mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of a core-shell microcapsule slurry comprising the steps of: a) admixing at least one hydrophobic material with at least one polyfunctional 1,1-disubstituted alkene monomer to form an oil phase; b) adding the oil phase into a water phase comprising a colloidal stabilizer to form an oil-in-water emulsion; c) applying sufficient conditions to induce interfacial polymerization of the polyfunctional of 1,1-disubstituted alkene monomer so as to form microcapsules in the form of a slurry, wherein a reactant is added in step a) and/or step b) and or step c). a) admixing at least one hydrophobic material with at least one polyfunctional 1,1-disubstituted alkene monomer to form an oil phase; b) adding the oil phase into a water phase comprising a colloidal stabilizer to form an oil-in-water emulsion; c) applying sufficient conditions to induce interfacial polymerization of the polyfunctional of 1,1-disubstituted alkene monomer so as to form microcapsules in the form of a slurry,
Apparatus for increasing the operational safety of a tail lift for a vehicle, the apparatus comprising at least one detection device which is designed to in particular wirelessly detect a signal from an operating device for the tail lift, the apparatus comprising an actuating device which is designed to actuate the tail lift depending on the signal of the operating device, the apparatus comprising a computing device which is designed to determine a position for the operating device, the apparatus comprising a memory for information about a space released for operating the tail lift, which memory cannot be changed in particular for a user of the tail lift and of the operating device during operation of the tail lift, the space surrounding or comprising at least part of a working region of the tail lift, and, depending on a geometry of the vehicle, the space being limited to positions for which at least during operation of the tail lift a line of sight on at least part of the working region is possible, the computing device being designed to release an actuation by the actuating device if it is determined that the position for the operating device is in the released space, or to inhibit an actuation via the actuating device if it is determined that the position for the operating device is outside the released space, the working region being defined depending on a geometry of a platform of the tail lift, characterized in that at least two detection devices are arranged on different, in particular opposite, edges of the platform or on different sides of a device for fastening the tail lift to the vehicle.
Operating method of an ironing and/or steam crease removal appliance comprising a switch, connected to a control module, making it possible to switch the appliance on and off, said appliance comprising at least one member (40, 5), used in a process for producing and/or diffusing steam, producing a mechanical noise when it is switched on, characterized in that said switch is a monostable switch, and in that upon each actuation of the switch, said control module momentarily actuates said member (40, 5) such that the noise produced by said member (40, 5) alerts the user of the actuation of the switch.
A mobile device comprising a clock means, a chargeable battery and connecting means for connecting said battery to a charging device characterised by a receiving means for receiving a time signal from said charging device when said connecting means is connected to said charging device, an adjusting means for adjusting said clock means according to a time information derived from said time signal, and wherein the mobile device is a mobile terminal of a wireless telecommunication system.
A decoding apparatus for image decoding, the decoding apparatus comprising: a memory; and at least one processor connected to the memory, the at least one processor configured to: determine a current block by splitting an image; identify whether a palette mode is applied for the current block, based on a palette mode flag obtained from a bitstream; determine whether a tree type of the current block is a dual tree chroma type and whether the palette mode is applied to the current block; determine whether the palette mode is applied to the current block; and obtain chroma component prediction information of the current block from the bitstream, based on the palette mode being not applied for the current block, characterized in that the determining of whether the palette mode is applied to the current block is performed based on the tree type of the current block being not the dual tree chroma type or the palette mode being not applied to the current block. a memory; and at least one processor connected to the memory, the at least one processor configured to: determine a current block by splitting an image; identify whether a palette mode is applied for the current block, based on a palette mode flag obtained from a bitstream; determine whether a tree type of the current block is a dual tree chroma type and whether the palette mode is applied to the current block; determine whether the palette mode is applied to the current block; and obtain chroma component prediction information of the current block from the bitstream, based on the palette mode being not applied for the current block, characterized in that the determining of whether the palette mode is applied to the current block is performed based on the tree type of the current block being not the dual tree chroma type or the palette mode being not applied to the current block. determine a current block by splitting an image; identify whether a palette mode is applied for the current block, based on a palette mode flag obtained from a bitstream; determine whether a tree type of the current block is a dual tree chroma type and whether the palette mode is applied to the current block; determine whether the palette mode is applied to the current block; and obtain chroma component prediction information of the current block from the bitstream, based on the palette mode being not applied for the current block, characterized in that the determining of whether the palette mode is applied to the current block is performed based on the tree type of the current block being not the dual tree chroma type or the palette mode being not applied to the current block.
A pressure regulating device for a gas delivery apparatus, which conveys gases along a gases pathway to a patient, comprising: a mounting having an inlet port for receiving pressurised gases; an outlet port for delivering said pressurised gases to a patient; and a relief port for regulating the pressure of said gases; the relief port including a valve member biased against a valve seat member and arranged to open when the pressure of said gases exceeds a selected level in order to release some of the gases out through the relief port; characterised in that the position of the valve seat member is manually adjustable within the relief port using a control member, in order to adjust the selected level of pressure at which the valve member will open. a mounting having an inlet port for receiving pressurised gases; an outlet port for delivering said pressurised gases to a patient; and a relief port for regulating the pressure of said gases; the relief port including a valve member biased against a valve seat member and arranged to open when the pressure of said gases exceeds a selected level in order to release some of the gases out through the relief port;
A method of managing frequencies on which a multi-radio access technology, multi-RAT, wireless transmitter/receiver unit, WTRU, concurrently operates using a RAT of a first type and a RAT of a second type, the method being performed by the WTRU and comprising: establishing a primary radio connection of the RAT of the first type associated with a single control path of the RAT of the first type; receiving, via the primary radio connection, configuration information to configure a secondary radio connection of the RAT of the second type, said configuration information including control information related to the RAT of the second type; establishing the secondary radio connection of the RAT of the second type based on the received configuration information of the RAT of the second type; determining that a radio link failure has occurred and is associated with the frequencies of the RAT of the second type on which the WTRU is operating; and transmitting, to a network, a radio resource control, RRC notification message indicating the occurrence of the radio link failure using radio resources of the RAT of the first type. establishing a primary radio connection of the RAT of the first type associated with a single control path of the RAT of the first type; receiving, via the primary radio connection, configuration information to configure a secondary radio connection of the RAT of the second type, said configuration information including control information related to the RAT of the second type; establishing the secondary radio connection of the RAT of the second type based on the received configuration information of the RAT of the second type; determining that a radio link failure has occurred and is associated with the frequencies of the RAT of the second type on which the WTRU is operating; and transmitting, to a network, a radio resource control, RRC notification message indicating the occurrence of the radio link failure using radio resources of the RAT of the first type.
A system for displaying a virtual object, the system comprising: a display device for displaying an environment; a video camera; wherein the video camera is operable to capture a video image of an area of a user's environment, the size of the area in the video image being larger than the size of the area of the environment viewable at the display device; a motion predictor operable to predict a motion of the video camera; a scene processor operable to identify and process a portion of the captured video image that corresponds to an area of the environment that is expected to be made viewable at the display device, as a result of the predicted motion; an image generator configured to generate a virtual object for display in the view of the environment provided at the display device based on the processing of the portion of the captured video image; wherein the image generator is configured to output the virtual object for display in response to a detection of the predicted motion. a display device for displaying an environment; a video camera; wherein the video camera is operable to capture a video image of an area of a user's environment, the size of the area in the video image being larger than the size of the area of the environment viewable at the display device; a motion predictor operable to predict a motion of the video camera; a scene processor operable to identify and process a portion of the captured video image that corresponds to an area of the environment that is expected to be made viewable at the display device, as a result of the predicted motion; an image generator configured to generate a virtual object for display in the view of the environment provided at the display device based on the processing of the portion of the captured video image; wherein the image generator is configured to output the virtual object for display in response to a detection of the predicted motion.
A network topology discovery method, wherein the method is characterized by: receiving, by a second network device, a first link layer discovery protocol, LLDP, packet sent by a first network device, wherein the first LLDP packet comprises first slice information, and the first slice information is used to indicate a network slice to which a first port of the first network device belongs; and sending, by the second network device, the first slice information and second slice information to a management device, wherein the second slice information is used to indicate a network slice to which a second port of the second network device belongs. receiving, by a second network device, a first link layer discovery protocol, LLDP, packet sent by a first network device, wherein the first LLDP packet comprises first slice information, and the first slice information is used to indicate a network slice to which a first port of the first network device belongs; and sending, by the second network device, the first slice information and second slice information to a management device, wherein the second slice information is used to indicate a network slice to which a second port of the second network device belongs.
Rack storage unit for use in an automation system for a storage of workpieces and/or workpiece pallets and/or tools, comprising a base frame with a rack stand and two rack side parts arranged at a distance from one another, wherein surfaces of the rack side parts facing each other are provided with interfaces for mounting placement devices, wherein the base frame is produced as a one-piece cast body from artificial stone and wherein the interfaces are held by adhesive force as separately formed insert parts in the surfaces of the rack side parts facing each other.
Device for regulating an air stream for an air inlet of a motor vehicle, comprising a housing defining a flow duct in which an air stream flows, in which a cooling unit comprising at least one heat exchanger (8, 10) and a motor-fan unit is at least partially arranged, the housing comprising a sealing means (64, 64a, 64b, 64c) to prevent any air from leaking out of the flow duct, the cooling unit comprises a support frame in which said at least one heat exchanger (8; 10) and said motor-fan unit are arranged, the housing being fixed to the support frame in such a way that the support frame corresponds to part of the flow duct, characterized in that the housing comprises a first part arranged upstream of the support frame and connecting an air inlet of the flow duct to the support frame, and a second part arranged downstream of the support frame, said sealing means (64, 64a, 64b, 64c) being arranged between the support frame and each part (2a, 2b), and in that the first part is made up of two half-housings (2a 1, 2a 2) which together form said flow duct, the sealing means (64, 64a, 64b, 64c) being arranged between each half-housing (2a 1, 2a 2). the cooling unit comprises a support frame in which said at least one heat exchanger (8; 10) and said motor-fan unit are arranged, the housing being fixed to the support frame in such a way that the support frame corresponds to part of the flow duct, characterized in that the housing comprises a first part arranged upstream of the support frame and connecting an air inlet of the flow duct to the support frame, and a second part arranged downstream of the support frame, said sealing means (64, 64a, 64b, 64c) being arranged between the support frame and each part (2a, 2b), and in that the first part is made up of two half-housings (2a 1, 2a 2) which together form said flow duct, the sealing means (64, 64a, 64b, 64c) being arranged between each half-housing (2a 1, 2a 2).
A method for manufacturing a composite airfoil, the method comprising designing steps comprising: designing a mold having an inner surface that defines a surface profile of the airfoil; defining a preliminary core surface of a woven core, wherein the preliminary core surface is offset from the inner surface of the mold by a specified percentage of the thickness of the airfoil; filling the space between the mold and the preliminary core surface with a plurality of designed plies; and a manufacturing step comprising: assembling the woven core and the plurality of plies in the mold and curing to form the composite airfoil. designing a mold having an inner surface that defines a surface profile of the airfoil; defining a preliminary core surface of a woven core, wherein the preliminary core surface is offset from the inner surface of the mold by a specified percentage of the thickness of the airfoil; filling the space between the mold and the preliminary core surface with a plurality of designed plies; and a manufacturing step comprising: assembling the woven core and the plurality of plies in the mold and curing to form the composite airfoil.
A closure body for a fluid valve, the closure body comprising: - a blind hole bored into the closure body, wherein the blind hole extends from a dorsal side and leads into a ventral section; characterized in that - an electronic data carrier is arranged in the bottom area of the blind hole; and - a sealing compound inserted into the blind hole fixes the electronic data carrier on the closure body. - a blind hole bored into the closure body, wherein the blind hole extends from a dorsal side and leads into a ventral section; - an electronic data carrier is arranged in the bottom area of the blind hole; and - a sealing compound inserted into the blind hole fixes the electronic data carrier on the closure body.
A computer-implemented method, comprising: receiving a plurality of autonomous driving vehicle logs logged during manual driving; extracting a human driving decision corresponding to an ADV driving decision using the plurality of ADV logs; grading the human driving decision in accordance with a plurality of grading metrics; and generating a grade for the ADV driving decision based at least in part on the grade of the human driving decision and a comparison of the human driving decision to the ADV driving decision, wherein the grade for the ADV driving decision is utilized to modify algorithms for subsequent ADV driving, wherein the plurality of ADV logs comprise a log of a plurality of ADV driving decisions made by a decision module of the ADV, a perception log comprising a log of a plurality of object sensor outputs, and a driving log comprising a log of a plurality of driving control inputs, wherein the plurality of driving control inputs were captured from the ADV while the ADV was driven by a user. receiving a plurality of autonomous driving vehicle logs logged during manual driving; extracting a human driving decision corresponding to an ADV driving decision using the plurality of ADV logs; grading the human driving decision in accordance with a plurality of grading metrics; and generating a grade for the ADV driving decision based at least in part on the grade of the human driving decision and a comparison of the human driving decision to the ADV driving decision, wherein the grade for the ADV driving decision is utilized to modify algorithms for subsequent ADV driving, wherein the plurality of ADV logs comprise a log of a plurality of ADV driving decisions made by a decision module of the ADV, a perception log comprising a log of a plurality of object sensor outputs, and a driving log comprising a log of a plurality of driving control inputs, wherein the plurality of driving control inputs were captured from the ADV while the ADV was driven by a user.
A method for manufacturing at least a portion of a heat exchanger, comprising: forming a first heat exchanger section comprising a base and a plurality of protrusions (34,35,36;34A,35A,36A;42,43,44,45,49,54,56), the forming of the first heat exchanger section comprising building up at least one protrusion material on the base to form the protrusions (34...56); and attaching the first heat exchanger section to a second heat exchanger section, wherein a plurality of flow channels (38;40) are defined between the first heat exchanger section and the second heat exchanger section; characterised in that the method further comprises forming the base from cast alloy or wrought alloy base material. forming a first heat exchanger section comprising a base and a plurality of protrusions (34,35,36;34A,35A,36A;42,43,44,45,49,54,56), the forming of the first heat exchanger section comprising building up at least one protrusion material on the base to form the protrusions (34...56); and attaching the first heat exchanger section to a second heat exchanger section, wherein a plurality of flow channels (38;40) are defined between the first heat exchanger section and the second heat exchanger section; characterised in that the method further comprises forming the base from cast alloy or wrought alloy base material.
A gas turbine engine component having a cooling hole, the component comprising: a first wall comprising an inlet; a second wall comprising an outlet; and a cooling hole, wherein the cooling hole comprises: a metering section extending downstream from the inlet, and a diffusing section extending from the metering section to the outlet; wherein the metering section consists of: a substantially convex first surface; and a substantially concave second surface; characterized in that the first surface and the second surface form a crescent-shaped cross section of the metering section. a first wall comprising an inlet; a second wall comprising an outlet; and a cooling hole, wherein the cooling hole comprises: a metering section extending downstream from the inlet, and a diffusing section extending from the metering section to the outlet; wherein the metering section consists of: a substantially convex first surface; and a substantially concave second surface; characterized in that the first surface and the second surface form a crescent-shaped cross section of the metering section. a metering section extending downstream from the inlet, and a diffusing section extending from the metering section to the outlet; wherein the metering section consists of: a substantially convex first surface; and a substantially concave second surface; a substantially convex first surface; and a substantially concave second surface; characterized in that the first surface and the second surface form a crescent-shaped cross section of the metering section.
Multilayer composite for use as membrane for electroacoustic transducers, comprising a first and a second outer layer and, arranged between these outer layers, a layer of a pressure-sensitive adhesive, characterized in that the pressure-sensitive adhesive comprises at least one polymer component, one adhesive-resin component and one plasticizing additive, i) where at least 50% by weight of the polymer component is based on polyacrylic monomers, and where the polymer component is characterized in that A) the number-average molar mass M n of the polymer is at least 50 000 g/mol or B) the gel value of the polymer component is at least 35%, determined by means of Soxhlet extraction in tetrahydrofuran, ii) where the number-average molar mass of polymeric compounds used as adhesive resins is not more than 10 000 g/mol, iii) and where the plasticizing additive is selected from the list composed of C 2 - to C 14 -alkyl ester of carboxylic acid; C 2 - to C 14 -aryl ester of carboxylic acid; C 2 - to C 14 -alkyl ester of inorganic acid; C 2 - to C 14 -aryl ester of inorganic acid; polyester of organic acid; polyalkylene glycol ether; epoxidized soya bean oil; phenyl alkanesulphonate having C 10 to C 21 alkyl moieties; diphenyl alkanedisulphonate having C 10 to C 21 alkyl moieties. i) where at least 50% by weight of the polymer component is based on polyacrylic monomers, and where the polymer component is characterized in that A) the number-average molar mass M n of the polymer is at least 50 000 g/mol or B) the gel value of the polymer component is at least 35%, determined by means of Soxhlet extraction in tetrahydrofuran, A) the number-average molar mass M n of the polymer is at least 50 000 g/mol or B) the gel value of the polymer component is at least 35%, determined by means of Soxhlet extraction in tetrahydrofuran, ii) where the number-average molar mass of polymeric compounds used as adhesive resins is not more than 10 000 g/mol, iii) and where the plasticizing additive is selected from the list composed of C 2 - to C 14 -alkyl ester of carboxylic acid; C 2 - to C 14 -aryl ester of carboxylic acid; C 2 - to C 14 -alkyl ester of inorganic acid; C 2 - to C 14 -aryl ester of inorganic acid; polyester of organic acid; polyalkylene glycol ether; epoxidized soya bean oil; phenyl alkanesulphonate having C 10 to C 21 alkyl moieties; diphenyl alkanedisulphonate having C 10 to C 21 alkyl moieties.