mhurhangee/patent-ind-claim-en huggingface dataset:
A rotorcraft blade assembly , comprising: a main body ; and a blade tip movable relative to the main body about an axis of a pin perpendicular relative to a chord plane spanning the main body ; wherein the blade tip is connected to the main body using the pin , which extends through a spar of the main body . a main body ; and a blade tip movable relative to the main body about an axis of a pin perpendicular relative to a chord plane spanning the main body ; wherein the blade tip is connected to the main body using the pin , which extends through a spar of the main body .
An electronic device , comprising: a communication module ; and at least one processor operably connected to the communication module, wherein the at least one processor is configured to: establish a first network connection with a first external electronic device via a first communication module of the communication module; identify a first distance between the electronic device and the first external electronic device ; receive , from the first external electronic device, first state information about the first external electronic device ; identify a sleep time of the first communication module based on the first state information and the first distance; and control the first communication module to remain in a sleep state during the identified sleep time. a communication module ; and at least one processor operably connected to the communication module, wherein the at least one processor is configured to: establish a first network connection with a first external electronic device via a first communication module of the communication module; identify a first distance between the electronic device and the first external electronic device ; receive , from the first external electronic device, first state information about the first external electronic device ; identify a sleep time of the first communication module based on the first state information and the first distance; and control the first communication module to remain in a sleep state during the identified sleep time. establish a first network connection with a first external electronic device via a first communication module of the communication module; identify a first distance between the electronic device and the first external electronic device ; receive , from the first external electronic device, first state information about the first external electronic device ; identify a sleep time of the first communication module based on the first state information and the first distance; and control the first communication module to remain in a sleep state during the identified sleep time.
A magnetic fastener system comprising: a first component including: a first support strip ; a plurality of first magnetic coupling components coupled to the first support strip and spaced along a length thereof, and a second component including: a second support strip ; and a plurality of second magnetic coupling components coupled to the second support strip and spaced along a length thereof, wherein each second magnetic coupling component is at least one of a magnet or a magnetizable material, wherein the second magnetic coupling components are configured to be magnetically attracted to the first magnetic coupling components , characterized in that each first magnetic coupling component includes a backing member made of a non-magnetic, magnetizable material, and a magnet magnetically coupled to an associated backing member . a first component including: a first support strip ; a plurality of first magnetic coupling components coupled to the first support strip and spaced along a length thereof, and a first support strip ; a plurality of first magnetic coupling components coupled to the first support strip and spaced along a length thereof, and a second component including: a second support strip ; and a plurality of second magnetic coupling components coupled to the second support strip and spaced along a length thereof, wherein each second magnetic coupling component is at least one of a magnet or a magnetizable material, wherein the second magnetic coupling components are configured to be magnetically attracted to the first magnetic coupling components , a second support strip ; and a plurality of second magnetic coupling components coupled to the second support strip and spaced along a length thereof, wherein each second magnetic coupling component is at least one of a magnet or a magnetizable material, wherein the second magnetic coupling components are configured to be magnetically attracted to the first magnetic coupling components ,
A method of controlling wireless transmissions in a wireless communication system, the method comprising: a wireless device (10, 11; 1400; 1700) contending for access to a medium; in response to gaining access to the medium, the wireless device (10, 11; 1400; 1700) reserving a transmission opportunity, TXOP, on the medium; and based on signaling (601, 701, 702; 1210, 1220) performed by the wireless device (10, 11; 1400; 1700), the wireless device (10, 11; 1400; 1700) configuring a set of resources (501, 502, 503; 602, 603; 703, 704; 801) in the reserved TXOP to be available to at least one other wireless device (10, 11; 1400; 1600; 1700) for one or more transmissions of data arriving after beginning of the TXOP, wherein the signaling (601, 701, 702; 1210, 1220) comprises a message (601; 702) transmitted by the wireless device (10, 11; 1400; 1700), which indicates the set of resources and one or more criteria under which the set of resources (501, 502, 503; 602, 603; 703, 704; 801) is allowed to be used by the at least one other wireless device (10, 11; 1400; 1600; 1700). a wireless device (10, 11; 1400; 1700) contending for access to a medium; in response to gaining access to the medium, the wireless device (10, 11; 1400; 1700) reserving a transmission opportunity, TXOP, on the medium; and based on signaling (601, 701, 702; 1210, 1220) performed by the wireless device (10, 11; 1400; 1700), the wireless device (10, 11; 1400; 1700) configuring a set of resources (501, 502, 503; 602, 603; 703, 704; 801) in the reserved TXOP to be available to at least one other wireless device (10, 11; 1400; 1600; 1700) for one or more transmissions of data arriving after beginning of the TXOP, wherein the signaling (601, 701, 702; 1210, 1220) comprises a message (601; 702) transmitted by the wireless device (10, 11; 1400; 1700), which indicates the set of resources and one or more criteria under which the set of resources (501, 502, 503; 602, 603; 703, 704; 801) is allowed to be used by the at least one other wireless device (10, 11; 1400; 1600; 1700).
A rolling bearing unit comprising: an inner ring member having a recess on a first side in an axial direction along a rotation axis (AX), the recess being recessed toward a second side in the axial direction; an outer ring member disposed on an outer peripheral side of the inner ring member ; a rolling body that is rollably provided between the inner ring member and the outer ring member and rotatably supports the inner ring member relative to the outer ring member ; a non-contact transmitter using electric field coupling that is capable of transmitting at least one of an electric power or a signal and includes a stationary-side transmission part including a stationary-side electrode and a rotary-side transmission part including a rotary-side electrode disposed to face the rotary-side electrode at an axial distance therefrom; and a covering member that is supported by the first side of the outer ring member in the axial direction, covers the first side of the inner ring member in the axial direction, and fixes the stationary-side transmission part to the first side in the axial direction, wherein the entire non-contact transmitter using electric field coupling is disposed on the second side of the covering member in the axial direction, the unit being characterised in that the rotary-side transmission part and the stationary-side transmission part are housed inside the recess . an inner ring member having a recess on a first side in an axial direction along a rotation axis (AX), the recess being recessed toward a second side in the axial direction; an outer ring member disposed on an outer peripheral side of the inner ring member ; a rolling body that is rollably provided between the inner ring member and the outer ring member and rotatably supports the inner ring member relative to the outer ring member ; a non-contact transmitter using electric field coupling that is capable of transmitting at least one of an electric power or a signal and includes a stationary-side transmission part including a stationary-side electrode and a rotary-side transmission part including a rotary-side electrode disposed to face the rotary-side electrode at an axial distance therefrom; and a covering member that is supported by the first side of the outer ring member in the axial direction, covers the first side of the inner ring member in the axial direction, and fixes the stationary-side transmission part to the first side in the axial direction, wherein the entire non-contact transmitter using electric field coupling is disposed on the second side of the covering member in the axial direction, the unit being characterised in that the rotary-side transmission part and the stationary-side transmission part are housed inside the recess .
Fleet of tracked vehicles comprising a plurality of tracked vehicles; each tracked vehicle comprising a first and a second track , a mechanical power generator assembly ; an assembly of operating devices coupled to the generator assembly ; a first and a second drive wheel coupled respectively to the first and to the second track , and to the generator assembly ; an interface to receive inputs (IN); and a control unit coupled to the interface to receive inputs (IN); the control unit being coupled to the mechanical power generator assembly and being configured to enable or disable starting of the mechanical power generator assembly based on inputs (IN) received by the interface ; wherein the control unit of each tracked vehicle comprises a memory in which there are stored a plurality of enabling inputs; and at least one of the plurality of enabling inputs of the memories of the respective tracked vehicles is the same as the others; the control unit is configured to compare the inputs (IN) with the plurality of enabling inputs and enables the starting of the tracked vehicle if the inputs (IN) correspond to one of the enabling inputs of the plurality of enabling inputs; wherein each enabling input is associated with an enabling level; the control unit being configured to enable one or more operating devices based on the enabling level associated with the enabling input entered; the control unit being configured to store the enabling input entered and couple it with at least one operating parameter of the tracked vehicle detected during the use of the tracked vehicle to monitor the use of the tracked vehicle coupled to the enabling input entered; the at least one operating parameter is selected from vehicle speed; drive wheel speed; winch speed, winch jib angle, position of command levers, vehicle weight, operating hours, fuel level, total fuel consumption, position, engine temperature, oil temperature, coolant temperature, error signals.
Roof-terrace or pitched roof device , thermally insulated and with a compact structure, comprising a surface support formed of panels based on agglomerated wood particles and/or shavings, on which are arranged, successively and in a laminated manner, at least one first layer forming a barrier for regulating the passage of water vapour, at least one second insulating layer formed at least partially by a wood fibre-based material and at least one third layer which is substantially impermeable to liquid water, the second insulating layer being a composite layer formed by the superposition of two distinct homogeneous elementary layers (6 and 6'), namely a lower elementary layer made from a material based on wood fibres, resting on the first layer , and an upper elementary layer on which the third layer rests, the third layer forming the upper and exterior layer of the device and consisting of a sealing membrane, either a bituminous or synthetic membrane, the upper elementary layer being formed by a material which is at least partially biosourced, with hygroscopic, antifungal and thermal insulation properties, having a low resistance to the diffusion of water vapour, the device being characterised in that the material of the upper elementary layer is selected from a group formed by expanded cork, expanded perlite and wood wool, in that the ratio [upper elementary layer / lower elementary layer ], in terms of the ratio of their respective thicknesses (E' / E) or their thermal resistances (R' / R), is between 0.25 and 0.6, and in that the first layer consists of a membrane forming a barrier to hygrovariable vapour.
A method for biometric based signing of documents comprising: receiving, on a terminal, a signature request associated to a document from a requester, the signature request including preferences defining requirements for valid signing of the document; displaying the document to the user on the user terminal; requesting at least one biometric identification factor of the user for creating at least one signing receipt; associating the at least one signing receipt to the document; and transmitting the document and/or the signing receipt from the user terminal to the requester, wherein the preferences include minimum time for displaying the entire document and/or portions of the document to the user before the document can be signed. receiving, on a terminal, a signature request associated to a document from a requester, the signature request including preferences defining requirements for valid signing of the document; displaying the document to the user on the user terminal; requesting at least one biometric identification factor of the user for creating at least one signing receipt; associating the at least one signing receipt to the document; and transmitting the document and/or the signing receipt from the user terminal to the requester, wherein the preferences include minimum time for displaying the entire document and/or portions of the document to the user before the document can be signed.
A particulate titanium dioxide having a median volume particle diameter of greater than 70 nm, wherein the median volume particle diameter is 85 to 175 nm, having a mean length of 30 to 75 nm, and having an E 524 of less than 9 l/g/cm and/or an E 360 of 25 to 50 l/g/cm and/or an E 360 /E 308 ratio of 0.5 to 1.0, wherein the titanium dioxide particles are coated with an inorganic coating and/or organic coating, wherein the amount of inorganic coating, when present, is in the range from 1 to 20% by weight, based on the weight of titanium dioxide core particles.
An exhaust gas purifying catalyst comprising a substrate that defines a gas passage through which an exhaust gas flows, a lower catalyst layer that is formed on a surface of the substrate, and an upper catalyst layer that is formed on a surface of the lower catalyst layer , characterized in that the lower catalyst layer includes a lower catalytic precious metal comprised of at least one of Pt and Pd, and a lower-layer carrier that supports the lower catalytic precious metal; the upper catalyst layer includes an upper catalytic precious metal which contains Rh, and an upper-layer carrier that supports the upper catalytic precious metal, the upper-layer carrier comprises an inorganic mixed oxide that contains Ce, Zr, Al, Nd, and at least one element selected from the group consisting of rare earth elements other than Ce; wherein the inorganic mixed oxide has interior regions containing a mixed aggregate composed of first particles comprising Ce and Zr in a form of a composite oxide, and second particles comprising Al in a form of alumina, and has cover layers containing Nd that cover surfaces of the respective interior regions, and wherein the inorganic mixed oxide is prepared using a coprecipitation method, wherein a mixed aqueous solution containing nitrates of elements such as Ce and Zr that constitute the first particles and nitrates of elements such as Al that constitute second particles is prepared; ammonia water or the like is added to this solution to precipitate an oxide precursor; the oxide precursor is then calcined to form secondary particles in which the first particles and second particles are mixed to form a mixed aggregate; and the secondary particles are then mixed in an aqueous solution of neodymium nitrate, stirred and then calcined.
Nozzle for mixing gas with liquid, comprising: - a body ; - a longitudinal passage for the liquid, formed in the body and with a portion (10.2) showing a reduced cross-section; - at least one radial passage (12, 12.1, 12.2) for the gas, formed in the body and opening out in the reduced cross-section portion (10.2); - a liquid inlet port formed in the body and fluidly connected to the longitudinal passage ; - a gas inlet port formed in the body and fluidly connected to the at least one radial passage (12, 12.1, 12.2); characterized in that the gas inlet port and the liquid inlet port are arranged on a frontal transversal face (8.1) of the body . - a body ; - a longitudinal passage for the liquid, formed in the body and with a portion (10.2) showing a reduced cross-section; - at least one radial passage (12, 12.1, 12.2) for the gas, formed in the body and opening out in the reduced cross-section portion (10.2); - a liquid inlet port formed in the body and fluidly connected to the longitudinal passage ; - a gas inlet port formed in the body and fluidly connected to the at least one radial passage (12, 12.1, 12.2);
An engine , comprising: a cylinder head having an attachment hole formed therein: a retainer attached to the cylinder head ; a pressing member having a pressed surface configured to be pressed by the retainer ; an injector inserted into the attachment hole and having an indentation configured to be pressed by the pressing member , a cylindrical sleeve arranged outside the injector and inserted into the attachment hole ; and a seal member arranged between a distal end portion of the injector and the sleeve , wherein the indentation is arranged inside the attachment hole , and the pressed surface is arranged outside the attachment hole , a gap (G1) relative to an insertion direction is formed between the sleeve and the pressing member , the insertion direction being a direction in which the injector is inserted into the attachment hole , and the gap (G1) is smaller than a thickness of the seal member relative to the insertion direction. a cylinder head having an attachment hole formed therein: a retainer attached to the cylinder head ; a pressing member having a pressed surface configured to be pressed by the retainer ; an injector inserted into the attachment hole and having an indentation configured to be pressed by the pressing member , a cylindrical sleeve arranged outside the injector and inserted into the attachment hole ; and a seal member arranged between a distal end portion of the injector and the sleeve , wherein the indentation is arranged inside the attachment hole , and the pressed surface is arranged outside the attachment hole , a gap (G1) relative to an insertion direction is formed between the sleeve and the pressing member , the insertion direction being a direction in which the injector is inserted into the attachment hole , and the gap (G1) is smaller than a thickness of the seal member relative to the insertion direction.
A circuit for detecting an alternating current, AC, leakage current and a direct current, DC, leakage current, comprising: an low dropout regulator, LDO, module, configured to convert an external input power supply voltage into a voltage for detecting a leakage current; a frequency division module, configured to divide a frequency of a high-frequency clock signal; a logic control module, configured to drive a Metal-Oxide-Semiconductor, MOS, transistor and control switching of different operation modes; a MOS transistor driving module, configured to drive an external leakage current detection coil; a leakage current detection coil, configured to induce an AC leakage signal, a DC leakage signal, and a leakage current self-inspection signal; a sampling resistor, configured to convert a current signal flowing through the leakage current detection coil into a voltage signal; a programmable gain amplifier, PGA, module, configured to amplify a sampled signal; a gain control module, configured to control a magnification of the PGA module; an analog-to-digital conversion, ADC, module, configured to convert conversion of an amplified sampled signal from digital to analog; a digital signal process, DSP, module, configured to process the AC leakage signal, the DC leakage signal, and the leakage current self-inspection signal; and a current limiting module, configured to limit a current flowing through the leakage current detection coil. an low dropout regulator, LDO, module, configured to convert an external input power supply voltage into a voltage for detecting a leakage current; a frequency division module, configured to divide a frequency of a high-frequency clock signal; a logic control module, configured to drive a Metal-Oxide-Semiconductor, MOS, transistor and control switching of different operation modes; a MOS transistor driving module, configured to drive an external leakage current detection coil; a leakage current detection coil, configured to induce an AC leakage signal, a DC leakage signal, and a leakage current self-inspection signal; a sampling resistor, configured to convert a current signal flowing through the leakage current detection coil into a voltage signal; a programmable gain amplifier, PGA, module, configured to amplify a sampled signal; a gain control module, configured to control a magnification of the PGA module; an analog-to-digital conversion, ADC, module, configured to convert conversion of an amplified sampled signal from digital to analog; a digital signal process, DSP, module, configured to process the AC leakage signal, the DC leakage signal, and the leakage current self-inspection signal; and a current limiting module, configured to limit a current flowing through the leakage current detection coil.
A bag comprising a front wall, a back wall, an interior surface, an exterior surface, a top end, a bottom end, a first layer and a second layer, each of the front wall and back wall having an interior surface, an exterior surface, a top end and a bottom end, wherein the first layer comprises a woven polymer, and the second layer comprises a polymer film laminated to the first layer, and wherein the bag comprises an easy open feature having a weakened area, the weakened area comprising a plurality of perforations defining a line, wherein the plurality of perforations penetrate through at least a portion of the front wall, the back wall, or a combination thereof, and wherein the first layer comprises polypropylene, high density polyethylene, low density polyethylene, polyester, or any combination thereof, the second layer comprises polypropylene, polyethylene, polyethylene terephthalate, polyamide, or any combination thereof, and wherein the bag can be opened at the plurality of perforations with less force than required to open other portions of the bag.