mhurhangee/ep-ind-claims huggingface dataset:
Method for selective beam-based melting or sintering for the additive manufacturing of components, consisting of a method for selective laser sintering, selective laser melting, selective electron beam sintering, or selective electron beam melting, with layers (50, 52) consisting of a powdery first material sequentially being applied in a powder bed, and the powdery first material of the layers (50, 52) being selectively melted or sintered layer by layer by a laser beam or electron beam after a particular layer (50, 52) has been applied, characterized by the following steps: - applying at least one first layer of the first powdery material in a planar manner with a doctor blade or a roller; - fixing the first powdery material in some regions in a second region by melting or sintering with a laser beam or electron beam, the melting or sintering taking place with a laser beam or electron beam which has a lower intensity and/or power or a higher feed speed or scanning speed than the laser beam or electron beam with which a second material is fixed to the underlying layer, - and subsequently removing the first material in some regions in a first region, subsequently applying an in particular powdery second material in some regions in the first region of the first layer and subsequently fixing the second material or the second material and the first material on an underlying layer by melting or sintering with a laser beam or electron beam. - applying at least one first layer of the first powdery material in a planar manner with a doctor blade or a roller; - fixing the first powdery material in some regions in a second region by melting or sintering with a laser beam or electron beam, the melting or sintering taking place with a laser beam or electron beam which has a lower intensity and/or power or a higher feed speed or scanning speed than the laser beam or electron beam with which a second material is fixed to the underlying layer, - and subsequently removing the first material in some regions in a first region, subsequently applying an in particular powdery second material in some regions in the first region of the first layer and subsequently fixing the second material or the second material and the first material on an underlying layer by melting or sintering with a laser beam or electron beam.
A method of operation of a base station, BS, comprising: transmitting, for each iteration i =1,..., m of a plurality of iterations m, through a plurality of transmit, Tx, chains and with application of a digital predistortion, DPD i, a signal S i to at least one UE, where DPD 1 is an initial DPD and each of the signals S i for i =1,..., m is transmitted over a bandwidth, BW, that extends over a plurality of subcarriers, and includes pilot signals extending over a bandwidth subset BW i of the BW, where the BW i increases in subcarrier size for each iteration of i; receiving, for each iteration i of the plurality of iterations m, feedback F i from the at least one UE based on the transmitted signal S i; applying, for each iteration i of the plurality of iterations m, a digital predistortion, DPD i +1, to each of the plurality of Tx chains based on the received feedback F i; and transmitting in downlink, DL, to one or more UEs through the plurality of Tx chains and with application of the DPD m +1, the transmission in DL including pilot signals that extend over the entire BW. transmitting, for each iteration i =1,..., m of a plurality of iterations m, through a plurality of transmit, Tx, chains and with application of a digital predistortion, DPD i, a signal S i to at least one UE, where DPD 1 is an initial DPD and each of the signals S i for i =1,..., m is transmitted over a bandwidth, BW, that extends over a plurality of subcarriers, and includes pilot signals extending over a bandwidth subset BW i of the BW, where the BW i increases in subcarrier size for each iteration of i; receiving, for each iteration i of the plurality of iterations m, feedback F i from the at least one UE based on the transmitted signal S i; applying, for each iteration i of the plurality of iterations m, a digital predistortion, DPD i +1, to each of the plurality of Tx chains based on the received feedback F i; and transmitting in downlink, DL, to one or more UEs through the plurality of Tx chains and with application of the DPD m +1, the transmission in DL including pilot signals that extend over the entire BW.
A paint composition comprising: a solvent; a polymeric binder; and a plurality of zeolite particles, each zeolite particle defining a plurality of pores therein with an average pore size from about 1 to 100 angstroms, and the zeolite particles having exchangeable cations and sequestered cations disposed within the pores, the sequestered cations including Mg 2+. a solvent; a polymeric binder; and a plurality of zeolite particles, each zeolite particle defining a plurality of pores therein with an average pore size from about 1 to 100 angstroms, and the zeolite particles having exchangeable cations and sequestered cations disposed within the pores, the sequestered cations including Mg 2+.
An injection device for injecting a medicant into a plurality of sites in a patient for a selected treatment, wherein the number of sites is the total number for the selected treatment thereby requiring a single positioning step, said injection device comprising: a body including a plurality of medicant barrels, wherein each barrel defines a filling passage and a separate injection end; a plurality of injection needles, wherein each needle of said plurality is connected to a corresponding one of said medicant barrels; a multi-lumen tip; means for connecting said multi-lumen tip with said body; and means for moving each injection needle of said plurality of injection needles between a deployed, injection position and a retracted position, wherein the number of needles is at least as great as the number of sites for the selected treatment. a body including a plurality of medicant barrels, wherein each barrel defines a filling passage and a separate injection end; a plurality of injection needles, wherein each needle of said plurality is connected to a corresponding one of said medicant barrels; a multi-lumen tip; means for connecting said multi-lumen tip with said body; and means for moving each injection needle of said plurality of injection needles between a deployed, injection position and a retracted position, wherein the number of needles is at least as great as the number of sites for the selected treatment.
A stretched and foamed plastic container having a body wall equipped with a foamed region where foamed cells are distributed, characterised in that said foamed cells have a length gradient that cell lengths in a stretched direction are decreasing from the foamed cells present on an outer surface side of the body wall toward the foamed cells present on an inner surface side of the body wall as compared in the same stretched direction.
A method to obtain an immunogenic peptide or polypeptide comprising an artificial sequence able to activate NKT cells, said method comprising the steps of: (a) identification of a peptide or polypeptide which does not activate NKT cells; (b) introduction of at least one CD1d binding motif comprising [FWHY]-X 2 X 3 -[ILMV]-X 5 X 6 -[FWHY] by aminoacid addition, substitution and/or deletion in the natural sequence of said peptide or polypeptide, wherein X 2, X 3, X 5, X 6 stand for any aminoacid. (a) identification of a peptide or polypeptide which does not activate NKT cells; (b) introduction of at least one CD1d binding motif comprising [FWHY]-X 2 X 3 -[ILMV]-X 5 X 6 -[FWHY] by aminoacid addition, substitution and/or deletion in the natural sequence of said peptide or polypeptide, wherein X 2, X 3, X 5, X 6 stand for any aminoacid.
A device for authenticating a sample of a subject being tested, comprising: (a) a test plate that comprises a first plate and a second plate and spacers, wherein: i. the first plate and second plate are movable relative to each other into different configurations, including an open configuration and a closed configuration; and ii. the first plate and the second plate comprise a surface that has a sample contact area for receiving a sample of a subject that is being tested; and iii. the spacers are placed on one or both of the first plate and the second plate, (b) a camera that is configured, during a sample deposition in which the sample of the subject is directly deposited onto the sample contact area of the first plate, to capture at least one of: i. one or more images of the sample together with at least one biometric identifier associated with the subject, and ii. a video of a part or an entirety of the sample deposition, wherein the open configuration is the configuration in which the two plates are partially or entirely separated apart, and the sample is deposited on the sample contact area; and wherein the closed configuration is the configuration in which (i) the sample contact areas of the two plates are in contact with the sample, and (ii) the spacers regulate a spacing between the first plate and the second plate. (a) a test plate that comprises a first plate and a second plate and spacers, wherein: i. the first plate and second plate are movable relative to each other into different configurations, including an open configuration and a closed configuration; and ii. the first plate and the second plate comprise a surface that has a sample contact area for receiving a sample of a subject that is being tested; and iii. the spacers are placed on one or both of the first plate and the second plate, i. the first plate and second plate are movable relative to each other into different configurations, including an open configuration and a closed configuration; and ii. the first plate and the second plate comprise a surface that has a sample contact area for receiving a sample of a subject that is being tested; and iii. the spacers are placed on one or both of the first plate and the second plate, (b) a camera that is configured, during a sample deposition in which the sample of the subject is directly deposited onto the sample contact area of the first plate, to capture at least one of: i. one or more images of the sample together with at least one biometric identifier associated with the subject, and ii. a video of a part or an entirety of the sample deposition, i. one or more images of the sample together with at least one biometric identifier associated with the subject, and ii. a video of a part or an entirety of the sample deposition,
A compound particle for a lithium-ion polymer battery containing liquid electrolytes in the form of gels comprising: a monomer and a polymerization initiator, as a core, and a film comprising a thermoplastic resin as a shell, characterized in that the monomer is acrylonitrile, and the thermoplastic resin is polyacrylonitrile. a monomer and a polymerization initiator, as a core, and a film comprising a thermoplastic resin as a shell, characterized in that
Single-pole housing module (10, 10'), made of an insulating material, for a multi-pole low-voltage protective switching device (1, 1') formed from a plurality of housing modules (10, 10'), having a front side, a fastening side arranged opposite the front side, and first and second narrow and wide sides (13-1, 13-2, 14-1, 14-2) connecting the front side and the fastening side, characterized in that - the housing module (10, 10') has a modular receiving space, which can be accessed from the fastening side and which, when the housing module is combined with another housing module, forms a receiving space spanning the module and provided and designed to receive an electronic assembly spanning the module. - the housing module (10, 10') has a modular receiving space, which can be accessed from the fastening side and which, when the housing module is combined with another housing module, forms a receiving space spanning the module and provided and designed to receive an electronic assembly spanning the module.
A method for operating a first apparatus in a wireless communication system, the method comprising: receiving one or more traffic classes, TCs, related to one or more packets from a higher layer; mapping the one or more TCs and one or more proximity-based service per-packet priorities, PPPPs; and transmitting the one or more packets related to the one or more PPPPs to a second apparatus based on the mapping, wherein each of the one or more TCs and each of one or more PPPPs are mapped in one-to-one, wherein at least one first TC having a priority value higher than a predetermined priority threshold value is determined among the one or more TCs, wherein the at least one first TC is allocated to a decentralized environmental notification message, DEMN, wherein at least one second TC having a priority value lower than the predetermined priority threshold value is determined among the one or more TCs, and wherein the at least one second TCs is allocated to a cooperative awareness message, CAM. receiving one or more traffic classes, TCs, related to one or more packets from a higher layer; mapping the one or more TCs and one or more proximity-based service per-packet priorities, PPPPs; and transmitting the one or more packets related to the one or more PPPPs to a second apparatus based on the mapping, wherein each of the one or more TCs and each of one or more PPPPs are mapped in one-to-one, wherein at least one first TC having a priority value higher than a predetermined priority threshold value is determined among the one or more TCs, wherein the at least one first TC is allocated to a decentralized environmental notification message, DEMN, wherein at least one second TC having a priority value lower than the predetermined priority threshold value is determined among the one or more TCs, and wherein the at least one second TCs is allocated to a cooperative awareness message, CAM.
A key management device comprising: a limited communication unit that receives encryption information from a wireless network device logging onto a wireless network; a storage unit that stores authentication information for authentication of the wireless network device; and a key creating unit that creates an encryption key based on the received encryption information, to allow the wireless network device to log onto the wireless network, wherein the key creating unit transmits the created encryption key to the wireless network device. a limited communication unit that receives encryption information from a wireless network device logging onto a wireless network; a storage unit that stores authentication information for authentication of the wireless network device; and a key creating unit that creates an encryption key based on the received encryption information, to allow the wireless network device to log onto the wireless network, wherein the key creating unit transmits the created encryption key to the wireless network device.
A mechanical reducer for a turbomachine, in particular for an aircraft, this reducer comprising: - a sun gear having a first axis of rotation, - a ring gear extending around the sun gear and said first axis, - planet gears which are meshed with the sun gear and the ring gear, each planet gear having a second axis of rotation and comprising a first toothing having a first average diameter for meshing with the sun gear, and a second toothing having a second average diameter for meshing with the ring gear, the first and second average diameters (D1, D2) being different, - hydrodynamic bearings for guiding the planet gears in rotation, these hydrodynamic bearings being carried by a planet carrier and comprising cylindrical bodies which have a generally elongated shape along said second axis and which are engaged in the planet gears, each of these cylindrical bodies comprising an internal oil circulation cavity and first pipelines for conveying oil from this cavity to at least one external cylindrical surface of the body extending around said second axis, so as to form at least one oil film (H1, H2) for guiding the planet gear mounted on this body, characterised in that: each of the cylindrical bodies further comprises second oil evacuation pipelines, which are different from the first pipelines, and which extend from said at least one external cylindrical surface to at least one of the longitudinal ends of that body. - a sun gear having a first axis of rotation, - a ring gear extending around the sun gear and said first axis, - planet gears which are meshed with the sun gear and the ring gear, each planet gear having a second axis of rotation and comprising a first toothing having a first average diameter for meshing with the sun gear, and a second toothing having a second average diameter for meshing with the ring gear, the first and second average diameters (D1, D2) being different, - hydrodynamic bearings for guiding the planet gears in rotation, these hydrodynamic bearings being carried by a planet carrier and comprising cylindrical bodies which have a generally elongated shape along said second axis and which are engaged in the planet gears, each of these cylindrical bodies comprising an internal oil circulation cavity and first pipelines for conveying oil from this cavity to at least one external cylindrical surface of the body extending around said second axis, so as to form at least one oil film (H1, H2) for guiding the planet gear mounted on this body,
A lubricating oil composition comprising: a) greater than 50 wt.% of a base oil of lubricating viscosity, based on the total weight of the lubricating oil composition; b) an amount of one or more calcium-containing detergents to provide less than 1700 ppm calcium, based on a total weight of the lubricating oil composition c) an amount of one or more magnesium-containing detergents to provide less than 450 ppm magnesium, based on the total weight of the lubricating oil composition; d) an amount of one or more molybdenum-containing compounds to provide less than 450 ppm molybdenum, based on the total weight of the lubricating oil composition; e) from 700 ppm to 900 ppm of phosphorus, based on the total weight of the lubricating oil composition; and f) a total measured sulfated ash content of no greater than 1.0 wt.%, as measured by ASTM D874, based on the total weight of the lubricating oil composition; and a ratio, in ppm, of calcium from the one or more calcium-containing detergents to magnesium from the one or more magnesium-containing detergents of 1: 1 or more; wherein the one or more calcium-containing detergents is overbased having a total base number of greater than 225 mg KOH/g; or 250 mg KOH/g or more as measured by the method of ASTM D-2896. a) greater than 50 wt.% of a base oil of lubricating viscosity, based on the total weight of the lubricating oil composition; b) an amount of one or more calcium-containing detergents to provide less than 1700 ppm calcium, based on a total weight of the lubricating oil composition c) an amount of one or more magnesium-containing detergents to provide less than 450 ppm magnesium, based on the total weight of the lubricating oil composition; d) an amount of one or more molybdenum-containing compounds to provide less than 450 ppm molybdenum, based on the total weight of the lubricating oil composition; e) from 700 ppm to 900 ppm of phosphorus, based on the total weight of the lubricating oil composition; and f) a total measured sulfated ash content of no greater than 1.0 wt.%, as measured by ASTM D874, based on the total weight of the lubricating oil composition; and a ratio, in ppm, of calcium from the one or more calcium-containing detergents to magnesium from the one or more magnesium-containing detergents of 1: 1 or more;
A man-machine interaction method, wherein the method is applied to an electronic device having a display, the electronic device comprises a sensor for detecting a navigation input operation on the display, and the display comprises a first area and a second area that are not overlapped; and the method comprises: detecting a navigation input operation on the display; when the navigation input operation is detected in the first area, displaying a first navigation icon at a preset position in the first area; and when the navigation input operation is detected at a first position in the second area, displaying a second navigation icon at the first position in the second area; wherein the first navigation icon and the second navigation icon correspond to a same first software program, and the first navigation icon and the second navigation icon are different. detecting a navigation input operation on the display; when the navigation input operation is detected in the first area, displaying a first navigation icon at a preset position in the first area; and when the navigation input operation is detected at a first position in the second area, displaying a second navigation icon at the first position in the second area; wherein the first navigation icon and the second navigation icon correspond to a same first software program, and the first navigation icon and the second navigation icon are different.
A rotating shaft assembly, comprising a panel and a rotatable support mechanism for an electronic device having a first housing and a second housing, wherein the rotatable support mechanism comprises a swing arm, a fixed structure, a limit part, and a support structure; the support structure is provided with a mounting plane and the panel is fastened on the mounting plane, wherein the support structure includes an adapter fixedly connected to the first housing or the second housing; two ends of the swing arm are rotatably connected to the fixed structure and the adapter respectively, and a first limit portion is formed on an end of the swing arm facing away from the panel; and the limit part is connected to the support structure, and a second limit portion is formed on an end of the limit part facing towards the panel; wherein when the rotatable support mechanism is in a fully unfolded state, the first limit portion abuts against the second limit portion; wherein an end of the support structure is provided with a limit structure, wherein when the rotatable support mechanism is in the fully unfolded state, the limit structure laps over an end of the fixed structure facing towards the panel; and when the rotatable support mechanism is in the non-fully folded state, the limit structure is separated from the fixed structure. the rotatable support mechanism comprises a swing arm, a fixed structure, a limit part, and a support structure; the support structure is provided with a mounting plane and the panel is fastened on the mounting plane, wherein the support structure includes an adapter fixedly connected to the first housing or the second housing; two ends of the swing arm are rotatably connected to the fixed structure and the adapter respectively, and a first limit portion is formed on an end of the swing arm facing away from the panel; and the limit part is connected to the support structure, and a second limit portion is formed on an end of the limit part facing towards the panel; wherein when the rotatable support mechanism is in a fully unfolded state, the first limit portion abuts against the second limit portion; wherein an end of the support structure is provided with a limit structure, wherein when the rotatable support mechanism is in the fully unfolded state, the limit structure laps over an end of the fixed structure facing towards the panel; and when the rotatable support mechanism is in the non-fully folded state, the limit structure is separated from the fixed structure.