mhurhangee/patent-ind-claim-en huggingface dataset:
A resin decorative part , comprising: a clear decoration having a body transmitting light, the body comprising a substrate and a clear layer , the clear layer including an irregular surface disposed on the body and having a pattern (M) formed with protrusions and depressions, and a carbon color layer colored in a carbon color and reflecting light, wherein the irregular surface is disposed on an opposite side to a viewer side of the body and has a plurality of unit patterns that constitute a weave of pseudo carbon fiber bundles presenting carbon fiber bundles in a pseudo manner, as the protrusions and depressions that form the pattern (M), the unit patterns each give the impression of one bundle of elongated carbon fibers and have a flat top portion and a pair of curved portions positioned on both sides (k) of the flat top portion in an extending direction and formed in an arc-shaped curve protruding from the sides (k) of the flat top portion towards the opposite side of the body , the flat top portion is positioned at a center in the extending direction of the pseudo elongated carbon fibers, and include at least two kinds of the unit patterns with different top portion inclinations (D), where the top portion inclination (D) is an inclination of a center line along a long side direction of the flat top portion relative to a reference line (Q) along the extending direction, and the carbon color layer is laminated on the irregular surface and includes a reflective surface in contact with the unit patterns to reflect light transmitted through the clear decoration . a clear decoration having a body transmitting light, the body comprising a substrate and a clear layer , the clear layer including an irregular surface disposed on the body and having a pattern (M) formed with protrusions and depressions, and a carbon color layer colored in a carbon color and reflecting light, wherein the irregular surface is disposed on an opposite side to a viewer side of the body and has a plurality of unit patterns that constitute a weave of pseudo carbon fiber bundles presenting carbon fiber bundles in a pseudo manner, as the protrusions and depressions that form the pattern (M), the unit patterns each give the impression of one bundle of elongated carbon fibers and have a flat top portion and a pair of curved portions positioned on both sides (k) of the flat top portion in an extending direction and formed in an arc-shaped curve protruding from the sides (k) of the flat top portion towards the opposite side of the body , the flat top portion is positioned at a center in the extending direction of the pseudo elongated carbon fibers, and include at least two kinds of the unit patterns with different top portion inclinations (D), where the top portion inclination (D) is an inclination of a center line along a long side direction of the flat top portion relative to a reference line (Q) along the extending direction, and the carbon color layer is laminated on the irregular surface and includes a reflective surface in contact with the unit patterns to reflect light transmitted through the clear decoration .
A computer-implemented method for direct photoplethysmography or direct PPG comprising: - using respective sensors in a wearable device to obtain during a time interval plural PPG signals (311-314; 401-404; 501-504; 601-608; 701-708), said respective sensors being either multiple cameras or multiple photodiodes; and - combining said plural PPG signals (311-314; 401-404; 501-504; 601-608; 701-708) to thereby obtain a multi-sensor PPG signal (405; 505; 609; 709), CHARACTERISED IN THAT said method for direct PPG comprises: - processing each PPG signal of said plural PPG signals (501-504; 601-608; 701-708) to identify good quality segments of said PPG signal wherein a quality measure of said PPG signal is above a threshold and bad quality segments of said PPG signal wherein said quality measure of said PPG signal is below said threshold; - removing said bad quality segments from each PPG signal of said plural PPG signals; and - combining temporal corresponding good quality segments of said plural PPG signals (501-504; 601-608; 701-708) to obtain said multi-sensor PPG signal (505; 609; 709). - using respective sensors in a wearable device to obtain during a time interval plural PPG signals (311-314; 401-404; 501-504; 601-608; 701-708), said respective sensors being either multiple cameras or multiple photodiodes; and - combining said plural PPG signals (311-314; 401-404; 501-504; 601-608; 701-708) to thereby obtain a multi-sensor PPG signal (405; 505; 609; 709), - processing each PPG signal of said plural PPG signals (501-504; 601-608; 701-708) to identify good quality segments of said PPG signal wherein a quality measure of said PPG signal is above a threshold and bad quality segments of said PPG signal wherein said quality measure of said PPG signal is below said threshold; - removing said bad quality segments from each PPG signal of said plural PPG signals; and - combining temporal corresponding good quality segments of said plural PPG signals (501-504; 601-608; 701-708) to obtain said multi-sensor PPG signal (505; 609; 709).
A sustained-release agent for topical administration, in the form of a kit, to be mixed and comprising: a compound having a pharmacological action; a crosslinking polysaccharide derivative having at least one active ester group, introduced into a side chain of a polysaccharide, which is capable of reacting with an active hydrogen-containing group, and being capable of forming a crosslinked substance by a covalent bond between said active ester group and said active hydrogen-containing group; a pH adjuster, not mixed with said crosslinking polysaccharide derivative, for adjusting a pH condition suitable for forming a biodegradable gel containing said compound when said sustained-release agent is mixed. a compound having a pharmacological action; a crosslinking polysaccharide derivative having at least one active ester group, introduced into a side chain of a polysaccharide, which is capable of reacting with an active hydrogen-containing group, and being capable of forming a crosslinked substance by a covalent bond between said active ester group and said active hydrogen-containing group; a pH adjuster, not mixed with said crosslinking polysaccharide derivative, for adjusting a pH condition suitable for forming a biodegradable gel containing said compound when said sustained-release agent is mixed.
Timepiece device comprising a driving member , a transmission element and a display device , said driving member being intended to pivot about an axis at a speed of one revolution per year and comprising a latitude pin at a distance r from said axis and a latitude setting device for setting the value of the distance r, each value of r corresponding to a defined value of latitude and remains fixed once its setting has been made, said latitude pin cooperating with a means of cooperation of the transmission element for driving the latter in alternating movements, at least a part of the transmission element being guided in translation, the part of the transmission element being guided in translation comprising at least a first and a second portions kinematically connected respectively to a first and a second elements of the display device, said first and second elements being arranged to display the duration of the day and the duration of the night, said timepiece device comprising a control organ, said control organ typically comprising a latitude crown, for setting the latitude and characterized in that said latitude setting device comprises : a wheel having an external gear and pivoting about said axis ; a ring , having both internal and external toothing and being coaxial to the wheel ; a stud , parallel to said axis , fixedly mounted on the wheel and eccentric by a distance d1 from said axis , the distance d1 corresponding to half of the distance d2 separating said axis from the internal toothing of the ring ; and a pinion of radius d1, free to rotate about the stud , said pinion carrying, on its outer perimeter, the latitude pin and meshing with the internal toothing of the ring ; all arranged so that, when setting the latitude, it is possible to rotate the wheel relative to the ring in order to set the distance r, r being between 0 and d2.
A method for data transmission, applied to an Internet of vehicles system, comprising acquiring, by a terminal device, version information of data to be sent; and determining , by the terminal device, a transmission mechanism for transmitting the data to be sent, according to the version information of the data to be sent, wherein, acquiring, by the terminal device, the version information of the data to be sent comprises: determining, by the terminal device, the version information of the data to be sent according to at least one piece of information of the following information: a service identifier, an Internet Protocol, IP, address, a service type, a service requirement, a Fully Qualified Domain Name, FQDN, layer-2 address information, Proximity-based Service, ProSe, Per-Packet Priority, PPPP information, or ProSe Per-Packet Reliability, PPPR, information, wherein the version information is used for indicating a protocol version for a service corresponding to the data to be sent. acquiring, by a terminal device, version information of data to be sent; and determining , by the terminal device, a transmission mechanism for transmitting the data to be sent, according to the version information of the data to be sent, wherein, acquiring, by the terminal device, the version information of the data to be sent comprises: determining, by the terminal device, the version information of the data to be sent according to at least one piece of information of the following information: a service identifier, an Internet Protocol, IP, address, a service type, a service requirement, a Fully Qualified Domain Name, FQDN, layer-2 address information, Proximity-based Service, ProSe, Per-Packet Priority, PPPP information, or ProSe Per-Packet Reliability, PPPR, information, wherein the version information is used for indicating a protocol version for a service corresponding to the data to be sent. determining, by the terminal device, the version information of the data to be sent according to at least one piece of information of the following information: a service identifier, an Internet Protocol, IP, address, a service type, a service requirement, a Fully Qualified Domain Name, FQDN, layer-2 address information, Proximity-based Service, ProSe, Per-Packet Priority, PPPP information, or ProSe Per-Packet Reliability, PPPR, information, wherein the version information is used for indicating a protocol version for a service corresponding to the data to be sent.
A bonded abrasive tool which is a composite abrasive tool comprising a first portion and a second portion bonded together, the first portion comprising a three-dimensional composite of (a) 22-46 vol% abrasive grains bonded with 4-20 vol% inorganic bond material; and (b) 40-68 vol% interconnected porosity; wherein a majority of the abrasive grains are present as irregularly space clusters within the three-dimensional composite; the second portion comprising a bonded abrasive comprising an inorganic bond material; wherein the bonded abrasive tool has an elastic modulus value of 12-36 GPa and a minimum burst speed of 20.32 m/s (4000 sfpm). (a) 22-46 vol% abrasive grains bonded with 4-20 vol% inorganic bond material; and (b) 40-68 vol% interconnected porosity;
A fragmentation munition comprising: a fragmentation canister containing preformed fragments ; and an explosive in a central hole in the fragmentation canister; wherein a weight ratio of the preformed fragments to the explosive is from 15:1 to 100:1; wherein the explosive is part of a removable explosive cartridge inserted in the central hole; wherein the explosive cartridge includes: an outer shell ; and the explosive within the outer shell; wherein the cartridge includes an integral fuzewell at one end of the cartridge; wherein some of the preformed fragments surround the explosive and the central hole; wherein the fragmentation canister includes a casing surrounding the preformed fragments, with the some of the preformed fragments which surround the explosive and the central hole being between the casing and the central hole; and the fragmentation munition further comprising an airframe that surrounds the canister and the cartridge. a fragmentation canister containing preformed fragments ; and an explosive in a central hole in the fragmentation canister; wherein a weight ratio of the preformed fragments to the explosive is from 15:1 to 100:1; wherein the explosive is part of a removable explosive cartridge inserted in the central hole; wherein the explosive cartridge includes: an outer shell ; and the explosive within the outer shell; an outer shell ; and the explosive within the outer shell; wherein the cartridge includes an integral fuzewell at one end of the cartridge; wherein some of the preformed fragments surround the explosive and the central hole; wherein the fragmentation canister includes a casing surrounding the preformed fragments, with the some of the preformed fragments which surround the explosive and the central hole being between the casing and the central hole; and the fragmentation munition further comprising an airframe that surrounds the canister and the cartridge.
A lithium battery comprising: a plurality of electrochemical cells assembled together which are inserted in a rigid casing having side walls and upper and lower walls forming an enclosure , the electrochemical cells including an anode , a cathode and an electrolyte ; and at least one heat sink path to dissipate excess heat generated by the electrochemical cells , the electrochemical cells being assembled such that electrochemical cells positioned adjacent to the heat sink path have a lower impedance than other electrochemical cells of the battery , characterized in that the electrochemical cells positioned adjacent to the heat sink path include an electrolyte and a cathode having a higher lithium salt concentration than the other electrochemical cells of the battery . a plurality of electrochemical cells assembled together which are inserted in a rigid casing having side walls and upper and lower walls forming an enclosure , the electrochemical cells including an anode , a cathode and an electrolyte ; and at least one heat sink path to dissipate excess heat generated by the electrochemical cells , the electrochemical cells being assembled such that electrochemical cells positioned adjacent to the heat sink path have a lower impedance than other electrochemical cells of the battery , characterized in that the electrochemical cells positioned adjacent to the heat sink path include an electrolyte and a cathode having a higher lithium salt concentration than the other electrochemical cells of the battery .
A method for transmitting and receiving a signal performed by a Device-to-Device, D2D, User equipment, UE , in a wireless communication system, the method comprising: receiving a timing advance command including a Timing Advance, TA; receiving a D2D communication resource configuration; and transmitting a D2D communication signal based on the D2D communication resource configuration, wherein if the D2D UE transmits the D2D communication signal by using resources indicated by a base station, the D2D communication signal is transmitted at a first timing determined from a N TA and a fixed TA offset and if the D2D UE selects resources for transmission of the D2D communication signal, the D2D communication signal is transmitted at a second timing determined irrespective of the N TA , wherein the N TA corresponds to 16 ∗ TA and the fixed TA offset, N TAoffset , is 624 in Time Division Duplex, TDD, and 0 in Frequency Division Duplex, FDD. receiving a timing advance command including a Timing Advance, TA; receiving a D2D communication resource configuration; and transmitting a D2D communication signal based on the D2D communication resource configuration, wherein if the D2D UE transmits the D2D communication signal by using resources indicated by a base station, the D2D communication signal is transmitted at a first timing determined from a N TA and a fixed TA offset and if the D2D UE selects resources for transmission of the D2D communication signal, the D2D communication signal is transmitted at a second timing determined irrespective of the N TA , wherein the N TA corresponds to 16 ∗ TA and the fixed TA offset, N TAoffset , is 624 in Time Division Duplex, TDD, and 0 in Frequency Division Duplex, FDD.
A transport vehicle with - a loading surface for receiving a load , wherein the loading surface has a plurality of anchor points for anchoring tie-down means by means of which the load can be tied down on the loading surface in a partial-wrap-around manner, - a primary sensor for recording a measured value dependent on the tie-down status of the tie-down means and for generating a corresponding primary sensor signal, as well as - a control unit coupled to the primary sensor in a signal-transmitting manner, which is configured • to determine respectively current parameter values of a parameter that is representative of the tie-down status of the tie-down means from the primary sensor signal, • to check the conformity of the determined parameter values in relation to preset reference values and • to trigger a warning signal in the event of inadequate conformity, characterized in that the primary sensor is designed as a vibration sensor separate from the tie-down means and rigidly attached to the loading surface by means of which a vibration state of the loading surface can be measured. - a loading surface for receiving a load , wherein the loading surface has a plurality of anchor points for anchoring tie-down means by means of which the load can be tied down on the loading surface in a partial-wrap-around manner, - a primary sensor for recording a measured value dependent on the tie-down status of the tie-down means and for generating a corresponding primary sensor signal, as well as - a control unit coupled to the primary sensor in a signal-transmitting manner, which is configured • to determine respectively current parameter values of a parameter that is representative of the tie-down status of the tie-down means from the primary sensor signal, • to check the conformity of the determined parameter values in relation to preset reference values and • to trigger a warning signal in the event of inadequate conformity, characterized in that the primary sensor is designed as a vibration sensor separate from the tie-down means and rigidly attached to the loading surface by means of which a vibration state of the loading surface can be measured. • to determine respectively current parameter values of a parameter that is representative of the tie-down status of the tie-down means from the primary sensor signal, • to check the conformity of the determined parameter values in relation to preset reference values and • to trigger a warning signal in the event of inadequate conformity,
A method for directing a laser pulsed beam towards a selected area/surface of an object, comprising: (a) transmitting from a laser assembly that includes an optical transmitter module a pulsed laser beam having a first pulse duration and illuminating therewith an area/surface of the object, thereby obtaining a reflected pulsed laser beam; said reflected pulsed laser beam including a leading portion reflected from a first reflecting area/surface of the object which is the area of the object that defines the shortest optical path between the optical transmitter module , the object and an optical receiver module ; (b) receiving, in a second laser assembly that includes said optical receiver module , said reflected pulsed laser beam and performing selective phase conjugation, thereby generating an amplified phase conjugated pulsed beam of a second pulse duration corresponding to the leading portion of the reflected pulsed laser beam; (c) transmitting from said second laser assembly said amplified phase conjugated pulsed beam and illuminating therewith on said selected area/surface of the object. (a) transmitting from a laser assembly that includes an optical transmitter module a pulsed laser beam having a first pulse duration and illuminating therewith an area/surface of the object, thereby obtaining a reflected pulsed laser beam; said reflected pulsed laser beam including a leading portion reflected from a first reflecting area/surface of the object which is the area of the object that defines the shortest optical path between the optical transmitter module , the object and an optical receiver module ; (b) receiving, in a second laser assembly that includes said optical receiver module , said reflected pulsed laser beam and performing selective phase conjugation, thereby generating an amplified phase conjugated pulsed beam of a second pulse duration corresponding to the leading portion of the reflected pulsed laser beam; (c) transmitting from said second laser assembly said amplified phase conjugated pulsed beam and illuminating therewith on said selected area/surface of the object.
An assembly for manufacturing a wax moulding of a turbine engine blade comprising a wax injection mould in which a core can be mounted in a predetermined moulding position, the core extending in a longitudinal direction (L) between a base and a head characterized in that the core comprises a main element and at least a first secondary element each with at least one functional part and a non-functional part, the non-functional part of the first secondary element comprising a rod portion extending in the longitudinal direction (L) of the core and housed in a first slot of the non-functional part of the main element , the mould comprising a first internal boss for clamping said rod portion at the bottom of the first slot .