mhurhangee/ep-ind-claims huggingface dataset:
Method for providing access to a telecommunication network of a wireless user station through network wireless access points, the network wireless access points being connected to a network manager server through a telecommunication network, characterized in that the method includes successively the steps of: - generating, by the network manager server, an updated value of a parameter, said updated value of the parameter being transmitted to the network wireless access points; - wirelessly transmitting by the network wireless access points the updated value of the parameter; - wirelessly receiving by the wireless user station the updated value of the parameter transmitted by the network wireless access points; - deriving, by each of the wireless user station and the wireless network access points, a second key from at least a first key and further from the received updated value of the parameter, the first key being a static pre-shared key, which is shared by the wireless user station and the network access points and stored in the memory of the wireless user station and the network access points, respectively; - performing, through wireless communication, an authenticating step between the wireless user station and a given access points of the network wireless access points based on the second keys derived by the wireless user station and the network wireless access point; - providing access of the wireless user station to the telecommunication network through the network wireless access point as a result of the authenticating step, the authenticating step being a four-way handshake mechanism between the wireless user station and the given access point as specified by the IEEE 802.11 standard. - generating, by the network manager server, an updated value of a parameter, said updated value of the parameter being transmitted to the network wireless access points; - wirelessly transmitting by the network wireless access points the updated value of the parameter; - wirelessly receiving by the wireless user station the updated value of the parameter transmitted by the network wireless access points; - deriving, by each of the wireless user station and the wireless network access points, a second key from at least a first key and further from the received updated value of the parameter, the first key being a static pre-shared key, which is shared by the wireless user station and the network access points and stored in the memory of the wireless user station and the network access points, respectively; - performing, through wireless communication, an authenticating step between the wireless user station and a given access points of the network wireless access points based on the second keys derived by the wireless user station and the network wireless access point; - providing access of the wireless user station to the telecommunication network through the network wireless access point as a result of the authenticating step,
Method for hot stamping at least one part of at least one strip-shaped stamping foil (10, 20) onto a strip-shaped substrate, wherein the substrate to be stamped is brought together with a stamping foil (10, 20) of the at least one stamping foil (10, 20), the substrate and the stamping foil (10, 20) resting thereon are guided along the periphery of a first heated stamping roller, wherein, in a first stamping, the substrate and the stamping foil (10, 20) resting thereon are pressed against each other and against the heated surface of the first stamping roller by at least one first pressure roller arranged at the periphery of the first stamping roller and a first stamping layer is stamped onto the substrate, the once-stamped substrate is guided away from the first stamping roller and is again brought together with the same or a further stamping foil (10, 20) of the at least one stamping foil (10, 20) after the first stamping roller in relation to the direction of travel of the substrate, the once-stamped substrate and the stamping foil (10, 20) resting thereon are guided along the periphery of a second heated stamping roller, wherein, in a second stamping, the substrate and the stamping foil (10, 20) resting thereon are pressed against each other and against the heated surface of the second stamping roller by at least one second pressure roller arranged on the periphery of the second stamping roller and a second stamping layer is stamped onto the substrate, and the twice-stamped substrate is guided away from the second stamping roller, characterised in that the substrate is turned in a turning station between the first and second stamping.
A hot rolled steel sheet comprising: a composition containing, in mass%, C: 0.03% or more and 0.20% or less, Si: 0.4% or less, Mn: 0.5% or more and 2.0% or less, P: 0.03% or less, S: 0.03% or less, Al: 0.1% or less, N: 0.01% or less, and Ti: 0.03% or more and 0.15% or less, optionally one or more of V: 0.01% or more and 0.3% or less, Nb: 0.01% or more and 0.1% or less, Mo: 0.01% or more and 0.3% or less, B: 0.0002% or more and 0.010% or less, REM, Zr, As, Cu, Ni, Sn, Pb, Ta, W, Cr, Sb, Mg, Ca, Co, Se, Zn, and Cs: 1.0% or less in total, with a balance being Fe and incidental impurities; a microstructure in which a total area ratio of a tempered bainite phase and a tempered martensite phase is 70% or more, a total area ratio of a coarse pearlite phase, a martensite phase, and a retained austenite phase is 10% or less, the tempered bainite phase and the tempered martensite phase have laths with an average width of 1.0 μm or less as a substructure, a proportion of Fe-based carbides with an aspect ratio of 5 or less in Fe-based carbides precipitated inside and at boundaries of the laths is 80% or more, and MC-type carbides with an average particle size of 20 nm or less are dispersed and precipitated inside and at the boundaries of the laths; and an average dislocation density of 1.0 × 10 14 m -2 or more and 5.0 × 10 15 m -2 or less. a composition containing, in mass%, C: 0.03% or more and 0.20% or less, Si: 0.4% or less, Mn: 0.5% or more and 2.0% or less, P: 0.03% or less, S: 0.03% or less, Al: 0.1% or less, N: 0.01% or less, and Ti: 0.03% or more and 0.15% or less, optionally one or more of V: 0.01% or more and 0.3% or less, Nb: 0.01% or more and 0.1% or less, Mo: 0.01% or more and 0.3% or less, B: 0.0002% or more and 0.010% or less, REM, Zr, As, Cu, Ni, Sn, Pb, Ta, W, Cr, Sb, Mg, Ca, Co, Se, Zn, and Cs: 1.0% or less in total, with a balance being Fe and incidental impurities; a microstructure in which a total area ratio of a tempered bainite phase and a tempered martensite phase is 70% or more, a total area ratio of a coarse pearlite phase, a martensite phase, and a retained austenite phase is 10% or less, the tempered bainite phase and the tempered martensite phase have laths with an average width of 1.0 μm or less as a substructure, a proportion of Fe-based carbides with an aspect ratio of 5 or less in Fe-based carbides precipitated inside and at boundaries of the laths is 80% or more, and MC-type carbides with an average particle size of 20 nm or less are dispersed and precipitated inside and at the boundaries of the laths; and an average dislocation density of 1.0 × 10 14 m -2 or more and 5.0 × 10 15 m -2 or less.
Security element having a transparent carrier substrate and a colour-change element consisting of a layer that reflects electromagnetic waves, a transparent polymer spacer layer and a layer formed from metallic clusters, characterized in that the layer that reflects electromagnetic waves appears at least partially as a line grid on the transparent carrier substrate, wherein the layer that reflects electromagnetic waves appears translucent in this region and is applied partially as a full-area opaque layer made of one or more different metals, wherein under reflected light, a characteristic colour change is visible as a function of the viewing angle in those regions that cover with their full areas the layer that reflects electromagnetic waves, and the colour change is likewise visible in those regions in which the layer that reflects electromagnetic waves is configured as a grid, and in transmitted light, a contrast is perceivable in the region of the layer that is configured as a line grid.
Device for integrated current measurement inside a high-voltage contact-making means of a hybrid module, wherein the device has: a printed circuit board with at least one current sensor chip which is arranged on the printed circuit board, and a high-voltage contact-making plug connection which is mounted on the printed circuit board and has at least one Hall ring having an open cross section and one busbar which is passed through the Hall ring, wherein the Hall ring and the sensor chip are at least partially accommodated in the open cross section, a first end of the busbar bears against a current supply element which is arranged on the printed circuit board, the busbar has a second end which is connected to a plug, the first end of the busbar has an opening and the current supply element has an opening, and a connecting element is passed through the opening in the current supply element and through the opening in the first end of the busbar for the purpose of fixing the high-voltage contact-making plug connection to the printed circuit board. a printed circuit board with at least one current sensor chip which is arranged on the printed circuit board, and a high-voltage contact-making plug connection which is mounted on the printed circuit board and has at least one Hall ring having an open cross section and one busbar which is passed through the Hall ring, wherein the Hall ring and the sensor chip are at least partially accommodated in the open cross section, a first end of the busbar bears against a current supply element which is arranged on the printed circuit board, the busbar has a second end which is connected to a plug, the first end of the busbar has an opening and the current supply element has an opening, and a connecting element is passed through the opening in the current supply element and through the opening in the first end of the busbar for the purpose of fixing the high-voltage contact-making plug connection to the printed circuit board.
An exhaust gas treatment system comprising: a first oxidation catalyst component for the abatement of HC and CO, wherein said first oxidation catalyst comprises a first catalyst composition disposed onto a carrier substrate, wherein the first oxidation catalyst component comprises a bottom catalytic coating disposed on the carrier substrate and a top catalytic coating comprising the first catalyst composition disposed on the bottom coating and wherein the bottom catalytic coating comprises platinum and palladium impregnated into alumina and the top catalytic coating comprises platinum and palladium impregnated into alumina and zeolite; a selective catalytic reduction component for the abatement of NOx, wherein said SCR component comprises a second catalyst composition disposed onto a carrier substrate, wherein said second catalyst composition comprises a metal ion-exchanged molecular sieve; a second oxidation catalyst component for the abatement of CO, wherein said second oxidation catalyst component comprises a third catalyst composition disposed onto a carrier substrate, wherein said third catalyst composition comprises a platinum group metal component impregnated into an oxygen storage component, wherein the platinum group metal component is palladium and the oxygen storage component is ceria; and wherein the first oxidation catalyst component is located downstream of an internal combustion engine, wherein the SCR component is located downstream of the first oxidation catalyst component, and wherein the second oxidation catalyst component is located downstream of the SCR component. a first oxidation catalyst component for the abatement of HC and CO, wherein said first oxidation catalyst comprises a first catalyst composition disposed onto a carrier substrate, wherein the first oxidation catalyst component comprises a bottom catalytic coating disposed on the carrier substrate and a top catalytic coating comprising the first catalyst composition disposed on the bottom coating and wherein the bottom catalytic coating comprises platinum and palladium impregnated into alumina and the top catalytic coating comprises platinum and palladium impregnated into alumina and zeolite; a selective catalytic reduction component for the abatement of NOx, wherein said SCR component comprises a second catalyst composition disposed onto a carrier substrate, wherein said second catalyst composition comprises a metal ion-exchanged molecular sieve; a second oxidation catalyst component for the abatement of CO, wherein said second oxidation catalyst component comprises a third catalyst composition disposed onto a carrier substrate, wherein said third catalyst composition comprises a platinum group metal component impregnated into an oxygen storage component, wherein the platinum group metal component is palladium and the oxygen storage component is ceria; and wherein the first oxidation catalyst component is located downstream of an internal combustion engine, wherein the SCR component is located downstream of the first oxidation catalyst component, and wherein the second oxidation catalyst component is located downstream of the SCR component.
A treating apparatus for drying articles according to a predetermined cycle of operation, comprising: a cylindrical drum having a wall; a baffle on the wall and an anode element; a cathode element about the wall circumferentially spaced from the anode element along the circumference of the wall; a capacitive coupling between the anode element and the cathode element; and a radio frequency generator coupled to the anode element and to the cathode element and selectively energizable to generate electromagnetic radiation in the radio frequency spectrum; wherein energization of the RF generator sends electromagnetic radiation through the apparatus via the capacitive coupling to form a field of electromagnetic radiation in the radio frequency spectrum to dielectrically heat liquid within articles disposed within the e-field, characterized in that the baffle on the wall comprises the anode element. a cylindrical drum having a wall; a baffle on the wall and an anode element; a cathode element about the wall circumferentially spaced from the anode element along the circumference of the wall; a capacitive coupling between the anode element and the cathode element; and a radio frequency generator coupled to the anode element and to the cathode element and selectively energizable to generate electromagnetic radiation in the radio frequency spectrum; wherein energization of the RF generator sends electromagnetic radiation through the apparatus via the capacitive coupling to form a field of electromagnetic radiation in the radio frequency spectrum to dielectrically heat liquid within articles disposed within the e-field, characterized in that the baffle on the wall comprises the anode element.
An interface device for fixing on a human eye and operably connecting to an ophthalmic therapeutic, monitoring, diagnostic, or evaluative device, the interface device comprising: a. a body having an upper and a lower section, wherein the lower section defines a distal end of the interface device for contacting a surface of the eye and the upper section defines a proximal end of the interface device; whereby the proximal and distal ends define a device height along a vertical axis of the device; b. the lower section of the body comprising a ridged annular channel; c. the ridged annular channel containing and holding a flexible insert; the flexible insert comprising an inner contact member and an outer contact member; and forming a flexible annular zone for maintaining a reduced pressure when engaged with a surface of the eye; d. the upper and lower sections of the body defining an opening through the device; e. the device having a major and a minor axis (570, 571), wherein when in use the major axis corresponds to a nasal temporal axis; wherein the distal end of the device defines a shape of a non-planar ellipse; and, f. wherein the major axis of the opening at the distal end of the device is from about 1.01 to about 1.25, in particular from about 1.1 to about 1.2, more particular from about 1.15 to about 1.2, even more particular from about 1.16 to about 1.19 times larger than the minor axis. a. a body having an upper and a lower section, wherein the lower section defines a distal end of the interface device for contacting a surface of the eye and the upper section defines a proximal end of the interface device; whereby the proximal and distal ends define a device height along a vertical axis of the device; b. the lower section of the body comprising a ridged annular channel; c. the ridged annular channel containing and holding a flexible insert; the flexible insert comprising an inner contact member and an outer contact member; and forming a flexible annular zone for maintaining a reduced pressure when engaged with a surface of the eye; d. the upper and lower sections of the body defining an opening through the device; e. the device having a major and a minor axis (570, 571), wherein when in use the major axis corresponds to a nasal temporal axis; wherein the distal end of the device defines a shape of a non-planar ellipse; and, f. wherein the major axis of the opening at the distal end of the device is from about 1.01 to about 1.25, in particular from about 1.1 to about 1.2, more particular from about 1.15 to about 1.2, even more particular from about 1.16 to about 1.19 times larger than the minor axis.
Current generating device, by means of which a predetermined current can be forced to flow into a device which is connected to it in the steady state, wherein the current generating device is designed to force a current to flow temporarily into the device which is connected to the current generating device, in response to a predetermined event signaled to the current generating device by a control signal (PWD\), which current is greater than the current which the current generating device forces to flow into the device in the steady state, and wherein the current generating device - contains a current generator which generates a specific current (IBias0), - contains a transistor which is connected to the current generator such that the current (IBias0) which is generated by the current generator flows through it, and - contains one or more further transistors (T1-Tn), through which currents (IBias1 - IBiasn) which are not generated by the current generator flow, with the transistor through which the current which is generated by the current generator flows, and the further transistors (T1-Tn), being connected to form current mirrors, and with the currents (IBias1 - IBiasn) which flow through the further transistors (T1-Tn) being those currents which are forced to flow into devices which are connected to the current generating device. - contains a current generator which generates a specific current (IBias0), - contains a transistor which is connected to the current generator such that the current (IBias0) which is generated by the current generator flows through it, and - contains one or more further transistors (T1-Tn), through which currents (IBias1 - IBiasn) which are not generated by the current generator flow, with the transistor through which the current which is generated by the current generator flows, and the further transistors (T1-Tn), being connected to form current mirrors, and with the currents (IBias1 - IBiasn) which flow through the further transistors (T1-Tn) being those currents which are forced to flow into devices which are connected to the current generating device.
A rotor blade of a wind turbine, wherein the rotor blade is split into at least one rotor blade component which is close to the hub and one rotor blade component which is remote from the hub at a separation point in the longitudinal direction, wherein the rotor blade component which is close to the hub and the rotor blade component which is remote from the hub can be connected at the separation point for operation of the wind turbine, wherein a ratio of profile thickness to profile depth, called relative thickness, at the separation point lies within a range of from 0.4 to 0.5, characterized in that a sum of the lengths of the rotor blade component which is close to the hub and the rotor blade component which is remote from the hub, which rotor blade components are connected at the separation point, gives a blade length of the rotor blade, wherein the separation point is located in a region of from 27% to 33% of the blade length as viewed from the hub. the rotor blade is split into at least one rotor blade component which is close to the hub and one rotor blade component which is remote from the hub at a separation point in the longitudinal direction, wherein the rotor blade component which is close to the hub and the rotor blade component which is remote from the hub can be connected at the separation point for operation of the wind turbine, wherein a ratio of profile thickness to profile depth, called relative thickness, at the separation point lies within a range of from 0.4 to 0.5, characterized in that a sum of the lengths of the rotor blade component which is close to the hub and the rotor blade component which is remote from the hub, which rotor blade components are connected at the separation point, gives a blade length of the rotor blade, wherein the separation point is located in a region of from 27% to 33% of the blade length as viewed from the hub.