mhurhangee/ep-ind-claims huggingface dataset:
An infant carrier apparatus comprising: a support frame, a handle assembly having two side segments, two handle adjustingmechanisms pivotally connecting the two side segments of the handle assembly with the support frame, each of the handle adjusting mechanisms having a locked state for securely holding the handle assembly in place relative to the support frame and an unlocked state allowing rotation of the handle assembly about a pivot axis relative to the support frame, and a release actuator respectively connected with the two handle adjusting mechanisms via two transmission elements, the release actuator being operable to switch the handle adjusting mechanisms from the locked state to the unlocked state, and each of the handle adjusting mechanisms further including a first and a second coupling element (130A, 130B) and a latch device, the first and second coupling element (130A, 130B) being pivotally assembled with each other, and the latch device being operable to lock the first coupling element with the second coupling element for blocking rotation of the handle assembly relative to the support frame, characterized in that: the latch device comprises two latches (140A, 140B) movably assembled at two radially opposite sides of the pivot axis, the latches (140A, 140B) being driven in movement toward the pivot axis when the handle adjusting mechanisms are switched from the locked state to the unlocked state. a support frame, a handle assembly having two side segments, two handle adjustingmechanisms pivotally connecting the two side segments of the handle assembly with the support frame, each of the handle adjusting mechanisms having a locked state for securely holding the handle assembly in place relative to the support frame and an unlocked state allowing rotation of the handle assembly about a pivot axis relative to the support frame, and a release actuator respectively connected with the two handle adjusting mechanisms via two transmission elements, the release actuator being operable to switch the handle adjusting mechanisms from the locked state to the unlocked state, and each of the handle adjusting mechanisms further including a first and a second coupling element (130A, 130B) and a latch device, the first and second coupling element (130A, 130B) being pivotally assembled with each other, and the latch device being operable to lock the first coupling element with the second coupling element for blocking rotation of the handle assembly relative to the support frame, characterized in that: the latch device comprises two latches (140A, 140B) movably assembled at two radially opposite sides of the pivot axis, the latches (140A, 140B) being driven in movement toward the pivot axis when the handle adjusting mechanisms are switched from the locked state to the unlocked state. the latch device comprises two latches (140A, 140B) movably assembled at two radially opposite sides of the pivot axis, the latches (140A, 140B) being driven in movement toward the pivot axis when the handle adjusting mechanisms are switched from the locked state to the unlocked state.
A process for preparing 4-[[6-amino-5-bromo-2-[(4-cyanophenyl)amino]-4-pyrimidinyl]oxy]-3,5-dimethylbenzonitrile (Etravirine) comprising the steps of: a) condensing a compound of formula wherein L is a leaving group and P is an amino protecting group, with 3,5-dimethyl-4-hydroxybenzonitrile, and b) deprotecting the compound of formula wherein P is a suitable amino protecting group. a) condensing a compound of formula wherein L is a leaving group and P is an amino protecting group, with 3,5-dimethyl-4-hydroxybenzonitrile, and b) deprotecting the compound of formula wherein P is a suitable amino protecting group.
A multi-functional olefin copolymer viscosity index improver comprising an acylated olefin copolymer with aminosilane or aminosiloxane pendant groups, the acylated olefin copolymer including an olefin copolymer backbone with grafted acylating moieties thereon linking the aminosilane pendant groups to the olefin copolymer backbone, wherein the multi-functional olefin copolymer viscosity index improver is the reaction product of the acylated olefin copolymer and the aminosilane or aminosiloxane selected from aminoalkyl silanes, aminoalkyl siloxanes, aminoalkyl polysiloxanes, aminoaryl silanes, aminoaryl siloxanes, aminoaryl oxy silanes, and combinations thereof, and wherein the reaction product is further reacted with an amine selected from alkylamines, alkylpolyamines, or combinations thereof.
Door actuating device having a drive shaft and a drive linkage for power transmission between the drive shaft and a door, wherein a reversing lever transfers the rotary movements of the drive linkage to the door, and wherein a cheese-head screw connects the drive shaft to the drive linkage mounted therein, wherein the cheese-head screw is mounted with its head in the inner region of the hollow drive linkage, and wherein the head rests on a shoulder of the drive linkage on one side to be secured against displacement, and wherein the cheese-head screw has a thread which can be screwed to an internal thread of the drive shaft, characterised in that the head is mounted between the shoulder and a union banjo bolt in the inner region of the drive linkage and in that the union banjo bolt has an external thread which can be screwed to an internal thread in the inner region of the drive linkage.
An apparatus, comprising: a broad-area laser source configured to emit light, the emitted light comprising an emission axis and an emission pattern extending along the emission axis, the emission pattern comprising a sub-aperture portion located off of the center of the emission axis; a single-mode fiber associated with a fiber Bragg grating configured to spectrally selectively reflect back light from the sub-aperture portion to the broad-area laser source, wherein the single-mode fiber is a core of a dual-clad fiber, and wherein the fiber Bragg grating is configured to narrow a spectral width of an emission spectrum of the broad-area laser source by spectrally selective reflection and to stabilize a wavelength of the broad-area laser source; and coupling optics configured to couple at least a portion of the sub-aperture portion to the single-mode fiber, wherein the dual-clad fiber extends along a longitudinal central axis, and wherein the single-mode fiber core is offset from the longitudinal central axis, wherein the dual-clad fiber further comprises a second single-mode fiber core offset from the longitudinal central axis of the dual-clad fiber, wherein the emission pattern comprises a second sub-aperture portion located off of the center of the emission axis and wherein the second single-mode fiber core is associated with a second fiber Bragg grating configured to spectrally selectively reflect back light from the second sub-aperture portion to the broad-area laser source. a broad-area laser source configured to emit light, the emitted light comprising an emission axis and an emission pattern extending along the emission axis, the emission pattern comprising a sub-aperture portion located off of the center of the emission axis; a single-mode fiber associated with a fiber Bragg grating configured to spectrally selectively reflect back light from the sub-aperture portion to the broad-area laser source, wherein the single-mode fiber is a core of a dual-clad fiber, and wherein the fiber Bragg grating is configured to narrow a spectral width of an emission spectrum of the broad-area laser source by spectrally selective reflection and to stabilize a wavelength of the broad-area laser source; and coupling optics configured to couple at least a portion of the sub-aperture portion to the single-mode fiber, wherein
Gas turbine with a generator which is driven directly by the gas turbine, produces alternating current at an operating frequency and is connected with frequency coupling to a network with a given network frequency, and with a control chain comprising a regulator or computer, actuators of an adjustable compressor guide vane, measurement transducers for the angular position of the adjustable compressor guide vane, a network frequency measurement and a data transmission, wherein the regulation system of the adjustable compressor guide vanes, depending on an under-frequency event, can close the adjustable compressor guide vanes with sufficient speed to retain a margin from the surge limit of the compressor on an under-frequency event of the network.
A method for challenge-response authentication between a verifier (24, 46) and a prover (22, 40), the method comprising: receiving a challenge from the verifier (24, 46), the challenge for verifying an identity of the prover (22,40), wherein the challenge is computed using a first verifier key; computing, by the prover (22, 40), a response to the challenge using a first prover key, and wherein the prover (22, 40) computes a delay time for delaying transmission of the response to the verifier (24, 46) using a second prover key and a delay computation function, wherein the delay time is added to a normal delay that is caused by computing the response to the challenge; and transmitting the response, by the prover (22, 40), to the verifier (24, 46) at the computed delay time, wherein the response is verifiable by the verifier (24, 46) using the first verifier key, and wherein a delayed arrival time of the response is verifiable by the verifier (24, 46) using a second verifier key to verify the delay time. receiving a challenge from the verifier (24, 46), the challenge for verifying an identity of the prover (22,40), wherein the challenge is computed using a first verifier key; computing, by the prover (22, 40), a response to the challenge using a first prover key, and wherein the prover (22, 40) computes a delay time for delaying transmission of the response to the verifier (24, 46) using a second prover key and a delay computation function, wherein the delay time is added to a normal delay that is caused by computing the response to the challenge; and transmitting the response, by the prover (22, 40), to the verifier (24, 46) at the computed delay time, wherein the response is verifiable by the verifier (24, 46) using the first verifier key, and wherein a delayed arrival time of the response is verifiable by the verifier (24, 46) using a second verifier key to verify the delay time.
Implant for the reconstruction of meniscus defects or partial meniscus defects, comprising an elevated molding with a femoral condylar contact area, a tibial condylar contact area and an articular capsule contact area, in particular in the manner of an artificial meniscus or artificial partial meniscus with a contour of the outer area that is essentially similar to a natural meniscus or partial meniscus, wherein at least one additional elevation (140a; b) is formed on the outer area of the elevated molding, characterized in that the elevated molding is of an open-pore form in the region of the articular capsule contact area and is of a closed-pore form in the region of the femoral condylar contact area and/or tibial condylar contact area.
Abase station, comprising: a first remote radio unit and a second remote radio unit, characterized in that a K1 node of the first remote radio unit is connected to a K2 node of the second remote radio unit, in order to split a signal received by the first remote radio unit from a first combiner; and a K2 node of the first remote radio unit is connected to a K1 node of the second remote radio unit, in order to split a signal received by the second remote radio unit from a second combiner. a first remote radio unit and a second remote radio unit, characterized in that a K1 node of the first remote radio unit is connected to a K2 node of the second remote radio unit, in order to split a signal received by the first remote radio unit from a first combiner; and a K2 node of the first remote radio unit is connected to a K1 node of the second remote radio unit, in order to split a signal received by the second remote radio unit from a second combiner.
An antibody against human TGF-α containing a light chain variable region containing CDRs 1-3 as defined by SEQ ID NOs: 55 to 57, respectively, and a heavy chain variable region containing CDRs 1-3 as defined by SEQ ID NOs: 58 to 60, respectively.
A display apparatus comprising: a display area and a folding area; a display panel; a digitizer disposed below the display panel; a sagging prevention member disposed in a portion below the display panel overlapping the folding area, and a cushion layer disposed below the digitizer; wherein the display area includes a first display area and a second display area spaced apart from each other, the folding area is disposed between the first display area and the second display area, and the digitizer includes: a first digitizer overlapping the first display area; a second digitizer overlapping the second display area; and a third digitizer overlapping the folding area, wherein the third digitizer is disposed on the sagging prevention layer, wherein the sagging prevention member and the third digitizer are configured to be movable together. a display area and a folding area; a display panel; a digitizer disposed below the display panel; a sagging prevention member disposed in a portion below the display panel overlapping the folding area, and a cushion layer disposed below the digitizer; wherein the display area includes a first display area and a second display area spaced apart from each other, the folding area is disposed between the first display area and the second display area, and the digitizer includes: a first digitizer overlapping the first display area; a second digitizer overlapping the second display area; and a third digitizer overlapping the folding area, wherein the third digitizer is disposed on the sagging prevention layer, wherein the sagging prevention member and the third digitizer are configured to be movable together. a first digitizer overlapping the first display area; a second digitizer overlapping the second display area; and a third digitizer overlapping the folding area, wherein the third digitizer is disposed on the sagging prevention layer, wherein the sagging prevention member and the third digitizer are configured to be movable together.
An apparatus comprising: a blood pump configured to be placed inside a body of subject, the blood pump comprising: an impeller comprising: proximal and distal bushings (64, 58); two or more helical elongate elements that extend from the proximal bushing to the distal bushing; an axial structure that is disposed inside of the two or more helical elongate elements, and along an axis around which the helical elongate elements wind; and a film of material supported between the helical elongate elements and the axial structure such that each of the helical elongate elements with the film of material coupled thereto defines a respective blade of the impeller; and an impeller-overexpansion-prevention element, the impeller-overexpansion-prevention element being a single integrated structure comprising a ring disposed around the axial structure, and a plurality of elongate elements, each of the elongate elements extending from the ring to a respective helical elongate element and being coupled to the respective helical elongate element so as to prevent radial expansion of the impeller. an impeller comprising: proximal and distal bushings (64, 58); two or more helical elongate elements that extend from the proximal bushing to the distal bushing; an axial structure that is disposed inside of the two or more helical elongate elements, and along an axis around which the helical elongate elements wind; and a film of material supported between the helical elongate elements and the axial structure such that each of the helical elongate elements with the film of material coupled thereto defines a respective blade of the impeller; and proximal and distal bushings (64, 58); two or more helical elongate elements that extend from the proximal bushing to the distal bushing; an axial structure that is disposed inside of the two or more helical elongate elements, and along an axis around which the helical elongate elements wind; and a film of material supported between the helical elongate elements and the axial structure such that each of the helical elongate elements with the film of material coupled thereto defines a respective blade of the impeller; and an impeller-overexpansion-prevention element, the impeller-overexpansion-prevention element being a single integrated structure comprising a ring disposed around the axial structure, and a plurality of elongate elements, each of the elongate elements extending from the ring to a respective helical elongate element and being coupled to the respective helical elongate element so as to prevent radial expansion of the impeller.
A light-emitting device comprising: a substrate; a light-emitting element disposed on said substrate; a light transmitting member disposed on said light-emitting element; and a covering body (16, 31) that is disposed on said substrate, covers a side surface of said light transmitting member and has an upper surface exposed to the outside, wherein said covering body has a particle group composed of a plurality of particles (P1, P2, P3) dispersed in said covering body, and said particle group includes a plurality of titanium oxide particles or zinc oxide particles dispersed in a vicinity of said upper surface of said covering body and characterised by the particles having a portion having a narrower band gap than that in other portions in each particle. a substrate; a light-emitting element disposed on said substrate; a light transmitting member disposed on said light-emitting element; and a covering body (16, 31) that is disposed on said substrate, covers a side surface of said light transmitting member and has an upper surface exposed to the outside, wherein said covering body has a particle group composed of a plurality of particles (P1, P2, P3) dispersed in said covering body, and said particle group includes a plurality of titanium oxide particles or zinc oxide particles dispersed in a vicinity of said upper surface of said covering body and characterised by the particles having a portion having a narrower band gap than that in other portions in each particle.
A device for simulated locomotion of a user, in particular in a virtual environment, comprising a platform walkable by the user, said platform being tiltably arranged and cooperating with a spatial motion machine to change the tilt direction and the tilt angle of the platform, said device comprising a sensor device arranged to detect the orientation of the user on the platform, said device being characterized in that the sensor device is further arranged to cooperate with the spatial motion machine to adjust the tilt direction of the platform depending on the detected orientation of the user, and wherein the sensor device cooperates with the spatial motion machine in such a manner that the fall line of the platform is maintained substantially in or parallel to the sagittal plane of the user, the platform having means effective between the platform and the user for facilitating the contacting relative movement of the user relative to the platform.
A method performed by a wireless device for sending transport block repetitions, the method comprising: receiving a dynamic grant or downlink assignment providing a first pair of start and length values for starting transmission of a first of K transport block repetitions that results in violation of a time-domain allocation restriction, the time-domain allocation restriction being a slot border; determining a second pair of start and length values for starting the transmission such that the time-domain allocation restriction is not violated, wherein the start value of the second pair is larger or equal to the start value of the first pair and the length value of the second pair is less than the length value of the first pair; and transmitting the K transport block repetitions according to the determined second pair of start and length values, wherein the determination of the second pair of start and length values is based on a slot border location. receiving a dynamic grant or downlink assignment providing a first pair of start and length values for starting transmission of a first of K transport block repetitions that results in violation of a time-domain allocation restriction, the time-domain allocation restriction being a slot border; determining a second pair of start and length values for starting the transmission such that the time-domain allocation restriction is not violated, wherein the start value of the second pair is larger or equal to the start value of the first pair and the length value of the second pair is less than the length value of the first pair; and transmitting the K transport block repetitions according to the determined second pair of start and length values, wherein the determination of the second pair of start and length values is based on a slot border location.
Postpartum-derived cells derived from human umbilical cord tissue free of blood, for use in treating a patient having peripheral ischemia, wherein the cells: are capable of self-renewal and expansion in culture; have the potential to differentiate into cells of at least a skeletal muscle, vascular smooth muscle, pericyte, or vascular endothelium phenotype; require L-valine for growth; can grow in at least about 5% oxygen; have increased expression of interleukin 8 and reticulon 1 relative to a human cell that is a fibroblast, a mesenchymal stem cell, or an iliac crest bone marrow cell; produce CD10, CD13, CD44, CD73 and CD90; and do not produce CD45 and CD117. are capable of self-renewal and expansion in culture; have the potential to differentiate into cells of at least a skeletal muscle, vascular smooth muscle, pericyte, or vascular endothelium phenotype; require L-valine for growth; can grow in at least about 5% oxygen; have increased expression of interleukin 8 and reticulon 1 relative to a human cell that is a fibroblast, a mesenchymal stem cell, or an iliac crest bone marrow cell; produce CD10, CD13, CD44, CD73 and CD90; and do not produce CD45 and CD117.
A process for purifying a product stream from isocyanate synthesis, comprising - purification of a crude isocyanate stream by distillation under reduced pressure at from 1 to 120 mbar and at temperatures of from 90 to 170°C to give a gaseous vapor and a liquid substream, - separation of isocyanate comprised in the liquid substream from nonvaporizable residue comprised therein as isocynate-comprising gaseous residual stream, wherein the separation is carried out in a paddle drier without cooling zone and with discharge screw for the nonvaporizable residue. - purification of a crude isocyanate stream by distillation under reduced pressure at from 1 to 120 mbar and at temperatures of from 90 to 170°C to give a gaseous vapor and a liquid substream, - separation of isocyanate comprised in the liquid substream from nonvaporizable residue comprised therein as isocynate-comprising gaseous residual stream,
Fossil-fuel heated continuous steam generator, in which at least one combustion chamber wall of the combustion chamber, viewed in the direction of flow of the hot gas, is divided into at least two throughflow segments formed by evaporator heating surfaces, with the evaporator heating surfaces each comprising steam generator tubes that are welded together in a gas-tight manner in each instance and can each be subjected to the action of a flow medium in a parallel manner, characterised in that a throughflow segment connected after the first throughflow segment, viewed in the direction of flow of the hot gas, forms the first evaporator stage for the flow medium.
An isolated antibody molecule for human IL-6 comprising a VH domain having the amino acid sequence of SEQ ID NO: 112 and a VL domain having the amino acid sequence of SEQ ID NO: 117.