mhurhangee/patent-ind-claim-en huggingface dataset:
A cylinder head cover module for arrangement on a cylinder head of an internal combustion engine, wherein the cylinder head cover module has a cover body and a camshaft arranged therein, and wherein the cover body has an opening , whereas a bearing element is press-fitted into the opening , wherein the camshaft is rotatably mounted in the bearing element and wherein the bearing element seals off the opening of the cover body from the exterior, characterized in that the bearing element has a closure surface , which fits together with the cover body so that the cover body has an enclosed shell surface.
A scrubbing article comprising: a substrate defining opposing, first and second major surfaces ; characterized in that the scrubbing article further comprises: a stain release coating , which includes a stain release agent, applied to the substrate and present over at least the first major surface ; and a texture layer formed over the stain release coating opposite the substrate . a substrate defining opposing, first and second major surfaces ; characterized in that the scrubbing article further comprises: a stain release coating , which includes a stain release agent, applied to the substrate and present over at least the first major surface ; and a texture layer formed over the stain release coating opposite the substrate . a stain release coating , which includes a stain release agent, applied to the substrate and present over at least the first major surface ; and a texture layer formed over the stain release coating opposite the substrate .
A composition comprising a CRISPR complex comprising a) a Staphylococcus aureus Cas9 (SaCas9) comprising one or more nuclear localization sequences, and b) a guide RNA comprising a guide sequence capable of hybridizing to a target sequence in a eukaryotic cell or a cell in a multi-cellular eukaryotic organism, a tracr mate sequence, and a tracr sequence, for use in therapy. a) a Staphylococcus aureus Cas9 (SaCas9) comprising one or more nuclear localization sequences, and b) a guide RNA comprising a guide sequence capable of hybridizing to a target sequence in a eukaryotic cell or a cell in a multi-cellular eukaryotic organism, a tracr mate sequence, and a tracr sequence,
A seal assembly for a gas turbine engine comprising: a support mountable to an engine static structure , the support including a main body extending axially between leading and trailing edge portions and circumferentially between opposed mate faces , and the main body including a pair of opposed retention hooks extending inwardly from the leading and trailing edge portions to bound an elongated groove extending circumferentially between the opposed mate faces ; a seal including a sealing portion that extends from an engagement portion , the sealing portion including a sealing face that extends circumferentially between first and second mate faces , and an overwrap including one or more plies (OP) that follow a perimeter of the engagement portion to define an interface between the retention hooks and the engagement portion , the perimeter defines a dovetail geometry that mates with the retention hooks along the interface to secure the seal , characterised in that the overwrap comprises one or more plies (OP) that follow a perimeter of the engagement portion to define first and second interfaces between the first and second retention hooks and the engagement portion , wherein the perimeter defines a dovetail geometry that mates with the retention hooks along the first and second interfaces to secure the seal , and the one or more plies follow the perimeter of the engagement portion from the first interface to the second interface to define the dovetail geometry. a support mountable to an engine static structure , the support including a main body extending axially between leading and trailing edge portions and circumferentially between opposed mate faces , and the main body including a pair of opposed retention hooks extending inwardly from the leading and trailing edge portions to bound an elongated groove extending circumferentially between the opposed mate faces ; a seal including a sealing portion that extends from an engagement portion , the sealing portion including a sealing face that extends circumferentially between first and second mate faces , and an overwrap including one or more plies (OP) that follow a perimeter of the engagement portion to define an interface between the retention hooks and the engagement portion , the perimeter defines a dovetail geometry that mates with the retention hooks along the interface to secure the seal , characterised in that the overwrap comprises one or more plies (OP) that follow a perimeter of the engagement portion to define first and second interfaces between the first and second retention hooks and the engagement portion , wherein the perimeter defines a dovetail geometry that mates with the retention hooks along the first and second interfaces to secure the seal , and the one or more plies follow the perimeter of the engagement portion from the first interface to the second interface to define the dovetail geometry.
A non-acoustic measurement unit intended to be integrated into a fully optical antenna comprising at least one hydrophone, said non-acoustic measurement unit comprising at least one non-acoustic sensor with an electrical output able to deliver at least one electrical signal representing at least one physical quantity, a passive electro-optical transducer subjected to said electrical signal and a portion of an optical fibre intended to convey non-acoustic measurements comprising a first sensitive zone , on which said passive electro-optical transducer acts, the passive electro-optical transducer acting on a mechanical constraint experienced by the first sensitive zone in such a way that a value of a measurable property of a first optical signal conveyed by the optical fibre intended to convey non-acoustic measurements represents the electrical signal, and at least one photovoltaic cell electrically coupled to said non-acoustic sensor so as to electrically power said sensor , wherein the photovoltaic cell is supplied with light energy by means of the optical fibre intended to convey non-acoustic measurements .
Anti-panic push bar for the actuation of a door lock of an escape door or an emergency exit door, comprising a base profile mountable to rest on a door leaf , an actuation handle extending in parallel to the longitudinal direction of the base profile , a slider device having at least one slider to actuate the door lock , further comprising a transfer device which transfers a movement of the actuation handle to the slider device to manually unlock the door lock , wherein the slider device has two sliders running in parallel, wherein the first slider is connectable to the door lock and is couplable to the drive device , and the second slider is connected to the actuation handle via the transfer device , wherein it is provided that an electric drive motor is connected to the slider device or is couplable to the slider device , in order to electrically unlock the door lock by means of a motor operation of the first slider of the slider device , the electric drive motor is formed as a linear motor, in particular the electric drive motor has a spindle drive with a spindle and with a spindle nut , wherein the spindle nut is mounted non-rotatably and in a linearly shiftable manner on the spindle , characterised in that the electric drive motor , preferably the drive unit , is movably mounted relative to the base profile , and the spindle nut cooperates with a stop fixed to the base profile, in order to shift the drive motor , preferably the drive unit , in parallel to the base profile and to unlock the door lock , by the spindle nut pulling the drive motor , preferably the drive unit , towards the stop fixed to the base profile.
A management system comprising: a management device , comprising: a first transmitter configured to transmit to a power conversion device a command requesting a state of the power conversion device ,; and the power conversion device is configured to convert power output from a distributed power source , and to receive an output suppression message from an external server managed by a provider without passing through the management device , wherein the power conversion device is characterised by : a first communication unit configured to receive the output suppression message from the external server, a second communication unit configured to transmit, to the management device in response to the command sent by the management device requesting a state of the power conversion unit , a response command including a property, the property indicating a state of the power conversion device in response to the command, and the property including output suppression information on output suppression of the distributed power source based on output suppression information specified by the provider via the external server, wherein the output suppression information includes information indicating that the power conversion device has a function of informing that the power conversion device is performing the output suppression, or indicating that the power conversion device does not have the function. a management device , comprising: a first transmitter configured to transmit to a power conversion device a command requesting a state of the power conversion device ,; and the power conversion device is configured to convert power output from a distributed power source , and a first transmitter configured to transmit to a power conversion device a command requesting a state of the power conversion device ,; and the power conversion device is configured to convert power output from a distributed power source , and to receive an output suppression message from an external server managed by a provider without passing through the management device , wherein the power conversion device is characterised by : a first communication unit configured to receive the output suppression message from the external server, a second communication unit configured to transmit, to the management device in response to the command sent by the management device requesting a state of the power conversion unit , a response command including a property, the property indicating a state of the power conversion device in response to the command, and the property including output suppression information on output suppression of the distributed power source based on output suppression information specified by the provider via the external server, wherein the output suppression information includes information indicating that the power conversion device has a function of informing that the power conversion device is performing the output suppression, or indicating that the power conversion device does not have the function.
- Hydraulic braking arrangement for controlling rear brakes of an off-road vehicle, said arrangement comprising a hydro-mechanical service brake system fluidly connecting said rear brakes to a first source of fluid in pressure in function of a mechanical input which may be imparted by a driver of said off-road vehicle, said hydraulic braking arrangement being characterized by comprising a remote controlled service brake system fluidly connecting said rear brakes to a second source of fluid in pressure in function of a remote input .
A power converter comprising: a power converter main body having a control board provided therein, the power converter main body being configured to allow at least one of a plurality of types of auxiliary boards respectively including indicators to be mounted thereon such that a function is added thereto; a housing configured to house the power converter main body, the housing including a first opening so as to expose the at least one of the plurality of types of auxiliary boards; and a transparent cover member attached to the first opening of the housing; wherein the first opening and the transparent cover member are configured for the indicators of the plurality of types of auxiliary boards in common so as to cover a region of any of the plurality of types of auxiliary boards in which an indicator is arranged even when the any of the plurality of types of auxiliary boards is provided on the power converter main body. a power converter main body having a control board provided therein, the power converter main body being configured to allow at least one of a plurality of types of auxiliary boards respectively including indicators to be mounted thereon such that a function is added thereto; a housing configured to house the power converter main body, the housing including a first opening so as to expose the at least one of the plurality of types of auxiliary boards; and a transparent cover member attached to the first opening of the housing; wherein the first opening and the transparent cover member are configured for the indicators of the plurality of types of auxiliary boards in common so as to cover a region of any of the plurality of types of auxiliary boards in which an indicator is arranged even when the any of the plurality of types of auxiliary boards is provided on the power converter main body.
A radiofluorination process comprising: (a) providing a solid stationary phase which comprises a polymeric anionexchange resin having bound thereto [ 18 F]fluoride anions; and (b) contacting said solid stationary phase with a non-aqueous solution comprising a precursor compound of formula (I): and a solvent selected from acetonitrile, tert -butanol, dimethylformamide, dimethylsulphoxide, dimethylacetamide, tetrahydrofuran, dioxan, 1,2-dimethoxyethane, sulpholane, N-methylpyrolidinone, or mixtures thereof, or an ionic liquid, whereby to produce a radiofluorinated compound of formula (II): wherein: in formula (I), L is a positively charged leaving group, e.g. a leaving group selected from -NH 3 + , -N(C 1-6 alkyl) 3 + , 1,4-diazabicyclo[2.2.2]octan-1-ium, and 1-(C 1-3 alkyl)-pyrrolidin-1-ium; and in formulae (I) and (II), R is a group of the formula: wherein R' is an electron-withdrawing group. (a) providing a solid stationary phase which comprises a polymeric anionexchange resin having bound thereto [ 18 F]fluoride anions; and (b) contacting said solid stationary phase with a non-aqueous solution comprising a precursor compound of formula (I): and a solvent selected from acetonitrile, tert -butanol, dimethylformamide, dimethylsulphoxide, dimethylacetamide, tetrahydrofuran, dioxan, 1,2-dimethoxyethane, sulpholane, N-methylpyrolidinone, or mixtures thereof, or an ionic liquid, whereby to produce a radiofluorinated compound of formula (II): wherein: in formula (I), L is a positively charged leaving group, e.g. a leaving group selected from -NH 3 + , -N(C 1-6 alkyl) 3 + , 1,4-diazabicyclo[2.2.2]octan-1-ium, and 1-(C 1-3 alkyl)-pyrrolidin-1-ium; and in formulae (I) and (II), R is a group of the formula: wherein R' is an electron-withdrawing group. in formula (I), L is a positively charged leaving group, e.g. a leaving group selected from -NH 3 + , -N(C 1-6 alkyl) 3 + , 1,4-diazabicyclo[2.2.2]octan-1-ium, and 1-(C 1-3 alkyl)-pyrrolidin-1-ium; and in formulae (I) and (II), R is a group of the formula:
A method for determining mutation burden in a lung cancer patient comprising the steps of: (a) isolating nucleic acids from a cell-free blood sample obtained from the patient; (b) in the isolated nucleic acid, determining the sequence of at least a portion of each of the biomarkers listed in Table 1; (c) comparing the sequence determined in step (b) to the reference sequence and identifying mutations; (d) determining mutation burden as the ratio of the number of mutations identified in step (c) to the number of bases of nucleic acid sequenced in step (b). (a) isolating nucleic acids from a cell-free blood sample obtained from the patient; (b) in the isolated nucleic acid, determining the sequence of at least a portion of each of the biomarkers listed in Table 1; (c) comparing the sequence determined in step (b) to the reference sequence and identifying mutations; (d) determining mutation burden as the ratio of the number of mutations identified in step (c) to the number of bases of nucleic acid sequenced in step (b).
Valve for a beverage container comprising a mounting element for mounting the valve in a container opening of the beverage container, the mounting element radially extending from an inner side defining a fluid passage through the mounting element to an outer peripheral side for sealing against a container edge at the container opening, the mounting element coupled to a valve housing comprising a housing side wall extending axially from a housing top wall sealed against the mounting element to a housing bottom wall , the housing top wall having a beverage outlet opening aligned with the fluid passage and the housing side wall having a beverage inlet opening , wherein a valve body is axially moveable inside the valve housing from a first position closing off the beverage outlet opening to a second position opening a fluid connection through the beverage outlet opening , wherein the valve body comprises a closed upper end section which is shaped to clampingly fit in the beverage outlet opening and which is fixedly received in the beverage outlet opening in the first position and operable to be moved away from the beverage outlet opening to the second position axially past at least a part of the beverage inlet opening in the side wall , and a lower end section extending axially from the closed upper end section in the direction of the housing bottom wall , the lower end section arranged to contact an inner surface of the valve housing at least in the second position.
A wind turbine array, comprising: a plurality of wind turbines which, for a given wind direction entering the wind turbine array, form a first column of wind turbines and a second column of wind turbines, wherein the first and second columns are arranged parallel to each other and to the given wind direction; a controller configured to change at least one operational parameter of at least one blade on a first wind turbine in the first column and at least one operational parameter of at least one blade on a second wind turbine in the first column, wherein the operational parameters are set based on predetermined settings and change an induction factor of the at least one blade on the first and second wind turbines, and wherein the predetermined settings are assigned to the first and second wind turbines based on a location of the first wind turbine relative to a location of the second wind turbine in the first column, wherein the operational parameter is a pitch angle of a blade on the first wind turbine or a tip speed of the blade on the first wind turbine, and wherein the predetermined settings are different for the first wind turbine and the second wind turbine. a plurality of wind turbines which, for a given wind direction entering the wind turbine array, form a first column of wind turbines and a second column of wind turbines, wherein the first and second columns are arranged parallel to each other and to the given wind direction; a controller configured to change at least one operational parameter of at least one blade on a first wind turbine in the first column and at least one operational parameter of at least one blade on a second wind turbine in the first column, wherein the operational parameters are set based on predetermined settings and change an induction factor of the at least one blade on the first and second wind turbines, and wherein the predetermined settings are assigned to the first and second wind turbines based on a location of the first wind turbine relative to a location of the second wind turbine in the first column, wherein the operational parameter is a pitch angle of a blade on the first wind turbine or a tip speed of the blade on the first wind turbine, and wherein the predetermined settings are different for the first wind turbine and the second wind turbine.
A random access preamble sending method, comprising: sending (S101), by user equipment, a first random access preamble to a network device, wherein the first random access preamble is used by the user equipment to access the network device; and when the user equipment fails in accessing the network device by using the first random access preamble, sending (S102), by the user equipment, at least one second random access preamble to the network device, wherein access characteristic information of each of the at least one second random access preamble is different from that of the first random access preamble, the access characteristic information comprises at least one of a time length, a transmit beam, and a random access resource, and the at least one second random access preamble is used by the user equipment to access the network device, characterized in that the sending (S102), by the user equipment, at least one second random access preamble to the network device comprises: sending, by the user equipment, the at least one second random access preamble to the network device based on priority-based sorting of the time length, a transmit power of each second random access preamble, the transmit beam, and the random access resource. sending (S101), by user equipment, a first random access preamble to a network device, wherein the first random access preamble is used by the user equipment to access the network device; and when the user equipment fails in accessing the network device by using the first random access preamble, sending (S102), by the user equipment, at least one second random access preamble to the network device, wherein access characteristic information of each of the at least one second random access preamble is different from that of the first random access preamble, the access characteristic information comprises at least one of a time length, a transmit beam, and a random access resource, and the at least one second random access preamble is used by the user equipment to access the network device, characterized in that the sending (S102), by the user equipment, at least one second random access preamble to the network device comprises: sending, by the user equipment, the at least one second random access preamble to the network device based on priority-based sorting of the time length, a transmit power of each second random access preamble, the transmit beam, and the random access resource.
Anti-fog composition for the application on a surface of a polystyrene sheet comprising at least one fatty acid ester of sucrose, polyvinylpyrrolidone (PVP), and at least one polysiloxane wherein the weight ratio between said at least one fatty acid ester of sucrose and PVP ranges from 0.7:1 to 7:1, and wherein the weight ratio between said at least one fatty acid ester of sucrose and said at least one polysiloxane ranges from 0.6:1 to 6:1, the composition being characterized in that said at least one polysiloxane has a viscosity between 200-500 mm 2 /sec (200-500 cSt) at room temperature, that is 15-25 °C, and is selected from a polysiloxane terminated at the ends of the polymeric chain with alkyl silyl end units, a polyether-modified polysiloxane, and mixtures thereof.