mhurhangee/patent-ind-claim-en huggingface dataset:
A method of outsourcing an operation, the method comprising: encrypting data at a trusted execution environment, TEE, to generate a first ciphertext; conveying the first ciphertext to a graphics processing unit, GPU; performing, at the GPU, at least one somewhat homomorphic encryption, SHE, evaluation operation on the first ciphertext to generate a second ciphertext; conveying the second ciphertext to the TEE; and decrypting, at the TEE, the second ciphertext to compute a function, wherein the method further comprises: encrypting second data at the TEE to generate a third ciphertext while simultaneously performing, atthe GPU, the at least one SHE evaluation operation on the first ciphertext; and performing, at the GPU, the at least one SHE evaluation operation on the third ciphertext while simultaneously decrypting, at the TEE, the second ciphertext. encrypting data at a trusted execution environment, TEE, to generate a first ciphertext; conveying the first ciphertext to a graphics processing unit, GPU; performing, at the GPU, at least one somewhat homomorphic encryption, SHE, evaluation operation on the first ciphertext to generate a second ciphertext; conveying the second ciphertext to the TEE; and decrypting, at the TEE, the second ciphertext to compute a function, wherein the method further comprises: encrypting second data at the TEE to generate a third ciphertext while simultaneously performing, atthe GPU, the at least one SHE evaluation operation on the first ciphertext; and performing, at the GPU, the at least one SHE evaluation operation on the third ciphertext while simultaneously decrypting, at the TEE, the second ciphertext. encrypting second data at the TEE to generate a third ciphertext while simultaneously performing, atthe GPU, the at least one SHE evaluation operation on the first ciphertext; and performing, at the GPU, the at least one SHE evaluation operation on the third ciphertext while simultaneously decrypting, at the TEE, the second ciphertext.
An L-type inner terminal having: a tubular main portion which is to be contacted with a counter inner terminal; a crimping portion in which a crimp piece for crimping an inner conductor of a coaxial cable is disposed; and a connecting portion configured by a strip-shaped piece that is bent into an L-like shape which connects between the main portion and the crimping portion in a state where an elongating direction of the main portion is perpendicular to an elongating direction of the crimping portion , wherein the main portion and the crimping portion are placed inside an L-shaped bent part of the connecting portion , wherein the connecting portion comprises: a 90-degree arcuate bent part ; first and second planar parts which straight elongate from ends of the bent part , respectively; a first connecting part which connects between the first planar part and the main portion ; and a second connecting part which connects between the second planar part and the crimping portion , characterized in that at least the bent part , the first planar part , and the second planar part have a width dimension (W) which is equal to or largerthan an outer diameter dimension (D) of the main portion . a tubular main portion which is to be contacted with a counter inner terminal; a crimping portion in which a crimp piece for crimping an inner conductor of a coaxial cable is disposed; and a connecting portion configured by a strip-shaped piece that is bent into an L-like shape which connects between the main portion and the crimping portion in a state where an elongating direction of the main portion is perpendicular to an elongating direction of the crimping portion , wherein the main portion and the crimping portion are placed inside an L-shaped bent part of the connecting portion , wherein the connecting portion comprises: a 90-degree arcuate bent part ; first and second planar parts which straight elongate from ends of the bent part , respectively; a first connecting part which connects between the first planar part and the main portion ; and a second connecting part which connects between the second planar part and the crimping portion , characterized in that at least the bent part , the first planar part , and the second planar part have a width dimension (W) which is equal to or largerthan an outer diameter dimension (D) of the main portion . a 90-degree arcuate bent part ; first and second planar parts which straight elongate from ends of the bent part , respectively; a first connecting part which connects between the first planar part and the main portion ; and a second connecting part which connects between the second planar part and the crimping portion , characterized in that at least the bent part , the first planar part , and the second planar part have a width dimension (W) which is equal to or largerthan an outer diameter dimension (D) of the main portion .
A hydrophobized CNF complex comprising CNFs which have an average thickness of 3 to 200 nm and an average length of 0.1μm or larger, and a 1wt.% aqueous dispersion of which has a viscosity of 300 to 10000 mPa•s, and hydroxyl groups in cellobiose units of which are esterified with vinyl esters and/or organic acid vinyl esters, and the esterified CNFs are cross-linked together via a polyhydric alcohol and/or a polyalkylene glycol to form a complex, and/or the CNFs are bonded to part of hydroxyl groups of the esterified CNFs to form a complex.
An electroanatomical mapping system for tracking a medical device within a non-ionizing localization field, the system comprising: a medical device ; an intracardiac echocardiography catheter ; a display ; and a tracking and visualization module configured to: localize the medical device within the non-ionizing localization field; determine whether or not the medical device falls within a field of view of the intracardiac echocardiography catheter ; and display a region of the field of view containing the medical device upon determining that the medical device falls within the field of view, characterized in that the tracking and visualization module is further configured to output a negative imaging notification upon determining that the medical device does not fall within the field of view, and wherein the system is configured to provide cues to the practitioner to aid in adjusting the position and/or orientation of the intracardiac echocardiography catheter until the field of view includes the medical device . a medical device ; an intracardiac echocardiography catheter ; a display ; and a tracking and visualization module configured to: localize the medical device within the non-ionizing localization field; determine whether or not the medical device falls within a field of view of the intracardiac echocardiography catheter ; and display a region of the field of view containing the medical device upon determining that the medical device falls within the field of view, characterized in that the tracking and visualization module is further configured to output a negative imaging notification upon determining that the medical device does not fall within the field of view, and localize the medical device within the non-ionizing localization field; determine whether or not the medical device falls within a field of view of the intracardiac echocardiography catheter ; and display a region of the field of view containing the medical device upon determining that the medical device falls within the field of view, characterized in that the tracking and visualization module is further configured to output a negative imaging notification upon determining that the medical device does not fall within the field of view, and wherein the system is configured to provide cues to the practitioner to aid in adjusting the position and/or orientation of the intracardiac echocardiography catheter until the field of view includes the medical device .
A head module , comprising: a head including: a flow channel substrate having an orifice and a flow channel communicating with the orifice; and an actuator configured to apply energy to liquid in the flow channel to eject the liquid through the orifice; a driver IC that is electrically connected to the actuator and configured to drive the actuator ; a heat spreader in thermal communication with the driver IC ; a holder that supports the head ; and a heat insulator located between the heat spreader and the holder , the heat insulator having a thermal conductivity lower than the heat spreader ; characterised in that the heat insulator includes a frame portion that surrounds a side peripheral surface of the heat spreader , the side peripheral surface intersecting with a thermal contact surface of the heat spreader with the driver IC . a head including: a flow channel substrate having an orifice and a flow channel communicating with the orifice; and an actuator configured to apply energy to liquid in the flow channel to eject the liquid through the orifice; a driver IC that is electrically connected to the actuator and configured to drive the actuator ; a flow channel substrate having an orifice and a flow channel communicating with the orifice; and an actuator configured to apply energy to liquid in the flow channel to eject the liquid through the orifice; a driver IC that is electrically connected to the actuator and configured to drive the actuator ; a heat spreader in thermal communication with the driver IC ; a holder that supports the head ; and a heat insulator located between the heat spreader and the holder , the heat insulator having a thermal conductivity lower than the heat spreader ; characterised in that the heat insulator includes a frame portion that surrounds a side peripheral surface of the heat spreader , the side peripheral surface intersecting with a thermal contact surface of the heat spreader with the driver IC .
Rope comprising: - a core extending along a longitudinal axis (A); - a sheath surrounding the core , the sheath extending along the longitudinal axis (A); - a strap at least partially covering the sheath over a section perpendicular to the longitudinal axis (A), the strap being separated from the core by the sheath ; - a seam formed by means of at least one thread passing several times through the strap , the sheath and the core to form several links to attach the strap fixedly on the core and on the sheath ; rope characterised in that the links pass through a central section of the core , the central section corresponding to a circular section representing less than 50% of the cross-section of the core and in that the links are angularly offset from one another when observed along the longitudinal axis (A). - a core extending along a longitudinal axis (A); - a sheath surrounding the core , the sheath extending along the longitudinal axis (A); - a strap at least partially covering the sheath over a section perpendicular to the longitudinal axis (A), the strap being separated from the core by the sheath ; - a seam formed by means of at least one thread passing several times through the strap , the sheath and the core to form several links to attach the strap fixedly on the core and on the sheath ;
A composition, which is a photochromic composition comprising one or more compounds of formula (A); one or more compounds of formula (B); and one or more compounds of formula (C): wherein R 1 -R 3 , R 5 and R 6 , B 1 and B 2 each independently are H or a substituent, and R 4 is H, halogen, cyano, perfluorophenyl or C 1-6 -perfluoroalkyl; wherein R 7 -R 12 , B 3 and B 4 each independently are H or a substituent, and R 13 and R 14 each independently are an electron-donating group, and wherein R 15 -R 20 , B 5 and B 6 each independently are H or a substituent, and one of R 21 and R 22 is H and the other is an electron-donating group. wherein R 1 -R 3 , R 5 and R 6 , B 1 and B 2 each independently are H or a substituent, and R 4 is H, halogen, cyano, perfluorophenyl or C 1-6 -perfluoroalkyl; wherein R 7 -R 12 , B 3 and B 4 each independently are H or a substituent, and R 13 and R 14 each independently are an electron-donating group, and wherein R 15 -R 20 , B 5 and B 6 each independently are H or a substituent, and one of R 21 and R 22 is H and the other is an electron-donating group.
Adhesive tape comprising at least one layer of a pressure-sensitive adhesive composition, where the adhesive composition comprises a polymeric film-former matrix and also a curable composition, where the curable composition comprises one or more epoxy resins and also at least one curing reagent for epoxy resins, characterized in that the curing reagent comprises at least one imidazole compound of the general formula where R 1 , R 2 , R 3 and R 4 independently of one another are hydrogen or functional groups or organic radicals, with the proviso that at least one of the radicals R 1 , R 2 , R 3 and R 4 is a functional group or an organic radical R Het which contains at least one heteroatom. where the adhesive composition comprises a polymeric film-former matrix and also a curable composition, where the curable composition comprises one or more epoxy resins and also at least one curing reagent for epoxy resins, characterized in that the curing reagent comprises at least one imidazole compound of the general formula where R 1 , R 2 , R 3 and R 4 independently of one another are hydrogen or functional groups or organic radicals, with the proviso that at least one of the radicals R 1 , R 2 , R 3 and R 4 is a functional group or an organic radical R Het which contains at least one heteroatom.
An integrated circuit device, comprising: a substrate; a lower barrier layer above the substrate; a quantum well channel layer above the lower barrier layer; a doping layer configured to supply carriers to the quantum well channel layer; an upper barrier layer above the quantum well channel layer; a semiconductor contact layer above the upper barrier layer; a metal layer directly on the semiconductor contact layer; a gate trench through the metal layer and through the semiconductor contact layer defining source and drain metal contacts and semiconductor source and drain regions directly at respective sides of the gate trench, said gate trench having a bottom and walls; a dielectric spacer material on the walls of the gate trench and extending to the bottom of said gate trench, wherein the dielectric spacer material is a nitride; a gate dielectric layer on the bottom of said gate trench, wherein said gate dielectric layer is aluminum oxide, and wherein said gate dielectric layer is between and laterally adjacent to the dielectric spacer material at the bottom of the gate trench; and a gate metal directly on the gate dielectric and the dielectric spacer material in the gate trench for a gate electrode. a substrate; a lower barrier layer above the substrate; a quantum well channel layer above the lower barrier layer; a doping layer configured to supply carriers to the quantum well channel layer; an upper barrier layer above the quantum well channel layer; a semiconductor contact layer above the upper barrier layer; a metal layer directly on the semiconductor contact layer; a gate trench through the metal layer and through the semiconductor contact layer defining source and drain metal contacts and semiconductor source and drain regions directly at respective sides of the gate trench, said gate trench having a bottom and walls; a dielectric spacer material on the walls of the gate trench and extending to the bottom of said gate trench, wherein the dielectric spacer material is a nitride; a gate dielectric layer on the bottom of said gate trench, wherein said gate dielectric layer is aluminum oxide, and wherein said gate dielectric layer is between and laterally adjacent to the dielectric spacer material at the bottom of the gate trench; and a gate metal directly on the gate dielectric and the dielectric spacer material in the gate trench for a gate electrode.
A powertrain mechanism suitable for transferring the power, received from the engine, to the gearbox in vehicles having internal combustion engine, the power mechanism comprising at least one drive plate and at least one connection hub having an assembly section located on one axial side of the connection hub facing the drive plate , wherein the assembly section is placed into at least one assembly opening provided in vicinity of the center of said drive plate , the drive plate is positioned between a holder plate on the one axial side, and a fixation plate on the other axial side and wherein at least one inertia plate is provided between said holder plate and the fixation plates , characterized in that at least one movement gap provided between at least one protrusion upper section defined at the uppermost section of at least one protrusion provided mutually on inner wall of said assembly opening and on outer wall of the assembly section , and at least one recess base defined at the lowermost section of at least one recess wherein said protrusion is at least partially placed, wherein at least one channel is provided on the connecting hub in vicinity of the assembly section , and at least one snap ring is placed into said channel , wherein said powertrain mechanism comprises at least one friction element positioned between the holder plate and the connection hub , and at least one chamfered section is provided on a side of the connection hub facing the friction element .
A method for forming a radiation patternable coating comprising an oxo-hydroxo network with metal cations having organic ligands with metal carbon bonds and metal oxygen bonds, the method comprising inputting into a deposition chamber closed from the ambient atmosphere a first precursor vapor comprising a composition represented by the formula R n SnX 4-n where n = 1 or 2, wherein R is an organic ligand with 1-31 carbon atoms bound to Sn with a metal-carbon bond, and X is a ligand having a hydrolysable bond with Sn and inputting sequentially or at the same time a second precursor vapor comprising an oxygen-containing compound capable of reacting with the composition in the first precursor vapor under conditions in the deposition chamber to form a composition with non-volatile components and a volatile component comprising a reaction product with X ligand or ligands, wherein a substrate is configured with a surface to receive the non-volatile components of the composition. inputting into a deposition chamber closed from the ambient atmosphere a first precursor vapor comprising a composition represented by the formula R n SnX 4-n where n = 1 or 2, wherein R is an organic ligand with 1-31 carbon atoms bound to Sn with a metal-carbon bond, and X is a ligand having a hydrolysable bond with Sn and inputting sequentially or at the same time a second precursor vapor comprising an oxygen-containing compound capable of reacting with the composition in the first precursor vapor under conditions in the deposition chamber to form a composition with non-volatile components and a volatile component comprising a reaction product with X ligand or ligands, wherein a substrate is configured with a surface to receive the non-volatile components of the composition.
A dispensing assembly , comprising: a container comprising a plurality of exterior panels defining an internal chamber , the plurality of exterior panels comprising at least opposing side panels and a top panel having an opening configured to dispense a plurality of articles therethrough, each of the opposing side panels constructed of an outer-most panel and a plurality of inner-most panels , the plurality of inner-most panels , when arranged together, defining a passageway ; and an article dispensing component housed within the internal chamber , the article dispensing component comprising a base panel arranged with the top panel of the container to form an article storage area , the article storage area configured to receive the plurality of articles, wherein the base panel is biased towards the top panel of the container via a flexible member that is secured to each of the outer-most panels , the flexible member extending through the passageways defined by the plurality of inner-most panels of each of the opposing side panels , wherein the flexible member is configured to allow movement of the base panel toward to the top panel as each article is dispensed from the opening , characterized in that the flexible member is secured to each of the outer-most panels through first and second slots , and that the assembly further comprises a tensioning component configured with the flexible member underneath the base panel . a container comprising a plurality of exterior panels defining an internal chamber , the plurality of exterior panels comprising at least opposing side panels and a top panel having an opening configured to dispense a plurality of articles therethrough, each of the opposing side panels constructed of an outer-most panel and a plurality of inner-most panels , the plurality of inner-most panels , when arranged together, defining a passageway ; and an article dispensing component housed within the internal chamber , the article dispensing component comprising a base panel arranged with the top panel of the container to form an article storage area , the article storage area configured to receive the plurality of articles, wherein the base panel is biased towards the top panel of the container via a flexible member that is secured to each of the outer-most panels , the flexible member extending through the passageways defined by the plurality of inner-most panels of each of the opposing side panels , wherein the flexible member is configured to allow movement of the base panel toward to the top panel as each article is dispensed from the opening , characterized in that the flexible member is secured to each of the outer-most panels through first and second slots , and that the assembly further comprises a tensioning component configured with the flexible member underneath the base panel .
A multi-plate clutch apparatus , comprising: an input shaft ; an output shaft ; a multi-plate clutch disposed to occupy clutch and non-clutch positions at which rotation of the input shaft is and is not transmitted to the output shaft , respectively; a drive element disposed about the multi-plate clutch and configured to generate rotational energy; and a linear actuator disposed to convert the rotational energy of the drive element to linear movement by which the multi-plate clutch is controllable to occupy one of the clutch and non-clutch positions; wherein the linear actuator includes a main body having an end portion, a cylindrical portion and a gear ; wherein the drive element comprises a servo motor having a spur gear the gear is disposed outside of the main body ; characterized in that ; the multi-plate clutch is disposed inside the main body the gear is a spur ring disposed at a distal end of the cylindrical portion of the main body ; and the spur ring is engageable with the spur gear of the servo motor of the drive element . an input shaft ; an output shaft ; a multi-plate clutch disposed to occupy clutch and non-clutch positions at which rotation of the input shaft is and is not transmitted to the output shaft , respectively; a drive element disposed about the multi-plate clutch and configured to generate rotational energy; and a linear actuator disposed to convert the rotational energy of the drive element to linear movement by which the multi-plate clutch is controllable to occupy one of the clutch and non-clutch positions; wherein the linear actuator includes a main body having an end portion, a cylindrical portion and a gear ; wherein the drive element comprises a servo motor having a spur gear the gear is disposed outside of the main body ; characterized in that ; the multi-plate clutch is disposed inside the main body the gear is a spur ring disposed at a distal end of the cylindrical portion of the main body ; and the spur ring is engageable with the spur gear of the servo motor of the drive element .