mhurhangee/ep-ind-claims huggingface dataset:
Exhaust gas line having a flow channel with a channel wall and a channel interior for discharging a particle-containing exhaust gas from a power generation plant, characterized in that it comprises at least one particle rejection means, which is formed as a thermally induced movement element which deforms during a temperature change and at least partly prevents deposition of particles of the exhaust gas on the channel wall and/or at least partly detaches adhering particles from the channel wall, wherein the movement element is at least partly formed helically in the manner of a spiral spring.
Method for amplifying a laser beam in a laser amplifier system including a laser amplifier module and an optical module, the method comprising: - generating an excited volume in a laser amplifier module so that a surface of the laser amplifier module facing the optical module includes an excited area; - coupling the laser beam into the laser amplifier system; - conducting a first amplifying pass by reflecting the laser beam multiple times between the optical module and the laser amplifier module, wherein each time the laser beam is reflected from the optical module to the laser amplifier module, the laser beam impacts on a respective impact area (I2-I47) of the surface of the laser amplifier module, wherein the size of each impact area (I2-I47) is smaller than the size of the excited area, wherein all of the impact areas located within the excited area form a subset of said impact areas and each impact area of said subset is located on a distinct position within the excited area, wherein adjacent impact areas (I2-I47) of said subset are spaced apart from each other on the surface of the laser amplifier module by at least 1 times the size of the impact area, and wherein the size of each impact area is determined by the beam diameter of the laser beam. - generating an excited volume in a laser amplifier module so that a surface of the laser amplifier module facing the optical module includes an excited area; - coupling the laser beam into the laser amplifier system; - conducting a first amplifying pass by reflecting the laser beam multiple times between the optical module and the laser amplifier module, wherein each time the laser beam is reflected from the optical module to the laser amplifier module, the laser beam impacts on a respective impact area (I2-I47) of the surface of the laser amplifier module, wherein the size of each impact area (I2-I47) is smaller than the size of the excited area, wherein all of the impact areas located within the excited area form a subset of said impact areas and each impact area of said subset is located on a distinct position within the excited area, wherein adjacent impact areas (I2-I47) of said subset are spaced apart from each other on the surface of the laser amplifier module by at least 1 times the size of the impact area, and wherein the size of each impact area is determined by the beam diameter of the laser beam. wherein the size of each impact area (I2-I47) is smaller than the size of the excited area, wherein all of the impact areas located within the excited area form a subset of said impact areas and each impact area of said subset is located on a distinct position within the excited area, wherein adjacent impact areas (I2-I47) of said subset are spaced apart from each other on the surface of the laser amplifier module by at least 1 times the size of the impact area, and wherein the size of each impact area is determined by the beam diameter of the laser beam.
An inflatable airbag cushion comprising: an occupant-facing surface to be positioned forward of a vehicle seating position for receiving a head of an occupant during a collision event, the occupant-facing surface including: a central receiving area to provide an impact surface to receive the occupant during the collision event, and a pair of lobes disposed on opposing sides of the central receiving area, the pair of lobes to inflate to extend rearward over the shoulders of the occupant in the vehicle seating position and prior to impact by the occupant, for thereafter engaging with opposing sides of the head of the occupant to reduce a rotational velocity of the head of the occupant during the collision event; and a plurality of lateral surfaces adjoining the occupant-facing surface and extending forward from the occupant-facing surface to define an inflatable chamber to receive inflation gas; wherein the inflatable airbag cushion further comprises two tethers, characterised in that the two tethers are disposed internal to the inflatable airbag cushion and coupled to internal surfaces to draw the central receiving area of the occupant-facing surface to at least partially form the pair of lobes and to form a low fabric tension area at the impact surface between the pair of lobes. an occupant-facing surface to be positioned forward of a vehicle seating position for receiving a head of an occupant during a collision event, the occupant-facing surface including: a central receiving area to provide an impact surface to receive the occupant during the collision event, and a pair of lobes disposed on opposing sides of the central receiving area, the pair of lobes to inflate to extend rearward over the shoulders of the occupant in the vehicle seating position and prior to impact by the occupant, for thereafter engaging with opposing sides of the head of the occupant to reduce a rotational velocity of the head of the occupant during the collision event; and a central receiving area to provide an impact surface to receive the occupant during the collision event, and a pair of lobes disposed on opposing sides of the central receiving area, the pair of lobes to inflate to extend rearward over the shoulders of the occupant in the vehicle seating position and prior to impact by the occupant, for thereafter engaging with opposing sides of the head of the occupant to reduce a rotational velocity of the head of the occupant during the collision event; and a plurality of lateral surfaces adjoining the occupant-facing surface and extending forward from the occupant-facing surface to define an inflatable chamber to receive inflation gas; wherein the inflatable airbag cushion further comprises two tethers, characterised in that the two tethers are disposed internal to the inflatable airbag cushion and coupled to internal surfaces to draw the central receiving area of the occupant-facing surface to at least partially form the pair of lobes and to form a low fabric tension area at the impact surface between the pair of lobes.
Gripper for gripping limp objects, comprising: a first gripper gear adapted to rotate about a first axis of rotation, a second gripper gear adapted to rotate about a second axis of rotation, characterized in that the first gripper gear and the second gripper gear are located so that they engage with each other and so that the limp object can be clamped between the gripper gears (10, 8) by rotating the first gripper gear and the second gripper gear, wherein the axes of rotation have a fixed distance to each other. a first gripper gear adapted to rotate about a first axis of rotation, a second gripper gear adapted to rotate about a second axis of rotation, characterized in that the first gripper gear and the second gripper gear are located so that they engage with each other and so that the limp object can be clamped between the gripper gears (10, 8) by rotating the first gripper gear and the second gripper gear, wherein the axes of rotation have a fixed distance to each other.
Installation for forming a compact film of particles on the surface of a carrier fluid, the installation including: - a zone acting as a carrier fluid reservoir; - an inclined ramp situated extending from the zone acting as a reservoir and whereon the particles are intended to circulate gravitationally; - a particle storage and transfer zone situated extending from the inclined ramp; - means for moving the carrier fluid intended to make it circulate from the zone acting as a reservoir to the particle storage and transfer zone, via the inclined ramp; - means for dispensing the particles in solution, configured to dispense said particles on the surface of the carrier fluid in the zone acting as a reservoir; and - a structure for deflecting particles, passing through the surface of the carrier fluid into the zone acting as a reservoir, said structure being arranged downstream from said means for dispensing particles along a main flow direction of the carrier fluid from the zone acting as a reservoir to the particle storage and transfer zone, via the inclined ramp, said structure being configured to favour, along a transverse direction of the installation parallel with the surface of the carrier fluid and orthogonal to a main flow direction, spreading of the particles at the outlet of the zone acting as a reservoir, characterised in that said structure for deflecting particles is permeable to the carrier fluid. - a zone acting as a carrier fluid reservoir; - an inclined ramp situated extending from the zone acting as a reservoir and whereon the particles are intended to circulate gravitationally; - a particle storage and transfer zone situated extending from the inclined ramp; - means for moving the carrier fluid intended to make it circulate from the zone acting as a reservoir to the particle storage and transfer zone, via the inclined ramp; - means for dispensing the particles in solution, configured to dispense said particles on the surface of the carrier fluid in the zone acting as a reservoir; and - a structure for deflecting particles, passing through the surface of the carrier fluid into the zone acting as a reservoir, said structure being arranged downstream from said means for dispensing particles along a main flow direction of the carrier fluid from the zone acting as a reservoir to the particle storage and transfer zone, via the inclined ramp, said structure being configured to favour, along a transverse direction of the installation parallel with the surface of the carrier fluid and orthogonal to a main flow direction, spreading of the particles at the outlet of the zone acting as a reservoir,
A cutting blade, particularly for machines for cutting or cutting open food products, wherein the cutting blade is constructed as a sickle blade with a central locating hole with fastening holes, a cutting edge, a recess and with a radius extension of the cutting edge, wherein the centroid is situated outside of the axis of rotation, characterised in that the central locating hole is provided with a diameter of 99.9 mm, and in that the locating hole is surrounded by two at least part-ring-shaped and mutually spaced bolt circles (5, 6), wherein the ratio of the diameter of the locating hole in relation to the pitch-circle diameter of the fastening holes, the inner bolt circle, is between 1:3 and 1:4.
A method for producing recombinant human Factor VII (FVII) comprising: a) obtaining a Chinese Hamster Ovary cell line that expresses recombinant human FVII; and b) culturing said CHO cell in serum-free media that lacks insulin, wherein said CHO cell is prepared by adapting a CHO cell line that expresses recombinant human FVII modified for growth in serum-free culture to grow in cell culture in the absence of insulin by serially culturing said CHO cell line in decreasing amounts of insulin to obtain a FVII-producing CHO cell line that grows in the absence of insulin, and wherein said serially culturing comprises pulsing successive passages of CHO cells with decreasing concentrations of insulin. a) obtaining a Chinese Hamster Ovary cell line that expresses recombinant human FVII; and b) culturing said CHO cell in serum-free media that lacks insulin,
Wind turbine having at least one dynamoelectric machine having a stator and a rotor, wherein at least the stator is liquid-cooled, wherein at least the stator has a winding system which is embedded in slots of a magnetically conductive body of the stator, wherein the winding system has main insulation between a conductor of the winding system and a slot wall, wherein at least one axially extending cooling channel is provided between the main insulation and the slot wall in that the main insulation has at least one recess, such that the cooling channel or a plurality of cooling channels border(s) the slot wall with direct contact, i.e. without slot insulation in between, wherein a can which extends through an air gap of the dynamoelectric machine is provided, which separates the stator and rotor from one another and makes it possible to provide different cooling media for the stator and the rotor, wherein the end windings are also liquid-cooled, and wherein at least one of the cooling channels is provided in a cooling-channel impression of the main insulation. wherein at least the stator is liquid-cooled, wherein at least the stator has a winding system which is embedded in slots of a magnetically conductive body of the stator, wherein the winding system has main insulation between a conductor of the winding system and a slot wall, wherein at least one axially extending cooling channel is provided between the main insulation and the slot wall in that the main insulation has at least one recess, such that the cooling channel or a plurality of cooling channels border(s) the slot wall with direct contact, i.e. without slot insulation in between, wherein a can which extends through an air gap of the dynamoelectric machine is provided, which separates the stator and rotor from one another and makes it possible to provide different cooling media for the stator and the rotor, wherein the end windings are also liquid-cooled, and wherein at least one of the cooling channels is provided in a cooling-channel impression of the main insulation.
A method of manufacturing a part from powder including placement of the powder with a particle size of maximum 1 mm in the air, gas, liquid or solid transit medium with the microwave field, which are located in the operating chamber, the impact on the powder by zones of increased microwave field intensity, whereby the method includes creation of a microwave field within the operating chamber with a microwave radiation power of 100 W to 150 MW and a frequency of 1 GHz to 10 THz, depending on the physical properties of the powder, the dimensions, degree of accuracy and complexity of the geometric shapes of the sintered part, the development in the created microwave field of zones with increased intensity of microwave radiation, in which the powder heating zones are developed corresponding to the zones with increased intensity of microwave radiation, which shape follows the point or flat cutting or the spatial pattern of the part, with the intensity of microwave radiation being sufficient for the thermal energy release to heat the powder to its sintering temperature, taking into account the initial temperature of the powder, and where the powder is sintered or melted to produce the part by means of the released thermal energy in the heating zones of the powder.
Electric machine, in particular for driving submarines, having - a bell-type rotor, - a stator, which is arranged radially outside or inside the bell-type rotor, - a plurality of inverters and/or at least one control facility, which are arranged within the bell-type rotor and serve to actuate the stator or the inverter, and - a bearing shield lower part, on which the bell-type rotor is mounted, wherein - the bearing shield lower part has one or more apertures, so that the inverter arranged axially behind or the control facility arranged axially behind can be removed from the bell-type rotor through the/each aperture, and - the bearing shield lower part has an outer contour in the shape of a pitch circle. - a bell-type rotor, - a stator, which is arranged radially outside or inside the bell-type rotor, - a plurality of inverters and/or at least one control facility, which are arranged within the bell-type rotor and serve to actuate the stator or the inverter, and - a bearing shield lower part, on which the bell-type rotor is mounted, wherein - the bearing shield lower part has one or more apertures, so that the inverter arranged axially behind or the control facility arranged axially behind can be removed from the bell-type rotor through the/each aperture, and - the bearing shield lower part has an outer contour in the shape of a pitch circle.
A packaged food product comprising a plurality of food items in packaging having a sealed cavity for containing the plurality of food items, wherein the packaging comprises a continuous sheet of packaging material that wraps around and defines the cavity and which is sealed at a first end of the cavity by a first end seal, at a second opposed end of the cavity by a second end seal, and along the cavity by a longitudinal fin seal, the longitudinal fin seal extending from the first end seal to the second end seal, wherein the first and second end seals are each permanent seals free from pressure sensitive adhesive, and wherein the food items are stacked in the packaging, characterised in that the longitudinal fin seal is an openable and recloseable A-A seal joining the inside face of a first side edge of the sheet to the inside face of a second side edge of the sheet, wherein the fin seal is cold-sealed with a pressure sensitive adhesive printed on both inside faces; and in that the packaging comprises a plurality of opening tab elements (1007a, 1007b) along the longitudinal fin seal, the opening tab elements being arranged to be gripped by a user to aid opening of the longitudinal fin seal. and wherein the food items are stacked in the packaging, characterised in that the longitudinal fin seal is an openable and recloseable A-A seal joining the inside face of a first side edge of the sheet to the inside face of a second side edge of the sheet, wherein the fin seal is cold-sealed with a pressure sensitive adhesive printed on both inside faces; and in that the packaging comprises a plurality of opening tab elements (1007a, 1007b) along the longitudinal fin seal, the opening tab elements being arranged to be gripped by a user to aid opening of the longitudinal fin seal.
A method for producing a biaxially textured metal substrate having a metal surface, the substrate being adapted to produce a high-temperature superconductor coating arrangement and the metal surface being adapted to deposit a layer of the high-temperature superconductor coating arrangement epitaxially thereon: - a biaxially textured metal substrate being produced, - the metal substrate surface being subjected to a polishing treatment, which is performed as electropolishing to a surface roughness of rums ≤ 15 nm, - and after the polishing treatment, the metal substrate is subjected to a post-annealing before optionally a subsequent coating is carried out involving epitaxial deposition of a layer of the HTS coating arrangement, the post-annealing being carried out at a temperature of ≥ 850°C. - a biaxially textured metal substrate being produced, - the metal substrate surface being subjected to a polishing treatment, which is performed as electropolishing to a surface roughness of rums ≤ 15 nm, - and after the polishing treatment, the metal substrate is subjected to a post-annealing before optionally a subsequent coating is carried out involving epitaxial deposition of a layer of the HTS coating arrangement, the post-annealing being carried out at a temperature of ≥ 850°C.
Cosmetic use of a topical composition comprising at least one compound formula or. wherein R 1 is a C 6 -C 20 alkyl group or an aryl group; R 2 is OH, SH, a C 1 -C 5 alkoxy group, a C 1 -C 5 thioalkoxy group or a residue if formula wherein the dotted line represents the connection to the carbonyl group and R 3 is selected from H, a C 1 -C 15 alkylsulfonyl group or a C 1 -C 5 acyl group; R 4 is H; R 5 is H, NH 2 or a C 1-5 alkyl group; or R 4 and R 5 together are an alkylene or an alkenylene group, in which optionally one of the carbon atoms may be replaced by O or NH; or a cosmetically acceptable salt thereof for preventing and/or treating skin ageing. R 1 is a C 6 -C 20 alkyl group or an aryl group; R 2 is OH, SH, a C 1 -C 5 alkoxy group, a C 1 -C 5 thioalkoxy group or a residue if formula wherein the dotted line represents the connection to the carbonyl group and R 3 is selected from H, a C 1 -C 15 alkylsulfonyl group or a C 1 -C 5 acyl group; R 4 is H; R 5 is H, NH 2 or a C 1-5 alkyl group; or R 4 and R 5 together are an alkylene or an alkenylene group, in which optionally one of the carbon atoms may be replaced by O or NH; or a cosmetically acceptable salt thereof for preventing and/or treating skin ageing.
A method for processing a data message, wherein, the method is implemented based on an identity-locator-separation network, and a Domain Name System, DNS, server is used to store a corresponding relationship between a domain name and an Access Identifier, AID, of an end host, and the method comprises: A. a source end host transmitting a DNS inquiry message carrying a domain name of a destination end host to a DNS server, and the DNS server returning a DNS response message including an AID of the destination end host to the source end host; B. an Access Service Node, ASN, monitoring the DNS response message to obtain the AID of the destination end host in the monitored response message; C. the ASN inquiring of a mapping server according to the AID of the destination end host to obtain a Router Identifier, RID, of the destination end host; and D. after receiving a data message transmitted by the source end host to the destination end host, the ASN forwarding the data message according to the RID of the destination end host. A. a source end host transmitting a DNS inquiry message carrying a domain name of a destination end host to a DNS server, and the DNS server returning a DNS response message including an AID of the destination end host to the source end host; B. an Access Service Node, ASN, monitoring the DNS response message to obtain the AID of the destination end host in the monitored response message; C. the ASN inquiring of a mapping server according to the AID of the destination end host to obtain a Router Identifier, RID, of the destination end host; and D. after receiving a data message transmitted by the source end host to the destination end host, the ASN forwarding the data message according to the RID of the destination end host.
Parking brake system for a vehicle, comprising a first module integrated in a compressed-air supply system, which module comprises a valve device of at least partially bi-stable design for producing a control pressure for the pilot control of at least one function of the parking brake system and a first trailer control connection, which can be controlled by a first solenoid valve for carrying out a test function of a trailer parking brake, and a second module which is arranged a distance away from the first module and from the compressed-air supply system, characterised in that in the second module there is arranged a relay valve which receives the control pressure from the valve device in the first module and which is connected to a vent, by way of which, as a function of the control pressure, at least one spring-type cylinder of a tractor vehicle of the vehicle and as a function of a switching condition of the first solenoid valve, the first trailer control connection can be vented.