mhurhangee/ep-ind-claims huggingface dataset:
Compound containing at least one unit of the formula wherein X being a ketone or sulfone group, wherein Z being a structure element comprising at least one tertiary carbon atom and at least one aromatic 6-ring directly bonded to one of the oxygen atoms, and wherein Y being a structure element comprising at least one nitrogen atom with a positive charge and Y being bonded to said tertiary carbon atom of Z. wherein Z being a structure element comprising at least one tertiary carbon atom and at least one aromatic 6-ring directly bonded to one of the oxygen atoms, and wherein Y being a structure element comprising at least one nitrogen atom with a positive charge and Y being bonded to said tertiary carbon atom of Z.
A connector for use underwater or in a wet or severe environment, comprising - a first connector part and a second connector part adapted to have a mated position in which the first connector part and the second connector part are engaged with each other for establishing a connection, - a locking mechanism adapted to lock the first connector part to the second connector part in the mated position, wherein the locking mechanism is configured such when the connector is brought into the mated position by moving the first connector part into engagement with the second connector part, the first connector part is automatically locked to the second connector part. - a handle portion provided on the first connector part, the first connector part being configured such that by manipulating the handle portion of the first connector part, the first connector part can be disengaged from the second connector part when the locking mechanism is in a released state, and - a release element for the locking mechanism, wherein the release element is separate from the handle portion, the release element being coupled to the locking mechanism such that upon actuation of the release element in the mated position, the locking between the first connector part and the second connector part is released; characterised in further comprising a latching mechanism, wherein in the mated position, the latching mechanism is adapted to latch the first connector part to the second connector part, wherein the latching mechanism is configured such that by manipulating the handle portion of the first connector part when disengaging the first connector part from the second connector part, the latching between the first connector part and the second connector part is released. - a first connector part and a second connector part adapted to have a mated position in which the first connector part and the second connector part are engaged with each other for establishing a connection, - a locking mechanism adapted to lock the first connector part to the second connector part in the mated position, wherein the locking mechanism is configured such when the connector is brought into the mated position by moving the first connector part into engagement with the second connector part, the first connector part is automatically locked to the second connector part. - a handle portion provided on the first connector part, the first connector part being configured such that by manipulating the handle portion of the first connector part, the first connector part can be disengaged from the second connector part when the locking mechanism is in a released state, and - a release element for the locking mechanism, wherein the release element is separate from the handle portion, the release element being coupled to the locking mechanism such that upon actuation of the release element in the mated position, the locking between the first connector part and the second connector part is released;
An adhesion promoting composition useful in treating metal surfaces prior to bonding polymeric materials to the metal surfaces, the adhesion promoting composition comprising: a) an oxidizer; b) an inorganic acid; c) a corrosion inhibitor; d) a source of halide ions; and characterized in that the adhesion promoting composition further comprises: e) at least one material selected from the group consisting of a mercapto propane sulfonate, mercapto propane sulfonic acid, and bis-sodium sulfopropyl disulfide. a) an oxidizer; b) an inorganic acid; c) a corrosion inhibitor; d) a source of halide ions; and
A solenoid configured to use magnetic action in energization of a coil to drive a core, in an axial direction of the core, the core being formed by a first magnetic resistor, wherein the solenoid comprises: the coil, the core, a shaft attached to the core; bearings (6, 8), wherein the core comprises two axial end portions, one at a first axial end of the core and the other at the opposite second axial end of the core, wherein the bearings (6, 8) are arranged around the shaft at both axial sides of the core for supporting both axial end portions of the core, and a second magnetic resistor (4b, 4b') having a magnetic resistance different from that of the first magnetic resistor and configured to generate force for moving at least the core in a radial direction of the core by the magnetic action, wherein the core is provided with cutouts (4b, 4b') located at both axial end portions of the core, each cutout, located at a respective axial end portion of the core, being formed in such a manner that part of a radially outer peripheral face of the core and part of a respective axial core end face (4c, 4c') are cut out, such that said cutout extends only over a part of the radially outer circumference of the core, wherein the cutouts (4b, 4b') form the second magnetic resistor. the coil, the core, a shaft attached to the core; bearings (6, 8), wherein the core comprises two axial end portions, one at a first axial end of the core and the other at the opposite second axial end of the core, wherein the bearings (6, 8) are arranged around the shaft at both axial sides of the core for supporting both axial end portions of the core, and a second magnetic resistor (4b, 4b') having a magnetic resistance different from that of the first magnetic resistor and configured to generate force for moving at least the core in a radial direction of the core by the magnetic action, wherein the core is provided with cutouts (4b, 4b') located at both axial end portions of the core, each cutout, located at a respective axial end portion of the core, being formed in such a manner that part of a radially outer peripheral face of the core and part of a respective axial core end face (4c, 4c') are cut out, such that said cutout extends only over a part of the radially outer circumference of the core, wherein the cutouts (4b, 4b') form the second magnetic resistor.
A method of wirelessly charging a mobile device by a wireless charger, the method comprising: determining a first power loss for a first wireless transmission of power to the mobile device; when the first power loss is greater than a threshold, determining a second power loss for a second wireless transmission of power to the mobile device, wherein the power of the second wireless transmission is reduced by a fixed percentage relative to the power of the first wireless transmission; determining a percentage difference between the first power loss and the second power loss; and when the percentage difference is not equal, within a defined margin of error, to the fixed percentage, determining that magnetic saturation has occurred in at least one of the mobile device and the wireless charger. determining a first power loss for a first wireless transmission of power to the mobile device; when the first power loss is greater than a threshold, determining a second power loss for a second wireless transmission of power to the mobile device, wherein the power of the second wireless transmission is reduced by a fixed percentage relative to the power of the first wireless transmission; determining a percentage difference between the first power loss and the second power loss; and when the percentage difference is not equal, within a defined margin of error, to the fixed percentage, determining that magnetic saturation has occurred in at least one of the mobile device and the wireless charger.
A control method of a user terminal device comprising: when a call request message is received from another terminal device, determining state information of a satellite device connected to the user terminal device; determining communication configuration information with the other terminal device based on the state information of the satellite device and transmitting a call response message comprising the communication configuration information to the other terminal device; and receiving voice data from the other terminal device using a communication method using a first bandwidth corresponding to the communication configuration, and transmitting voice data to the other terminal device using a communication method using a second bandwidth corresponding to the communication configuration information, the control method being characterized in that the state information of the satellite device comprises information regarding a bandwidth that is supported by the satellite device, and in that determining communication configuration information comprises determining the second bandwidth to transmit voice data to the other terminal device based on a bandwidth that is supported by the user terminal device and determining the first bandwidth to receive voice data from the other terminal device based on the bandwidth that is supported by the satellite device. when a call request message is received from another terminal device, determining state information of a satellite device connected to the user terminal device; determining communication configuration information with the other terminal device based on the state information of the satellite device and transmitting a call response message comprising the communication configuration information to the other terminal device; and receiving voice data from the other terminal device using a communication method using a first bandwidth corresponding to the communication configuration, and transmitting voice data to the other terminal device using a communication method using a second bandwidth corresponding to the communication configuration information, the control method being characterized in that the state information of the satellite device comprises information regarding a bandwidth that is supported by the satellite device, and in that determining communication configuration information comprises determining the second bandwidth to transmit voice data to the other terminal device based on a bandwidth that is supported by the user terminal device and determining the first bandwidth to receive voice data from the other terminal device based on the bandwidth that is supported by the satellite device.
A process for preparing a salt of a sulfurized alkylhydroxyaromatic compound containing less than 2% by combined mass of the unsulfurized alkylhydroxyaromatic compound and its unsulfurized metal salt, the process comprising the steps of: (a) sulfurizing an alkylhydroxyaromatic compound derived from alkylation of a hydroxyaromatic compound with one or more olefins comprising C 9 to C 18 oligomers of monomers selected from propylene, butylene or mixtures thereof to provide a sulfurized alkylhydroxyaromatic reaction product; (b) removing any unsulfurized alkylhydroxyaromatic compound from the sulfurized alkylhydroxyaromatic reaction product of step (a) to provide a sulfurized alkylhydroxyaromatic compound substantially free of the unsulfurized alkylhydroxyaromatic compound, wherein the step of removing the unsulfurized alkylhydroxyaromatic compound comprises distilling the sulfurized alkylhydroxyaromatic reaction product of step (a), and wherein the distilling is carried out by continuous falling film distillation or wiped film evaporation, and wherein the term "substantially free" means that the level of the unsulfurized alkylhydroxyaromatic compound which remains after step (b) is less than 2 wt. %; and (c) neutralizing the sulfurized alkylhydroxyaromatic compound of step (b) to provide a salt of the sulfurized alkylhydroxyaromatic compound. (a) sulfurizing an alkylhydroxyaromatic compound derived from alkylation of a hydroxyaromatic compound with one or more olefins comprising C 9 to C 18 oligomers of monomers selected from propylene, butylene or mixtures thereof to provide a sulfurized alkylhydroxyaromatic reaction product; (b) removing any unsulfurized alkylhydroxyaromatic compound from the sulfurized alkylhydroxyaromatic reaction product of step (a) to provide a sulfurized alkylhydroxyaromatic compound substantially free of the unsulfurized alkylhydroxyaromatic compound, wherein the step of removing the unsulfurized alkylhydroxyaromatic compound comprises distilling the sulfurized alkylhydroxyaromatic reaction product of step (a), and wherein the distilling is carried out by continuous falling film distillation or wiped film evaporation, and wherein the term "substantially free" means that the level of the unsulfurized alkylhydroxyaromatic compound which remains after step (b) is less than 2 wt. %; and (c) neutralizing the sulfurized alkylhydroxyaromatic compound of step (b) to provide a salt of the sulfurized alkylhydroxyaromatic compound.
A tolerance compensation apparatus comprising a base element; a compensation element which is in threaded engagement with the base element and which forms a passage extending in an axial direction for a screw element; a nut into which the screw element can be screwed; a holding element having a first limb holding the base element, a second limb holding the nut, and a connection section connecting the first and second limbs (28, 30), wherein the first and second limbs (28, 30) are spaced apart from one another while forming a reception gap for receiving a component; and at least one securing element by which a component received in the reception gap can be secured to the tolerance compensation apparatus, characterized in that the securing element comprises a latching tongue (56, 57) which is configured to cooperate with a latch projection formed at the component. a base element; a compensation element which is in threaded engagement with the base element and which forms a passage extending in an axial direction for a screw element; a nut into which the screw element can be screwed; a holding element having a first limb holding the base element, a second limb holding the nut, and a connection section connecting the first and second limbs (28, 30), wherein the first and second limbs (28, 30) are spaced apart from one another while forming a reception gap for receiving a component; and at least one securing element by which a component received in the reception gap can be secured to the tolerance compensation apparatus, characterized in that the securing element comprises a latching tongue (56, 57) which is configured to cooperate with a latch projection formed at the component.
A non-metal clip having opposed first and second (202, 204) arms extending in a longitudinal direction, movable with respect to each other at respective first end portions of the arms, having first and second openings (294, 218) in the first and second arms substantially aligned and defining an axial direction, and further comprising: first and second walls (222, 224) extending from the first arm away from the second arm to respective first and second upper portions and transversely to the longitudinal direction, defining a cage adapted to limit movement of a nut base in the longitudinal direction, wherein at least one of the first and second upper portions includes a third wall extending toward the other of the first and second upper portions, and wherein the third wall is spaced apart from the other upper portion a distance forming an opening sufficient to allow a nut having tabs to be inserted and removed through the opening, the first wall having two cavities (234, 236) into which a first pair of tabs may extend and float, the two cavities having upper and lower walls limiting the axial float of the tabs, the second wall having two cavities (248, 250) able to retain axially a second pair of tabs, the third wall defining upper surfaces for the cavities limiting the axial float of the tabs; and wherein the cavities (234, 236) in the first wall have a first height extending away from a base surface of the cage, wherein the cavities (248, 250) in the second wall have a second height extending away from the base surface of the cage, and wherein the first height is less than the second height. first and second walls (222, 224) extending from the first arm away from the second arm to respective first and second upper portions and transversely to the longitudinal direction, defining a cage adapted to limit movement of a nut base in the longitudinal direction, wherein at least one of the first and second upper portions includes a third wall extending toward the other of the first and second upper portions, and wherein the third wall is spaced apart from the other upper portion a distance forming an opening sufficient to allow a nut having tabs to be inserted and removed through the opening, the first wall having two cavities (234, 236) into which a first pair of tabs may extend and float, the two cavities having upper and lower walls limiting the axial float of the tabs, the second wall having two cavities (248, 250) able to retain axially a second pair of tabs, the third wall defining upper surfaces for the cavities limiting the axial float of the tabs; and
A method of conducting a droplet-based enzymatic assay, the method comprising: (a) providing a droplet actuator adapted for executing electrowetting mediated droplet operations; (b) providing on the droplet actuator: (i) a first droplet; (ii) a second droplet; and (c) executing electrowetting mediated droplet operations on the droplet actuator to combine the droplet of (b)(i) with the droplet of (b)(ii), thereby yielding an assay droplet; and (d) detecting modification of the substrate by the enzyme in the assay droplet on the droplet actuator wherein: (i) the first droplet comprises an enzyme of interest; (ii) the second droplet comprises a substrate which is potentially modified in the presence of the enzyme; and each of the droplet of 1(b)(i), the droplet of 1(b)(ii) and the assay droplet is at least partially surrounded by a filler fluid comprising a silicone oil; characterised in that: the substrate comprises a 4-methylumbelliferyl glycoside which releases a fluorophore upon contact with the enzyme of interest; and the filler fluid further includes a surfactant. (a) providing a droplet actuator adapted for executing electrowetting mediated droplet operations; (b) providing on the droplet actuator: (i) a first droplet; (ii) a second droplet; and (i) a first droplet; (ii) a second droplet; and (c) executing electrowetting mediated droplet operations on the droplet actuator to combine the droplet of (b)(i) with the droplet of (b)(ii), thereby yielding an assay droplet; and (d) detecting modification of the substrate by the enzyme in the assay droplet on the droplet actuator wherein: (i) the first droplet comprises an enzyme of interest; (ii) the second droplet comprises a substrate which is potentially modified in the presence of the enzyme; and (i) the first droplet comprises an enzyme of interest; (ii) the second droplet comprises a substrate which is potentially modified in the presence of the enzyme; and the substrate comprises a 4-methylumbelliferyl glycoside which releases a fluorophore upon contact with the enzyme of interest; and the filler fluid further includes a surfactant.
A terminal device capability limiting method, applied to a terminal device, the method being characterized by comprising: when the terminal device needs to initiate an RRC connection and needs to limit a capability, sending a MSG3 in which a request for a limited capability of the terminal device is carried to a network side; receiving a MSG4 in which an instruction from the network side that allows the terminal device to use the limited capability is carried; and sending a MSG5 in which information about at least one type of limited capability is carried to the network side based on the instruction that allows the terminal device to use the limited capability. when the terminal device needs to initiate an RRC connection and needs to limit a capability, sending a MSG3 in which a request for a limited capability of the terminal device is carried to a network side; receiving a MSG4 in which an instruction from the network side that allows the terminal device to use the limited capability is carried; and sending a MSG5 in which information about at least one type of limited capability is carried to the network side based on the instruction that allows the terminal device to use the limited capability.
A method for selecting a cancer therapy regimen for treating breast cancer, preferably triple negative breast cancer in a patient, the method comprising determining the expression pattern of a set of tumor antigens in a sample comprising breast cancer cells obtained from the cancer patient and selecting a cancer therapy regimen based on the expression pattern determined, wherein the set of tumor antigens comprises PRAME, CXorf61 and CAGE1, and wherein the selected cancer therapy regimen comprises immunotherapeutically targeting those tumor antigens selected from PRAME, CXorf61 and CAGE1 which are expressed in breast cancer cells of the patient.
A method for providing enhanced security on a network node, the method comprising: receiving, by the network node, an application from a communications network, the application including a first carrier identification, wherein the first carrier identification identifies a first communication service provider whose customers are intended recipients of the application; responsive to receiving the application, comparing, by the network node, the first carrier identification to a second carrier identification, wherein the second carrier identification identifies a second communication service provider that is providing communication service to the network node; and responsive to identifying a match between the first and second carrier identifications, assigning, by the network node, permissions to the application that provide access to privileged functionality on the network node, and responsive to identifying the first and second carrier identifications do not match, denying, by the network node, access to privileged functionality on the network node. receiving, by the network node, an application from a communications network, the application including a first carrier identification, wherein the first carrier identification identifies a first communication service provider whose customers are intended recipients of the application; responsive to receiving the application, comparing, by the network node, the first carrier identification to a second carrier identification, wherein the second carrier identification identifies a second communication service provider that is providing communication service to the network node; and responsive to identifying a match between the first and second carrier identifications, assigning, by the network node, permissions to the application that provide access to privileged functionality on the network node, and responsive to identifying the first and second carrier identifications do not match, denying, by the network node, access to privileged functionality on the network node.