mhurhangee/ep-ind-claims huggingface dataset:
A composition of matter consisting in an oxidized terpenes fraction comprising: - from 15 to 40% w/w of 3-((1S,2R,4R)-2-methyl-3-methylenebicyclo[2.2.1]heptan-2-yl)propanal, of formula wherein the bold and hatched line indicate an absolute configuration; - from 1 to 8% w/w of 3-((1S,2S,4R)-2-methyl-3-methylenebicyclo[2.2.1]heptan-2-yl)propanal, of formula wherein the bold and hatched line indicate an absolute configuration; - from 40 to 60% w/w of 3-((1S,3R,4S)-2,3-dimethyltricyclo[2.2.1.0 2,6]heptan-3-yl)propanal, of formula wherein the bold and hatched line indicate an absolute configuration; and - from 5 to 20% w/w of 3-((1S,5S,6R)-2,6-dimethylbicyclo[3.1.1]hept-2-en-6-yl)propanal, of formula wherein the bold and hatched line indicate an absolute configuration; the w/w ratio being relative to the total weight of the oxidized terpenes fraction. - from 15 to 40% w/w of 3-((1S,2R,4R)-2-methyl-3-methylenebicyclo[2.2.1]heptan-2-yl)propanal, of formula wherein the bold and hatched line indicate an absolute configuration; - from 1 to 8% w/w of 3-((1S,2S,4R)-2-methyl-3-methylenebicyclo[2.2.1]heptan-2-yl)propanal, of formula wherein the bold and hatched line indicate an absolute configuration; - from 40 to 60% w/w of 3-((1S,3R,4S)-2,3-dimethyltricyclo[2.2.1.0 2,6]heptan-3-yl)propanal, of formula wherein the bold and hatched line indicate an absolute configuration; and - from 5 to 20% w/w of 3-((1S,5S,6R)-2,6-dimethylbicyclo[3.1.1]hept-2-en-6-yl)propanal, of formula wherein the bold and hatched line indicate an absolute configuration; the w/w ratio being relative to the total weight of the oxidized terpenes fraction.
A method for improving network security, wherein a network comprises a control node and at least two subnets in communication connection with the control node, and the method comprises: obtaining, by the control node, alarm information, wherein the alarm information comprises address information of an attack source that attacks a subnet of the at least two subnets and identification information of the attacked subnet of the at least two subnets; using, by the control node, the alarm information to sort the attack sources in descending order of threat levels, and using a sorting result as a blacklist; and sending, by the control node, the obtained blacklist to at least one subnet that is not attacked yet in the network. obtaining, by the control node, alarm information, wherein the alarm information comprises address information of an attack source that attacks a subnet of the at least two subnets and identification information of the attacked subnet of the at least two subnets; using, by the control node, the alarm information to sort the attack sources in descending order of threat levels, and using a sorting result as a blacklist; and sending, by the control node, the obtained blacklist to at least one subnet that is not attacked yet in the network.
A multiaxial fabric comprising; first layer comprising a plurality of first yarns being substantially parallel in a first direction, a second layer comprising a plurality of second yarns being substantially parallel in a second direction and skew or off-set with respect to the first yarns, a transverse yarn interlaced transversely within the layer's to hold the layers together; wherein each layer is coated with a high viscosity polymer that has a Tg in the range of -40 to 0°C,- and a zero shear viscosity of 2·10 5 to 10 12 Pa·s (2x10 6 to 10 13 poise) at 20°C; wherein the high viscosity polymer is one or more of cyanoacrylate adhesive, urethane adhesive, aliphatic amine epoxy resin, an aromatic amine epoxy resin, poly (vinyl propionate), poly(hexyl methacrylate), poly(isopropyl acrylate), and ethylene/methyl acrylate copolymer. first layer comprising a plurality of first yarns being substantially parallel in a first direction, a second layer comprising a plurality of second yarns being substantially parallel in a second direction and skew or off-set with respect to the first yarns, a transverse yarn interlaced transversely within the layer's to hold the layers together; wherein each layer is coated with a high viscosity polymer that has a Tg in the range of -40 to 0°C,- and a zero shear viscosity of 2·10 5 to 10 12 Pa·s (2x10 6 to 10 13 poise) at 20°C; wherein the high viscosity polymer is one or more of cyanoacrylate adhesive, urethane adhesive, aliphatic amine epoxy resin, an aromatic amine epoxy resin, poly (vinyl propionate), poly(hexyl methacrylate), poly(isopropyl acrylate), and ethylene/methyl acrylate copolymer.
An inkjet media comprising: a substrate layer comprising cellulose fibers, synthetic fibers, and a polymeric binder; and a barrier layer disposed on at least one side of the substrate layer, the barrier layer comprising pigment fillers and at least 30% by weight of a polymer resin; and, an image receiving layer; and, wherein the cellulose fibers comprise hardwood fibers and softwood fibers, in which a weight ratio of hardwood fibers to softwood fibers in the cellulose is between 30:100 and 70:100. a substrate layer comprising cellulose fibers, synthetic fibers, and a polymeric binder; and a barrier layer disposed on at least one side of the substrate layer, the barrier layer comprising pigment fillers and at least 30% by weight of a polymer resin; and, an image receiving layer; and,
A lithographic printing plate precursor, comprising: a support; and an image-recording layer as an outermost surface layer on the support, wherein the image-recording layer comprises a hydrophilic polymer, an ion intensity derived from the hydrophilic polymer has a maximum value I1, the ion intensity being measured by a time-of-flight secondary ion mass spectrometry in such a manner that cutting is carried out from an image-recording layer surface in a direction of the support by an Ar gas cluster ion beam method, a ratio d0/d1 of a thickness d0 of the image-recording layer to a depth d1 from an outermost layer at which the 11 is obtained is 2.0 or more, and a ratio 11/10 of the 11 to an ion intensity 10 derived from the hydrophilic polymer at a depth from the outermost layer of the d0 is 1.5 or more. a support; and an image-recording layer as an outermost surface layer on the support, wherein the image-recording layer comprises a hydrophilic polymer, an ion intensity derived from the hydrophilic polymer has a maximum value I1, the ion intensity being measured by a time-of-flight secondary ion mass spectrometry in such a manner that cutting is carried out from an image-recording layer surface in a direction of the support by an Ar gas cluster ion beam method, a ratio d0/d1 of a thickness d0 of the image-recording layer to a depth d1 from an outermost layer at which the 11 is obtained is 2.0 or more, and a ratio 11/10 of the 11 to an ion intensity 10 derived from the hydrophilic polymer at a depth from the outermost layer of the d0 is 1.5 or more.
Screw compressor having a rotor housing, in which two screw rotors (3, 5) are mounted rotatably, a cooling housing which surrounds the rotor housing at a spacing and, together with the rotor housing, forms a cooling space and has at least one inlet opening and one outlet opening for a liquid coolant which flows through the cooling space, characterized in that the cooling space surrounds the rotor housing annularly substantially over its entire circumference and is interrupted only at one location by way of a separating wall which connects the rotor housing to the cooling housing, and in that an inflow duct is connected to the inlet opening, out of which inflow duct the coolant flows into the cooling space with an inflow direction which is directed substantially perpendicularly against a side face of the separating wall, and in that an outflow duct is positioned upstream of the outlet opening, which outflow duct has an inflow opening which lies substantially perpendicularly opposite the other side face of the separating wall, in such a way that the coolant which is fed in first of all strikes one side of the separating wall and is deflected at the latter, then flows around the rotor housing over approximately 360° of its circumference, and is then deflected again on the other side of the separating wall and is drawn off through the outflow duct.
A method comprising: installing, by a host computing device, a universal serial bus, USB, data routing module on the host computing system; receiving, by the USB data routing module installed on the host computing device, a USB data message from an attached computing device communicatively coupled to the host computing device at a first USB interface; and routing, by the USB data routing module installed on the host computing device, the USB data message received from the attached computing device at the first USB interface to a peripheral device communicatively coupled to the host computing device at a second USB interface characterized in that: the USB data message routed from the first USB interface to the second USB interface is in the same format and is unchanged. installing, by a host computing device, a universal serial bus, USB, data routing module on the host computing system; receiving, by the USB data routing module installed on the host computing device, a USB data message from an attached computing device communicatively coupled to the host computing device at a first USB interface; and routing, by the USB data routing module installed on the host computing device, the USB data message received from the attached computing device at the first USB interface to a peripheral device communicatively coupled to the host computing device at a second USB interface characterized in that: the USB data message routed from the first USB interface to the second USB interface is in the same format and is unchanged.
Apparatus for detecting the ending-point of a bobbin thread for a sewing machine using a bar code so as to sense the ending-point of a bobbin thread during a sewing operation, characterized in that the apparatus comprises: - a bobbin to wind a bobbin thread there-around, said bobbin having a bobbin surface; - at least one bar code to indicate a position in the bobbin surface, the bar code being printed on a certain portion of one or both side(s) of the bobbin surface with the value indicating its own position; wherein said bobbin thread wound around the bobbin is undone by being used up in a sewing operation, thus exposing the bar code on the bobbin surface; - a bar-code detector for reading the exposed bar code. - a bobbin to wind a bobbin thread there-around, said bobbin having a bobbin surface; - at least one bar code to indicate a position in the bobbin surface, the bar code being printed on a certain portion of one or both side(s) of the bobbin surface with the value indicating its own position; - a bar-code detector for reading the exposed bar code.
A method of distributing data to a transducer array of a target device in an ultrasonic system, comprising: receiving a data packet from an optical transceiver at the target device via a data signal in an optical fiber, wherein the data packet comprises activation instructions encoded in a first wavelength; splitting the data signal, using a beam divider device of the target device, into a plurality of data streams, with each of the data streams carrying the data packet in an identical phase; transmitting the data streams from the beam divider to drivers of the transducer array that control transduction elements of the transducer array of the target device; and activating transduction elements of the transducer array based on the received data streams. receiving a data packet from an optical transceiver at the target device via a data signal in an optical fiber, wherein the data packet comprises activation instructions encoded in a first wavelength; splitting the data signal, using a beam divider device of the target device, into a plurality of data streams, with each of the data streams carrying the data packet in an identical phase; transmitting the data streams from the beam divider to drivers of the transducer array that control transduction elements of the transducer array of the target device; and activating transduction elements of the transducer array based on the received data streams.
A tire comprising a fabric strip in a reinforced belt layer, the fabric strip including: a plurality of warps arranged in parallel to one another, and wefts arranged to weave the warps, wherein the warps include a polyamide or a polyester, and wherein the wefts include nylon or polyethylene terephthalate, wherein the warps have been treated by applying a resorcinol-formaldehyde latex adhesive and a tacky adhesive emulsion of at least one of an acrylic resin, an epoxy resin and a terpene-based resin and then heat treated, wherein the wefts are adhered to the warps. a plurality of warps arranged in parallel to one another, and wefts arranged to weave the warps, wherein the warps include a polyamide or a polyester, and wherein the wefts include nylon or polyethylene terephthalate, wherein the warps have been treated by applying a resorcinol-formaldehyde latex adhesive and a tacky adhesive emulsion of at least one of an acrylic resin, an epoxy resin and a terpene-based resin and then heat treated, wherein the wefts are adhered to the warps.
A microprojection array suitable for transdermal drug delivery wherein said microprojection array comprises a backing material with a plurality of attached microprojections wherein at least one of said microprojections comprises a coating of a formulation comprising [Glu 22,25, Leu 23,28,31, Aib 29, Lys 26,30]hPTHrP NH 2 and from 1% to 15% histidine by weight in the formulation.
A tire, comprising: a tread portion provided with three or more circumferential grooves (1a, 1b) and rib-form land portions (2a,2b) defined by said circumferential grooves; and a circumferential reinforcement layer comprising at least two independent rubber strips (12A,12B) that are spirally wound from different positions in the width direction of said tire, said rubber strips comprising a plurality of parallel cords covered with rubber, wherein said rubber strips are arranged with spaces between adjacent turns in a part or the entirety of said tire in the width direction; at end portions (12As, 12Ae, 12Bs, 12Be) of said rubber strips at positions where winding of said rubber strips is initiated or terminated, at least the medial end portions of the rubber strips are arranged at positions where said medial end portions completely overlap in a radial direction with one or more of said rib-form land portions in the width direction of said tire; and the width of said rib-form land portions overlapping in the radial direction with said medial end portions is defined as W (mm) and the width of said rubber strips is defined as G (mm), a relationship G < W is satisfied, characterized in that said medial end portions of said rubber strips located on the equatorial plane side of said tire are arranged such that they each overlap with a different rib-form land portion. a tread portion provided with three or more circumferential grooves (1a, 1b) and rib-form land portions (2a,2b) defined by said circumferential grooves; and a circumferential reinforcement layer comprising at least two independent rubber strips (12A,12B) that are spirally wound from different positions in the width direction of said tire, said rubber strips comprising a plurality of parallel cords covered with rubber, wherein said rubber strips are arranged with spaces between adjacent turns in a part or the entirety of said tire in the width direction; at end portions (12As, 12Ae, 12Bs, 12Be) of said rubber strips at positions where winding of said rubber strips is initiated or terminated, at least the medial end portions of the rubber strips are arranged at positions where said medial end portions completely overlap in a radial direction with one or more of said rib-form land portions in the width direction of said tire; and the width of said rib-form land portions overlapping in the radial direction with said medial end portions is defined as W (mm) and the width of said rubber strips is defined as G (mm), a relationship G < W is satisfied, characterized in that said medial end portions of said rubber strips located on the equatorial plane side of said tire are arranged such that they each overlap with a different rib-form land portion.
A handle assembly for a prosthesis delivery device comprising: a stationary main handle having a proximal end and a distal end and an outer surface extending therebetween; a first helical groove (224, 254) formed in at least a portion of the outer surface of the main handle; a first trigger wire actuation mechanism disposed about the main handle and rotatably moveable relative to the main handle; a first trigger wire operatively connected to the first trigger wire actuation mechanism, the first trigger wire (116, 122) having a prosthesis capture condition and a prosthesis release condition; wherein movement of the first trigger wire actuation mechanism causes movement of the first trigger wire thereby moving the first trigger wire from the prosthesis capture condition to the prosthesis release condition; wherein the first trigger wire (116, 122) is at least partially contained in the first helical groove when the first trigger wire is in the prosthesis release condition. a stationary main handle having a proximal end and a distal end and an outer surface extending therebetween; a first helical groove (224, 254) formed in at least a portion of the outer surface of the main handle; a first trigger wire actuation mechanism disposed about the main handle and rotatably moveable relative to the main handle; a first trigger wire operatively connected to the first trigger wire actuation mechanism, the first trigger wire (116, 122) having a prosthesis capture condition and a prosthesis release condition; wherein movement of the first trigger wire actuation mechanism causes movement of the first trigger wire thereby moving the first trigger wire from the prosthesis capture condition to the prosthesis release condition; wherein the first trigger wire (116, 122) is at least partially contained in the first helical groove when the first trigger wire is in the prosthesis release condition.
A method for determining the speed and coordinates of vehicles that involves emitting electromagnetic pulses in the direction of vehicles moving along a road section, receiving the pulses reflected from the vehicles, calculating the distance and speed of the vehicles through a comparison of the parameters of emitted and received pulses and a comparison of the measured vehicle speed with the maximum allowed speed in the given road section and, in case of a speed violation, generating subsequently a signal to recognize the license plate of the speed-violating vehicle through the use of a license plate recognition video camera, providing vehicle identification and automatic recording of speed violations, wherein the pulses are emitted by a radar simultaneously with video recording of the same road section by a panoramic video camera, wherein the panoramic video camera is calibrated so that the real coordinates of distances from the video camera to the corresponding sections on the road are assigned to each row element Y i and to each column element X i of the video camera matrix, the distances and speeds of each of all (i) vehicles, which are at the moment within the selected road section, are calculated from signals received by the radar; independently and simultaneously, using pictures captured by the panoramic video camera the coordinates and speeds of each of the same (i) vehicles, which are in said pictures, are calculated, whereupon the data streams from the radar and the panoramic video camera containing the speeds and coordinates of each of all (i) vehicles, which are at the moment within the selected road section, are compared, the data received from the radar are dates on the speeds and coordinates Y i of each of the (i) vehicles, while the data received from the panoramic video camera are data on the coordinates X i of each of the same (i) vehicles; each vehicle violating the speed limit is subsequently monitored until the license plate is recognized, then said license plate recognition video camera generates an image frame of the violating vehicle, which contains the recognized license plate, date, time, recorded speed and video camera identifier, thus allowing automatic recording of traffic violations.
A method of arc welding, comprising: applying power to a welding wire to generate a plasma arc sufficient to melt the welding wire; and depositing molten droplets formed by melting the welding wire onto a workpiece at a deposition rate exceeding 30 pounds per hour (0,00378 kg/s), characterized in that depositing is performed while regulating power delivered to the plasma arc such that a standard deviation of the power delivered to the plasma arc is less than 2% of an average power delivered to the plasma arc. applying power to a welding wire to generate a plasma arc sufficient to melt the welding wire; and depositing molten droplets formed by melting the welding wire onto a workpiece at a deposition rate exceeding 30 pounds per hour (0,00378 kg/s), characterized in that depositing is performed while regulating power delivered to the plasma arc such that a standard deviation of the power delivered to the plasma arc is less than 2% of an average power delivered to the plasma arc.
A method in a User Equipment, UE,, for providing channel state feedback from the UE to a base station via a Long Term Evolution, LTE, network, comprising the steps of: - determining whether a first of two or more radio bearer specific channel state feedback reporting trigger criteria is valid or not, wherein the first channel state feedback reporting trigger criteria is applied to a first of two or more specific radio bearers, each radio bearer having a Quality of Service, QoS, label that characterizes QoS requirements and traffic characteristics of the respective radio bearer, - generating a channel state feedback report of a specified type on the basis of at least one prioritization rule that specifies how to prioritize between different types of channel state feedback reports when at least one radio bearer specific channel state feedback reporting trigger criteria is valid, and - transmitting said channel state feedback report to the base station, and wherein this procedure is repeated for each remaining radio bearer, and when the first criteria has been checked for all radio bearers, this procedure is repeated also for any additional radio bearer specific channel state feedback reporting trigger criteria. - determining whether a first of two or more radio bearer specific channel state feedback reporting trigger criteria is valid or not, wherein the first channel state feedback reporting trigger criteria is applied to a first of two or more specific radio bearers, each radio bearer having a Quality of Service, QoS, label that characterizes QoS requirements and traffic characteristics of the respective radio bearer, - generating a channel state feedback report of a specified type on the basis of at least one prioritization rule that specifies how to prioritize between different types of channel state feedback reports when at least one radio bearer specific channel state feedback reporting trigger criteria is valid, and - transmitting said channel state feedback report to the base station, and wherein this procedure is repeated for each remaining radio bearer, and when the first criteria has been checked for all radio bearers, this procedure is repeated also for any additional radio bearer specific channel state feedback reporting trigger criteria.