mhurhangee/patent-ind-claim-en huggingface dataset:
A core nozzle for a gas turbine engine , comprising: a core nozzle wall defining a core through which a core stream can flow; and a cowling assembly coupled to the core nozzle wall , wherein the core nozzle wall and the cowling assembly define a plenum configured to receive a portion of the core stream flow from the core nozzle and a portion of a fan stream flow from a fan nozzle ; and a thermoelectric generator assembly positioned in the plenum ; wherein the plenum is configured such that the portion of the core stream flow is diverted into the plenum to flow across a first surface of the thermoelectric generator assembly and the portion of the fan stream flow is diverted into the plenum to flow across a second surface of the thermoelectric generator assembly . a core nozzle wall defining a core through which a core stream can flow; and a cowling assembly coupled to the core nozzle wall , wherein the core nozzle wall and the cowling assembly define a plenum configured to receive a portion of the core stream flow from the core nozzle and a portion of a fan stream flow from a fan nozzle ; and a thermoelectric generator assembly positioned in the plenum ;
A side airbag device , comprising: an inflator attached to a seat frame of a vehicle seat where an occupant sits; and an airbag that expands and deploys by a gas supplied from the inflator ; the airbag comprising: a first expanding portion that expands and deploys toward a side of a shoulder of the occupant ; a second expanding portion that expands and deploys farther forward than the first expanding portion ; a third expanding portion that expands and deploys father rearward than the first expanding portion ; and a tether attached to the second expanding portion and the seat frame characterized in that a recessed part is formed by the second expanding portion and the third expanding portion protruding more forward toward the occupant side than the first expanding portion , and the tether bridges the recessed part , and opposing the first expanding portion via the recessed part ; wherein, when the tether comes in contact with a shoulder of the occupant upon expansion and deployment of the airbag , the second expanding portion changes shape in a direction closer to a front part of the occupant . an inflator attached to a seat frame of a vehicle seat where an occupant sits; and an airbag that expands and deploys by a gas supplied from the inflator ; the airbag comprising: a first expanding portion that expands and deploys toward a side of a shoulder of the occupant ; a second expanding portion that expands and deploys farther forward than the first expanding portion ; a third expanding portion that expands and deploys father rearward than the first expanding portion ; and a tether attached to the second expanding portion and the seat frame characterized in that a first expanding portion that expands and deploys toward a side of a shoulder of the occupant ; a second expanding portion that expands and deploys farther forward than the first expanding portion ; a third expanding portion that expands and deploys father rearward than the first expanding portion ; and a tether attached to the second expanding portion and the seat frame characterized in that a recessed part is formed by the second expanding portion and the third expanding portion protruding more forward toward the occupant side than the first expanding portion , and the tether bridges the recessed part , and opposing the first expanding portion via the recessed part ; wherein, when the tether comes in contact with a shoulder of the occupant upon expansion and deployment of the airbag , the second expanding portion changes shape in a direction closer to a front part of the occupant .
An electric actuator for inlet guide vanes of a gas turbine engine, the electric actuator comprising a fixed portion secured to a stationary portion of said engine and a movable portion that is mechanically connected to said inlet guide vanes, said electric actuator being characterized in that it comprises stationary electromagnets (108a-108h; 208a-208c) distributed at regular intervals around the periphery of said movable portion and fastened to said fixed portion, and movable electromagnets (110a-110h; 210a-210c) arranged between said stationary electromagnets, each movable electromagnet (110a-110h; 210a-210c) being secured on either side to first and second piezoelectric elements (114a-114h; 214a-214c & 116a, 116h; 216a, 216c), said movable electromagnets and said first and second piezoelectric elements having a degree of freedom of movement relative to said movable portion.
An information exchange method, comprising: transmitting (S11), by a terminal device, attach request information to a core network device; receiving (S12), by the terminal device, attach accept information transmitted by the core network device, wherein the attach accept information comprises a first integrity check code of the core network device; obtaining (S13), by the terminal device, a second integrity check code based on the attach accept information; and obtaining (S14), by the terminal device if the first integrity check code is the same as the second integrity check code, encrypted attach complete information, obtaining a third integrity check code based on the encrypted attach complete information, and transmitting encrypted attach complete information to which the third integrity check code is added to the core network device. transmitting (S11), by a terminal device, attach request information to a core network device; receiving (S12), by the terminal device, attach accept information transmitted by the core network device, wherein the attach accept information comprises a first integrity check code of the core network device; obtaining (S13), by the terminal device, a second integrity check code based on the attach accept information; and obtaining (S14), by the terminal device if the first integrity check code is the same as the second integrity check code, encrypted attach complete information, obtaining a third integrity check code based on the encrypted attach complete information, and transmitting encrypted attach complete information to which the third integrity check code is added to the core network device.
A method for preparing particles of mineral matter comprising grinding of at least one mineral matter in water in the presence of at least one polymer with a molecular mass by weight M W (measured by SEC) of less than 8,000 g/mol and a polymolecularity index (PI) of less than 3, as determined by the method described in the description, obtained by a radical polymerisation reaction in water, at a temperature higher than 50°C, of at least one anionic monomer comprising at least one polymerisable olefinic unsaturation and a carboxylic acid group, in the presence: - of sodium hypophosphite, - of disodium 2,2'-(thiocarbonylbisthio)dipropanoate (DPTTC) and - of at least one radical-generating compound chosen among hydrogen peroxide, ammonium persulphate, an alcalin metal persulphate, hydrogen peroxide associated with an ion chosen among Fe II , Fe III , Cu I , Cu II and mixtures thereof. - of sodium hypophosphite, - of disodium 2,2'-(thiocarbonylbisthio)dipropanoate (DPTTC) and - of at least one radical-generating compound chosen among hydrogen peroxide, ammonium persulphate, an alcalin metal persulphate, hydrogen peroxide associated with an ion chosen among Fe II , Fe III , Cu I , Cu II and mixtures thereof.
A magnetic field gradient sensor including a support and a structure including at least one first and one second movable elements, coupling means between the first movable element and the second movable element , such that the structure can be displaced according to at least one balanced mechanical mode in the presence of a magnetic field gradient, said sensor also including magnetic mechanical transduction (TMM) means including at least one magnetic sensor mechanically secured to one of the first and second movable elements, so as to be able to apply a mechanical load to the structure in the presence of a magnetic field gradient, and electromechanical transduction (TME) means including structure displacement measurement means at least for the balanced mode, characterized in that the magnetic mechanical transduction means (TMM) are configured to have a higher magnetic-mechanical transduction gain for movements in the balanced mode than for movements in the unbalanced mode, and/or the electromechanical transduction (TME) means are configured to have a higher electromechanical gain for movements in the balanced mode than for movements in the unbalanced mode.
An image forming apparatus which discharges a sheet having an image formed thereon from a rear side of the apparatus toward a front side of the apparatus, the image forming apparatus comprising: a sheet placement portion on which sheets discharged are stacked; an operation panel ; and a protruding portion extending in a sheet discharge direction while protruding upward beyond a top surface of the sheet placement portion , wherein the operation panel has a display portion which displays information related to image formation, characterized in that the operation panel is arranged in a downstream-side end part of the sheet placement portion in the sheet discharge direction, the operation panel having at least part thereof arranged in a placement region (R) of the sheet placement portion while sheets are being stacked in said placement region (R), the protruding portion is arranged to a side of the operation panel in the placement region (R), and at least a half of the display portion is arranged in the placement region (R). a sheet placement portion on which sheets discharged are stacked; an operation panel ; and a protruding portion extending in a sheet discharge direction while protruding upward beyond a top surface of the sheet placement portion , wherein the operation panel has a display portion which displays information related to image formation, characterized in that the operation panel is arranged in a downstream-side end part of the sheet placement portion in the sheet discharge direction, the operation panel having at least part thereof arranged in a placement region (R) of the sheet placement portion while sheets are being stacked in said placement region (R), the protruding portion is arranged to a side of the operation panel in the placement region (R), and at least a half of the display portion is arranged in the placement region (R).
A portable ultrasonic diagnostic apparatus comprising: a flexible display configured to display an image on a first area and a second area; a controller configured to change a layout of the first area and the second area; and a probe configured to transmit or receive an ultrasonic wave and generate an electrical signal corresponding to the received ultrasonic wave, wherein the controller is configured to change the layout of the first area and the second area when the controller receives the electrical signal. a flexible display configured to display an image on a first area and a second area; a controller configured to change a layout of the first area and the second area; and a probe configured to transmit or receive an ultrasonic wave and generate an electrical signal corresponding to the received ultrasonic wave, wherein the controller is configured to change the layout of the first area and the second area when the controller receives the electrical signal.
A method for preparing a compound of formula II, wherein a compound of formula III and a compound of formula IV are reacted in a first solvent in the presence of an acid to obtain the compound of formula II, Wherein, X is selected from a halogen atom; R 1 and R 2 are each independently selected from hydrogen, methyl or halogen atoms; R 3 and R 4 are hydroxyl protecting groups; and the acid is selected from one or a mixture of two or more of HCl, formic acid, acetic acid, or acetic anhydride; in the compound of formula IV, the ratio of α configuration to β configuration is 3:1 to 0.7:1. Wherein, X is selected from a halogen atom; R 1 and R 2 are each independently selected from hydrogen, methyl or halogen atoms; R 3 and R 4 are hydroxyl protecting groups; and the acid is selected from one or a mixture of two or more of HCl, formic acid, acetic acid, or acetic anhydride; in the compound of formula IV, the ratio of α configuration to β configuration is 3:1 to 0.7:1.
Method for locating a fault point (F) on a high-voltage three-phase AC cable comprising a first end , a second end , and at least one section (P 1 , P 2 ) extending between said ends , the cable comprising a conductor (R, S, T) and a respective shield (S R , S S , S T ) per phase, shields (S R , S S , S T ) being connected to a surge arrester device connected to ground (G) at one end of said at least one section (P 1 , P 2 ), and shields (S R , S S , S T ) being connected to a grounding element at the other end of said at least one section (P1, P2), the cable comprising an earth continuity conductor (ECC) establishing a common ground (G) connecting the ground connections of the grounding element(s) and the surge arrester device(s) , the method comprising the following steps: - measuring the conductor current (I R1 , I S1 , I T1 , I R2 , I S2 , I T2 ) circulating through each conductor (R, S, T) both at the first end and at the second end of the cable , - measuring the shield current (I SR1 , I SS1 , I ST1 , I SR2 , I SS2 , I ST2 ) circulating through each shield (S R , S S , S T ) in each section (P 1 , P 2 ) at a point close to the grounding element, - measuring the earth continuity conductor current (I ECC1 , I ECC2 ) circulating through each section (P 1 , P 2 ) at a point close to the grounding element, - determining the conductor (R, S, T) in fault based on the previously measured conductor currents (I R1 , I S1 , I T1 , I R2 , I S2 , I T2 ), - in the event that the cable comprises more than one section (P 1 , P 2 ), determining section (P 1 , P 2 ) in fault based on the previously measured shield currents (I SR1 , I SS1 , I ST1 , I SR2 , I SS2 , I ST2 ), and - locating the fault point (F) by means of a model of section (P 1 , P 2 ) in fault of the earth continuity conductor (ECC), the only unknown being the distance (x) to the fault point (F) from an end of said section (P 1 , P 2 ) in fault. - measuring the conductor current (I R1 , I S1 , I T1 , I R2 , I S2 , I T2 ) circulating through each conductor (R, S, T) both at the first end and at the second end of the cable , - measuring the shield current (I SR1 , I SS1 , I ST1 , I SR2 , I SS2 , I ST2 ) circulating through each shield (S R , S S , S T ) in each section (P 1 , P 2 ) at a point close to the grounding element, - measuring the earth continuity conductor current (I ECC1 , I ECC2 ) circulating through each section (P 1 , P 2 ) at a point close to the grounding element, - determining the conductor (R, S, T) in fault based on the previously measured conductor currents (I R1 , I S1 , I T1 , I R2 , I S2 , I T2 ), - in the event that the cable comprises more than one section (P 1 , P 2 ), determining section (P 1 , P 2 ) in fault based on the previously measured shield currents (I SR1 , I SS1 , I ST1 , I SR2 , I SS2 , I ST2 ), and - locating the fault point (F) by means of a model of section (P 1 , P 2 ) in fault of the earth continuity conductor (ECC), the only unknown being the distance (x) to the fault point (F) from an end of said section (P 1 , P 2 ) in fault.
A defensin selected from the group consisting of hBD2 (SEQ ID NO: 2) and truncated hBD2 (SEQ ID NO:7), or a functionally equivalent variant thereof differing in 1 to 4 amino acids compared to hBD-2 (SEQ ID NO.: 2) or truncated hBD-2 (SEQ ID NO.: 7), for use in a method of treatment and/or prevention of asthma, bronchiectasis, chronic obstructive pulmonary disorder (COPD) or emphysema the method comprising oral or intrapulmonary administration of said defensin.
Laser scanner having a sensor for acquiring spatial data and, in addition, a plurality of multispectral sensors for acquiring radiometric data, wherein each sensor has a laser diode whose laser beam is directed via a 3D beam deflection system onto an object to be measured, wherein beams reflected by the latter are divided into individual wavelengths via optical elements and processed via optoelectronic measuring channels with photodiodes and an associated evaluation unit, characterized by a combiner via which at least some of the measuring channels are selectively added to a signal path , wherein a common evaluation processor is associated therewith, wherein the evaluation processor is configured to determine phasing of the individual radiometric measurement frequencies and to determine and correct drifts/tolerances in the combiner therefrom.
An internal fixation device for use in conjunction with a bone fracture site in a mammal, the internal fixation device comprising: at least one interface portion and at least one sleeve formed of polymer material, wherein the polymer material includes shape memory qualities, said sleeve defining a channel with said interface portion positioned within said channel; and means for allowing adequate expansion of the polymer material; the means for allowing adequate expansion of the polymer material comprising means for heating the polymer material, thereby to expand the sleeve radially and fixate the fixation device to the bone, and to shrink the sleeve axially to at least partially reduce the bone fracture site. at least one interface portion and at least one sleeve formed of polymer material, wherein the polymer material includes shape memory qualities, said sleeve defining a channel with said interface portion positioned within said channel; and means for allowing adequate expansion of the polymer material; the means for allowing adequate expansion of the polymer material comprising means for heating the polymer material, thereby to expand the sleeve radially and fixate the fixation device to the bone, and to shrink the sleeve axially to at least partially reduce the bone fracture site.
Attachment for field cultivation, comprising a frame which can be coupled at least indirectly to an agricultural machine so that the machine supports the attachment at least in part, and at least one chassis module having a connection element connected to the frame and a suspension element which has at least one running wheel , which is rotatable about a wheel axis (R), and is adjustable relative to the connection element between a transport position, in which at least part of the at least one running wheel is arranged lower than the frame in order to support the frame, and a working position, in which it is displaced at least predominantly upward relative to the transport position, the suspension element being connected to the connection element by an adjustment mechanism in such a way that it can be adjusted from the transport position into the working position by means of a combination of an at least partially translationally upward lifting movement and a rotational pivoting movement about an upwardly extending adjustment axis (S), characterized in that the suspension element is displaced upward as a whole by this lifting movement, with the pivoting movement also taking place, which is rotational and in which a rotation takes place about the upwardly extending adjustment axis (S). the suspension element being connected to the connection element by an adjustment mechanism in such a way that it can be adjusted from the transport position into the working position by means of a combination of an at least partially translationally upward lifting movement and a rotational pivoting movement about an upwardly extending adjustment axis (S), characterized in that the suspension element is displaced upward as a whole by this lifting movement, with the pivoting movement also taking place, which is rotational and in which a rotation takes place about the upwardly extending adjustment axis (S).
Device for driving at three speeds a fan for cooling the coolant in a motor vehicle, comprising: - a fixed axial sleeve designed to be fastened to a base of the vehicle engine; - a fan support for carrying the fan during use; - a first electromagnetic coupling comprising a first fixed electromagnet ; - a second electromagnetic coupling ; - a Foucault or eddy current coupling , the first coupling, the second coupling and the Foucault coupling being arranged between means for taking up a rotational movement and the said fan support for the fan ; wherein the first coupling comprises a first rotor and the second coupling comprises a second rotor , the first rotor and the second rotor being mounted on a respective bearing keyed onto the fixed axial sleeve ; said second electromagnetic coupling comprises a fixed electromagnet mounted on the axial sleeve and an armature axially arranged on the opposite side to the second electromagnet relative to the second rotor and rotationally integral with the rotor of the first coupling, and wherein a driving part of the Foucault coupling is mounted on the second rotor and a driven part of the Foucault coupling is integral with the support of the fan , so that the excitation of only the electromagnet of the second coupling causes rotational driving of the support of the fan at a speed slower than that of the first rotor , by means of the Foucault coupling . - a fixed axial sleeve designed to be fastened to a base of the vehicle engine; - a fan support for carrying the fan during use; - a first electromagnetic coupling comprising a first fixed electromagnet ; - a second electromagnetic coupling ; - a Foucault or eddy current coupling , the first coupling, the second coupling and the Foucault coupling being arranged between means for taking up a rotational movement and the said fan support for the fan ; wherein the first coupling comprises a first rotor and the second coupling comprises a second rotor , the first rotor and the second rotor being mounted on a respective bearing keyed onto the fixed axial sleeve ; said second electromagnetic coupling comprises a fixed electromagnet mounted on the axial sleeve and an armature axially arranged on the opposite side to the second electromagnet relative to the second rotor and rotationally integral with the rotor of the first coupling, and wherein a driving part of the Foucault coupling is mounted on the second rotor and a driven part of the Foucault coupling is integral with the support of the fan , so that the excitation of only the electromagnet of the second coupling causes rotational driving of the support of the fan at a speed slower than that of the first rotor , by means of the Foucault coupling .