mhurhangee/patent-ind-claim-en huggingface dataset:
Method for configuring a communication mode of a transmitter in a radio communication network , the radio communication network comprising a hub , the transmitter being able to selectively apply a first communication mode or a second communication mode, the method comprising steps of: - broadcasting an association request in the communication network according to the first communication mode, - selecting the first communication mode when an acknowledgement message is received from the hub in response to the association request, - selecting the second communication mode if no acknowledgement message has been received in response to the association request when a predetermined time has elapsed since said association request was broadcast, - applying the selected communication mode in order to communicate in the communication network, characterized in that each data frame transmitted by the transmitter is composed of a preamble (PRE) of a predetermined duration followed by a data field (C) when the transmitter applies the first communication mode and each data frame transmitted by the transmitter is composed only of a data field (C) when the transmitter applies the second communication mode. - broadcasting an association request in the communication network according to the first communication mode, - selecting the first communication mode when an acknowledgement message is received from the hub in response to the association request, - selecting the second communication mode if no acknowledgement message has been received in response to the association request when a predetermined time has elapsed since said association request was broadcast, - applying the selected communication mode in order to communicate in the communication network, characterized in that each data frame transmitted by the transmitter is composed of a preamble (PRE) of a predetermined duration followed by a data field (C) when the transmitter applies the first communication mode and each data frame transmitted by the transmitter is composed only of a data field (C) when the transmitter applies the second communication mode.
Display device for displaying an image , comprising an at least semi-transparent carrier element , which is configured as a windshield of a motor vehicle , on at least some areas of which a film is arranged for displaying the image in at least some areas, in which at least one further electrical component of the display device is integrated, wherein the imaging film and/or the carrier element have an LCD film for shading, wherein the LCD foil is configured for shading in the area of the displayed image , characterised in that at least one electrical power supply element of an electrical power supply of the display device for supplying the display device with electrical power is integrated as a further electrical component into the film , wherein at least one solar cell element is integrated into the film as the at least one electrical power supply element for electrical power generation of the display device , and in that a control device of the display device for controlling the display device is integrated into the film as a further electrical component , wherein at least the control device and the solar cell element are integrated into the film outside the area of the displayed image .
Magnetic device with thermally assisted writing comprising at least one magnetic element including: - a first magnetic layer referred to as "reference layer" ; - a second magnetic layer referred to as "storage layer" , the storage layer having a variable magnetisation configuration; - a non-magnetic spacer which separates the reference layer and the storage layer and magnetically decouples same; - an antiferromagnetic trapping layer in contact with the storage layer , this antiferromagnetic layer which can trap the magnetisation configuration of the storage layer; - means for heating said antiferromagnetic trapping layer such that, during heating , the temperature of said antiferromagnetic trapping layer exceeds its blocking temperature such that, when hot, the magnetisation configuration of said storage layer is no longer trapped; said device being characterised in that said reference layer and said storage layer have a stable vortex magnetisation configuration and said device comprises means for creating a magnetic field for reversibly moving the core of the vortex in the plane of said reference layer and said storage layer has a number of storage levels strictly greater than two, each storage level corresponding to a trapped magnetisation configuration. - a first magnetic layer referred to as "reference layer" ; - a second magnetic layer referred to as "storage layer" , the storage layer having a variable magnetisation configuration; - a non-magnetic spacer which separates the reference layer and the storage layer and magnetically decouples same; - an antiferromagnetic trapping layer in contact with the storage layer , this antiferromagnetic layer which can trap the magnetisation configuration of the storage layer; - means for heating said antiferromagnetic trapping layer such that, during heating , the temperature of said antiferromagnetic trapping layer exceeds its blocking temperature such that, when hot, the magnetisation configuration of said storage layer is no longer trapped;
An infrared sensor element for detection of different conformations of the secondary structure of a candidate biomarker protein undergoing conformational transitions associated with disease progression, wherein said infrared sensor element comprises a germanium internal reflection element being of trapezoid or parallelogram shape, which provides for more than one passage of the infrared light through the reflection element, wherein the germanium internal reflection element is transparent in the infrared with sufficient signal to noise ratio to detect the amide I band of the different conformations in a complex fluid, and at least one receptor for the biomarker protein being an antibody capable of specific binding to the candidate biomarker protein independent of the conformation of the secondary structure of the candidate biomarker protein, wherein the antibody is being directly grafted to at least one surface of said internal germanium reflection element by silanization with silane linkers or by thiolation with thiol linkers, reacting freely accessible amine groups of said at least one receptor with amine-reactive groups on the silane/thiol linkers, and blocking remaining amine-reactive groups on the silane/thiol linkers with casein, wherein said silane linkers or thiol linkers have a chain length of not more than 20 atoms, wherein the candidate biomarker protein is amyloid-beta peptide and the antibody is capable of specific and conformationally independent binding to the central epitope of the amyloid-beta peptide, or the candidate biomarker protein is alpha-synuclein and the antibody is an antibody specifically binding the alpha-synuclein peptide without conformational specificity.
Lashing device for a commercial vehicle with a lashing ring for connection to a lashing means and with a bearing block for attachment to a commercial vehicle, wherein the bearing block has a base plate for permanent attachment to the commercial vehicle and a top plate for holding the lashing ring , wherein the base plate has at least one edge area with a chamfer , and the top plate is releasably connectable or connected to the base plate, characterized in that when the lashing device is mounted on the commercial vehicle, a wedge-shaped recess for receiving a weld seam is formed between the chamfer and a vehicle surface. wherein the bearing block has a base plate for permanent attachment to the commercial vehicle and a top plate for holding the lashing ring , wherein the base plate has at least one edge area with a chamfer , and the top plate is releasably connectable or connected to the base plate, characterized in that when the lashing device is mounted on the commercial vehicle, a wedge-shaped recess for receiving a weld seam is formed between the chamfer and a vehicle surface.
A method for reducing a concentration of one or more oxoanions in an aqueous stream comprising: receiving an aqueous stream having a metal cation and an oxoanion, wherein a concentration of the metal cation varies over time and a concentration of the oxoanion varies over time; continuously measuring the concentration of the metal cation so as to provide a current metal cation concentration in the aqueous stream; continuously measuring the concentration of the oxoanion in the aqueous stream so as to provide a current oxoanion concentration in the aqueous stream; and adding a metal cation source to the aqueous stream and an aluminum reagent to the aqueous stream, wherein an amount of the metal cation source added to the aqueous stream is determined based on the current metal cation concentration in the aqueous stream, an amount of the aluminum reagent added to the aqueous stream is based on the current oxoanion concentration in the aqueous stream, and the amount of the metal cation source and the amount of the aluminum reagent added to the aqueous stream is effective to reduce the concentration of the oxoanion in the aqueous stream below a target threshold. receiving an aqueous stream having a metal cation and an oxoanion, wherein a concentration of the metal cation varies over time and a concentration of the oxoanion varies over time; continuously measuring the concentration of the metal cation so as to provide a current metal cation concentration in the aqueous stream; continuously measuring the concentration of the oxoanion in the aqueous stream so as to provide a current oxoanion concentration in the aqueous stream; and adding a metal cation source to the aqueous stream and an aluminum reagent to the aqueous stream, wherein an amount of the metal cation source added to the aqueous stream is determined based on the current metal cation concentration in the aqueous stream, an amount of the aluminum reagent added to the aqueous stream is based on the current oxoanion concentration in the aqueous stream, and the amount of the metal cation source and the amount of the aluminum reagent added to the aqueous stream is effective to reduce the concentration of the oxoanion in the aqueous stream below a target threshold.
System adapted for dynamic pitch control primarily for wind turbine blades , which system is configured to calculate the pitch angle forward position of the wind turbine blades independently, which control system is configured to perform feedback regulation of pitch regulation of each blade independently, based on at least the following input parameters: load level on each blade , power production of the wind turbine , rotor speed, Feed-forward of control action from preceding blade controller, characterized in that the system is further configured to perform feed forward regulation of the pitch of the wind turbine blades based on the load at the blade and previous blade in relation to the angular velocity of the rotor where the feed forward regulation algorithm uses a scaling factor to extend the feed forward regulation algorithm depending of the wind turbine operation. load level on each blade , power production of the wind turbine , rotor speed, Feed-forward of control action from preceding blade controller, characterized in that the system is further configured to perform feed forward regulation of the pitch of the wind turbine blades based on the load at the blade and previous blade in relation to the angular velocity of the rotor where the feed forward regulation algorithm uses a scaling factor to extend the feed forward regulation algorithm depending of the wind turbine operation.
A data transmission method, comprising: in response to that a terminal device selects to perform a data transmission in an inactive state based on a preconfigured uplink resource, sending (S210), by the terminal device, uplink information to a network device using the preconfigured uplink resource, wherein the uplink information comprises at least the uplink data to be sent by the terminal device and identity information of the terminal device; wherein the uplink information comprises a Radio Resource Control, RRC, message, and the identity information of the terminal device is comprised in the RRC message; wherein the RRC message is an RRC resume request message; wherein the method further comprises: in a case where a first trigger condition is met, selecting, by the terminal device, to perform the data transmission in the inactive state based on the preconfigured uplink resource; wherein the first trigger condition comprises: a timing advance, TA, of the terminal device being valid. in response to that a terminal device selects to perform a data transmission in an inactive state based on a preconfigured uplink resource, sending (S210), by the terminal device, uplink information to a network device using the preconfigured uplink resource, wherein the uplink information comprises at least the uplink data to be sent by the terminal device and identity information of the terminal device; wherein the uplink information comprises a Radio Resource Control, RRC, message, and the identity information of the terminal device is comprised in the RRC message; wherein the RRC message is an RRC resume request message; wherein the method further comprises: in a case where a first trigger condition is met, selecting, by the terminal device, to perform the data transmission in the inactive state based on the preconfigured uplink resource; wherein the first trigger condition comprises: a timing advance, TA, of the terminal device being valid. in a case where a first trigger condition is met, selecting, by the terminal device, to perform the data transmission in the inactive state based on the preconfigured uplink resource; wherein the first trigger condition comprises: a timing advance, TA, of the terminal device being valid.
A method for producing a polymeric composition, preferably in the form of a water-based composition, particularly to be used as or in a pressure-sensitive adhesive, wherein the method comprises producing, via polymerization, preferably via emulsion polymerization, especially in a two-stage radical polymerization process, a copolymer obtainable by copolymerizing moieties (monomers) (i), (ii) and (iii) according to the following definition and each being different from one another: (i) at least one first ethylenically unsaturated monomer, the homopolymer of which has a glass transition temperature Tg (i) ranging from 30 °C to 200 °C, especially from 40 °C to 150 °C, in accordance with DIN EN ISO 11357-2: 2014, (ii) at least one second ethylenically unsaturated monomer, the homopolymer of which has a glass transition temperature Tg (ii) ranging from -100 °C to -10 °C, especially from -60 °C to -20 °C, in accordance with DIN EN ISO 11357-2: 2014, (iii) at least one crosslinker, especially at least one crosslinking (macro)monomer or oligomer, which crosslinker comprises moieties (units) derived from ε-caprolactone (1-oxa-2-oxocycloheptane) and lactide (3,6-dimethyl-1,4-dioxan-2,5-dion) and which crosslinker additionally comprises two ethylenically unsaturated bonds . (i) at least one first ethylenically unsaturated monomer, the homopolymer of which has a glass transition temperature Tg (i) ranging from 30 °C to 200 °C, especially from 40 °C to 150 °C, in accordance with DIN EN ISO 11357-2: 2014, (ii) at least one second ethylenically unsaturated monomer, the homopolymer of which has a glass transition temperature Tg (ii) ranging from -100 °C to -10 °C, especially from -60 °C to -20 °C, in accordance with DIN EN ISO 11357-2: 2014, (iii) at least one crosslinker, especially at least one crosslinking (macro)monomer or oligomer, which crosslinker comprises moieties (units) derived from ε-caprolactone (1-oxa-2-oxocycloheptane) and lactide (3,6-dimethyl-1,4-dioxan-2,5-dion) and which crosslinker additionally comprises two ethylenically unsaturated bonds .
A method for delivering unicast content data over a communications network comprising: at a network node: receiving the unicast content data for transmission to a recipient user equipment , UE; wherein the unicast content data is intended for a single UE and is capable of being converted from unicast data traffic using a unicast transport and a unicast protocol stack to a multicast transport using a broadcast/multicast protocol stack for transport through a broadcast/multicast subsystem ; and, transmitting the received unicast content data towards at least one radio access network node , RN, serving the UE over one of a unicast transport and a multicast transport based on context information; wherein the context information comprises at least one of: mobility information associated with the UE; session information associated with the content data and/or the UE; radio node context related to at least one operational condition at the RN; and, network loading conditions; wherein the network node is further operative to transmit the received unicast content data towards the at least one RN serving the UE by transmitting the received unicast content data to one of a unicast subsystem if the unicast transport is selected, or the broadcast/multicast subsystem if the multicast transport is selected. receiving the unicast content data for transmission to a recipient user equipment , UE; wherein the unicast content data is intended for a single UE and is capable of being converted from unicast data traffic using a unicast transport and a unicast protocol stack to a multicast transport using a broadcast/multicast protocol stack for transport through a broadcast/multicast subsystem ; and, transmitting the received unicast content data towards at least one radio access network node , RN, serving the UE over one of a unicast transport and a multicast transport based on context information; wherein the context information comprises at least one of: mobility information associated with the UE; session information associated with the content data and/or the UE; radio node context related to at least one operational condition at the RN; and, network loading conditions; mobility information associated with the UE; session information associated with the content data and/or the UE; radio node context related to at least one operational condition at the RN; and, network loading conditions; wherein the network node is further operative to transmit the received unicast content data towards the at least one RN serving the UE by transmitting the received unicast content data to one of a unicast subsystem if the unicast transport is selected, or the broadcast/multicast subsystem if the multicast transport is selected.
A charging control circuit, wherein the charging control circuit comprises a first charging sub-circuit and a second charging sub-circuit , and the charging control circuit further comprises a switch circuit , a first contact of the switch circuit is connected to a charging port of the charging control circuit, a second contact of the switch circuit is connected to an output terminal of a wireless charging module of the charging control circuit, and a third contact of the switch circuit is connected to an input terminal of the first charging sub-circuit ; characterized in that a charging efficiency of the first charging sub-circuit is higher than a charging efficiency of the second charging sub-circuit , and in a case of a wireless charging operation, the first contact and the third contact are configured to disconnect from each other and the second contact and the third contact are configured to conductively connect to each other. a first contact of the switch circuit is connected to a charging port of the charging control circuit, a second contact of the switch circuit is connected to an output terminal of a wireless charging module of the charging control circuit, and a third contact of the switch circuit is connected to an input terminal of the first charging sub-circuit ; characterized in that a charging efficiency of the first charging sub-circuit is higher than a charging efficiency of the second charging sub-circuit , and in a case of a wireless charging operation, the first contact and the third contact are configured to disconnect from each other and the second contact and the third contact are configured to conductively connect to each other.
A method for determining a data transmission mode in a 5G network, said method being performed by a terminal device, the method comprising: receiving a data transmission mode determined and sent by a network device; wherein receiving the data transmission mode comprises: receiving an order comprising bearer information for indicating to change the data transmission mode, and the data transmission mode, wherein said data transmission mode comprises one of the following: a link aggregation mode, a link switching mode, a carrier aggregation mode, a packet duplication mode. receiving a data transmission mode determined and sent by a network device; wherein receiving the data transmission mode comprises: receiving an order comprising bearer information for indicating to change the data transmission mode, and the data transmission mode, wherein said data transmission mode comprises one of the following: a link aggregation mode, a link switching mode, a carrier aggregation mode, a packet duplication mode. a link aggregation mode, a link switching mode, a carrier aggregation mode, a packet duplication mode.
A control circuit , comprising: a converter configured to convert alternating current, AC, power into direct current, DC, power, an inverter configured to generate driving power of at least one motor (M1, M2) using the DC power, wherein the motor (M1, M2) is a three-phase motor (M1, M2) driven by three driving powers applied to a first power line, a second power line, and a third power line, respectively, characterized by a second core formed by winding a coil by a number of windings determined in correspondence with an impedance of the motor (M1, M2), and in that the number of windings is determined in a manner that an impedance of the second core is inversely proportional to the impedance of the motor (M1, M2), and a driving power line for driving the motor (M1, M2) passes through a center of the second core , wherein the first to third power lines pass through the center of the second core . a converter configured to convert alternating current, AC, power into direct current, DC, power, an inverter configured to generate driving power of at least one motor (M1, M2) using the DC power, wherein the motor (M1, M2) is a three-phase motor (M1, M2) driven by three driving powers applied to a first power line, a second power line, and a third power line, respectively, characterized by a second core formed by winding a coil by a number of windings determined in correspondence with an impedance of the motor (M1, M2), and in that the number of windings is determined in a manner that an impedance of the second core is inversely proportional to the impedance of the motor (M1, M2), and a driving power line for driving the motor (M1, M2) passes through a center of the second core , wherein the first to third power lines pass through the center of the second core .