mhurhangee/ep-ind-claims huggingface dataset:
Strip guide device for guiding a metal strip after its exit from a mould in a continuous casting plant, wherein the strip guide device is constructed with a secondary cooling device for cooling the metal strip in the strip guide device and wherein the secondary cooling device comprises: a network of cooling lines with at least one cooling zone (114-i), which is constructed in the strip guide device, as part of the cooling line network; at least one nozzle device, which is associated with the cooling zone, for spraying a cooling medium onto the metal strip; a pump device for pumping the cooling medium through the cooling line network to the nozzle device associated with the cooling zone (114-i); at least one valve, which is associated with the cooling zone and which is arranged in front - as seen in flow direction of the cooling medium - of the clamping plate (140-l), for setting the volume flow or the pressure of the cooling medium in the cooling zone (114-i); at least one roller segment (120-k) for guiding the metal strip after its exit from the mould, wherein the cooling zone (114-i) is at least in part associated with the roller segment; at least one segment carrier for receiving and fixing the at least one roller segment; and at least one clamping plate (140-l) as coupling point of the cooling lines between the segment carrier and the roller segment (120-k); characterised in that the pump device is arranged away from the segment carrier and the roller segment in a water distribution space; and the at least one valve for the cooling medium is arranged outside the distribution space in front - as seen in flow direction of the cooling medium - of the clamping plate in the region (II.) of the segment. a network of cooling lines with at least one cooling zone (114-i), which is constructed in the strip guide device, as part of the cooling line network; at least one nozzle device, which is associated with the cooling zone, for spraying a cooling medium onto the metal strip; a pump device for pumping the cooling medium through the cooling line network to the nozzle device associated with the cooling zone (114-i); at least one valve, which is associated with the cooling zone and which is arranged in front - as seen in flow direction of the cooling medium - of the clamping plate (140-l), for setting the volume flow or the pressure of the cooling medium in the cooling zone (114-i); at least one roller segment (120-k) for guiding the metal strip after its exit from the mould, wherein the cooling zone (114-i) is at least in part associated with the roller segment; at least one segment carrier for receiving and fixing the at least one roller segment; and at least one clamping plate (140-l) as coupling point of the cooling lines between the segment carrier and the roller segment (120-k); characterised in that the pump device is arranged away from the segment carrier and the roller segment in a water distribution space; and the at least one valve for the cooling medium is arranged outside the distribution space in front - as seen in flow direction of the cooling medium - of the clamping plate in the region (II.) of the segment.
A bogie for a rail vehicle, comprising a frame mounted on one or more wheel axles and at least one bearing surface for a car body wherein at least one lifting surface is formed, which is designed to be variable in its vertical distance from the bearing surface by a lifting element so that a spacer element is insertable into the vertical distance and/or the vertical distance is fixable by means of the lifting element, characterised in that a crossmember of the bogie has at least one bore for movably receiving the lifting element, so that the bore and the lifting element form a space which is fillable with a fluid, preferably the bore having a fluid supply duct, which fluid supply duct preferably has a coupling element for connecting a fluid source, in particular compressed air or hydraulic oil.
A method for producing a gold catalyst comprising clusters of gold atoms having a particle diameter of 10nm or less on a carrier, wherein the particle diameter means the longest particle diameter of a gold cluster particle, and wherein the method comprising steps of: mixing a carrier and a plurality of gold cluster compounds wherein each of the gold cluster compound has a predetermined number of gold atoms that are stabilized by an organic ligand; subjecting the mixture of the carrier and the gold cluster compounds to an oxygen plasma treatment; and firing the mixture in air at a temperature ranging of 100°C to 800°C to form the gold catalyst comprising the carrier and clusters of gold atoms; wherein 90 % or more of the organic ligand is removed by the step(s) of oxygen plasma treatment and/or firing in air.
A composition comprising, based on the total weight of the composition: from 70 wt% to 90 wt% of a polycarbonate polymer; from 8 wt% to 20 wt% of a mineral filler comprising talc, clay, mica, zinc sulfide, zinc oxide, or titanium dioxide; and from 0.5 wt% to 2.5 wt% of a sulfonate salt of Formula: T-E Formula wherein T is aliphatic and contains at least 7 carbon atoms; E is aliphatic, aromatic, or cycloaliphatic, and E contains at least one SO 3 - M + group, where each M is an alkali metal; and an acid stabilizer; wherein the weight ratio of the acid stabilizer to the mineral filler is from 0.01 to 0.05; and wherein the composition has a tensile modulus of at least 2.5 GPa when measured according to ISO 527. from 70 wt% to 90 wt% of a polycarbonate polymer; from 8 wt% to 20 wt% of a mineral filler comprising talc, clay, mica, zinc sulfide, zinc oxide, or titanium dioxide; and from 0.5 wt% to 2.5 wt% of a sulfonate salt of Formula: T-E Formula wherein T is aliphatic and contains at least 7 carbon atoms; E is aliphatic, aromatic, or cycloaliphatic, and E contains at least one SO 3 - M + group, where each M is an alkali metal; and an acid stabilizer; wherein the weight ratio of the acid stabilizer to the mineral filler is from 0.01 to 0.05; and wherein the composition has a tensile modulus of at least 2.5 GPa when measured according to ISO 527.
Device for the qualitative or quantitative measurement of a magnetically labelled analyte, which device includes a coil arrangement, formed of at least one measuring coil and a reference coil connected together at an intermediate output, for measuring the analyte from a sample absorbed in a test base in connection with the at least one measuring coil, and from the intermediate output signal of which coil arrangement (13, 18), a change in inductance correlating to the content of the magnetically labelled analyte is arranged to be detected, characterized in that the said change in inductance is arranged to be detected from a change (ΔA) in amplitude and/or from a change (Δφ) in phase appearing in the output signal measured from the intermediate output of the coil arrangement (13, 18), which is arranged to be measured at the frequency of the input signal and the device includes in addition another coil arrangement (18, 19, 20) for compensating error signals caused by the environment and/or magnetic particles bound unspecifically to the test base.
A communication control method used in a relaying apparatus at a movement source of a mobile node when a handover is performed comprising: establishing a data transfer route to a relaying apparatus at a movement destination of the mobile node, characterized by: performing a data transfer using the data transfer route to transfer user data, the user data being addressed to the mobile node, and the user data being stored in a buffer provided in the relaying apparatus at the movement source, continuing the data transfer of the user data as long as the buffer has not been emptied, and sending a transfer cancel notification to the relaying apparatus at the movement destination. establishing a data transfer route to a relaying apparatus at a movement destination of the mobile node, characterized by: performing a data transfer using the data transfer route to transfer user data, the user data being addressed to the mobile node, and the user data being stored in a buffer provided in the relaying apparatus at the movement source, continuing the data transfer of the user data as long as the buffer has not been emptied, and sending a transfer cancel notification to the relaying apparatus at the movement destination.
A bumper beam, comprised of a hat-shaped profile with a central flange and sides (16, 17) which sides have side flanges (18, 19), wherein the central flange faces inward toward the vehicle, and the side flanges face outward from the vehicle, and the hat-shaped profile has a cover which is recessed into the hat-shaped profile and gives it a closed profile; characterised in that the cover is welded to the sides inside the hat-shaped profile.
A catalytic burner assembly, comprising: a porous sintered metal core; a catalyst, deposited on or around the core; and a wick, in communication with the core, and arranged to draw fuel to the core.
A device configured to cut hair using laser light, the device comprising: a handle portion a power source; and a laser light source coupled to and configured to receive power from the power source, the laser light source further configured to generate laser light having a wavelength selected to target a predetermined chromophore to effectively cut a hair shaft; and, a shaving portion coupled to the handle portion, the shaving portion comprising: a support (120, 140), and a single fiber optic supported by the support (120, 140), the fiber optic having a proximal end, a distal end, and an outer side wall, characterized in that the fiber optic has a cutting region positioned towards the distal end and extending along a portion of the outer side wall, wherein the fiber optic is configured to receive the laser light from the laser light source at the proximal end, conduct the laser light from the proximal end toward the distal end, and emit the light out of the cutting region and toward a hair shaft when the cutting region is brought in contact with the hair shaft. a handle portion a power source; and a laser light source coupled to and configured to receive power from the power source, the laser light source further configured to generate laser light having a wavelength selected to target a predetermined chromophore to effectively cut a hair shaft; and, a shaving portion coupled to the handle portion, the shaving portion comprising: a support (120, 140), and a single fiber optic supported by the support (120, 140), the fiber optic having a proximal end, a distal end, and an outer side wall, characterized in that the fiber optic has a cutting region positioned towards the distal end and extending along a portion of the outer side wall, wherein the fiber optic is configured to receive the laser light from the laser light source at the proximal end, conduct the laser light from the proximal end toward the distal end, and emit the light out of the cutting region and toward a hair shaft when the cutting region is brought in contact with the hair shaft. a support (120, 140), and a single fiber optic supported by the support (120, 140), the fiber optic having a proximal end, a distal end, and an outer side wall, characterized in that the fiber optic has a cutting region positioned towards the distal end and extending along a portion of the outer side wall, wherein the fiber optic is configured to receive the laser light from the laser light source at the proximal end, conduct the laser light from the proximal end toward the distal end, and emit the light out of the cutting region and toward a hair shaft when the cutting region is brought in contact with the hair shaft.
A method for forwarding a packet in a segment routing multi-protocol label switching, SR MPLS, network, wherein the SR MPLS network comprises a first network device and a plurality of second network devices, and a plurality of forwarding paths between the first network device and the plurality of second network devices, the method comprising: obtaining, by the first network device, a first packet, wherein the first packet comprises first indication information and payload data, wherein the first indication information is used to indicate to generate a plurality of packets according to the first packet, wherein the first indicating information includes a third label corresponding to an operation type that is preconfigured in the first network device and the second network device; and; when determining that the operation type corresponding to the third label is a target operation type used to instruct the first network device to generate the plurality of second packets, generating, by the first network device, a plurality of second packets based on the first packet, and each of the plurality of second packets comprises the payload data, and second indication information, wherein the second indication information is the same as the first indication information; and separately sending, by the first network device, the plurality of second packets over different forwarding paths in the plurality of forwarding paths to the plurality of second network devices, wherein each of the second network devices is a forwarding network device in the SR MPLS network, and each of the different forwarding paths is used to forward one second packet. obtaining, by the first network device, a first packet, wherein the first packet comprises first indication information and payload data, wherein the first indication information is used to indicate to generate a plurality of packets according to the first packet, wherein the first indicating information includes a third label corresponding to an operation type that is preconfigured in the first network device and the second network device; and; when determining that the operation type corresponding to the third label is a target operation type used to instruct the first network device to generate the plurality of second packets, generating, by the first network device, a plurality of second packets based on the first packet, and each of the plurality of second packets comprises the payload data, and second indication information, wherein the second indication information is the same as the first indication information; and separately sending, by the first network device, the plurality of second packets over different forwarding paths in the plurality of forwarding paths to the plurality of second network devices, wherein each of the second network devices is a forwarding network device in the SR MPLS network, and each of the different forwarding paths is used to forward one second packet.
A projectile including a bag of gaseous medium to effectively retard the velocity thereof on impact with a target in such a way as to prevent excess damage, injury or penetration, said projectile having a forward-facing nose portion and a rear-facing portion wherein said bag is configured to increase in area at the nose portion of the projectile following impact with a target, wherein said projectile comprises a needle for penetrating a target and a cap which encloses said bag; characterised in that said cap comprises a cylindrical side wall which is disposed radially outwards from said bag, a single central aperture through which said needle extends, and a flat forward-facing surface extending from said cylindrical side wall to said single central aperture.
A piezoelectric device (1, 101) comprising at least two carbon fibre crossed yarns (2a, 2b; 102a, 102b) and a zinc oxide layer (3, 103) in nanorod form covering a portion of each of said yarns at their intersection, wherein an end (4a, 4b) of each of said yarns (2a, 2b; 102a, 102b) is connected to an operative unit.
A two-part composition for a thermal interface material comprising: i) a first part comprising at least a) a prepolymer including two or more carbamate groups; ii) a second part comprising at least: b) one or more polyamine compounds capable of a reaction with the prepolymer; wherein the composition includes: c) one or more catalysts for catalyzing the reaction between the prepolymer and the polyamine compounds; and d) 50 weight percent or more of one or more thermally conductive fillers, based on the total weight of the two-part composition, and wherein the prepolymer is formed by blocking one or more of the isocyanate groups of an aromatic polyisocyanate prepolymer with a phenol group of a blocking compound. i) a first part comprising at least a) a prepolymer including two or more carbamate groups; a) a prepolymer including two or more carbamate groups; ii) a second part comprising at least: b) one or more polyamine compounds capable of a reaction with the prepolymer; wherein the composition includes: c) one or more catalysts for catalyzing the reaction between the prepolymer and the polyamine compounds; and d) 50 weight percent or more of one or more thermally conductive fillers, based on the total weight of the two-part composition, and wherein the prepolymer is formed by blocking one or more of the isocyanate groups of an aromatic polyisocyanate prepolymer with a phenol group of a blocking compound. wherein the composition includes: c) one or more catalysts for catalyzing the reaction between the prepolymer and the polyamine compounds; and d) 50 weight percent or more of one or more thermally conductive fillers, based on the total weight of the two-part composition, and c) one or more catalysts for catalyzing the reaction between the prepolymer and the polyamine compounds; and d) 50 weight percent or more of one or more thermally conductive fillers, based on the total weight of the two-part composition, and wherein the prepolymer is formed by blocking one or more of the isocyanate groups of an aromatic polyisocyanate prepolymer with a phenol group of a blocking compound.
A non-invasive blood glucose measurement device comprising: an antenna housing having an antenna assembly disposed therein, said antenna housing being adapted for placement on or near a patient's skin proximate to a defined target area comprising blood vessels to be measured, and said antenna assembly comprising an antenna; and a transmitter operatively connected to the antenna for transmitting microwave energy into blood within the blood vessels of the target area via the antenna, wherein the antenna assembly is adapted to determine an amount of transmitted microwave energy absorbed by the blood vessels in the target area and determine an absorbed microwave energy measurement value that can be correlated with the patient's blood glucose level, and wherein the blood glucose measurement device further comprises a controller, which is configured to: compare the absorbed microwave energy measurement value with a calibration value to identify a difference between said values, wherein the calibration value has been established, based on a known blood glucose value, as a calibration value of microwave energy absorption by blood within the blood vessels, and thereafter determine a blood glucose value based on said difference. an antenna housing having an antenna assembly disposed therein, said antenna housing being adapted for placement on or near a patient's skin proximate to a defined target area comprising blood vessels to be measured, and said antenna assembly comprising an antenna; and a transmitter operatively connected to the antenna for transmitting microwave energy into blood within the blood vessels of the target area via the antenna, wherein the antenna assembly is adapted to determine an amount of transmitted microwave energy absorbed by the blood vessels in the target area and determine an absorbed microwave energy measurement value that can be correlated with the patient's blood glucose level, and wherein the blood glucose measurement device further comprises a controller, which is configured to: compare the absorbed microwave energy measurement value with a calibration value to identify a difference between said values, wherein the calibration value has been established, based on a known blood glucose value, as a calibration value of microwave energy absorption by blood within the blood vessels, and thereafter determine a blood glucose value based on said difference. compare the absorbed microwave energy measurement value with a calibration value to identify a difference between said values, wherein the calibration value has been established, based on a known blood glucose value, as a calibration value of microwave energy absorption by blood within the blood vessels, and thereafter determine a blood glucose value based on said difference.
A reflector for an acoustic shock or pressure wave head, wherein the reflector comprises an acoustically reflective surface formed by a body of rotation, said body of rotation being formed by rotation of a tilted elliptical segment of a tilted ellipse about a rotation axis which extends through a first focal point of the ellipse and encloses an angle α between 0.1° and 30° with the tilted main axis of the ellipse, wherein a first end of the elliptical segment is defined by the cross-section between the tilted ellipse and the axis of rotation and wherein the perpendicular to the axis of rotation extending through the second end of the elliptical segment corresponds to the aperture radius of the reflector.
A prosthetic foot (10,12,14,16), comprising: a ground-engaging base having a toe platform (24,54,76,78), a mid-section platform (26,56) and a heel platform (26,48,58); a first spring (34,60,86,88) extending from a connection point on (36,62) the toe platform (24,54,76,78) to a support shank; a second spring (38, 40, 64) extending from the support shank to (42,44) the mid-section platform (26,56); and a third spring (46,68) extending from the support shank to a connection point on the heel platform (26,48,58); characterized by a flexible hinge (28,50) extending between the toe (24,54,76,78) and mid-section (26,56) platforms; and wherein said support shank is retained in a spaced apart relationship with said base solely by said springs (34, 38, 40, 46, 60, 64, 68, 86, 88). a ground-engaging base having a toe platform (24,54,76,78), a mid-section platform (26,56) and a heel platform (26,48,58); a first spring (34,60,86,88) extending from a connection point on (36,62) the toe platform (24,54,76,78) to a support shank; a second spring (38, 40, 64) extending from the support shank to (42,44) the mid-section platform (26,56); and a third spring (46,68) extending from the support shank to a connection point on the heel platform (26,48,58); a flexible hinge (28,50) extending between the toe (24,54,76,78) and mid-section (26,56) platforms; and wherein said support shank is retained in a spaced apart relationship with said base solely by said springs (34, 38, 40, 46, 60, 64, 68, 86, 88).