mhurhangee/patent-ind-claim-en huggingface dataset:
A deposition condition control device for controlling a deposition condition of a machine tool that moves a laser irradiation position while supplying a metal material onto a portion to be machined of a base material to perform additive manufacturing, the deposition condition control device comprising: a machining program analyzing unit to obtain a scan rate of a laser beam at the laser irradiation position on the basis of a machining program; a data acquiring unit to acquire an output value of the laser beam, a supply amount of the metal material, and a temperature of the portion to be machined in a molten state; a welding state determination unit to determine whether or not a welding state of the metal material is a stable welding amount state on the basis of the scan rate, the output value, the supply amount, and the temperature; a deposition condition adjusting unit to adjust the output value and the supply amount so that a result of determination by the welding state determination unit will be the stable welding amount state; and a deposition condition outputting unit to output a command value of the output value and a command value of the supply amount adjusted by the deposition condition adjusting unit to the machine tool . a machining program analyzing unit to obtain a scan rate of a laser beam at the laser irradiation position on the basis of a machining program; a data acquiring unit to acquire an output value of the laser beam, a supply amount of the metal material, and a temperature of the portion to be machined in a molten state; a welding state determination unit to determine whether or not a welding state of the metal material is a stable welding amount state on the basis of the scan rate, the output value, the supply amount, and the temperature; a deposition condition adjusting unit to adjust the output value and the supply amount so that a result of determination by the welding state determination unit will be the stable welding amount state; and a deposition condition outputting unit to output a command value of the output value and a command value of the supply amount adjusted by the deposition condition adjusting unit to the machine tool .
Method of preparing a tissue adhesive for sealing or joining cell tissues, comprising the steps of Preparation of an isocyanate-functional prepolymer as component A), by a) Reaction of an H-functional initiator compound having at least one Zerewitinoff-active hydrogen atom with an alkylene oxide compound and a co-monomer to form a precursor carrying hydroxyl groups, wherein the co-monomer is selected from the group consisting of lactides, glycolides, cyclic dicarboxylic anhydrides as well as combinations thereof, and wherein the co-monomer is incorporated into the polymer chain(s) of the precursor carrying hydroxyl groups by statistical copolymerization, and b) Reaction of the precursor carrying hydroxyl groups from step a) with a polyfunctional isocyanate to form the isocyanate-functional prepolymer A), Provision of a component B) in the form of an amino-functional aspartic acid ester of the general formula (I) wherein X is an n-valent organic residue, R 1 , R 2 are identical or different organic residues that do not contain Zerewitinoff-active H atoms, n is a whole number ≥ 2, wherein the amino-functional aspartic acid ester is selected from structures of the general formula (VIII) wherein R 1 , R 2 , R 3 are identical or different organic residues that do not contain Zerewitinoff-active H atoms, and/or of a component C) in the form of a reaction product of the isocyanate-functional prepolymer A) with amino-functional aspartic acid esters B). a) Reaction of an H-functional initiator compound having at least one Zerewitinoff-active hydrogen atom with an alkylene oxide compound and a co-monomer to form a precursor carrying hydroxyl groups, wherein the co-monomer is selected from the group consisting of lactides, glycolides, cyclic dicarboxylic anhydrides as well as combinations thereof, and wherein the co-monomer is incorporated into the polymer chain(s) of the precursor carrying hydroxyl groups by statistical copolymerization, and b) Reaction of the precursor carrying hydroxyl groups from step a) with a polyfunctional isocyanate to form the isocyanate-functional prepolymer A), X is an n-valent organic residue, R 1 , R 2 are identical or different organic residues that do not contain Zerewitinoff-active H atoms, n is a whole number ≥ 2, wherein R 1 , R 2 , R 3 are identical or different organic residues that do not contain Zerewitinoff-active H atoms, and/or of a component C) in the form of a reaction product of the isocyanate-functional prepolymer A) with amino-functional aspartic acid esters B).
Induction heating device, in particular for use in a device for the additive manufacturing of at least one component region of a component, in particular a component of a turbomachine, comprising at least one first induction coil that has at least one turn having a predetermined inner turn surface , characterized in that the induction heating device comprises at least one induction coil assembly which can be moved relative to the first induction coil and which has at least two induction coils , the induction coils of the induction coil assembly each having at least one turn having predetermined inner turn surfaces and the inner turn surfaces of the individual induction coils of the induction coil assembly each being smaller than the inner turn surface of the first induction coil .
A gas turbine engine comprising: a case; and a synchronization ring disposed radially outward of the case and configured to circumferentially rotate relative to the case, the synchronization ring comprising a forward ring portion and an aft ring portion detachably coupled together, wherein the forward ring portion and the aft ring portion jointly define a plurality of cylindrical bores circumferentially distributed around the synchronization ring , characterised in that the plurality of cylindrical bores extend radially through the synchronization ring . a case; and a synchronization ring disposed radially outward of the case and configured to circumferentially rotate relative to the case, the synchronization ring comprising a forward ring portion and an aft ring portion detachably coupled together, wherein the forward ring portion and the aft ring portion jointly define a plurality of cylindrical bores circumferentially distributed around the synchronization ring , characterised in that the plurality of cylindrical bores extend radially through the synchronization ring .
An e , e , e malonic acid /acetic acid tri-adduct of buckminsterfullerene of the general formula C 60 (R) 3 , or an ester or salt thereof, wherein each R is independently selected from groups of the formula >CR 1 R 2 , wherein the C in said >CR 1 R 2 group is directly bonded to two adjacent carbons of the C 60 moiety, and wherein each R 1 and R 2 is independently selected from the group consisting of -H and -COOH, provided that at least one of the total R 1' s and R 2' s is a hydrogen for use in a therapeutic method of prolonging the expected duration of a lifespan of a metazoan.
An apparatus for protection of an elongated structural support from impact, the apparatus comprising: an elongated impact protection component in the form of a unitary part having a body having a length that includes opposing end portions , the elongated impact protection component further including a first and a second side portions , opposing each other, an inner surface and an outer surface , wherein the elongated impact protection component further comprises a plurality of orthogonally-oriented projections spaced along a length of the body of the elongated impact protection component , wherein the projections comprise integrally formed connectors , wherein the projections extend away from the first and second side portions , wherein the projections of the plurality of orthogonally-oriented projections are configured for providing a sliding engagement for interlocking connection with projections from adjacent same type elongated impact protection components , characterized in that the plurality of projections extending from the first side portion of the protection component are orthogonally-oriented to the projections extending from the second side portion of the same protection component . an elongated impact protection component in the form of a unitary part having a body having a length that includes opposing end portions , the elongated impact protection component further including a first and a second side portions , opposing each other, an inner surface and an outer surface , wherein the elongated impact protection component further comprises a plurality of orthogonally-oriented projections spaced along a length of the body of the elongated impact protection component , wherein the projections comprise integrally formed connectors , wherein the projections extend away from the first and second side portions , wherein the projections of the plurality of orthogonally-oriented projections are configured for providing a sliding engagement for interlocking connection with projections from adjacent same type elongated impact protection components , characterized in that the plurality of projections extending from the first side portion of the protection component are orthogonally-oriented to the projections extending from the second side portion of the same protection component .
Stator to guide a location-dependent magnetic field in a circumferential direction around a rotation axis , said stator comprising: - a first stator ring revolving around the rotation axis , and - a second stator ring revolving around the rotation axis , which is arranged concentrically with the first stator ring . - the first and second stator ring comprising claws which are arranged so as to revolve around the rotation axis and at a distance from one another in the circumferential direction and engage with one another at least on a toothing axial plane, said claws being separated from one another by an air gap in such a way that, when the magnetic field is arranged in the toothing axial plane, the magnetic field is guided towards the stator rings via the claws according to a relative angular position , characterized in that - each claw has the contour of a mathematically smooth curve when viewed across the circumferential direction, - wherein each claw has a base , above which a head is supported on the respective stator ring , said head being smaller than the base when viewed in the circumferential direction, - wherein in each claw , the base and the head merge with one another in a transition region having a curve which is negative starting from a base curve , characterized in that - the base curve and the curve of the transition region have the same dimensions, such that the air gap between the claws is constant. - a first stator ring revolving around the rotation axis , and - a second stator ring revolving around the rotation axis , which is arranged concentrically with the first stator ring . - the first and second stator ring comprising claws which are arranged so as to revolve around the rotation axis and at a distance from one another in the circumferential direction and engage with one another at least on a toothing axial plane, said claws being separated from one another by an air gap in such a way that, when the magnetic field is arranged in the toothing axial plane, the magnetic field is guided towards the stator rings via the claws according to a relative angular position , characterized in that - each claw has the contour of a mathematically smooth curve when viewed across the circumferential direction, - wherein each claw has a base , above which a head is supported on the respective stator ring , said head being smaller than the base when viewed in the circumferential direction, - wherein in each claw , the base and the head merge with one another in a transition region having a curve which is negative starting from a base curve , characterized in that - the base curve and the curve of the transition region have the same dimensions, such that the air gap between the claws is constant.
A method of improving security in a communication network comprising a mobile device, a core network, a mobile packet core network and a WIFI access network for access of the mobile device to the core network via the mobile packet core network, wherein an identification of the mobile device IMEI is determined during connection setup of the mobile device UE via the WIFI access network to the mobile packet core network, wherein for interrogating the identification an authentication entity of the mobile packet core network triggers the mobile device UE to provide the identification of the mobile device IMEI to at least one entity of the mobile packet core network, and wherein triggering for the provision of the identification of the mobile device IMEI is initiated from the authentication entity towards a further entity of the mobile packet core network, wherein the further entity of the mobile packet core network is a short message service centre SMSC and the authentication entity triggers the short message service centre to send multiple zero text messages to the mobile device and the mobile device upon receipt of the multiple zero text messages sends its identification IMEI to an Equipment Identity Register EIR of the mobile packet core network, the authentication entity fetches the IMEI from the EIR, or wherein the further entity of the mobile packet core network is a home location register HLR and the authentication entity sends a request for the identification of the mobile device IMEI to the home location register of the mobile packet core network, whereby the request is an ATI request, wherein the HLR sends a provide subscriber information PSI request to a mobile switching center MSC, serving GPRS support node SGSN/ mobility Management entity MME or a visitor location register VLR which then obtains the IMEl from the mobile device and updates the HLR with the IMEI, and the HLR responds to the ATI request from the authentication entity with the IMEI of the mobile device, the authentication entity then sends a message enriched with the IMEI to an access node for the core network, the access node carries out lawful interception on data connections of the mobile device in the core network based on the IMEI of the mobile device.
A composition for feeding a ruminant comprising i) a non-protein nitrogen compound, and ii) a coating surrounding the non-protein nitrogen compound, wherein said coating comprises one or more layers of a mixture comprising a saturated fat and a fatty acid, and said coating comprises from 60 wt.-% +/- 10% to 85 wt.-% +/- 10% of the saturated fat and from 15 wt.-% +/- 10% to 40 wt.-% +/- 10% of the fatty acid, each based on the total weight of the coating. i) a non-protein nitrogen compound, and ii) a coating surrounding the non-protein nitrogen compound, wherein said coating comprises one or more layers of a mixture comprising a saturated fat and a fatty acid, and said coating comprises from 60 wt.-% +/- 10% to 85 wt.-% +/- 10% of the saturated fat and from 15 wt.-% +/- 10% to 40 wt.-% +/- 10% of the fatty acid, each based on the total weight of the coating.
A method for transmitting and receiving a signal by a terminal supporting dual-connectivity between evolved universal terrestrial radio access, E-UTRA, and new radio, NR, the method comprising: transmitting an uplink signal ; and receiving a downlink signal, wherein the terminal is configured to aggregate two or more carriers for said dual-connectivity between E-UTRA and NR, EN-DC, said method being characterized in that : if the two or more carriers include an E-UTRA operating band 21 and an NR operating band n79, if an uplink center frequency of the E-UTRA operating band 21 is 1457.5 MHz, and if a downlink center frequency of the E-UTRA operating band 21 is 1505.5 MHz, a maximum sensitivity degradation, MSD, of 18.4 dB is applied by said terminal to a reference sensitivity used for the reception of the downlink signal. transmitting an uplink signal ; and receiving a downlink signal, wherein the terminal is configured to aggregate two or more carriers for said dual-connectivity between E-UTRA and NR, EN-DC, said method being characterized in that : if the two or more carriers include an E-UTRA operating band 21 and an NR operating band n79, if an uplink center frequency of the E-UTRA operating band 21 is 1457.5 MHz, and if a downlink center frequency of the E-UTRA operating band 21 is 1505.5 MHz, a maximum sensitivity degradation, MSD, of 18.4 dB is applied by said terminal to a reference sensitivity used for the reception of the downlink signal.
An electronic circuit comprising: a semiconductor chip having a thickness (e) smaller than 160 μm; and a package with flush contacts having the chip encapsulated therein, the electronic circuit being characterized in that the surface area of the chip represents between twenty-five percent and fifty percent of the surface area of the package. a semiconductor chip having a thickness (e) smaller than 160 μm; and a package with flush contacts having the chip encapsulated therein, the electronic circuit being characterized in that the surface area of the chip represents between twenty-five percent and fifty percent of the surface area of the package.
A system for detecting wading of a vehicle comprising: at least one sound wave pulse emitter device ; at least one sound wave pulse receiver device is spaced apart from the at least one sound wave pulse emitter device; and a control unit configured to measure one or more of the following variables: (i) the time of flight of a sound pulse (Si) between the at least one sound wave pulse emitter device and the at least one sound wave pulse receiver device ; (ii) the amplitude (A) of a sound pulse (Si) emitted by the at least one sound wave pulse emitter device when received by the at least one sound wave pulse receiver device ; and (iii) the wavelength (λ) of a sound pulse (Si) emitted by the at least one sound wave pulse emitter device when received by the at least one sound wave pulse receiver device , the control unit configured to determine whether a medium between the at least one sound wave pulse emitter device and the at least one sound wave pulse receiver device is air or liquid. at least one sound wave pulse emitter device ; at least one sound wave pulse receiver device is spaced apart from the at least one sound wave pulse emitter device; and a control unit configured to measure one or more of the following variables: (i) the time of flight of a sound pulse (Si) between the at least one sound wave pulse emitter device and the at least one sound wave pulse receiver device ; (ii) the amplitude (A) of a sound pulse (Si) emitted by the at least one sound wave pulse emitter device when received by the at least one sound wave pulse receiver device ; and (iii) the wavelength (λ) of a sound pulse (Si) emitted by the at least one sound wave pulse emitter device when received by the at least one sound wave pulse receiver device , the control unit configured to determine whether a medium between the at least one sound wave pulse emitter device and the at least one sound wave pulse receiver device is air or liquid. (i) the time of flight of a sound pulse (Si) between the at least one sound wave pulse emitter device and the at least one sound wave pulse receiver device ; (ii) the amplitude (A) of a sound pulse (Si) emitted by the at least one sound wave pulse emitter device when received by the at least one sound wave pulse receiver device ; and (iii) the wavelength (λ) of a sound pulse (Si) emitted by the at least one sound wave pulse emitter device when received by the at least one sound wave pulse receiver device , the control unit configured to determine whether a medium between the at least one sound wave pulse emitter device and the at least one sound wave pulse receiver device is air or liquid.
A method of repairing a propeller blade comprising a composite blade spar (14; 114) and at least one cover shell section adhesively bonded to the blade spar (14; 114) by a thermoplastic adhesive , the method comprising: heating the propeller blade (2; 102) to a temperature above the melting temperature of the thermoplastic adhesive ; removing a damaged shell section (30a, 30b; 130a, 130b); and adhesively bonding a replacement cover shell section (30a, 30b; 130a, 130b) to the blade using a thermoplastic adhesive , wherein the heating includes passing an electric current through an electrically conductive lightening protection layer provided in the at least one cover shell section (30a, 30b; 130a, 130b). heating the propeller blade (2; 102) to a temperature above the melting temperature of the thermoplastic adhesive ; removing a damaged shell section (30a, 30b; 130a, 130b); and adhesively bonding a replacement cover shell section (30a, 30b; 130a, 130b) to the blade using a thermoplastic adhesive , wherein the heating includes passing an electric current through an electrically conductive lightening protection layer provided in the at least one cover shell section (30a, 30b; 130a, 130b).
A method of push messaging performed by one or more servers , the method comprising: receiving , from a user device , a request to subscribe to a push messaging service; selecting , from a listing of one or more phone numbers included by the one or more servers , a given phone number that is uniquely associated with the user based on the received request, wherein the given phone number differs from a phone number of the user; transmitting , to the user device and in response to receiving the request, a first message that presents visual information at the user device and includes the given phone number; receiving , from the user device , a second message addressed to the given phone number; selecting an additional message that presents additional visual information at the user device based, at least in part, on the second message received from the user device and one or more of a geolocation of the user device, the geolocation of the user device being included in context data of the user device monitored by the one or more servers , or a time of day; and transmitting the additional message to the user device . receiving , from a user device , a request to subscribe to a push messaging service; selecting , from a listing of one or more phone numbers included by the one or more servers , a given phone number that is uniquely associated with the user based on the received request, wherein the given phone number differs from a phone number of the user; transmitting , to the user device and in response to receiving the request, a first message that presents visual information at the user device and includes the given phone number; receiving , from the user device , a second message addressed to the given phone number; selecting an additional message that presents additional visual information at the user device based, at least in part, on the second message received from the user device and one or more of a geolocation of the user device, the geolocation of the user device being included in context data of the user device monitored by the one or more servers , or a time of day; and transmitting the additional message to the user device .
A method for detecting linear extraction of information in a processing unit (CPU) using an instruction pointer (PC), the method comprising monitoring the values (PCn, PCn-1) of the instruction pointer, a determination of a number of consecutive increments of a constant quantity on the values of the instruction pointer, and a generation of a detection signal (LCEdetec) if said number is greater than or equal to a detection threshold (Th).