mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: an anode; a cathode; and a luminescent region between the cathode and anode, wherein the luminescent region includes at least a light emitting zone and an electron transport zone, the light emitting zone comprises an anthracene derivative compound and characterized in that the electron transport zone comprises an anthracene derivative compound and a triazine derivative compound. an anode; a cathode; and a luminescent region between the cathode and anode, wherein the luminescent region includes at least a light emitting zone and an electron transport zone, the light emitting zone comprises an anthracene derivative compound and characterized in that the electron transport zone comprises an anthracene derivative compound and a triazine derivative compound.
A replacement insert for the repair of a joint connecting a wind turbine blade to a rotor hub of a wind turbine, comprising: a bushing having a first end, a second end, an outer surface, and an internal passageway; a cover around at least a portion of the outer surface of the bushing, the cover defining an outer surface; and a plurality of protrusions extending from the outer surface of the cover and configured to operate as spacers when the replacement insert is positioned in a bushing cavity in a said wind turbine blade, the plurality of protrusions defining a gap between the outer surface of the replacement insert and the walls that define a said bushing cavity. a bushing having a first end, a second end, an outer surface, and an internal passageway; a cover around at least a portion of the outer surface of the bushing, the cover defining an outer surface; and a plurality of protrusions extending from the outer surface of the cover and configured to operate as spacers when the replacement insert is positioned in a bushing cavity in a said wind turbine blade, the plurality of protrusions defining a gap between the outer surface of the replacement insert and the walls that define a said bushing cavity.
A method of wireless communications, comprising: identifying information comprising one or more discovery resources for vehicle-to-everything, V2X, communications; initiating a random access procedure based on the identified information; identifying one or more random access channel, RACH, resources based on the information; identifying one or more RACH response resources based on the one or more RACH resources; and performing directional communications using at least the one or more RACH resources or the one or more RACH response resources. identifying information comprising one or more discovery resources for vehicle-to-everything, V2X, communications; initiating a random access procedure based on the identified information; identifying one or more random access channel, RACH, resources based on the information; identifying one or more RACH response resources based on the one or more RACH resources; and performing directional communications using at least the one or more RACH resources or the one or more RACH response resources.
A microfibrillated cellulose-containing composition comprising: a phenol resin; microfibrillated cellulose; at least one of water or a water-soluble organic solvent; and carboxymethyl cellulose, wherein a content of the carboxymethyl cellulose in the microfibrillated cellulose-containing composition is 0.05 to 5% by weight. a phenol resin; microfibrillated cellulose; at least one of water or a water-soluble organic solvent; and carboxymethyl cellulose, wherein a content of the carboxymethyl cellulose in the microfibrillated cellulose-containing composition is 0.05 to 5% by weight.
A method to transition a power management state of a wireless station associated with a wireless access point, the method comprising: by the wireless station: exchanging capabilities information during association with the wireless access point to indicate support by the wireless station for a high efficiency, HE, mode and to determine whether the wireless access point supports the HE mode; receiving a beacon signal comprising a traffic indication map information element that indicates at least one data frame buffered at the wireless access point for transmission to the wireless station; and when the wireless access point supports the HE mode: transitioning from an awake state to a doze state of a power save mode immediately after receipt of the beacon signal, without polling the wireless access point and without sending a power management state change indication to the wireless access point, transitioning the power management state of the wireless station from the doze state to the awake state of the power save mode at a target wake time negotiated by the wireless access point and the wireless station during association, and receiving one or more data frames of the at least one data frame from the wireless access point while in the awake state of the power save mode. exchanging capabilities information during association with the wireless access point to indicate support by the wireless station for a high efficiency, HE, mode and to determine whether the wireless access point supports the HE mode; receiving a beacon signal comprising a traffic indication map information element that indicates at least one data frame buffered at the wireless access point for transmission to the wireless station; and when the wireless access point supports the HE mode: transitioning from an awake state to a doze state of a power save mode immediately after receipt of the beacon signal, without polling the wireless access point and without sending a power management state change indication to the wireless access point, transitioning the power management state of the wireless station from the doze state to the awake state of the power save mode at a target wake time negotiated by the wireless access point and the wireless station during association, and receiving one or more data frames of the at least one data frame from the wireless access point while in the awake state of the power save mode. transitioning from an awake state to a doze state of a power save mode immediately after receipt of the beacon signal, without polling the wireless access point and without sending a power management state change indication to the wireless access point, transitioning the power management state of the wireless station from the doze state to the awake state of the power save mode at a target wake time negotiated by the wireless access point and the wireless station during association, and receiving one or more data frames of the at least one data frame from the wireless access point while in the awake state of the power save mode.
A calcium removal method characterized by supplying a solution containing potassium or/and sodium, and calcium and regeneration water, to an ion-exchange resin to separate said solution into a solution containing potassium or/and the sodium, and a solution containing calcium, wherein the method comprises the following steps: (a) providing an ion-exchange resin filled up with water, (b) introducing the solution containing potassium or/and sodium, and calcium into the ion-exchange resin, (b') separating the solution containing potassium or/and sodium, and calcium into a solution containing potassium or/and sodium, and a solution containing calcium by using the ion-exchange resin without adding potassium carbonate, (c) introducing the regeneration water for regenerating the ion-exchange resin, and (d) selectively recover the solution containing potassium or/and sodium and the solution containing calcium from the liquid that is gradually and continuously discharged from the ion-exchange resin as time passes, and (e) repeating the steps (b) to (d). (a) providing an ion-exchange resin filled up with water, (b) introducing the solution containing potassium or/and sodium, and calcium into the ion-exchange resin, (b') separating the solution containing potassium or/and sodium, and calcium into a solution containing potassium or/and sodium, and a solution containing calcium by using the ion-exchange resin without adding potassium carbonate, (c) introducing the regeneration water for regenerating the ion-exchange resin, and (d) selectively recover the solution containing potassium or/and sodium and the solution containing calcium from the liquid that is gradually and continuously discharged from the ion-exchange resin as time passes, and (e) repeating the steps (b) to (d).
A method of detecting a protein, the method comprising: contacting the protein with a cyclodextrin covalently linked to at least one indole-containing label, wherein the contacting results in binding of the cyclodextrin to aromatic amino acid residues in the protein; contacting the protein with a reagent that is a halo-substituted organic compound and exposing the protein in the presence of the reagent to UV light thereby causing the reagent to undergo a chemical reaction with the at least one label to form a product comprising a substituted indole moiety; detecting the product, thereby detecting the protein. contacting the protein with a cyclodextrin covalently linked to at least one indole-containing label, wherein the contacting results in binding of the cyclodextrin to aromatic amino acid residues in the protein; contacting the protein with a reagent that is a halo-substituted organic compound and exposing the protein in the presence of the reagent to UV light thereby causing the reagent to undergo a chemical reaction with the at least one label to form a product comprising a substituted indole moiety; detecting the product, thereby detecting the protein.
Method for producing an electronic assembly, in particular for a transmission control module, comprising the following steps: providing a printed circuit board having a first side and a second side, facing away from the first side, and having at least one first electronic component arranged on the first side of the printed circuit board; arranging the printed circuit board with the second side at least partially on a reference surface; applying a sealing material of high viscosity that is not flowable prior to being cured to the first side, wherein the sealing material does not flow after being applied, so that the area covered by the sealing material does not change after application to the first side of the printed circuit board and before the pressing in of a second component, and wherein the sealing material is applied in such a way that the sealing material surrounds a sub-region of the first side of the printed circuit board; arranging a second component at least partially on the reference surface in such a way that the second component is partially pressed into the sealing material; wherein the step of arranging the second component is performed after the step of applying the non-flowable sealing material; electrically connecting the second component to the printed circuit board by means of an electrical connecting line; applying a covering material, in particular a covering material that is flowable prior to being cured, to the sub-region of the first side of the printed circuit board that is surrounded by the sealing material and to the first component; curing the sealing material; and curing the covering material. providing a printed circuit board having a first side and a second side, facing away from the first side, and having at least one first electronic component arranged on the first side of the printed circuit board; arranging the printed circuit board with the second side at least partially on a reference surface; applying a sealing material of high viscosity that is not flowable prior to being cured to the first side, wherein the sealing material does not flow after being applied, so that the area covered by the sealing material does not change after application to the first side of the printed circuit board and before the pressing in of a second component, and wherein the sealing material is applied in such a way that the sealing material surrounds a sub-region of the first side of the printed circuit board; arranging a second component at least partially on the reference surface in such a way that the second component is partially pressed into the sealing material; wherein the step of arranging the second component is performed after the step of applying the non-flowable sealing material; electrically connecting the second component to the printed circuit board by means of an electrical connecting line; applying a covering material, in particular a covering material that is flowable prior to being cured, to the sub-region of the first side of the printed circuit board that is surrounded by the sealing material and to the first component; curing the sealing material; and curing the covering material.
A transmission method comprising: mapping downlink control information to one of a plurality of candidates included in a search space, the search space being configured on a data region of a downlink subframe, each candidate being a resource for mapping the downlink control information, and each candidate including a control channel element or a plurality of aggregated CCEs; transmitting a signal including the downlink control information mapped to the search space; and characterised in that the method further comprises: transmitting search space configuration information, and in that a first aggregation level for localized allocation where CCEs included in a first candidate of the search space are localized in a frequency domain is greater than one and smaller than a second aggregation level for distributed allocation where CCEs included in a second candidate of the search space are at least partially distributed in the frequency domain. mapping downlink control information to one of a plurality of candidates included in a search space, the search space being configured on a data region of a downlink subframe, each candidate being a resource for mapping the downlink control information, and each candidate including a control channel element or a plurality of aggregated CCEs; transmitting a signal including the downlink control information mapped to the search space; and characterised in that the method further comprises: transmitting search space configuration information, and in that a first aggregation level for localized allocation where CCEs included in a first candidate of the search space are localized in a frequency domain is greater than one and smaller than a second aggregation level for distributed allocation where CCEs included in a second candidate of the search space are at least partially distributed in the frequency domain.
Refrigerator and/or freezer, comprising a carcass with full-vacuum insulation and with a door with full-vacuum insulation, a refrigerated inner space located in the carcass, as well as a refrigerating unit for generating the refrigerating capacity for the refrigerated inner space, wherein the refrigerating unit comprises two refrigeration-generating units which in an operating state provide a different refrigerating capacity, and can be operated individually or cumulatively, the two refrigeration-generating units are a compressor as a component of a refrigerant circuit and a Peltier element, and the appliance comprises a temperature sensor for measuring the temperature in the refrigerated inner space, wherein the Peltier element is actuated such that it runs in continuous operation, and an open-loop or closed-loop control unit is provided, characterised in that the open-loop or closed-loop control unit is designed, at a temperature above a switch-on value, to additionally switch on the compressor and, below a switch-off value, to effect a change only to operation with the Peltier element which runs in continuous operation and to switch off the compressor.
A material handling vehicle, comprising: a pair of forks (103, 105); and a clamp assembly arranged between the pair of forks (103, 105), the clamp assembly including: a housing; a first grip arm protruding from the housing and moveably received by the housing; and a second grip arm protruding from the housing and moveably received by the housing, the second grip arm laterally opposing the first grip arm; characterized in that at least one of the first grip arm or the second grip arm includes an electrical contact configured to transfer power or a communication signal. a pair of forks (103, 105); and a clamp assembly arranged between the pair of forks (103, 105), the clamp assembly including: a housing; a first grip arm protruding from the housing and moveably received by the housing; and a second grip arm protruding from the housing and moveably received by the housing, the second grip arm laterally opposing the first grip arm; characterized in that at least one of the first grip arm or the second grip arm includes an electrical contact configured to transfer power or a communication signal. a housing; a first grip arm protruding from the housing and moveably received by the housing; and a second grip arm protruding from the housing and moveably received by the housing, the second grip arm laterally opposing the first grip arm; characterized in that at least one of the first grip arm or the second grip arm includes an electrical contact configured to transfer power or a communication signal.
A resource mapping method for a demodulation reference signal DMRS, comprising: determining a target orthogonal frequency division multiplexing OFDM symbol for mapping a physical broadcast channel PBCH-DMRS from OFDM symbols corresponding to a new radio NR synchronization signal SS block; mapping the PBCH-DMRS in the target OFDM symbol, wherein, the determining the target OFDM symbol for mapping the PBCH-DMRS from the OFDM symbols corresponding to the NR SS block comprises: using at least one of an OFDM symbol occupied by a primary synchronization signal PSS in the NR SS block and an OFDM symbol occupied by a secondary synchronization signal SSS in the NR SS block as the target OFDM symbol; characterized in that the mapping the PBCH-DMRS in the target OFDM symbol comprises: selecting one set of subcarriers to which a synchronization signal is not mapped in each of the target OFDM symbol occupied by the synchronization signal to map the PBCH-DMRS, wherein the synchronization signal comprises a PSS and/or an SSS, each set of subcarriers comprises a preset number of subcarriers, and a frequency interval between two adjacent subcarriers of the preset number of subcarriers is a preset frequency threshold. determining a target orthogonal frequency division multiplexing OFDM symbol for mapping a physical broadcast channel PBCH-DMRS from OFDM symbols corresponding to a new radio NR synchronization signal SS block; mapping the PBCH-DMRS in the target OFDM symbol, wherein, the determining the target OFDM symbol for mapping the PBCH-DMRS from the OFDM symbols corresponding to the NR SS block comprises: using at least one of an OFDM symbol occupied by a primary synchronization signal PSS in the NR SS block and an OFDM symbol occupied by a secondary synchronization signal SSS in the NR SS block as the target OFDM symbol; characterized in that the mapping the PBCH-DMRS in the target OFDM symbol comprises: selecting one set of subcarriers to which a synchronization signal is not mapped in each of the target OFDM symbol occupied by the synchronization signal to map the PBCH-DMRS, wherein the synchronization signal comprises a PSS and/or an SSS, each set of subcarriers comprises a preset number of subcarriers, and a frequency interval between two adjacent subcarriers of the preset number of subcarriers is a preset frequency threshold. using at least one of an OFDM symbol occupied by a primary synchronization signal PSS in the NR SS block and an OFDM symbol occupied by a secondary synchronization signal SSS in the NR SS block as the target OFDM symbol; characterized in that the mapping the PBCH-DMRS in the target OFDM symbol comprises: selecting one set of subcarriers to which a synchronization signal is not mapped in each of the target OFDM symbol occupied by the synchronization signal to map the PBCH-DMRS, wherein the synchronization signal comprises a PSS and/or an SSS, each set of subcarriers comprises a preset number of subcarriers, and a frequency interval between two adjacent subcarriers of the preset number of subcarriers is a preset frequency threshold.
A variable flow resistance system for use in a subterranean well comprising: a first vortex device having an outlet; and a second vortex device through which a fluid composition flows, the vortex device including an inlet which is connected to a vortex chamber by first and second passages (70,72) which receive the fluid composition from the outlet of the first vortex device; characterised in that: the outlet of the first vortex device corresponds to the inlet of the second vortex device, such that the second vortex device receives the fluid composition from the outlet of the first vortex device via the inlet, and in that rotation of the fluid composition at the outlet of the first vortex device causes a greater proportion of the fluid composition to flow through the first passage 70 than through the second passage, the resistance to fluid flow through the second vortex device being dependent upon the relative proportions of fluid composition flowing through the first and second passages (70,72). a first vortex device having an outlet; and a second vortex device through which a fluid composition flows, the vortex device including an inlet which is connected to a vortex chamber by first and second passages (70,72) which receive the fluid composition from the outlet of the first vortex device; the outlet of the first vortex device corresponds to the inlet of the second vortex device, such that the second vortex device receives the fluid composition from the outlet of the first vortex device via the inlet,
A system for determining flow patterns of a target fluid into an openhole completed well having a wellbore extending through a subterranean formation, the system comprising: - a canister, said canister being located in said formation at a subterranean location within or proximate the wellbore, an end of the canister being provided with an exit opening and an end of the canister facing away from the fluid flow in the wellbore embedded in the formation; - a traceable component being placed in the canister and able to pass through the exit opening; - a release mechanism placed in the canister capable of releasing the traceable component when triggered by a triggering mechanism such that the traceable component enters the fluid flowing through the well through the exit opening and is present in the fluid flow in the wellbore, the triggering mechanism is either a pre-programmed time signal or a received signal or a signal provided by a sensor detecting the target fluid or the contact between a target fluid and an expandable material comprised by the release mechanism. - a canister, said canister being located in said formation at a subterranean location within or proximate the wellbore, an end of the canister being provided with an exit opening and an end of the canister facing away from the fluid flow in the wellbore embedded in the formation; - a traceable component being placed in the canister and able to pass through the exit opening; - a release mechanism placed in the canister capable of releasing the traceable component when triggered by a triggering mechanism such that the traceable component enters the fluid flowing through the well through the exit opening and is present in the fluid flow in the wellbore, the triggering mechanism is either a pre-programmed time signal or a received signal or a signal provided by a sensor detecting the target fluid or the contact between a target fluid and an expandable material comprised by the release mechanism.