mhurhangee/ep-ind-claims huggingface dataset:
A method for correcting for birefringence while shape sensing with an optical fiber, the optical fiber comprising a plurality of cores (2, 3, 4, 5), the method comprising: for each core of the plurality of cores (2, 3, 4, 5): coupling light of a first polarization into the core and measuring light reflected from the core at two orthogonal polarization states to obtain an s response signal and a p response signal for the first polarization, coupling light at a second polarization into the core and measuring light reflected from the core at the two orthogonal polarization states to obtain an s response signal and a p response signal for the second polarization, the second polarization being orthogonal to the first polarization, and computing, based on the s and p response signals for the first polarization and the s and p response signals for the second polarization, a phase response of the core that is corrected for birefringence; and determining a shape of the optical fiber from the phase responses for the plurality of cores (2, 3, 4, 5). for each core of the plurality of cores (2, 3, 4, 5): coupling light of a first polarization into the core and measuring light reflected from the core at two orthogonal polarization states to obtain an s response signal and a p response signal for the first polarization, coupling light at a second polarization into the core and measuring light reflected from the core at the two orthogonal polarization states to obtain an s response signal and a p response signal for the second polarization, the second polarization being orthogonal to the first polarization, and computing, based on the s and p response signals for the first polarization and the s and p response signals for the second polarization, a phase response of the core that is corrected for birefringence; and coupling light of a first polarization into the core and measuring light reflected from the core at two orthogonal polarization states to obtain an s response signal and a p response signal for the first polarization, coupling light at a second polarization into the core and measuring light reflected from the core at the two orthogonal polarization states to obtain an s response signal and a p response signal for the second polarization, the second polarization being orthogonal to the first polarization, and computing, based on the s and p response signals for the first polarization and the s and p response signals for the second polarization, a phase response of the core that is corrected for birefringence; and determining a shape of the optical fiber from the phase responses for the plurality of cores (2, 3, 4, 5).
A display device comprising: a display panel including a front portion, a bent portion, and a pad portion extending from the bent portion and disposed under a lower surface of the front portion; and a cushion plate disposed between the front portion and the pad portion; and wherein the cushion plate includes an adhesive layer; the display device further comprising: a metal foil and characterized in that the cushion plate further comprises a metal foam which has a porous metal structure having a plurality of pores, wherein the metal foam is disposed under the adhesive layer and the metal foil is disposed on a lower surface of the metal foam; wherein the metal foil is additionally disposed on a side surface of the metal foam such that the metal foil covers an entirety of an outer surface of the metal foam except for one surface thereof at which the metal foam contacts an embossed layer of the adhesive layer. a display panel including a front portion, a bent portion, and a pad portion extending from the bent portion and disposed under a lower surface of the front portion; and a cushion plate disposed between the front portion and the pad portion; and wherein the cushion plate includes an adhesive layer; the display device further comprising: a metal foil and characterized in that the cushion plate further comprises a metal foam which has a porous metal structure having a plurality of pores, wherein the metal foam is disposed under the adhesive layer and the metal foil is disposed on a lower surface of the metal foam; wherein the metal foil is additionally disposed on a side surface of the metal foam such that the metal foil covers an entirety of an outer surface of the metal foam except for one surface thereof at which the metal foam contacts an embossed layer of the adhesive layer. a metal foil and characterized in that the cushion plate further comprises a metal foam which has a porous metal structure having a plurality of pores, wherein the metal foam is disposed under the adhesive layer and the metal foil is disposed on a lower surface of the metal foam; wherein the metal foil is additionally disposed on a side surface of the metal foam such that the metal foil covers an entirety of an outer surface of the metal foam except for one surface thereof at which the metal foam contacts an embossed layer of the adhesive layer.
An adhesive film for organic electrolyte-type energy storage device having a substrate film comprised of a resin composition which contains a cross-linked cyclic olefin polymer, and an elastomer and having an adhesive layer comprised of an acrylic-based adhesive agent which is formed on said substrate film.
A cloud streaming server that receives a request for content including first data and second data from a user device, the server comprising: a) a browser module configured to receive the first data of the content from a media source server, to receive the second data of the content from a web application server, and to output an execution screen of the content by executing only the second data of the content; b) a media source storage module configured to store only the first data of the content, wherein the first data corresponds to media source extension media and is received from the media source server through the browser module; c) a transcoding module configured to create a first stream by transcoding only the first data, stored in the media source storage module, to a format for processing at the user device when the request for the content is received from the user device; and d) a screen virtualization processing module configured to capture the outputted execution screen and to create a second stream by encoding the captured screen, e) wherein the created first and second streams are transmitted to the user device. a) a browser module configured to receive the first data of the content from a media source server, to receive the second data of the content from a web application server, and to output an execution screen of the content by executing only the second data of the content; b) a media source storage module configured to store only the first data of the content, wherein the first data corresponds to media source extension media and is received from the media source server through the browser module; c) a transcoding module configured to create a first stream by transcoding only the first data, stored in the media source storage module, to a format for processing at the user device when the request for the content is received from the user device; and d) a screen virtualization processing module configured to capture the outputted execution screen and to create a second stream by encoding the captured screen, e) wherein the created first and second streams are transmitted to the user device.
A polymer composition for stereolithography comprising: a liquid polymer; a monomer; and at least two photopolymerization initiators different in absorption band; the polymer composition for stereolithography having a viscosity of 3,000 mPa·s or less, the viscosity being measured in an environment of a temperature of 25°C and a relative humidity of 50% using an E-type viscometer under conditions of a cone plate diameter φ of 25 mm and a shear rate of 100 sec -1, wherein the liquid polymer includes at least one of liquid isoprene having a (meth)acryloyl group and liquid isobutylene having a (meth)acryloyl group. a liquid polymer; a monomer; and at least two photopolymerization initiators different in absorption band; the polymer composition for stereolithography having a viscosity of 3,000 mPa·s or less, the viscosity being measured in an environment of a temperature of 25°C and a relative humidity of 50% using an E-type viscometer under conditions of a cone plate diameter φ of 25 mm and a shear rate of 100 sec -1, wherein the liquid polymer includes at least one of liquid isoprene having a (meth)acryloyl group and liquid isobutylene having a (meth)acryloyl group.
A contact lens having left and right stabilization zones that differ in thickness from one another, each stabilization zone being an area of a peripheral zone of the lens which has thickness values larger than the remaining areas of the peripheral zone, wherein the angular profile of the stabilization zones is defined by upper or upper and lower thinned portions with reduced thickness relative to the adjacent peripheral zone of the contact lens.
A machine for welding workpieces made of plastic material of the type comprising: two workpiece-carrying fixtures (2, 3) each of which is provided with a template (4, 5) having a recess (4a, 5a) adapted to accommodate a respective plastic workpiece to be welded; a moving assembly adapted to selectively couple and press the two workpiece-carrying fixtures (2, 3) against each other; at least one automatic piece locking device which is adapted to selectively lock/immobilise the plastic workpiece to be welded inside the template of said first workpiece-carrying fixture; and an electronic control unit which is adapted to drive/control said at least one automatic piece locking device; the welding machine being characterised in that the/each automatic piece locking device comprises: a movable latch which is inserted in axially sliding manner into a corresponding oblong seat present in the template of the first workpiece-carrying fixture, and is provided with a locking appendage that is movable at the recess of the template of the first workpiece-carrying fixture, so as to be able to selectively abut against the plastic workpiece temporarily accommodated into the recess of said template; and an electrically-operated locking member which is adapted to press, on command, the movable latch against the side wall of the oblong seat, so as to selectively lock/immobilise the movable latch on the template of the first workpiece-carrying fixture by friction.
A method for producing a silicon nitride powder, comprising firing an amorphous Si-N(-H)-based compound having a specific surface area of 400 to 1,200 m 2 /g at a temperature of 1,400 to 1,700°C in a nitrogen-containing inert gas atmosphere or a nitrogen-containing reducing gas atmosphere while flowing the compound in a continuous firing furnace, wherein: assuming that the specific surface area of said amorphous Si-N(-H)-based compound is RS (m 2 /g) and the oxygen content ratio is RO (mass%), RS/RO is 500 or more, and during said firing, said amorphous Si-N(-H)-based compound is heated at a temperature rising rate of 12 to 100°C/min in a temperature range from 1,000 to 1,400°C. assuming that the specific surface area of said amorphous Si-N(-H)-based compound is RS (m 2 /g) and the oxygen content ratio is RO (mass%), RS/RO is 500 or more, and during said firing, said amorphous Si-N(-H)-based compound is heated at a temperature rising rate of 12 to 100°C/min in a temperature range from 1,000 to 1,400°C.
A beverage dispenser controller for a beverage dispenser having a first sensory mode and a second sensory mode, said first and second sensory modes being different, the beverage dispenser controller comprising one or more electronic controllers configured to: identify a voltage at a +volt output terminal thereof if the voltage at the +volt output terminal is identified as a first voltage to output a signal to a beverage dispenser to cause it to operate in the first sensory mode; if the voltage at the +volt output terminal is identified as a second voltage to output a signal to a beverage dispenser to cause it to operate in the second sensory mode, said second voltage being lower than said first voltage; wherein the beverage dispenser controller identifies a constant low voltage as the second voltage and identifies a pulsed voltage at the +volt output terminal as the second voltage. identify a voltage at a +volt output terminal thereof if the voltage at the +volt output terminal is identified as a first voltage to output a signal to a beverage dispenser to cause it to operate in the first sensory mode; if the voltage at the +volt output terminal is identified as a second voltage to output a signal to a beverage dispenser to cause it to operate in the second sensory mode, said second voltage being lower than said first voltage; wherein the beverage dispenser controller identifies a constant low voltage as the second voltage and identifies a pulsed voltage at the +volt output terminal as the second voltage.
A controlled-release pharmaceutical dosage form comprising: a CpG oligodeoxynucleotide nano-cocoon, wherein the nano-cocoon is loaded with an immunotherapeutic agent and inflammation-responsive nanoparticles are attached to the nano-cocoon, wherein the nanoparticles encapsulate a restriction enzyme, and wherein the inflammation-responsive nanoparticles comprise triglycerol monostearate (TGMS).
A fan track liner assembly for a containment arrangement of a gas turbine engine, the assembly comprising a cellular reactive impact structure, characterized in that cells of the reactive impact structure contain a reactive material having shear-thickening or shear-stiffening properties; whereby the reactive impact structure is compliant during assembly to accommodate geometrical non-compliance in the fan track liner assembly.
- Kinetic energy absorption device for an aircraft structural element liable to be subjected to a dynamic impact, characterized in that it comprises: - an outer casing made of braided composite material able, after impact, to maintain a degree of integrity, - a foam core, contained inside the outer casing and able to fill said outer casing at least partially, said foam core being able at least partially to absorb the kinetic energy generated by the impact, - reinforcing elements incorporated at least in part into the foam core in order, in combination with the foam core, to dissipate the kinetic energy generated by the impact, - the reinforcing elements comprising discontinuous filaments inserted into the foam core by stitching, and - the discontinuous filaments each comprising an L-shaped or T-shaped head folded over onto the outside of the outer casing. - an outer casing made of braided composite material able, after impact, to maintain a degree of integrity, - a foam core, contained inside the outer casing and able to fill said outer casing at least partially, said foam core being able at least partially to absorb the kinetic energy generated by the impact, - reinforcing elements incorporated at least in part into the foam core in order, in combination with the foam core, to dissipate the kinetic energy generated by the impact, - the reinforcing elements comprising discontinuous filaments inserted into the foam core by stitching, and - the discontinuous filaments each comprising an L-shaped or T-shaped head folded over onto the outside of the outer casing.
A compound represented by the following structural formula: wherein the compound is a monohydrate and crystalline, and wherein the compound is characterized by X-ray powder diffraction peaks at 2θ angles 21.00, 21.72, and 23.98 degrees (±0.05 degrees) using CuKα I radiation.
Suspension mat for a backrest of a vehicle seat, comprising: a. a mat element (10, 100); b. a lumbar plate (30, 40, 80, 90) arranged at the lumbar area of the mat element (10, 100), having a plate shape, and extending at least between both side ends of the mat element at the lumbar area, for distributing an adjustment force for the adjustment of the lumbar area of the suspension mat; c. a wire cable extending along and being attached to the lumbar plate (30, 40, 80, 90); and d. an actuator for adjusting the effective length of the wire cable. a. a mat element (10, 100); b. a lumbar plate (30, 40, 80, 90) arranged at the lumbar area of the mat element (10, 100), having a plate shape, and extending at least between both side ends of the mat element at the lumbar area, for distributing an adjustment force for the adjustment of the lumbar area of the suspension mat; c. a wire cable extending along and being attached to the lumbar plate (30, 40, 80, 90); and d. an actuator for adjusting the effective length of the wire cable.
A local wireless access network node comprising: a communication interface to communicate with a macro wireless access network node; and at least one processor configured to: receive, from the macro wireless access network node and via the communication interface, a request to offload at least a portion of data traffic associated with one or more radio access bearers to be offloaded for a user equipment from the macro wireless access network node to the local wireless access network node, wherein the user equipment is to maintain a wireless connection to the macro wireless access network node while the user equipment is to receive the at least a portion of data traffic from the local wireless access network node but not from the macro wireless access network node; and send, to the macro wireless access network node, a response indicating acceptance of the request, the response including random access channel configuration information of the local wireless access network node and random access preamble information to be sent by the macro wireless access network node to the user equipment. a communication interface to communicate with a macro wireless access network node; and at least one processor configured to: receive, from the macro wireless access network node and via the communication interface, a request to offload at least a portion of data traffic associated with one or more radio access bearers to be offloaded for a user equipment from the macro wireless access network node to the local wireless access network node, wherein the user equipment is to maintain a wireless connection to the macro wireless access network node while the user equipment is to receive the at least a portion of data traffic from the local wireless access network node but not from the macro wireless access network node; and send, to the macro wireless access network node, a response indicating acceptance of the request, the response including random access channel configuration information of the local wireless access network node and random access preamble information to be sent by the macro wireless access network node to the user equipment. receive, from the macro wireless access network node and via the communication interface, a request to offload at least a portion of data traffic associated with one or more radio access bearers to be offloaded for a user equipment from the macro wireless access network node to the local wireless access network node, wherein the user equipment is to maintain a wireless connection to the macro wireless access network node while the user equipment is to receive the at least a portion of data traffic from the local wireless access network node but not from the macro wireless access network node; and send, to the macro wireless access network node, a response indicating acceptance of the request, the response including random access channel configuration information of the local wireless access network node and random access preamble information to be sent by the macro wireless access network node to the user equipment.
A waterproof and dustproof downlight, comprising: - a housing cylinder having - a cavity having a top opening and a bottom opening; and - a partition board mounted horizontally in the cavity; and - a top cover, mounted in the top opening of the cavity of the housing cylinder; characterised by further comprising - an upper waterproof casing, being hollow, being mounted on a top surface of the partition board, and having an upper chamber defined in a bottom of the upper waterproof casing; - a lower waterproof casing being hollow, being mounted on a bottom surface of the partition board and having - a lower chamber defined in a top of the lower waterproof casing; - a lower waterproof O-ring mounted on an annular periphery of a top of the lower waterproof casing; - a power supplying circuit element mounted in the upper chamber of the upper waterproof casing; and - a lighting assembly mounted securely on the bottom surface of the partition board, mounted in the lower chamber of the lower waterproof casing, and electrically connected to the power supplying circuit element, wherein the upper waterproof casing has an upper waterproof O-ring mounted on an annular periphery of the upper waterproof casing, hermetically contacting the top surface of the partition board and the annular periphery of the bottom of the upper waterproof casing, and sealing the upper chamber, and/or the lower waterproof O-ring is configured to hermetically contact a bottom surface of the partition board and the annular periphery of the top of the lower waterproof casing, and seal the lower chamber, and the lower waterproof casing has a lower through hole defined in a bottom of the lower waterproof casing and communicating with the lower chamber. - a housing cylinder having - a cavity having a top opening and a bottom opening; and - a partition board mounted horizontally in the cavity; and - a cavity having a top opening and a bottom opening; and - a partition board mounted horizontally in the cavity; and - a top cover, mounted in the top opening of the cavity of the housing cylinder; characterised by further comprising - an upper waterproof casing, being hollow, being mounted on a top surface of the partition board, and having an upper chamber defined in a bottom of the upper waterproof casing; - a lower waterproof casing being hollow, being mounted on a bottom surface of the partition board and having - a lower chamber defined in a top of the lower waterproof casing; - a lower waterproof O-ring mounted on an annular periphery of a top of the lower waterproof casing; - a lower chamber defined in a top of the lower waterproof casing; - a lower waterproof O-ring mounted on an annular periphery of a top of the lower waterproof casing; - a power supplying circuit element mounted in the upper chamber of the upper waterproof casing; and - a lighting assembly mounted securely on the bottom surface of the partition board, mounted in the lower chamber of the lower waterproof casing, and electrically connected to the power supplying circuit element,
An electric system comprising: • an electrical energy source, and • an electrical energy sink connected to the electrical energy source through at least one feeding line, wherein said at least one feeding line is in at least one position therealong between said source and said sink provided with an arrangement configured to interrupt arcing in the feeding line would such arcing reach said position, that said arrangement comprises an at least partially enclosed room (20, 120, 220, 320, 420, 520, 620) surrounding at least said position, characterised in that said room comprises a ventilation passage (23, 123, 223, 323, 423, 520, 620); a temperature dependent member (26, 126, 229, 332, 434, 537, 639) arranged close to the feeding line in said position and configured to, upon an increase of the temperature thereof above a predetermined level, activate an irreversible movement of mechanical or gaseous movable means (24, 124, 230, 330, 424,538, 640) connected to said room (20, 120, 220, 320, 420, 520, 620) and configured to by this movement cut off the arc (a) and/or remove hot ionized gases (528, 628) required to maintain the arc through said ventilation passage (23, 123, 223, 323, 423, 520, 620) so as to prevent the arcing to continue in this feeding line. • an electrical energy source, and • an electrical energy sink connected to the electrical energy source through at least one feeding line,