured to be positioned below the knee and a substantially circular lower edge configured to be insertable inside a boot worn by the user; said body further having respective adjustment means for varying the width of said internal compartment as a function of the size of the leg of the user; wherein said tubular body comprises a band element configured to be wrappable around said zone of the leg; said band having respective end flaps, opposite each other; characterised in that said end flaps can be mutually abutted to configure the band closed in a loop. a substantially tubular body made of semi-rigid material and defining an internal compartment configured for at least partially housing a zone of the leg of a user defined by the calf and by the tibia; said body having a substantially circular upper edge configured to be positioned below the knee and a substantially circular lower edge configured to be insertable inside a boot worn by the user; said body further having respective adjustment means for varying the width of said internal compartment as a function of the size of the leg of the user; wherein said tubular body comprises a band element configured to be wrappable around said zone of the leg; said band having respective end flaps, opposite each other; characterised in that said end flaps can be mutually abutted to configure the band closed in a loop.
A laundry treatment apparatus comprising: a cabinet; a drawer retractably provided in the cabinet; an accommodation unit provided at the drawer and having a space for containing washing water; a guider comprising: a first body rotatably coupled to the cabinet, and a second body rotatably coupled to the first body and the drawer and configured to connect the first body to the drawer; a supply unit connected to a water supply source; and a water supply channel provided along the guider and configured to supply water between the supply unit and the accommodation unit, characterized in that the second body is positioned at an upper portion of the drawer when the drawer is in a closed position. a cabinet; a drawer retractably provided in the cabinet; an accommodation unit provided at the drawer and having a space for containing washing water; a guider comprising: a first body rotatably coupled to the cabinet, and a second body rotatably coupled to the first body and the drawer and configured to connect the first body to the drawer; a first body rotatably coupled to the cabinet, and a second body rotatably coupled to the first body and the drawer and configured to connect the first body to the drawer; a supply unit connected to a water supply source; and a water supply channel provided along the guider and configured to supply water between the supply unit and the accommodation unit, characterized in that the second body is positioned at an upper portion of the drawer when the drawer is in a closed position.
A method for nucleic acid analysis comprising the steps of: mixing a target nucleic acid with oligonucleotide primers configured for amplifying the target nucleic acid to generate an amplicon, a saturating dsDNA binding dye, and an unlabeled probe configured to hybridize to a portion of the target nucleic acid, to form a mixture prior to amplifying the target nucleic acid, amplifying the target nucleic acid to generate the amplicon, allowing the unlabeled probe to hybridize to the amplicon to form a probe/amplicon duplex, generating a melting curve for the probe/amplicon duplex by measuring fluorescence from the dsDNA binding dye as the mixture is heated, and analyzing the shape of the melting curve; wherein the unlabeled probe is blocked at the 3' end to prevent extension during amplification; and wherein the dsDNA binding dye has a percent saturation of at least 90%. mixing a target nucleic acid with oligonucleotide primers configured for amplifying the target nucleic acid to generate an amplicon, a saturating dsDNA binding dye, and an unlabeled probe configured to hybridize to a portion of the target nucleic acid, to form a mixture prior to amplifying the target nucleic acid, amplifying the target nucleic acid to generate the amplicon, allowing the unlabeled probe to hybridize to the amplicon to form a probe/amplicon duplex, generating a melting curve for the probe/amplicon duplex by measuring fluorescence from the dsDNA binding dye as the mixture is heated, and analyzing the shape of the melting curve; wherein the unlabeled probe is blocked at the 3' end to prevent extension during amplification; and wherein the dsDNA binding dye has a percent saturation of at least 90%.
A bonded body that is formed by bonding a metal member formed from copper, nickel, or silver, and an aluminum alloy member formed from an aluminum alloy of which a solidus temperature is lower than a eutectic temperature of aluminum and a metal element that constitutes the metal member, wherein the aluminum alloy member and the metal member are subjected to solid-phase diffusion bonding, a chill layer, in which a Si phase of which an aspect ratio of a crystal grain is 2.5 or less and a crystal grain diameter is 15 μm or less is dispersed, is formed on a bonding interface side with the metal member in the aluminum alloy member, and the thickness of the chill layer is 50 μm or greater. wherein the aluminum alloy member and the metal member are subjected to solid-phase diffusion bonding, a chill layer, in which a Si phase of which an aspect ratio of a crystal grain is 2.5 or less and a crystal grain diameter is 15 μm or less is dispersed, is formed on a bonding interface side with the metal member in the aluminum alloy member, and the thickness of the chill layer is 50 μm or greater.
Method (100 to 206) in which hyperpolarizable tracer molecules (20, 88 to 98) are hydrogenated for magnetic resonance imaging, wherein the tracer molecules (20, 88 to 98) are brought into contact with hydrogen (14, 16, 18, 83) in a reaction mixture (10, 12, 14) and a hydrogenation reaction is initiated in the reaction mixture (10, 12, 14), characterized in that in a first method step (104, 202) the hydrogen (14, 16, 18, 83) is dissolved in a liquid (10, 12, 14), resulting in the preparation of a hydrogen solution (10, 12, 14) having a saturation factor of at least 50%, and that in a subsequent second method step (106, 204) the hydrogenation reaction (186 to 190, 206) is initiated.
Device intended for arranging on a door or a window of a building and serving to protect against water intrusion by surface water, wherein the device has an actuating element for applying an actuating force to a force transmission element, which is able to move translationally in the actuating direction, for transmitting a preloading force which compresses a lower portion of a sealing element of the device between a floor surface and at least one lower profile element of the device, and at least two lateral profile elements for pressing lateral portions of the sealing element against positionally fixed bearing surfaces by the lateral profiles being displaced in opposite directions as a result of the applied actuating force, and the force transmission element is connected to the lateral profile elements by a kinematic coupling element, wherein the coupling element has a slotted guide having an oblique surface and at least one sliding/rolling body, which rolls or slides along this oblique surface, for displacing the lateral profile elements in the transverse direction with respect to the translational movement of the force transmission element, wherein the lateral profile elements can be displaced by means of a respective guide exclusively in the transverse direction with respect to the actuating direction of the force transmission element, and the respective lateral profile element and the lower profile element are connected by a respective angle element which is movably arranged in a respective sliding guide in a relatively translational manner with respect to the respective lateral profile element and the lower profile element, characterized in that the respective angle element is connected to the force transmission element by means of at least two lever arms which are movably connected by means of a joint, and, in the use position, the force transmission element acts on a lever arm of the respective angle element by means of a pressure body.
A method at a computing device for provisioning a network-connected device within a security platform, the method comprising: receiving a first connection request, the first connection request being from an electronic apparatus separate from the network-connected device and including a network-connected device identifier uniquely identifying the network-connected device; authenticating the first connection request, thereby creating a first connection; receiving a second connection request, the second connection request being from the network-connected device and including the network-connected device identifier and a shared platform credential, thereby establishing a second connection; receiving, once the second connection has been established, a request from the network-connected device to add the network-connected device to the security platform, the request including the network-connected device identifier and the shared platform credential; adding the network-connected device to the security platform based on a concurrent first connection and the request from the network-connected device to add the network-connected device to the security platform; sending, in response to the adding, an acknowledgement to the network-connected device, and, responsive thereto, receiving a public key of a public/private key pair generated by the network-connected device from the network-connected device. receiving a first connection request, the first connection request being from an electronic apparatus separate from the network-connected device and including a network-connected device identifier uniquely identifying the network-connected device; authenticating the first connection request, thereby creating a first connection; receiving a second connection request, the second connection request being from the network-connected device and including the network-connected device identifier and a shared platform credential, thereby establishing a second connection; receiving, once the second connection has been established, a request from the network-connected device to add the network-connected device to the security platform, the request including the network-connected device identifier and the shared platform credential; adding the network-connected device to the security platform based on a concurrent first connection and the request from the network-connected device to add the network-connected device to the security platform; sending, in response to the adding, an acknowledgement to the network-connected device, and, responsive thereto, receiving a public key of a public/private key pair generated by the network-connected device from the network-connected device.
Method for controlling an actuator intended to activate the opening of a current switch connected to a power line, the method being characterized in that it comprises: - a measurement of voltage of the power line, - a determination of a control time of the actuator as a function of the voltage measured and of a predefined nominal control time (Tn), the control time being greater than or equal to the nominal control time (Tn) when the measured voltage is less than a predefined nominal voltage (Un), and - a control of the actuator for the determined control time. - a measurement of voltage of the power line, - a determination of a control time of the actuator as a function of the voltage measured and of a predefined nominal control time (Tn), the control time being greater than or equal to the nominal control time (Tn) when the measured voltage is less than a predefined nominal voltage (Un), and - a control of the actuator for the determined control time.
Method for transmitting error information in a pulse signal which is configured to transmit measured values, which are frequency modulated with pulses having a first magnitude, from a sensor to a receiver comprising: - detecting an error in the sensor, and - introducing a pulse, having a second magnitude which is different from the first magnitude, into the pulse signal in order to indicate the detected error in the pulse signal, characterized in that the pulse with the second magnitude directly follows a pulse with the first magnitude, with the result that both pulses (42, 52) have a common edge. - detecting an error in the sensor, and - introducing a pulse, having a second magnitude which is different from the first magnitude, into the pulse signal in order to indicate the detected error in the pulse signal, characterized in that the pulse with the second magnitude directly follows a pulse with the first magnitude, with the result that both pulses (42, 52) have a common edge.
A slider for a concealed slide fastener having a fastener tape bent and fixed in a U-shape and attaching/detaching fastener elements of a pair of fastener stringer, the fastener elements are attached along the end edge of the bent fastener tape, wherein the slider comprises: a lower blade; a pair of side walls (3a, 4a) provided to stand along both sides in the left-right direction perpendicular to the sliding direction of the slider at the lower blade; a pair of upper plates (3b, 4b) extending to be close to each other from the upper ends of the pair of side walls and; a guide column provided to stand at the side of a shoulder opening of the slider and standing from the lower blade; a first element guide section protruding on the outer periphery of the guide column; a Y-shaped tape guide passage guiding a bent section of the fastener tape bent in a U-shape by inner end surfaces of the pair of upper plates (3b, 4b) and the outer end surface of the first element guide section; a second element guide section extending toward a rear opening from the front end edge of the lower blade, at both left and right ends of the lower blade, and the second element guide section protrudes toward the upper plates (3b, 4b) from the lower blade in the side of a side surface of the guide column, characterized in that in the tape guide passage, the shoulder opening-sided Y-shaped tape guide passage divided into two lines toward the shoulder opening of the slider is opened and enlarged straight toward the shoulder opening of the slider, and the second element guide section extends in the axial direction inclined inward further than the axial line of the shoulder opening-sided tape guide passage. a lower blade; a pair of side walls (3a, 4a) provided to stand along both sides in the left-right direction perpendicular to the sliding direction of the slider at the lower blade; a pair of upper plates (3b, 4b) extending to be close to each other from the upper ends of the pair of side walls and; a guide column provided to stand at the side of a shoulder opening of the slider and standing from the lower blade; a first element guide section protruding on the outer periphery of the guide column; a Y-shaped tape guide passage guiding a bent section of the fastener tape bent in a U-shape by inner end surfaces of the pair of upper plates (3b, 4b) and the outer end surface of the first element guide section; a second element guide section extending toward a rear opening from the front end edge of the lower blade, at both left and right ends of the lower blade, and the second element guide section protrudes toward the upper plates (3b, 4b) from the lower blade in the side of a side surface of the guide column, characterized in that in the tape guide passage, the shoulder opening-sided Y-shaped tape guide passage divided into two lines toward the shoulder opening of the slider is opened and enlarged straight toward the shoulder opening of the slider, and the second element guide section extends in the axial direction inclined inward further than the axial line of the shoulder opening-sided tape guide passage.
A continuous process having a control system to control one or more operating parameters based on one or more inputs for the catalytic conversion of a carbohydrate feed containing at least aldose-yielding or ketose-yielding carbohydrate to lower glycol of at least one of ethylene glycol and propylene glycol in an unmodulated reaction zone by sequential retro-aldol catalytic conversion under retro-aldol conditions, including the presence of a retro-aldol catalyst providing retro-aldol catalytic activity in a liquid medium in the unmodulated reaction zone, to intermediates and catalytic hydrogenation of intermediates under hydrogenation conditions, including the presence of hydrogen and hydrogenation catalyst providing hydrogenation catalytic activity, to lower glycol, in the unmodulated reaction zone, and withdrawing continuously or intermittently from said unmodulated reaction zone, a raw product, said process comprising controlling at least one operating parameter of the process using at least the concentration of acetol in the raw product is an input to the control system for the process.
A mobile electronic device component containing a polyester composition comprising: from 20 wt.% to 90 wt.% of a semi-aromatic, semi-crystalline polyester polymer and from 1 wt.% to 40 wt.% of a reactive impact modifier comprising acrylic ester moieties and glycidyl methacrylate moieties, relative to the total weight of the polymer composition. from 20 wt.% to 90 wt.% of a semi-aromatic, semi-crystalline polyester polymer and from 1 wt.% to 40 wt.% of a reactive impact modifier comprising acrylic ester moieties and glycidyl methacrylate moieties, relative to the total weight of the polymer composition.