mhurhangee/ep-ind-claims huggingface dataset:
A user equipment, UE, in a wireless communication system, the UE comprising: a transceiver; and at least one processor operably connected to the transceiver, the at least one processor configured to: receive, from a base station, BS, a re-synchronization signal, RSS, over a downlink channel; identify time-domain and frequency-domain resources used for the RSS; and identify a sequence used for constructing the RSS from the time-domain and frequency-domain resources used for the RSS, wherein the RSS is identified based on a construction unit of one subframe, wherein at least one symbol within the construction unit is associated with at least one of enhanced primary synchronization signals, ePSSs, or enhanced second synchronization signals, eSSSs, wherein a first cover code is applied to the at least one symbol associated with the ePSSs within the construction unit; wherein a second cover code is applied to the at least one symbol associated with the eSSSs within the construction unit, and wherein the first cover code and the second cover code indicate an indication of a system information update. a transceiver; and at least one processor operably connected to the transceiver, the at least one processor configured to: receive, from a base station, BS, a re-synchronization signal, RSS, over a downlink channel; identify time-domain and frequency-domain resources used for the RSS; and identify a sequence used for constructing the RSS from the time-domain and frequency-domain resources used for the RSS, wherein the RSS is identified based on a construction unit of one subframe, wherein at least one symbol within the construction unit is associated with at least one of enhanced primary synchronization signals, ePSSs, or enhanced second synchronization signals, eSSSs, wherein a first cover code is applied to the at least one symbol associated with the ePSSs within the construction unit; wherein a second cover code is applied to the at least one symbol associated with the eSSSs within the construction unit, and wherein the first cover code and the second cover code indicate an indication of a system information update. receive, from a base station, BS, a re-synchronization signal, RSS, over a downlink channel; identify time-domain and frequency-domain resources used for the RSS; and identify a sequence used for constructing the RSS from the time-domain and frequency-domain resources used for the RSS, wherein the RSS is identified based on a construction unit of one subframe, wherein at least one symbol within the construction unit is associated with at least one of enhanced primary synchronization signals, ePSSs, or enhanced second synchronization signals, eSSSs, wherein a first cover code is applied to the at least one symbol associated with the ePSSs within the construction unit; wherein a second cover code is applied to the at least one symbol associated with the eSSSs within the construction unit, and wherein the first cover code and the second cover code indicate an indication of a system information update.
A hair straightening composition, having a pH of from 3.0 to 4.5, comprising: an organic acid; one or more reducing agents capable of breaking at least a portion of the S-S bonds in human hair when applied to said human hair wherein said reducing agents are compatible with a pH of from 3.0 to 4.5, wherein said reducing agents are selected from the group consisting of naturally-occurring amino acids, non-naturally occurring amino acids, members of the thiazoline family, members of the 2-mercapto-ethane family, dithiothreitol, tris(2-carboxyethyl)phosphine, tris(2-carboxyethyl phosphine-HCl, sulfamic acid, sulfamates, FeCl 2, and combinations thereof; a keratin protein fraction; a crosslinking agent comprising a non-formaldehyde aldehyde; and optionally a Lewis acid catalyst. an organic acid; one or more reducing agents capable of breaking at least a portion of the S-S bonds in human hair when applied to said human hair wherein said reducing agents are compatible with a pH of from 3.0 to 4.5, wherein said reducing agents are selected from the group consisting of naturally-occurring amino acids, non-naturally occurring amino acids, members of the thiazoline family, members of the 2-mercapto-ethane family, dithiothreitol, tris(2-carboxyethyl)phosphine, tris(2-carboxyethyl phosphine-HCl, sulfamic acid, sulfamates, FeCl 2, and combinations thereof; a keratin protein fraction; a crosslinking agent comprising a non-formaldehyde aldehyde; and optionally a Lewis acid catalyst.
A method for manufacturing at least double-layered tubular rods in the tobacco processing industry, comprising the following method steps of: - conveying a base material web in a longitudinal axial conveying direction, - cutting the base material web in a longitudinal axial manner into a first material web having a first width and a second material web having a second width, wherein the width of the first and/or of the second material web is measured and the cutting is controlled such that the width of the measured material web is set to a predefined value, - gluing at least the second material web, wherein the gluing is in particular applied all-over or approximately all-over, - bringing the first and the second material web (25, 26) together in an offset manner such that the first and the second material web (25, 26) are placed one above the other and are bonded to one another, and - shaping the material webs (25, 26) bonded to one another into a tubular rod. - conveying a base material web in a longitudinal axial conveying direction, - cutting the base material web in a longitudinal axial manner into a first material web having a first width and a second material web having a second width, wherein the width of the first and/or of the second material web is measured and the cutting is controlled such that the width of the measured material web is set to a predefined value, - gluing at least the second material web, wherein the gluing is in particular applied all-over or approximately all-over, - bringing the first and the second material web (25, 26) together in an offset manner such that the first and the second material web (25, 26) are placed one above the other and are bonded to one another, and - shaping the material webs (25, 26) bonded to one another into a tubular rod.
A method for performing a cooking process in a cooking oven including at least one oven cavity, at least one top heating element, at least one ring heating element and at least one fan, wherein the at least one ring heating element encloses the at least one fan and/or an air stream from said fan, and wherein the method is controlled by an electronic control circuit, by a computer program or by a combination of both, and wherein - the cooking process includes a preheating phase and a regulation phase, - during the preheating phase the temperature in the oven cavity increases from an ambient temperature (Ta) to a set cooking temperature value (Ts), - during the preheating phase the top heating element and the ring heating element are activated alternatingly, while the fan is switched on during said preheating phase, - the regulation phase comprises at least one heating cycle and at least one non-heating cycle, - during the heating cycle of the regulation phase the top heating element and the ring heating element are activated alternatingly, while the fan is switched off during said heating cycle, and - during the non-heating cycle of the regulation phase the top heating element and the ring heating element are deactivated, while the fan is switched on during said non-heating cycle. - the cooking process includes a preheating phase and a regulation phase, - during the preheating phase the temperature in the oven cavity increases from an ambient temperature (Ta) to a set cooking temperature value (Ts), - during the preheating phase the top heating element and the ring heating element are activated alternatingly, while the fan is switched on during said preheating phase, - the regulation phase comprises at least one heating cycle and at least one non-heating cycle, - during the heating cycle of the regulation phase the top heating element and the ring heating element are activated alternatingly, while the fan is switched off during said heating cycle, and - during the non-heating cycle of the regulation phase the top heating element and the ring heating element are deactivated, while the fan is switched on during said non-heating cycle.
Security element for a mobile device, having a main security area, a first profile security area that is configured to receive a first profile, and a second profile security area, separate from the first profile security area and configured to receive a second profile, wherein the main security area is designed to perform management functions for the profile security areas (5, 6), wherein the security element has a general security area that is configured to receive a general application program, is formed separately from the profile security areas (5, 6) and is active when the first profile security area is active and also when the second profile security area is active, characterized in that the general security area is contained within the main security area and the general application program is executed in the main security area. the security element has a general security area that is configured to receive a general application program, is formed separately from the profile security areas (5, 6) and is active when the first profile security area is active and also when the second profile security area is active, characterized in that the general security area is contained within the main security area and the general application program is executed in the main security area.
A method for quantifying viscoelasticity of a medium, wherein the method comprises: obtaining, by using a detection wave, a position-time graph of vibration propagation along a set vibration propagation direction, after the medium is subjected to a vibration excitation, wherein a horizontal axis of the position-time graph indicates time, and a vertical axis of the position-time graph indicates position; calculating, for the position-time graph, a gray-level co-occurrence matrix along each angle within a preset angle range, wherein the each angle is a respective angle relative to a preset line of 0 degree on the position-time graph; obtaining an image texture feature of the each angle; determining an angle with maximum signal energy as a slope angle of a slope line of the position-time graph by using the image texture feature; determining a slope of the slope line using the slope angle; and obtaining, according to the slope, propagation velocity of vibration, and determining, according to principle of mechanics and the propagation velocity of the vibration, a viscoelasticity parameter of the medium. obtaining, by using a detection wave, a position-time graph of vibration propagation along a set vibration propagation direction, after the medium is subjected to a vibration excitation, wherein a horizontal axis of the position-time graph indicates time, and a vertical axis of the position-time graph indicates position; calculating, for the position-time graph, a gray-level co-occurrence matrix along each angle within a preset angle range, wherein the each angle is a respective angle relative to a preset line of 0 degree on the position-time graph; obtaining an image texture feature of the each angle; determining an angle with maximum signal energy as a slope angle of a slope line of the position-time graph by using the image texture feature; determining a slope of the slope line using the slope angle; and obtaining, according to the slope, propagation velocity of vibration, and determining, according to principle of mechanics and the propagation velocity of the vibration, a viscoelasticity parameter of the medium.
A method for connecting a pipe for liquid or gaseous media with a plug connector, wherein a first casing section of the plug connector is deformed by means of a pressing tool in such a way that a pipe positioned between the first casing section and a second casing section of the plug connector is clamped, characterized in that, - during the pressing process, the pressing force applied to the pressing tool is detected and a pressing force increase per unit of path length is calculated from the travel of the pressing tool and the pressing force; - the detected pressing force increase per unit of path length is compared to a minimum required pressing force increase per unit of path length and in the event, that the determined minimum required pressing force increase per unit of path length is not met, the plug connector is identified as faulty. - during the pressing process, the pressing force applied to the pressing tool is detected and a pressing force increase per unit of path length is calculated from the travel of the pressing tool and the pressing force; - the detected pressing force increase per unit of path length is compared to a minimum required pressing force increase per unit of path length and in the event, that the determined minimum required pressing force increase per unit of path length is not met, the plug connector is identified as faulty.
A regulating piston for a pressure regulating shut-off valve, wherein the regulating piston comprises: a tubular sleeve; a first closed end; a second open end; a port defined in the tubular sleeve between the first and second ends, arranged to permit fluid flow between the exterior and interior of the regulating piston; and a support structure disposed within the piston arranged to direct fluid flow between the port and the second open end; characterised in that the port extends about the entire periphery of the piston. a tubular sleeve; a first closed end; a second open end; a port defined in the tubular sleeve between the first and second ends, arranged to permit fluid flow between the exterior and interior of the regulating piston; and a support structure disposed within the piston arranged to direct fluid flow between the port and the second open end; characterised in that the port extends about the entire periphery of the piston.
Electric machine having - a stator, - a rotor comprising a shaft and provided with radial and axial cooling channels (10, 11) and acting as a rotor fan, and - having an axial fan that is disposed coaxially with the shaft and delivers coolant into the axial cooling channels, - the axial fan having a first blade ring, which is enclosed by a funnel-shaped tube and is non-rotatably connected to the same, and - the smaller opening of the funnel-shaped tube being directly connected to the axial cooling channels of the rotor, characterized in that - the axial fan has a second fan ring, which is firmly attached at the outer circumference of the tube in order to deliver coolant to the stator. - a stator, - a rotor comprising a shaft and provided with radial and axial cooling channels (10, 11) and acting as a rotor fan, and - having an axial fan that is disposed coaxially with the shaft and delivers coolant into the axial cooling channels, - the axial fan having a first blade ring, which is enclosed by a funnel-shaped tube and is non-rotatably connected to the same, and - the smaller opening of the funnel-shaped tube being directly connected to the axial cooling channels of the rotor, characterized in that - the axial fan has a second fan ring, which is firmly attached at the outer circumference of the tube in order to deliver coolant to the stator.
A method implemented by a network element to support a plurality of network services between a residential gateway and the network element over non-channelized media using a single subscriber session, the method comprising the steps of: receiving, from the residential gateway, a request for a network service, the request including a Media Access Control, MAC, address of the residential gateway; determining whether the MAC address of the residential gateway matches a MAC address of an existing subscriber session for a previously configured network service; consolidating a subscriber session for the network service and the existing subscriber session into a single dual-stack session upon determining that the MAC address of the residential gateway matches the MAC address of the existing subscriber session; and enabling the residential gateway to access the network service, wherein the network service and the previously configured network service are managed by the single dual-stack session, and wherein the dual-stack session is a Clientless Internet Protocol Services, CLIPS, dual-stack session that includes a CLIPS IPv4 stack and a CLIPS IPv6 stack. receiving, from the residential gateway, a request for a network service, the request including a Media Access Control, MAC, address of the residential gateway; determining whether the MAC address of the residential gateway matches a MAC address of an existing subscriber session for a previously configured network service; consolidating a subscriber session for the network service and the existing subscriber session into a single dual-stack session upon determining that the MAC address of the residential gateway matches the MAC address of the existing subscriber session; and enabling the residential gateway to access the network service, wherein the network service and the previously configured network service are managed by the single dual-stack session, and wherein the dual-stack session is a Clientless Internet Protocol Services, CLIPS, dual-stack session that includes a CLIPS IPv4 stack and a CLIPS IPv6 stack.
Hot-rolled steel sheet having a thickness of between 1.5 and 4.5 millimetres, having an elastic limit greater than 680 MPa, at least in the direction transverse to the rolling direction, and less than or equal to 840 MPa, a strength of between 780 MPa and 950 MPa, an elongation at failure greater than 10% and a hole expansion ratio (Ac) greater than or equal to 45%, the chemical composition of which comprises, the contents being expressed by weight: 0.04% ≤ C ≤ 0.08% 1.2% ≤ Mn ≤ 1.9% 0.1% ≤ Si ≤ 0.3% 0.07% ≤ Ti ≤ 0.125% 0.05% ≤ Mo ≤ 0.35% 0.15% < Cr ≤ 0.6% when 0.05% ≤ Mo ≤ 0.11%, or 0.10% ≤ Cr ≤ 0.6% when 0.11% < Mo ≤ 0.35% Nb ≤ 0.045% 0.005% ≤ Al ≤ 0.1% 0.002% ≤ N ≤ 0.01% S ≤ 0.004% P < 0.020% and optionally 0.001% ≤ V ≤ 0.2%, the remainder being composed of iron and unavoidable impurities from the production, the microstructure of which is composed of granular bainite, the area percentage of which is greater than 70%, and ferrite, the area percentage of which is less than 20%, any remainder being composed of lower bainite, martensite and residual austenite, the sum of the contents of martensite and residual austenite being less than 5%. 0.04% ≤ C ≤ 0.08% 1.2% ≤ Mn ≤ 1.9% 0.1% ≤ Si ≤ 0.3% 0.07% ≤ Ti ≤ 0.125% 0.05% ≤ Mo ≤ 0.35% 0.15% < Cr ≤ 0.6% when 0.05% ≤ Mo ≤ 0.11%, or 0.10% ≤ Cr ≤ 0.6% when 0.11% < Mo ≤ 0.35% Nb ≤ 0.045% 0.005% ≤ Al ≤ 0.1% 0.002% ≤ N ≤ 0.01% S ≤ 0.004% P < 0.020% and optionally 0.001% ≤ V ≤ 0.2%,
A double wrap spring having a helical inner winding region and a helical outer winding region, as well as a transition region mechanically connecting the inner winding region to the outer winding region, characterised in that, in the relaxed, non-installed state of the double wrap spring, the winding regions (21, 22) are arranged eccentrically with respect to one another.
Valve made up of a rigid wall (63, 35) and a flap (7, 8), characterized in that: - said flap has a non-perforated flexible and deformable peripheral region (70, 80) situated facing the rigid wall (63, 35), - the rigid wall is perforated by at least one orifice (64, 36) situated facing the peripheral region (70, 80), - the flap (7, 8) is joined to the rigid wall (63, 35) by a non-deformable fixed connection, - the peripheral region (70, 80) has a substantially conical shape before mounting with a large base (72, 82) and a small base (73, 83) and an inner face (720, 820) on the inner side of the cone, - said peripheral region exhibits a deformation following the pressing of the inner face (720, 820) of the large base against the rigid wall (63, 35) in an assembled position. - said flap has a non-perforated flexible and deformable peripheral region (70, 80) situated facing the rigid wall (63, 35), - the rigid wall is perforated by at least one orifice (64, 36) situated facing the peripheral region (70, 80), - the flap (7, 8) is joined to the rigid wall (63, 35) by a non-deformable fixed connection, - the peripheral region (70, 80) has a substantially conical shape before mounting with a large base (72, 82) and a small base (73, 83) and an inner face (720, 820) on the inner side of the cone, - said peripheral region exhibits a deformation following the pressing of the inner face (720, 820) of the large base against the rigid wall (63, 35) in an assembled position.
A method of discharging a battery of a vehicle, the battery having a plurality of cells (C1, C2, C3, C4, C5) each adapted to store a charge, the method comprising; detecting a vehicle event via one or more sensors, the vehicle event comprising a crash of the vehicle or a flooding of the vehicle, and in response: discharging the battery utilising a battery management system until an electrical characteristic of the battery attains a predefined threshold value, wherein the battery management system is arranged to control the discharge of a first group of the plurality of cells (C1, C2, C3, C4, C5) independently of at least a second group of the plurality of cells (C1, C2, C3, C4, C5), wherein the or each group of the plurality of cells comprises one or more cells (C1, C2, C3, C4, C5), the battery management system being further arranged to balance the electric charge of the cells (C1, C2, C3, C4, C5). discharging the battery utilising a battery management system until an electrical characteristic of the battery attains a predefined threshold value, wherein the battery management system is arranged to control the discharge of a first group of the plurality of cells (C1, C2, C3, C4, C5) independently of at least a second group of the plurality of cells (C1, C2, C3, C4, C5), wherein the or each group of the plurality of cells comprises one or more cells (C1, C2, C3, C4, C5), the battery management system being further arranged to balance the electric charge of the cells (C1, C2, C3, C4, C5).
A method of distinguishing a thyroid cancer type or risk thereof, comprising the step of determining the DNA methylation status of at least 3 thyroid cancer genes of a sample of a subject, wherein the at least 3 thyroid cancer genes are selected from three or more of the genes of the proviso given below and/or of table 1 and/or table 2, and comparing the methylation status of said genes with a control sample, thereby identifying thyroid cancer DNA in the sample, with the proviso that at least one thyroid cancer gene is selected from TREM1, LRP2, NEK11, ABTB2, ACOT7, ADM, ALOX5, ANKRD22, AXIN2, BHLHE40, C10orf107, Clorf21, C20orf85, CAPS, CHKA, CIITA, CIT, CLN5, COBL, COL22A1, CPLX2, DERL3, DNAH17, DNAH9, ELM01, ELOVL5, ENO2, FAM20A, FMOD, FRMPD2, GALNT9, GJB6, GRIN2C, HK1, HLA-DOA, HOXD9, IFT140, IL17RD, IP6K3, ITM2C, ITPR1, KCNAB1, KCNN4, KRT80, LILRB1, LIPH, LOC100130238, LRRC23, LYSMD2, MACC1, MICALCL, MINA, MPPED2, MTSS1, MYO1G, NRXN2, NT5C2, NTSR1, PAG1, a PCDHA other than PCDHA13, PCNXL2, PCNXL2, PDZK1IP1, PDZRN4, PER1, PIM3, PRDM11, PRR7, PTHLH, PTPRF, RUNX2, SH2B3, SH3GL3, SLC22A9, SORBS2, SPC24, SUPT3H, SYN2, TFAP2B, TIMP4, TMC6, TMC8, TMEM204, TMOD2, TRIM29, UHRF1, WSCD2, ZSCAN18.