mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: an infrared rays, IR, sensor ; a memory ; and a processor electrically connected to the IR sensor and the memory , wherein the memory stores instructions which, when executed, cause the processor to: receive an image using the IR sensor , determine at least one region of interest, ROI, for measuring a heart rate, HR, in the received image, and determine the HR based on the at least one determined ROI , CHARACTERISED IN THAT the instructions further cause the processor to: receive a request for user authentication; recognise an iris of a user using the IR sensor ; determine whether measurement of the HR is possible in the ROI ; and complete the user authentication based on the recognised iris if the measurement of the HR is possible. an infrared rays, IR, sensor ; a memory ; and a processor electrically connected to the IR sensor and the memory , wherein the memory stores instructions which, when executed, cause the processor to: receive an image using the IR sensor , determine at least one region of interest, ROI, for measuring receive an image using the IR sensor , determine at least one region of interest, ROI, for measuring a heart rate, HR, in the received image, and determine the HR based on the at least one determined ROI , CHARACTERISED IN THAT the instructions further cause the processor to: receive a request for user authentication; recognise an iris of a user using the IR sensor ; determine whether measurement of the HR is possible in the ROI ; and complete the user authentication based on the recognised iris if the measurement of the HR is possible. receive a request for user authentication; recognise an iris of a user using the IR sensor ; determine whether measurement of the HR is possible in the ROI ; and complete the user authentication based on the recognised iris if the measurement of the HR is possible.
An intraluminal device including an elongated structure formed of a plurality of wires, the intraluminal device comprising: a first region wherein the plurality of wires are twisted to form a shaft ; a second region, adjacent to the first region, wherein the plurality of wires are woven to form a scaffold; a third region, wherein the plurality of wires are separated into sets of looped pairs to form at least one clot engaging expandable mesh segment ; and a fourth region, including at least one clot anchoring segment , wherein the clot anchoring segment is expandable to form a platform configured to engage a clot and push the clot proximally as the device is retrieved from a vessel, wherein the at least one clot anchoring segment and the at least one clot engaging expandable mesh segment are configured for independent expansion. a first region wherein the plurality of wires are twisted to form a shaft ; a second region, adjacent to the first region, wherein the plurality of wires are woven to form a scaffold; a third region, wherein the plurality of wires are separated into sets of looped pairs to form at least one clot engaging expandable mesh segment ; and a fourth region, including at least one clot anchoring segment , wherein the clot anchoring segment is expandable to form a platform configured to engage a clot and push the clot proximally as the device is retrieved from a vessel, wherein the at least one clot anchoring segment and the at least one clot engaging expandable mesh segment are configured for independent expansion.
A multi-leaf collimator comprising: a leaf bank including an array of individually moveable leaves ; an array of leaf drive units corresponding to the leaf bank, the leaf drive units each configured to drive the linear movement of a respective leaf a mount for the array of leaf drive units, the mount comprising a plurality of separable mounting plates , each mounting plate comprising an array of mounting holes, each mounting hole arranged to receive a respective one of the leaf drive units, a plurality of retainers attached to the mounting plates, each retainer arranged to rigidly couple a respective leaf drive unit to one of the mounting plates, wherein each leaf drive unit is received in a respective mounting hole and includes a motor characterised in that the motor comprises a casing including an engaging member, wherein at a first rotational position of the casing the engaging member engages the retainer to couple the casing to the mounting plate; and at a second rotational position of the casing the engaging member is disengaged from the retainer. a leaf bank including an array of individually moveable leaves ; an array of leaf drive units corresponding to the leaf bank, the leaf drive units each configured to drive the linear movement of a respective leaf a mount for the array of leaf drive units, the mount comprising a plurality of separable mounting plates , each mounting plate comprising an array of mounting holes, each mounting hole arranged to receive a respective one of the leaf drive units, a plurality of retainers attached to the mounting plates, each retainer arranged to rigidly couple a respective leaf drive unit to one of the mounting plates, a plurality of separable mounting plates , each mounting plate comprising an array of mounting holes, each mounting hole arranged to receive a respective one of the leaf drive units, a plurality of retainers attached to the mounting plates, each retainer arranged to rigidly couple a respective leaf drive unit to one of the mounting plates, wherein each leaf drive unit is received in a respective mounting hole and includes a motor characterised in that the motor comprises a casing including an engaging member, wherein at a first rotational position of the casing the engaging member engages the retainer to couple the casing to the mounting plate; and at a second rotational position of the casing the engaging member is disengaged from the retainer. wherein at a first rotational position of the casing the engaging member engages the retainer to couple the casing to the mounting plate; and at a second rotational position of the casing the engaging member is disengaged from the retainer.
A process for preparing an ethylene polymer, the process comprising: polymerizing ethylene and optionally a co-monomer in the presence of a free radical initiator in an autoclave reactor at a pressure ranging from 6.8948 × 10 7 to 3.44738 × 10 8 Pa (10,000 to 50,000 psig) and a temperature ranging from 120 to 340°C, wherein the autoclave reactor comprises a top-head plate, a bottom-head plate, and a vertically oriented, hollow cylindrical body comprising an interior vertical wall; and wherein the autoclave reactor comprises one or more elongated wall baffles whose length extends vertically along the interior vertical wall and which are affixed to the interior vertical wall through one or more non-thread, cross-bore holes in the vertical wall by standpipe assembly comprising anchoring and tensioning rod for holding the wall baffle securely against the inner wall of the reactor cylinder. polymerizing ethylene and optionally a co-monomer in the presence of a free radical initiator in an autoclave reactor at a pressure ranging from 6.8948 × 10 7 to 3.44738 × 10 8 Pa (10,000 to 50,000 psig) and a temperature ranging from 120 to 340°C, wherein the autoclave reactor comprises a top-head plate, a bottom-head plate, and a vertically oriented, hollow cylindrical body comprising an interior vertical wall; and wherein the autoclave reactor comprises one or more elongated wall baffles whose length extends vertically along the interior vertical wall and which are affixed to the interior vertical wall through one or more non-thread, cross-bore holes in the vertical wall by standpipe assembly comprising anchoring and tensioning rod for holding the wall baffle securely against the inner wall of the reactor cylinder.
A heat shield vane support having a structure including at least one of a cylindrical portion and a frustoconical portion with an outboard diameter and an inboard diameter extending about an axis and extending axially between a forward face and an aft face , comprising: a flange extending circumferentially about the aft face radially inward from the inboard diameter ; a plurality of anti-rotation features distributed circumferentially about the inboard diameter extending radially inward from the inboard diameter and extending axially with respect to the cylindrical portion between a forward edge and an aft edge ; and a plurality of teeth distributed circumferentially about the forward face and extending axially from the forward face , wherein the plurality of anti-rotation features comprises a first thickness defined between a first channel and a second channel , wherein the first channel and the second channel are cut radially outboard from the inboard diameter toward the outboard diameter , wherein the first channel and the second channel extend axially over a portion of the inboard diameter of the cylindrical structure and parallel the axis . a flange extending circumferentially about the aft face radially inward from the inboard diameter ; a plurality of anti-rotation features distributed circumferentially about the inboard diameter extending radially inward from the inboard diameter and extending axially with respect to the cylindrical portion between a forward edge and an aft edge ; and a plurality of teeth distributed circumferentially about the forward face and extending axially from the forward face , wherein the plurality of anti-rotation features comprises a first thickness defined between a first channel and a second channel , wherein the first channel and the second channel are cut radially outboard from the inboard diameter toward the outboard diameter , wherein the first channel and the second channel extend axially over a portion of the inboard diameter of the cylindrical structure and parallel the axis .
A method for providing support for elasticity within a domain of a multi-domain network , the method comprising: receiving information for a requested virtual link forming part of an end-to-end path across the multi-domain network , wherein the information of the requested virtual link comprises a requested service parameter and a requested elasticity parameter; and selecting a physical path corresponding to the requested virtual link on which to send traffic, wherein the physical path is selected based on a service parameter and an elasticity parameter of the physical path , wherein the service parameters and the elasticity parameters are bandwidth and additional bandwidth respectively, and wherein the elasticity relates to an ability to dynamically provide required resources to a service in the multi-domain network . receiving information for a requested virtual link forming part of an end-to-end path across the multi-domain network , wherein the information of the requested virtual link comprises a requested service parameter and a requested elasticity parameter; and selecting a physical path corresponding to the requested virtual link on which to send traffic, wherein the physical path is selected based on a service parameter and an elasticity parameter of the physical path , wherein the service parameters and the elasticity parameters are bandwidth and additional bandwidth respectively, and wherein the elasticity relates to an ability to dynamically provide required resources to a service in the multi-domain network .
A balance comprising: a weight sensor ; a built-in weight to be loaded on the weight sensor ; an adding and removing unit for the built-in weight ; an arithmetic processing unit configured to drive the adding and removing unit ; and a first radio communication device connected to the arithmetic processing unit , wherein the arithmetic processing unit includes a radio wave environment check section configured to check a radio wave environment, characterized in that the arithmetic processing unit further includes a calibration execution section configured to add or remove the built-in weight and issue a command to the first radio communication device to transfer calibration data when the radio wave environment check section determines that the radio wave is good. a weight sensor ; a built-in weight to be loaded on the weight sensor ; an adding and removing unit for the built-in weight ; an arithmetic processing unit configured to drive the adding and removing unit ; and a first radio communication device connected to the arithmetic processing unit , wherein the arithmetic processing unit includes a radio wave environment check section configured to check a radio wave environment, characterized in that the arithmetic processing unit further includes a calibration execution section configured to add or remove the built-in weight and issue a command to the first radio communication device to transfer calibration data when the radio wave environment check section determines that the radio wave is good.
Actuator , intended to be integrated in a valve for a motor vehicle engine, comprising: - a toothed sector that is able to rotate about an axis of rotation (A), - a stem centred on the axis of rotation (A) and able to move in translation along the axis of rotation (A), and - a damping means comprising at least one pair of stops , at least one stop being as one with the toothed sector and at least one stop being as one with the stem , - and wherein at least one stop of the pair of stops is shaped to absorb the relative movements between the toothed sector and the stem , the stops being configured to come into contact simultaneously when a shut-off member reaches a position of opening of the valve , - the at least one stop as one with the toothed sector extending from the toothed sector along the axis of rotation (A) and having a profile that tapers from the toothed sector along the axis of rotation (A) . - a toothed sector that is able to rotate about an axis of rotation (A), - a stem centred on the axis of rotation (A) and able to move in translation along the axis of rotation (A), and - a damping means comprising at least one pair of stops , at least one stop being as one with the toothed sector and at least one stop being as one with the stem , - and wherein at least one stop of the pair of stops is shaped to absorb the relative movements between the toothed sector and the stem , the stops being configured to come into contact simultaneously when a shut-off member reaches a position of opening of the valve , - the at least one stop as one with the toothed sector extending from the toothed sector along the axis of rotation (A) and having a profile that tapers from the toothed sector along the axis of rotation (A) .
A method of producing sesquiterpene lactones of the thapsigargin family, the method comprising the steps of: (a) culturing plant cells of the genus Thapsia in a nutrient medium in a suspension cell culture, wherein the plant cells are non-embryogenic cells and wherein the cells produce one or more sesquiterpene lactones of the thapsigargin family, and wherein the non-embryogenic cells are selected from the group of undifferentiated, dedifferentiated and meristematic cells; and (b) recovering one or more sesquiterpene lactone(s) of the thapsigargin family produced in (a). (a) culturing plant cells of the genus Thapsia in a nutrient medium in a suspension cell culture, wherein the plant cells are non-embryogenic cells and wherein the cells produce one or more sesquiterpene lactones of the thapsigargin family, and wherein the non-embryogenic cells are selected from the group of undifferentiated, dedifferentiated and meristematic cells; and (b) recovering one or more sesquiterpene lactone(s) of the thapsigargin family produced in (a).
A monitoring well installation comprising metallic casing running down from the surface into a borehole and a sealing material plug provided downhole in the borehole for blocking the interior of the casing and sealing the borehole against the egress of fluid from a zone below the plug , wherein there is an axial spacing between adjacent casing portions in the region of the plug such that there is an uncased length of borehole in which the material of the plug seals against the formation (F) in which the borehole is drilled, and wherein there is provided a downhole sensing tool located below the plug for sensing at least one parameter below the plug and a communication arrangement for use in transmitting data from the sensing tool towards the surface, wherein the communication arrangement comprises across plug communication apparatus located below the plug for transmitting signals carrying data across the plug towards the surface and the across plug communication apparatus comprises a pair of spaced contacts, a first of which contacts with the casing below the plug at first location and the second of which contacts with the casing at a second location further into the borehole than the first location or contacts with the formation (F) at a second location further into the borehole than the first location and a transmitter or transceiver for applying signals via the spaced contacts to generate a voltage dipole in the casing to cause electric field in the formation (F) in the region of the plug such as to result in current flow, in use, in the casing portion above the axial spacing, the axial spacing being at least 10m in length.
A valve device useful for pulsed compressed air cleaning of a filter unit comprising a housing with a plunger -arrangeable in an opening of a pressure vessel containing compressed air (CA); a plurality of openings in the housing for the flow of compressed air (CA) from the pressure vessel through the housing to a pulse pipe useful for cleaning at least a portion of a filter unit when the plunger is in a first position; a fluid supply on the housing for supply of a fluid to an interior area within the housing to cause movement of the plunger to a second position for blocking the plurality of openings and blocking the flow of compressed air (CA) from the pressure vessel to the pulse pipe ; a dampening mechanism to cushion impact of the plunger with the housing upon plunger movement into the first position, and a solenoid valve integrally formed with or securely fixed to the housing , characterized in that the housing comprises an additional opening with a sealing seat , wherein the additional opening is in communication with a cavity of the solenoid valve and the plunger comprises a top with a plug portion on an exterior surface thereof, wherein the plug portion fits into the opening to abut the sealing seat of the housing to block a fluid from flowing from the cavity of the solenoid valve .
A method of displaying augmented reality, comprising: projecting light associated with a first frame of image data; focusing the light associated with the first frame of image data at a first depth plane; projecting light associated with a second frame of image data; and focusing the light associated with the second frame of image data at a second depth plane, wherein the first depth plane is different from the second depth plane, and wherein the first depth plane and the second depth plane, when viewed by a user, are perceived simultaneously; tracking a vergence of the user's eyes; and wherein the first depth plane corresponds to a first distance away from the user in a z direction, and the second depth plane corresponds to a second distance away from the user in the z direction; characterized in that the first and second depth planes are generated close to each other at a focal distance determined by the tracked vergence of the user's eyes by using a long-range variable focus element and a two-state variable focus element in series, and a gap between the first depth plane and the second depth plane remains unchanged over time. projecting light associated with a first frame of image data; focusing the light associated with the first frame of image data at a first depth plane; projecting light associated with a second frame of image data; and focusing the light associated with the second frame of image data at a second depth plane, wherein the first depth plane is different from the second depth plane, and wherein the first depth plane and the second depth plane, when viewed by a user, are perceived simultaneously; tracking a vergence of the user's eyes; and wherein the first depth plane corresponds to a first distance away from the user in a z direction, and the second depth plane corresponds to a second distance away from the user in the z direction; characterized in that the first and second depth planes are generated close to each other at a focal distance determined by the tracked vergence of the user's eyes by using a long-range variable focus element and a two-state variable focus element in series, and a gap between the first depth plane and the second depth plane remains unchanged over time.
Process to prepare piperazine unit-containing ethyleneamines of the formula: wherein R 1 and R 2 are independently selected from H and -(C 2 H 4 -NH-) p H, wherein p is at least 1 and optionally one or more units -NH-C 2 H 4 -NH- are present as a piperazine unit a cyclic ethylene urea unit or between two units -NH-C 2 H 4 -NH- a carbonyl moiety is present, by reacting an ethanolamine-functional compound, an amine-functional compound in the presence of a carbon oxide delivering agent, in which; the ethanolamine-functional compound contains a hydroxyl group linked via an ethylene group to an amine group, or is a carbamate or cyclic carbamate of an ethanolamine-functional compound that contains a hydroxyl group linked via an ethylene group to an amine group, or is UAEEA (the cyclic urea of aminoethylethanolamine) the amine-functional compound contains one or more amine groups and no alcohol groups, or is the cyclic urea of ethylenediamine (EU) the carbon oxide delivering agent is carbon dioxide or an organic compound selected from urea, linear and cyclic alkylene ureas, mono- or di-substituted alkylene ureas, alkyl and dialkyl ureas, linear and cyclic carbamates and organic carbonates, and derivatives or precursors thereof selected from carbonate salts, bicarbonate salts and carbamic acids and their salts; wherein at least one of the amine-functional compound or the ethanolamine-functional compound contains a piperazine unit, and the reaction is performed in a liquid that comprises water. the ethanolamine-functional compound contains a hydroxyl group linked via an ethylene group to an amine group, or is a carbamate or cyclic carbamate of an ethanolamine-functional compound that contains a hydroxyl group linked via an ethylene group to an amine group, or is UAEEA (the cyclic urea of aminoethylethanolamine) the amine-functional compound contains one or more amine groups and no alcohol groups, or is the cyclic urea of ethylenediamine (EU) the carbon oxide delivering agent is carbon dioxide or an organic compound selected from urea, linear and cyclic alkylene ureas, mono- or di-substituted alkylene ureas, alkyl and dialkyl ureas, linear and cyclic carbamates and organic carbonates, and derivatives or precursors thereof selected from carbonate salts, bicarbonate salts and carbamic acids and their salts;