mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicular drive train having a drive unit and a transmission, as well as a clutch connected therebetween, the clutch being designed as a (normally open) single clutch to be pressed shut for torque transmission, characterised in that the clutch is mounted on a transmission input shaft via at least one support bearing in an axially position-determined manner, the clutch is mounted on the support bearing via a pressure plate, the pressure plate has a friction region radially on the outside and a bearing region radially on the inside for supporting the clutch on the support bearing , and a toothing is provided radially on the pressure plate between the friction region and the bearing region for the torquetransmitting connection of the clutch to a torque input element , and in that a clutch actuator acts on the clutch , which is designed as a directly pressed actuator with a transmission ratio of contact pressure to engagement force of approx. 1.
A pharmaceutical product comprising: a. a container having a headspace, wherein the oxygen content in the headspace is less than 12%, and b. a stable liquid pharmaceutical composition having a pH of 5.2 to 6.2 disposed within said container, said composition comprising: i. 20 mg/ml to 175 mg/ml secukinumab; ii. 2.5 to 20 mM L-methionine, and iii. a non-ionic stabilizer, a surfactant selected from a polysorbate and a poloxamer, and a histidine buffer. a. a container having a headspace, wherein the oxygen content in the headspace is less than 12%, and b. a stable liquid pharmaceutical composition having a pH of 5.2 to 6.2 disposed within said container, said composition comprising: i. 20 mg/ml to 175 mg/ml secukinumab; ii. 2.5 to 20 mM L-methionine, and iii. a non-ionic stabilizer, a surfactant selected from a polysorbate and a poloxamer, and a histidine buffer. i. 20 mg/ml to 175 mg/ml secukinumab; ii. 2.5 to 20 mM L-methionine, and iii. a non-ionic stabilizer, a surfactant selected from a polysorbate and a poloxamer, and a histidine buffer.
A wind turbine nacelle comprising a plurality of power generating components and a fluid system , wherein the nacelle includes a nacelle cover and wherein the fluid system includes a fluid tank that is integrated into a panel of the nacelle cover characterized in that the nacelle cover is formed from several adjoining panels to define a base, a roof and side walls, thereby defining an interior space of the nacelle, wherein each of said base, roof and side walls are formed from adjoining panels.
A method of designing a dental appliance for a subject individual comprising: displaying a 3D model of the subject individual on a 3D display , the 3D model comprising: a scanned feature comprising a dental arch of the subject individual , and a portion of a face of the subject individual and the arch for relating the arch to the face based on empirical data ; and an augmented reality feature comprising a dental appliance for the subject individual ; detecting an input with a sensor selected from the group consisting of a motion sensor , a motion capture device, an optical motion sensor, eye tracking sensors, hand-based motion capture devices for receiving inputs based on gestures, optical sensors, a brain-computer interface ("BCI") for receiving inputs based on neural activity, sensors for measuring pulse, temperature, or perspiration; modifying the dental appliance by applying an operation selected from the group consisting of pushing, pulling, rotating, enlarging or shrinking elements and augmented reality features in response to the input to provide a modified dental appliance ; repositioning the scanned feature in response to the modified dental appliance to provide a repositioned scanned feature ; updating the 3D model in response to the modified dental appliance and the repositioned scanned feature to provide an updated 3D model ; and displaying the updated 3D model on the 3D display . displaying a 3D model of the subject individual on a 3D display , the 3D model comprising: a scanned feature comprising a dental arch of the subject individual , and a portion of a face of the subject individual and the arch for relating the arch to the face based on empirical data ; and an augmented reality feature comprising a dental appliance for the subject individual ; a scanned feature comprising a dental arch of the subject individual , and a portion of a face of the subject individual and the arch for relating the arch to the face based on empirical data ; and an augmented reality feature comprising a dental appliance for the subject individual ; detecting an input with a sensor selected from the group consisting of a motion sensor , a motion capture device, an optical motion sensor, eye tracking sensors, hand-based motion capture devices for receiving inputs based on gestures, optical sensors, a brain-computer interface ("BCI") for receiving inputs based on neural activity, sensors for measuring pulse, temperature, or perspiration; modifying the dental appliance by applying an operation selected from the group consisting of pushing, pulling, rotating, enlarging or shrinking elements and augmented reality features in response to the input to provide a modified dental appliance ; repositioning the scanned feature in response to the modified dental appliance to provide a repositioned scanned feature ; updating the 3D model in response to the modified dental appliance and the repositioned scanned feature to provide an updated 3D model ; and displaying the updated 3D model on the 3D display .
A naphthenic acid corrosion inhibitor consisting of polymeric phosphate ester of polyisobutylene succinate ester to inhibit naphthenic acid corrosion in crude oil/feedstock/hydrocarbon streams containing naphthenic acid, and wherein said inhibitor demonstrates thermal stability of 50% weight loss as determined by thermogravimetric analysis in a temperature range varying from 350°C to 400°C as measured by the method described in the description.
A method for manufacturing a binary structure optical filter array , comprising providing a first mirror (110-1), a second mirror (110-2) and a spacer layer structure disposed between the first mirror (110-1) and the second mirror (110-2), wherein the spacer layer structure comprising a set of layers forming a plurality of channels, each channel being associated with passing light at a corresponding center wavelength, the method further comprising: calculating for more than one layer of the plurality of layers of the spacer a thickness based on a binary progression, comparing the more than one calculated thicknesses to a threshold, for at least one calculated thickness that is greater than the threshold, providing at least one layer in a first material associated with a first refractive index, said at least one layer having a physical thickness that equals the calculated thickness, and for at least one calculated thickness that is less than the threshold, providing at least one associated layer, in a second material associated with a second refractive index, wherein the second refractive index is lower than the first refractive indexr. calculating for more than one layer of the plurality of layers of the spacer a thickness based on a binary progression, comparing the more than one calculated thicknesses to a threshold, for at least one calculated thickness that is greater than the threshold, providing at least one layer in a first material associated with a first refractive index, said at least one layer having a physical thickness that equals the calculated thickness, and for at least one calculated thickness that is less than the threshold, providing at least one associated layer, in a second material associated with a second refractive index, wherein the second refractive index is lower than the first refractive indexr.
An antisense composition of a nuclease-resistant oligonucleotide compound (i) composed of morpholino subunits and phosphorus-containing intersubunit linkages joining a morpholino nitrogen of one subunit to a 5' exocyclic carbon of an adjacent subunit, (ii) containing between 18-40 subunits, (iii) having a base sequence that is complementary to at least 12 contiguous bases of a splice site in the preprocessed human myostatin transcript having a sequence of SEQ ID NO:13, (iv) wherein the oligonucleotide compound includes a base sequence as set forth in SEQ ID NO:3, (v) wherein the oligonucleotide is effective to form under stringent hybridization conditions a heteroduplex with an expression-sensitive region of a preprocessed human myostatin RNA transcript defined in its processed form by SEQ ID NO:6, the heteroduplex having a Tm substantially greater than 37°C, and (vi) wherein the oligonucleotide compound blocks production of a full-length processed myostatin transcript from a preprocessed myostatin transcript.
A system comprising: a reception module capable of receiving trusted execution environment commands issued by a plurality of entities over a network , each trusted execution environment command being a command to operate on a security context that corresponds to an entity (201A - 201G) that issued the command; a security processor configured to perform a plurality of cryptographic and security processes in response to the trusted execution environment commands received by the reception module; and an account management module configured to maintain a plurality of protected accounts (221A - 221D), wherein an instance of the security processor is run in a context of each of said plurality of protected accounts, respectively, and wherein a particular protected account of the plurality of accounts comprises a protected data set that corresponds to a particular entity assigned to the particular account and that includes a plurality of keys corresponding to the particular entity, the protected data set not being readable outside of the particular account, the instance of the security processor running in the context of said particular protected account and using at least some of the plurality of keys to perform cryptographic processes in response to one or more trusted execution environment commands received from the particular entity. a reception module capable of receiving trusted execution environment commands issued by a plurality of entities over a network , each trusted execution environment command being a command to operate on a security context that corresponds to an entity (201A - 201G) that issued the command; a security processor configured to perform a plurality of cryptographic and security processes in response to the trusted execution environment commands received by the reception module; and an account management module configured to maintain a plurality of protected accounts (221A - 221D), wherein an instance of the security processor is run in a context of each of said plurality of protected accounts, respectively, and wherein a particular protected account of the plurality of accounts comprises a protected data set that corresponds to a particular entity assigned to the particular account and that includes a plurality of keys corresponding to the particular entity, the protected data set not being readable outside of the particular account, the instance of the security processor running in the context of said particular protected account and using at least some of the plurality of keys to perform cryptographic processes in response to one or more trusted execution environment commands received from the particular entity.
A noninvasive physiological sensor assembly configured to monitor a tissue of a patient, the noninvasive physiological sensor assembly comprising: a noninvasive sensor ; a cable assembly comprising a circuit board and conductors, the circuit board being coupled to a proximal end of the conductors, the cable assembly being coupled to the noninvasive sensor at a distal end of the conductors; and a connector assembly comprising: a first connector tab comprising a plurality of catches ; and a second connector tab characterized in that the second connector tab comprises a plurality of openings ; and wherein the connector assembly further comprises a retainer comprising a plurality of pins having a plurality of detents , the plurality of pins extending through the plurality of openings so that the plurality of detents mate with the plurality of catches to support the circuit board and the cable assembly between the first connector tab and the second connector tab . a noninvasive sensor ; a cable assembly comprising a circuit board and conductors, the circuit board being coupled to a proximal end of the conductors, the cable assembly being coupled to the noninvasive sensor at a distal end of the conductors; and a connector assembly comprising: a first connector tab comprising a plurality of catches ; and a second connector tab a first connector tab comprising a plurality of catches ; and a second connector tab characterized in that the second connector tab comprises a plurality of openings ; and wherein the connector assembly further comprises a retainer comprising a plurality of pins having a plurality of detents , the plurality of pins extending through the plurality of openings so that the plurality of detents mate with the plurality of catches to support the circuit board and the cable assembly between the first connector tab and the second connector tab .
A nonwoven fabric membrane for topical use on the skin, which comprises polymeric nanofibres and an active agent comprised in an amount from 25 to 80 % by weight with respect to the total weight of the nonwoven fabric membrane, wherein a) the active agent is soluble in a suitable biocompatible solvent system, b) the membrane is capable of releasing an amount equal to or greater than 70 % of the total weight of the active agent in a 30-minute period after contacting the membrane with an appropriate amount of the suitable biocompatible solvent system in which the active agent is completely solubilised, and c) the total content of the active agent is arranged externally to the polymeric nanofibres of the membrane. a) the active agent is soluble in a suitable biocompatible solvent system, b) the membrane is capable of releasing an amount equal to or greater than 70 % of the total weight of the active agent in a 30-minute period after contacting the membrane with an appropriate amount of the suitable biocompatible solvent system in which the active agent is completely solubilised, and c) the total content of the active agent is arranged externally to the polymeric nanofibres of the membrane.
A method for network communication, the method comprising: obtaining link parameters associated with a primary network and an expansion network, each of the primary network and expansion network operating in its own frequency band with different propagation characteristics and emission limits, said expansion network utilizing unlicensed spectrum having a transmission limit that is lower than for a licensed spectrum used by the primary network; identifying clients that are assigned to one of four transmission modes: primary uplink and primary downlink; primary uplink and expansion downlink; expansion uplink and primary downlink; expansion uplink and expansion downlink, based on the link parameters, wherein the primary uplink or downlink channels are supported by the primary network, and the expansion uplink or downlink channels are supported by the expansion network; and transmitting messages to the clients to indicate the assigned transmission mode, wherein said identifying comprises performing an algorithm to identify portions of the clients to be served by each of the four transmission modes, wherein each of the four transmission modes comprises a respective uplink, UL, channel selected from the primary network and the expansion network based on the link parameters, and a respective downlink, DL, channel selected from the primary network and the expansion network based on the link parameters. obtaining link parameters associated with a primary network and an expansion network, each of the primary network and expansion network operating in its own frequency band with different propagation characteristics and emission limits, said expansion network utilizing unlicensed spectrum having a transmission limit that is lower than for a licensed spectrum used by the primary network; identifying clients that are assigned to one of four transmission modes: primary uplink and primary downlink; primary uplink and expansion downlink; expansion uplink and primary downlink; expansion uplink and expansion downlink, based on the link parameters, wherein the primary uplink or downlink channels are supported by the primary network, and the expansion uplink or downlink channels are supported by the expansion network; and transmitting messages to the clients to indicate the assigned transmission mode, wherein said identifying comprises performing an algorithm to identify portions of the clients to be served by each of the four transmission modes, wherein each of the four transmission modes comprises a respective uplink, UL, channel selected from the primary network and the expansion network based on the link parameters, and a respective downlink, DL, channel selected from the primary network and the expansion network based on the link parameters.
A method of controlling an additive manufacturing process in which one or more energy beams are used to selectively fuse a powder to form a workpiece , in the presence of one or more plumes generated by interaction of the one or more energy beams with the powder , the method comprising determining the trajectory of the one or more plumes by sensing or modelling; creating a plume map describing the location and dimensions of each plume in 3-D space for any given time, and the propagation of the plumes over time; wherein an electronic controller with access to sensed or predicted plume trajectories applies this information from the plume map to determine when to steer or interrupt one of the one or more energy beams ; controlling at least one of: a trajectory of the one or more plumes , and the one or more energy beams , so as to prevent the one or more energy beams from intersecting the one or more plumes ; wherein one or more of the energy beams are steered so as to avoid intersecting the one or more plumes and/or wherein one or more of the energy beams are interrupted to create a gap in one or more of the plumes , so that one or more of the energy beams may pass though the gap. determining the trajectory of the one or more plumes by sensing or modelling; creating a plume map describing the location and dimensions of each plume in 3-D space for any given time, and the propagation of the plumes over time; wherein an electronic controller with access to sensed or predicted plume trajectories applies this information from the plume map to determine when to steer or interrupt one of the one or more energy beams ; controlling at least one of: a trajectory of the one or more plumes , and the one or more energy beams , so as to prevent the one or more energy beams from intersecting the one or more plumes ; wherein one or more of the energy beams are steered so as to avoid intersecting the one or more plumes and/or wherein one or more of the energy beams are interrupted to create a gap in one or more of the plumes , so that one or more of the energy beams may pass though the gap.
A supporting leg drive for a vehicle trailer , wherein the supporting leg drive comprises a shaft attachment , an electric motor , and a transmission , wherein the shaft attachment is designed to be fitted in a rotationally fixed manner on a supporting leg shaft of the vehicle trailer , wherein the transmission receives a torque of the electric motor and transmits said torque to the shaft attachment by means of a mechanical connection, wherein the mechanical connection between the transmission and the shaft attachment is provided by means of a coupling element , wherein the coupling element is arranged on the shaft attachment and is designed such that the mechanical connection between the transmission and the shaft attachment is interrupted by attaching a crank on an outer end of the shaft attachment , characterized in that the coupling element is a feather key which is elastically deflectable in the radial direction and which is arranged on the shaft attachment , wherein the feather key is moved inwards in the radial direction by attaching the crank on the shaft attachment , such that the feather key is moved out of a groove of a transmission hub of the transmission .
Shelf for refrigerators or the like, comprising at least one removable tray and at least one opening for positioning said at least one removable tray , wherein the removable tray presents an annular bent edge and has a flat cover , characterized in that each opening has an annular step having a depth corresponding to the thickness of said bent edge of the tray and of said cover , the overall configuration of the shelf being such that the tray may be supported by the shelf in a first configuration in which the flat cover of the tray is flush with an upper surface of the shelf , as well as in a second configuration in which the tray is supported upside down on its flat cover and the annular bent edge is flush with the upper surface of the shelf .
Apparatus for cryopreserving a plurality of cellular samples , comprising a cooling chamber , a cooling device comprising means configured to cool an interior of the cooling chamber , wherein the cooling device further comprises cooling tubes that are separate from the means configured to cool the interior of the cooling chamber and that are arranged within the cooling chamber , wherein the cooling device is configured to provide a flow of refrigerant through the cooling tubes , and a support for supporting a plurality of vials for storing cellular samples , wherein the support is movable relative to the cooling tubes such that the plurality of vials is engageable with the cooling tubes .
An apparatus comprising: a compressor configured to compress a fluid, the compressor comprising: a first piston and an opposing second piston , the first and second pistons configured to move inward to narrow a space therebetween and to move outward to enlarge the space therebetween; a first voice coil actuator configured to cause movement of the first and second pistons, the first voice coil actuator comprising a first voice coil and a first magnet , the first voice coil configured to attract and repel the first magnet; and at least one projection extending from at least one of the first and second pistons; wherein the first voice coil is connected to the first piston and the first magnet is connected to the second piston; and wherein at least one of the first voice coil and the first magnet is embedded within, mounted on, or coupled to the at least one projection. a compressor configured to compress a fluid, the compressor comprising: a first piston and an opposing second piston , the first and second pistons configured to move inward to narrow a space therebetween and to move outward to enlarge the space therebetween; a first voice coil actuator configured to cause movement of the first and second pistons, the first voice coil actuator comprising a first voice coil and a first magnet , the first voice coil configured to attract and repel the first magnet; and a first piston and an opposing second piston , the first and second pistons configured to move inward to narrow a space therebetween and to move outward to enlarge the space therebetween; a first voice coil actuator configured to cause movement of the first and second pistons, the first voice coil actuator comprising a first voice coil and a first magnet , the first voice coil configured to attract and repel the first magnet; and at least one projection extending from at least one of the first and second pistons; wherein the first voice coil is connected to the first piston and the first magnet is connected to the second piston; and wherein at least one of the first voice coil and the first magnet is embedded within, mounted on, or coupled to the at least one projection.