mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication operable at a wireless communication device including a first receiver and a second receiver located in the wireless communication device, comprising: determining whether a timing drift relative to a system time of a wireless network is expected to be below a predetermined threshold; if the timing drift is not expected to be below the predetermined threshold: waking the second receiver for a synchronization period to listen for a synchronization signal from the wireless network, wherein the second receiver is configured to utilize less power to receive than the first receiver; receiving the synchronization signal with the second receiver; establishing synchronism with the wireless network in accordance with the synchronization signal; and waking the first receiver from the sleep state to communicate with the wireless network; if the timing drift is expected to be below the predetermined threshold: utilizing the first receiver to receive the synchronization signal. determining whether a timing drift relative to a system time of a wireless network is expected to be below a predetermined threshold; if the timing drift is not expected to be below the predetermined threshold: waking the second receiver for a synchronization period to listen for a synchronization signal from the wireless network, wherein the second receiver is configured to utilize less power to receive than the first receiver; receiving the synchronization signal with the second receiver; establishing synchronism with the wireless network in accordance with the synchronization signal; and waking the first receiver from the sleep state to communicate with the wireless network; waking the second receiver for a synchronization period to listen for a synchronization signal from the wireless network, wherein the second receiver is configured to utilize less power to receive than the first receiver; receiving the synchronization signal with the second receiver; establishing synchronism with the wireless network in accordance with the synchronization signal; and waking the first receiver from the sleep state to communicate with the wireless network; if the timing drift is expected to be below the predetermined threshold: utilizing the first receiver to receive the synchronization signal.
A method for making a transparent conductive film comprising introducing an organozinc compound, a dilution gas, and an oxidizing agent into a deposition chamber to form a transparent conductive film containing zinc oxide as a main component on a substrate disposed in the deposition chamber, wherein the dilution gas is hydrogen, wherein the oxidizing agent is water, and wherein a Group III element-containing compound is introduced into the deposition chamber so that the transparent conductive film containing zinc oxide as the main component doped with a small amount of the Group III element is formed on the substrate.
Brassiere comprising two cups substantially partially hemispherical shapes each comprising an outer textile layer, an inner textile layer and, in its lower part, an insert (20, 20') which is non-planar at rest but shaped in space and made from a thin sheet of plastic that is rigid in a coextensive direction and elastically flexible in a transverse direction, the insert (20, 20') when flat being substantially in the shape of a circular arc the width of which increases from an inner first end towards and outer second end, the configuration of the insert (20, 20') configured in space being adapted such that the insert (20, 20') substantially follows the hemispherical shape of the cup, the two cups being joined together on their inside and being connected on their outside to lateral parts that form a brassiere back when they are joined together using a fastener device, the top of each cup being connected to a shoulder strap attached to the back of the brassiere, characterized in that the insert (20, 20') is placed between two sandwiched-together textile layers (25, 25'), with the two textile layers extending marginally further (26, 26', 27, 27') at least along the convex long side, the insert (20, 20') being secured to the outer and inner textile layers of the brassiere with the marginal extension (27, 27').
Method for installing a cooking system (10a-b), which has at least one heating unit (12a-b) and at least one cooktop plate (14a-b), which defines at least one desired placement position (16a-b) for at least one placement unit (18a-b), in which, in the course of an orientation of a position of the heating unit (12a-b) relative to the desired placement position (16a-b), at least one orientation parameter is at least semiautomatically determined by an orientation parameter determination unit (24a-b) of the cooking system (10a-b), wherein, in the course of an orientation of a position of the heating unit (12a-b) relative to the desired placement position (16a-b) the orientation parameter is at least in part automatically determined, and taken into consideration during the orientation of the position of the heating unit (12a-b), wherein the orientation parameter has at least a relative position of the heating unit (12a-b) relative to the desired placement position (16a-b), wherein following the orientation of the position of the heating unit (12a-b) relative to the desired placement position (16a-b), the orientation is checked, and thus when the position of the heating unit (12a-b) is checked relative to the desired placement position (16a-b) the orientation parameter determination unit (24a-b) provides at least one electromagnetic alternating field by means of the heating unit (12a-b), characterised in that the orientation parameter has at least one relative angular orientation of the heating unit (12a-b) relative to the desired placement position (16a-b).
A method performed by a user equipment, UE, that is configured to perform carrier aggregation operations, the method comprising: identifying one carrier as an anchor carrier and at least one other carrier as a non-anchor carrier; attempting to decode a first downlink control information, DCI, message, associated with a system information, paging or random access Radio Network Temporary Identifier, RNTI, in a common search space of only the anchor carrier; attempting to decode a second DCI message, in a UE-specific search space of the anchor carrier; and attempting to decode a third DCI message, in a UE-specific search space (90, 92) of the at least one non-anchor carrier; the locations of the UE-specific search spaces (88, 90, 92) of the anchor carrier and the at least one non-anchor carrier varying pseudo-randomly for different sub-frames. identifying one carrier as an anchor carrier and at least one other carrier as a non-anchor carrier; attempting to decode a first downlink control information, DCI, message, associated with a system information, paging or random access Radio Network Temporary Identifier, RNTI, in a common search space of only the anchor carrier; attempting to decode a second DCI message, in a UE-specific search space of the anchor carrier; and attempting to decode a third DCI message, in a UE-specific search space (90, 92) of the at least one non-anchor carrier; the locations of the UE-specific search spaces (88, 90, 92) of the anchor carrier and the at least one non-anchor carrier varying pseudo-randomly for different sub-frames.
2,2'-Dithio-bis-ethane sulfonate or a pharmaceutically acceptable salt thereof, for use in decreasing hypersensitivity-based adverse events associated with the administration of chemotherapeutic agents, wherein the 2,2'-dithio-bis-ethane sulfonate or pharmaceutically acceptable salt thereof is to be administered at a rate of 0.1 g/min. to 2.0 g/min.
Recycling method for a deep-hole drill, wherein the method comprises the following steps: (a) providing a deep-hole drill which has symptoms of wear and tear on the drill tip, wherein the deep-hole drill has at least one essentially rectilinear flute with one or several cutting edges and a guide section that is at least partly coated, wherein the coated part defines a guide section, and the guide section comprises a first coating extending over its effective length, starting from the drill tip to an area over which the guide edge is effective with respect to the guidance of the drill tip, wherein additionally a second coating is applied only in an area at the tip of the drill in the cutting region and the region of which extends over an axial length that, at most, corresponds to double the nominal diameter of the drill, wherein the second coating is a coating which is different from the first coating; (b) removing the second coating by means of re-sharpening; (c) in a step subsequent to step (b), coating the deep-hole drill with a further coating, and wherein: - in step (b), a layer-free main functional area of the deep-hole drill is created by re-sharpening, and - in step (c), the layer-free main functional area of the deep-hole drill is coated with the further coating, wherein the further coating is the same as the original second coating. (a) providing a deep-hole drill which has symptoms of wear and tear on the drill tip, wherein the deep-hole drill has at least one essentially rectilinear flute with one or several cutting edges and a guide section that is at least partly coated, wherein the coated part defines a guide section, and the guide section comprises a first coating extending over its effective length, starting from the drill tip to an area over which the guide edge is effective with respect to the guidance of the drill tip, wherein additionally a second coating is applied only in an area at the tip of the drill in the cutting region and the region of which extends over an axial length that, at most, corresponds to double the nominal diameter of the drill, wherein the second coating is a coating which is different from the first coating; (b) removing the second coating by means of re-sharpening; (c) in a step subsequent to step (b), coating the deep-hole drill with a further coating, and wherein: - in step (b), a layer-free main functional area of the deep-hole drill is created by re-sharpening, and - in step (c), the layer-free main functional area of the deep-hole drill is coated with the further coating, wherein the further coating is the same as the original second coating. - in step (b), a layer-free main functional area of the deep-hole drill is created by re-sharpening, and - in step (c), the layer-free main functional area of the deep-hole drill is coated with the further coating, wherein the further coating is the same as the original second coating.
A system configured to generate a high frequency component of an audio signal from a low frequency component of the signal, the system comprising: - an analysis filter bank configured to provide a set of analysis subband signals from the low frequency component of the signal; wherein the set of analysis subband signals comprises at least two analysis subband signals, wherein the analysis filter bank has a frequency resolution of Δf; - a nonlinear processing unit configured to determine a set of synthesis subband signals from the set of analysis subband signals using a transposition order P; wherein the nonlinear processing unit is configured to determine an n th synthesis subband signal of the set of synthesis subband signals from a k th analysis subband signal and a ( k +1) th analysis subband signal of the set of analysis subband signals; and - a synthesis filter bank configured to generate the high frequency component of the signal based on the set of synthesis subband signals, wherein the synthesis filter bank has a frequency resolution of FΔf, with F being a resolution factor, with F ≥ 1, wherein the transposition order P is different from the resolution factor F; wherein - the analysis filter bank has a number L A of analysis subbands, with L A > 1, where k is an analysis subband index with k = 0,..., L A - 1; and - the synthesis filter bank has a number L S of synthesis subbands, with L S > 0, where n is a synthesis subband index with n = 0,..., L S - 1. - an analysis filter bank configured to provide a set of analysis subband signals from the low frequency component of the signal; wherein the set of analysis subband signals comprises at least two analysis subband signals, wherein the analysis filter bank has a frequency resolution of Δf; - a nonlinear processing unit configured to determine a set of synthesis subband signals from the set of analysis subband signals using a transposition order P; wherein the nonlinear processing unit is configured to determine an n th synthesis subband signal of the set of synthesis subband signals from a k th analysis subband signal and a ( k +1) th analysis subband signal of the set of analysis subband signals; and - a synthesis filter bank configured to generate the high frequency component of the signal based on the set of synthesis subband signals, wherein the synthesis filter bank has a frequency resolution of FΔf, with F being a resolution factor, with F ≥ 1, wherein the transposition order P is different from the resolution factor F; - the analysis filter bank has a number L A of analysis subbands, with L A > 1, where k is an analysis subband index with k = 0,..., L A - 1; and - the synthesis filter bank has a number L S of synthesis subbands, with L S > 0, where n is a synthesis subband index with n = 0,..., L S - 1.
A vehicle comprising a first memory, a distress sensor system, a processing circuitry operatively connected to memory and the distress sensor system, wherein the memory comprises personal data linked to the user, wherein the processing circuitry is configured to protect data of a user in a vehicle in the event of distress by: detecting a signal of distress from the distress sensor system; in response to detecting the distress signal, automatically deleting the data linked to the user that is stored on the first memory; wherein the distress signal is received from a sensor in the vehicle in response to a detected crash of the vehicle. detecting a signal of distress from the distress sensor system; in response to detecting the distress signal, automatically deleting the data linked to the user that is stored on the first memory; wherein the distress signal is received from a sensor in the vehicle in response to a detected crash of the vehicle.
A film mask comprising: a transparent substrate; a darkened light-shielding pattern layer provided on the transparent substrate; a metal layer provided between the transparent substrate and the darkened light-shielding pattern layer; and a release force enhancement layer provided on the darkened light-shielding pattern layer and having surface energy of 30 mN/m (30 dynes/cm) or less. a transparent substrate; a darkened light-shielding pattern layer provided on the transparent substrate; a metal layer provided between the transparent substrate and the darkened light-shielding pattern layer; and a release force enhancement layer provided on the darkened light-shielding pattern layer and having surface energy of 30 mN/m (30 dynes/cm) or less.
A converter to perform conversions from a power source of a certain voltage to a power source of a different voltage, comprising a housing; a plurality of heat generating elements (14, 16, 18) disposed on the housing; and a cooling pipe disposed in the housing and including an inlet and an outlet, wherein the cooling pipe is formed in a tube shape with a constant cross-sectional area from the inlet to the outlet, the cooling pipe is disposed at a position overlapping with the plurality of heat generating elements (14, 16, 18), the housing includes a fluid channel in which the cooling pipe is disposed, wherein: the cooling pipe includes a plurality of linear portions (25a, 26a, 27a, 28a, 29a) and a plurality of bent portions (25b, 27b, 28b) connecting the plurality of linear portions (25a, 26a, 27a, 28a, 29a), the plurality of bent portions (25b, 27b, 28b) are disposed to overlap the plurality of heat generating elements (14, 16, 18), a cross section of the cooling pipe includes a flat portion and a curved portion, a planar surface portion and a curved surface portion are formed on the inner circumferential surface of the fluid channel so as to be corresponding to the flat portion and the curved portion of the cooling pipe; the flat portion is disposed on a surface of the cooling pipe facing the plurality of heat generating elements (14, 16, 18), a stepped portion protruding outward from an outer surface of the housing is disposed on the outer surface of the housing corresponding to a shape of the fluid channel, at least one heat dissipating fin protruding from the outer surface of the housing is disposed on the outer surface having the stepped portions, on an area other than the stepped portion of the outer surface of the housing. the cooling pipe includes a plurality of linear portions (25a, 26a, 27a, 28a, 29a) and a plurality of bent portions (25b, 27b, 28b) connecting the plurality of linear portions (25a, 26a, 27a, 28a, 29a), the plurality of bent portions (25b, 27b, 28b) are disposed to overlap the plurality of heat generating elements (14, 16, 18), a cross section of the cooling pipe includes a flat portion and a curved portion, a planar surface portion and a curved surface portion are formed on the inner circumferential surface of the fluid channel so as to be corresponding to the flat portion and the curved portion of the cooling pipe; the flat portion is disposed on a surface of the cooling pipe facing the plurality of heat generating elements (14, 16, 18), a stepped portion protruding outward from an outer surface of the housing is disposed on the outer surface of the housing corresponding to a shape of the fluid channel, at least one heat dissipating fin protruding from the outer surface of the housing is disposed on the outer surface having the stepped portions, on an area other than the stepped portion of the outer surface of the housing.
An autodepositing composition, comprising: at least one epoxy dispersion comprising: (i) an epoxy resin; (ii) at least one ethylenically unsaturated monomer polymerized in the presence of at least one chain transfer agent through mini-emulsion polymerization; (iii) optionally at least one latent curing agent, and (iv) optionally a coalescing agent; water; and wherein at least 75% by weight of said epoxy dispersion has a weight average molecular weight in a range of between 25,000 to 1,000 u [Daltons], measured by gel permeation chromatography. at least one epoxy dispersion comprising: (i) an epoxy resin; (ii) at least one ethylenically unsaturated monomer polymerized in the presence of at least one chain transfer agent through mini-emulsion polymerization; (iii) optionally at least one latent curing agent, and (iv) optionally a coalescing agent; water; and wherein at least 75% by weight of said epoxy dispersion has a weight average molecular weight in a range of between 25,000 to 1,000 u [Daltons], measured by gel permeation chromatography.
Electrochemical system, especially fuel cell system, comprising: - two separator plates (2, 3) as well as - a membrane-electrode assembly arranged between these separator plates with - the membrane-electrode assembly being arranged at least in regions between the separator plates (2, 3), with - the separator plates (2, 3) and the membrane-electrode assembly each comprising at least two passage openings (5a, 5b) for a flush arrangement of the separator plates (2, 3) and the membrane-electrode assembly at positioning devices (6a, 6b) during the assembly of the electrochemical system and - a resilient bridge arranged at the periphery of at least one passage opening (5a, 5b) for a mechanical butting to the at least one positioning device (6a, 6b) in such a manner that - during the stacking of the separator plates (2, 3) and the membrane-electrode assemblies, the membrane-electrode assemblies center themselves in a direction orthogonal to the stack direction between the separator plates (2, 3), wherein the resilient bridge adjoins to a passage hole in the membrane-electrode assembly, where this hole does not serve for the passage of media. - two separator plates (2, 3) as well as - a membrane-electrode assembly arranged between these separator plates with - the membrane-electrode assembly being arranged at least in regions between the separator plates (2, 3), with - the separator plates (2, 3) and the membrane-electrode assembly each comprising at least two passage openings (5a, 5b) for a flush arrangement of the separator plates (2, 3) and the membrane-electrode assembly at positioning devices (6a, 6b) during the assembly of the electrochemical system and - a resilient bridge arranged at the periphery of at least one passage opening (5a, 5b) for a mechanical butting to the at least one positioning device (6a, 6b) in such a manner that - during the stacking of the separator plates (2, 3) and the membrane-electrode assemblies, the membrane-electrode assemblies center themselves in a direction orthogonal to the stack direction between the separator plates (2, 3), wherein the resilient bridge adjoins to a passage hole in the membrane-electrode assembly, where this hole does not serve for the passage of media.
A formulation comprising: i. an IL-4 targeted cargo protein in an artificial cerebral spinal fluid solution, wherein the IL-4 targeted cargo protein comprises PRX 321 (SEQ ID NO: 1), and ii. albumin, for use in a method of treating a central nervous system tumor in a subject, wherein the method comprises co-administering intratumorally the formulation with a surrogate tracer to a subject in need thereof. i. an IL-4 targeted cargo protein in an artificial cerebral spinal fluid solution, wherein the IL-4 targeted cargo protein comprises PRX 321 (SEQ ID NO: 1), and ii. albumin,
A method of sorting mailpieces into M sorting destinations in a postal sorting machine having N sorting outlets, where M > N, by using, in the sorting machine, a dynamic assignment process for dynamically assigning the sorting outlets to the sorting destinations, and whereby, if a sorting destination of an incoming mailpiece is overbooked, said overbooked sorting destination is substituted for another sorting destination that is already assigned to a certain sorting outlet of the machine so as to store the current mailpiece in said certain sorting outlet, said method being characterized in that it comprises, inter alia, the following steps: a) identifying from among said sorting outlets first sorting outlets that have filling levels greater than a first threshold, and then identifying from among said first sorting outlets that first sorting outlet that has the longest idle time, and assigning said first sorting outlet that has the longest idle time to said overbooked sorting destination; and b) if all of the sorting outlets have filling levels less than said first threshold, identifying from among said sorting outlets a second sorting outlet that has the longest idle time, and assigning (34, 37) that sorting outlet to said overbooked sorting destination, and indicating (36, 39) that said other sorting destination is a sorting destination to be amalgamated. a) identifying from among said sorting outlets first sorting outlets that have filling levels greater than a first threshold, and then identifying from among said first sorting outlets that first sorting outlet that has the longest idle time, and assigning said first sorting outlet that has the longest idle time to said overbooked sorting destination; and b) if all of the sorting outlets have filling levels less than said first threshold, identifying from among said sorting outlets a second sorting outlet that has the longest idle time, and assigning (34, 37) that sorting outlet to said overbooked sorting destination, and indicating (36, 39) that said other sorting destination is a sorting destination to be amalgamated.