mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a laminate comprising: spin-coating a coating substrate with a coating composition containing a moisture-curing polyurethane resin to form a coating film on the coating substate, wherein the spin-coating step is carried out by using a spin coating apparatus comprising a cylinder member, installed in the lower chamber of the spin-coating apparatus, a rotatable substrate supporting device, surrounded with the cylinder member, supported by a ceiling plate, which extends from the upper end of the lower chamber to the inside of the spin-coating apparatus, wherein at least one exhaust port is provided in the lower chamber, wherein at least one exhaust port is provided in the lower chamber, wherein the cylinder member includes openings at the upper and bottom ends thereof, wherein the distance between the coating substrate and the cylinder member is from 5 mm to 50 mm, wherein the coating step is carried out in a space divided by a side wall and bottom wall, and the space is forcefully evacuated through the side wall and/or the bottom wall while spin coating, and wherein a coating mist that is spun-off from the coating composition of the coating substrate during the coating process is prevented from being reattached to the coating film being formed. spin-coating a coating substrate with a coating composition containing a moisture-curing polyurethane resin to form a coating film on the coating substate, wherein the spin-coating step is carried out by using a spin coating apparatus comprising a cylinder member, installed in the lower chamber of the spin-coating apparatus, a rotatable substrate supporting device, surrounded with the cylinder member, supported by a ceiling plate, which extends from the upper end of the lower chamber to the inside of the spin-coating apparatus, wherein at least one exhaust port is provided in the lower chamber, wherein at least one exhaust port is provided in the lower chamber, wherein the cylinder member includes openings at the upper and bottom ends thereof, wherein the distance between the coating substrate and the cylinder member is from 5 mm to 50 mm, wherein the coating step is carried out in a space divided by a side wall and bottom wall, and the space is forcefully evacuated through the side wall and/or the bottom wall while spin coating, and wherein a coating mist that is spun-off from the coating composition of the coating substrate during the coating process is prevented from being reattached to the coating film being formed.
Method for cutting plate-shaped metal workpieces having a thickness (d) of at least 2 mm in a fusion cutting process by means of a laser beam of a solid-state laser or diode laser and with nitrogen as cutting gas, which both together exit through a nozzle opening of a cutting gas nozzle, wherein the cutting gas that exits through the nozzle opening has a cutting gas pressure (p), characterized in that the opening diameter on the workpiece side or the length (a) of the long axis of the nozzle opening is between 7mm and 12mm, the distance of the nozzle end face on the workpiece side from the workpiece surface is between 0mm and 0.5mm, the cutting gas pressure (p) is between 1 bar and 6 bar, and at the height of the nozzle end face on the workpiece side, the beam axis of the laser beam is at a distance of at least 3 mm from the rear opening wall portion of the nozzle opening viewed in the cutting direction. the opening diameter on the workpiece side or the length (a) of the long axis of the nozzle opening is between 7mm and 12mm, the distance of the nozzle end face on the workpiece side from the workpiece surface is between 0mm and 0.5mm, the cutting gas pressure (p) is between 1 bar and 6 bar, and at the height of the nozzle end face on the workpiece side, the beam axis of the laser beam is at a distance of at least 3 mm from the rear opening wall portion of the nozzle opening viewed in the cutting direction.
Fuel distributor, in particular a combined fuel distribution rail for fuel injection systems of mixture-compressing spark-ignition internal combustion engines, comprising a first fuel distributor piece which serves for distributing natural gas to a plurality of connection points of the first fuel distributor piece, and at least a second fuel distributor piece which serves for distributing petrol to a plurality of connection points (6, 7, 8) of the second fuel distributor piece, wherein the first fuel distributor piece and the second fuel distributor piece are at least substantially integrated into a common housing, wherein a separating wall arranged in the interior of the housing is provided, which separating wall divides the interior of the housing into a first distributor space for the first fuel distributor piece and into a second distributor space for the second fuel distributor piece, characterized in that a separating element which comprises the separating wall is arranged in the interior of the housing, in that the separating element at the first distributor space bears at least in certain portions against an inner wall of the housing, and in that the separating element at the second distributor space bears at least in certain portions against the inner wall of the housing.
Pulverulent composition for the manufacture of articles with a metallic appearance that does not change over time and is resistant to metal marking, said composition comprising, relative to the total mass of the composition: - from 50% to 99.9% by mass of at least one thermoplastic polymer comprising polyamide, - from 0.1% to 5% by mass of at least one pigment with an optical effect, - at least one leafing metallic pigment, the quantity of which does not exceed 0.3% of the total mass of the composition, said composition also possibly comprising upto 49.9% of one or more other components chosen from polymers other than thermoplastics, fillers, additives, conventional monochromatic pigments or any other material that may be envisaged in such a pulverulent composition, said polyamide being chosen from the polyamides: PA 11, PA 12, PA 6.10, PA 6.12, PA 6.14, PA 6.18, PA 10.10, PA 10.12, copolyamides, and mixtures thereof. - from 50% to 99.9% by mass of at least one thermoplastic polymer comprising polyamide, - from 0.1% to 5% by mass of at least one pigment with an optical effect, - at least one leafing metallic pigment, the quantity of which does not exceed 0.3% of the total mass of the composition,
A method comprising: receiving, at an intrusion prevention system, security context information relevant to a connection between a wireless network infrastructure component and a wireless client, wherein the security context information comprises at least an identification of the wireless client, and wherein the security context information identifies any security protocols associated with the connection; validating, at the intrusion prevention system, the connection based on the security context information; Characterised by transmitting, if the connection is valid, the security context information from the intrusion prevention system to one or more detector wireless access points. receiving, at an intrusion prevention system, security context information relevant to a connection between a wireless network infrastructure component and a wireless client, wherein the security context information comprises at least an identification of the wireless client, and wherein the security context information identifies any security protocols associated with the connection; validating, at the intrusion prevention system, the connection based on the security context information; Characterised by transmitting, if the connection is valid, the security context information from the intrusion prevention system to one or more detector wireless access points.
A nonwoven material having a first surface and a second surface, said nonwoven material comprising a plurality of fibers, wherein said material is characterized in that it comprises a generally planar first region and a plurality of discrete integral second regions that comprise deformations forming protrusions extending outward from the first surface of said nonwoven material and openings in the second surface of said nonwoven material, said protrusions being formed from said fibers, wherein said protrusions comprise a base proximate the first surface of said nonwoven material, an opposed distal end extending outward in the Z-direction from the base, and side walls between said base and said distal end of said protrusion, and a cap comprising at least a portion of the side walls and the distal end of the protrusion, wherein said side walls have interior surfaces, and the interior surfaces of the side walls define a base opening at the base of the protrusion, wherein said cap portion has a portion with a maximum interior width, and the base opening has a width, the width of the base opening before and after compression being greater than 1 mm, wherein the maximum interior width of the cap portion of the protrusions is wider than the width of the base opening, wherein when compressive forces of 7 kPa are applied on said nonwoven material perpendicular to the plane of the first region in accordance with the Accelerated Compression Method #2, at least some of said protrusions have a depth in a range of from 0.25 mm to 5 mm, preferably from 0.25 mm to 1 mm, after compression and recovery; wherein the nonwoven comprises a spunbonded nonwoven comprising bicomponent fibers having one of the following configurations: a. a sheath and core configuration comprising a polyethylene sheath and a PET core; or b. a side-by- side configuration wherein one of the components of the fibers comprises polyethylene and the other component comprises PET. a. a sheath and core configuration comprising a polyethylene sheath and a PET core; or b. a side-by- side configuration wherein one of the components of the fibers comprises polyethylene and the other component comprises PET.
A Tunneled Direct Link Setup, TDLS, establishment method for a TDLS initiator, the method comprising: transmitting a TDLS setup request frame via an access point, AP, to an intended peer station; receiving a TDLS setup response frame via the AP from the intended peer station in response to the TDLS setup request frame; and transmitting a TDLS setup confirm frame via the AP to the intended peer station in response to the TDLS setup response frame to complete a setup of a TDLS link, characterized in that, the TDLS setup confirm frame includes an Enhanced Distributed Channel Access, EDCA, parameter set information element to support quality of service, QoS, feature via the TDLS link and an operation information element indicating two subchannels used for the TDLS link. transmitting a TDLS setup request frame via an access point, AP, to an intended peer station; receiving a TDLS setup response frame via the AP from the intended peer station in response to the TDLS setup request frame; and transmitting a TDLS setup confirm frame via the AP to the intended peer station in response to the TDLS setup response frame to complete a setup of a TDLS link, characterized in that, the TDLS setup confirm frame includes an Enhanced Distributed Channel Access, EDCA, parameter set information element to support quality of service, QoS, feature via the TDLS link and an operation information element indicating two subchannels used for the TDLS link.
A method of operating a building elevator system having a plurality of elevator systems (101a-101d) organized into an elevator group, the method comprising: detecting crowd data within an elevator lobby proximate the elevator group on a landing (125a-125i); determining a level of crowdedness in response to the crowd data; determining that at least two elevator cars (103a-103d) of the plurality of elevator systems (101a-101d) are required in response to the level of crowdedness; dispatching an elevator car of a first elevator system of the plurality of elevator systems (101a-101d) to the landing (125a-125i); and dispatching an elevator car of a second elevator system of the plurality of elevator systems (101a-101d) to the landing (125a-125i); characterized in that the method comprises: coordinating an arrival time of the elevator car of the first elevator system at the landing (125a-125i) and an arrival time of the elevator car of the second elevator system at the landing (125a-125i). detecting crowd data within an elevator lobby proximate the elevator group on a landing (125a-125i); determining a level of crowdedness in response to the crowd data; determining that at least two elevator cars (103a-103d) of the plurality of elevator systems (101a-101d) are required in response to the level of crowdedness; dispatching an elevator car of a first elevator system of the plurality of elevator systems (101a-101d) to the landing (125a-125i); and dispatching an elevator car of a second elevator system of the plurality of elevator systems (101a-101d) to the landing (125a-125i); characterized in that the method comprises: coordinating an arrival time of the elevator car of the first elevator system at the landing (125a-125i) and an arrival time of the elevator car of the second elevator system at the landing (125a-125i).
A method of polling management in a proximity services, ProSe, system, comprising: receiving, at a network entity (105, 206, 619, 704), a polling message from a first user equipment, UE, (115, 204, 650, 702); receiving (712, 904), at the network entity and after receiving the polling message, one or both of a first location report associated with the first UE and a second location report associated with a second UE; and determining whether to generate a polling response message upon receiving one or both of the first location report and the second location report, wherein the polling response message includes a next polling time for the first UE that is based on a location reporting schedule associated with one or both of the first UE and the second UE. receiving, at a network entity (105, 206, 619, 704), a polling message from a first user equipment, UE, (115, 204, 650, 702); receiving (712, 904), at the network entity and after receiving the polling message, one or both of a first location report associated with the first UE and a second location report associated with a second UE; and determining whether to generate a polling response message upon receiving one or both of the first location report and the second location report, wherein the polling response message includes a next polling time for the first UE that is based on a location reporting schedule associated with one or both of the first UE and the second UE.
An ink composition for oil-based ballpoint pens, comprising: 25 to 40% by weight of a coloring agent; 3.5 to 5% by weight of a binder resin comprising a polyvinylbutyral resin and a polyvinylpyrrolidone resin; 45 to 61.5% by weight of a primary solvent; and 10 to 15% by weight of a secondary solvent, wherein the polyvinylbutyral resin is present in an amount of 3 to 4% by weight of the ink composition, and the polyvinylpyrrolidone resin is present in an amount of 0.5 to 1% by weight of the ink composition, and wherein the primary solvent has a boiling point of 190 °C or higher, and the secondary solvent has a boiling point of 100°C to 130°C. 25 to 40% by weight of a coloring agent; 3.5 to 5% by weight of a binder resin comprising a polyvinylbutyral resin and a polyvinylpyrrolidone resin; 45 to 61.5% by weight of a primary solvent; and 10 to 15% by weight of a secondary solvent, wherein the polyvinylbutyral resin is present in an amount of 3 to 4% by weight of the ink composition, and the polyvinylpyrrolidone resin is present in an amount of 0.5 to 1% by weight of the ink composition, and wherein the primary solvent has a boiling point of 190 °C or higher, and the secondary solvent has a boiling point of 100°C to 130°C.
A method of applying particles to a backing having a make layer on one of the backing's opposed major surfaces comprising: supporting the particles on a feeding member having a feeding surface such that the particles settle into one or more layers on the feeding surface; the feeding surface and the backing being arranged in a non-parallel manner; translating the particles along the feeding surface and propelling the particles substantially horizontally across a gap to the backing and attaching the particles to the make layer by an electrostatic force. supporting the particles on a feeding member having a feeding surface such that the particles settle into one or more layers on the feeding surface; the feeding surface and the backing being arranged in a non-parallel manner; translating the particles along the feeding surface and propelling the particles substantially horizontally across a gap to the backing and attaching the particles to the make layer by an electrostatic force.
An aircraft propulsion system comprising: a fan mounted on a central shaft; a first electric motor mounted on the central shaft and arranged to drive rotation of the fan via the central shaft; and a second electric motor arranged to drive rotation of the fan via the central shaft, wherein the second electric motor is coaxially mounted downstream of the first electric motor, characterised in that the system further comprises a nacelle surrounding the fan, the first electric motor, and the second electric motor; and an inner fairing; wherein an outer diameter of the second electric motor is smaller than an outer diameter of the first electric motor, and the second electric motor is mounted at least partially within a tail cone portion of the inner fairing. a fan mounted on a central shaft; a first electric motor mounted on the central shaft and arranged to drive rotation of the fan via the central shaft; and a second electric motor arranged to drive rotation of the fan via the central shaft, wherein the second electric motor is coaxially mounted downstream of the first electric motor, characterised in that the system further comprises a nacelle surrounding the fan, the first electric motor, and the second electric motor; and an inner fairing; wherein an outer diameter of the second electric motor is smaller than an outer diameter of the first electric motor, and the second electric motor is mounted at least partially within a tail cone portion of the inner fairing.
A cannula assembly for applying a flow cannula for introducing, circulating or diverting a flow medium in particular blood, in a human or animal body, the cannula assembly comprising: a flow cannula and a guide device, wherein the flow cannula has a main portion and a tip portion; wherein the tip portion is pre-bent and in the functional position, projecting from said main portion in an arc shape at an angle relative to said main portion; and wherein the tip portion, in the application position, is maintained by said guide device in a direction of a longitudinal extent of said main portion, characterized in that the cannula assembly is configured for trans-septal cannulation of a the left atrium of a heart by an approach via the superior vena cava for trans-atrial puncture. a flow cannula and a guide device, wherein the flow cannula has a main portion and a tip portion; wherein the tip portion is pre-bent and in the functional position, projecting from said main portion in an arc shape at an angle relative to said main portion; and wherein the tip portion, in the application position, is maintained by said guide device in a direction of a longitudinal extent of said main portion, characterized in that the cannula assembly is configured for trans-septal cannulation of a the left atrium of a heart by an approach via the superior vena cava for trans-atrial puncture.
A fluid flow control apparatus for use in medical fluid sampling, comprising: a valve assembly comprising a housing and a body that defines a passageway, the body rotatably assembled to the housing along an axis of rotation, and at least two recesses (48a, 48b) that are fluidly isolated from the passageway; a first port and a second port, each extending from the housing and configured for connection to medical devices; wherein the valve assembly is operable to interchangeably align the passageway and the recesses with the ports; and a cap connected to the housing and forming an opening for coupling to a specimen container; wherein: the valve assembly is configured to provide at least two flow states; a first flow state of said at least two flow states of the valve assembly includes the passageway fluidly connecting the first and second ports; and a second flow state of the at least two flow states of the valve assembly defines a direction of fluid flow from a first port, through one of the at least two recesses, into the cap, through the opposite of the at least two recesses and the second port; characterized in that: said at least two recesses (48a, 48b) are defined by an interior surface of the housing and the body. a valve assembly comprising a housing and a body that defines a passageway, the body rotatably assembled to the housing along an axis of rotation, and at least two recesses (48a, 48b) that are fluidly isolated from the passageway; a first port and a second port, each extending from the housing and configured for connection to medical devices; wherein the valve assembly is operable to interchangeably align the passageway and the recesses with the ports; and a cap connected to the housing and forming an opening for coupling to a specimen container; the valve assembly is configured to provide at least two flow states; a first flow state of said at least two flow states of the valve assembly includes the passageway fluidly connecting the first and second ports; and a second flow state of the at least two flow states of the valve assembly defines a direction of fluid flow from a first port, through one of the at least two recesses, into the cap, through the opposite of the at least two recesses and the second port; said at least two recesses (48a, 48b) are defined by an interior surface of the housing and the body.
A friction material composition which comprises a fibrous material except for asbestos, an inorganic friction regulating agent, an organic friction regulating agent and a binder, characterized in that active alumina is contained as the inorganic friction regulating agent in a content of 1 to 15 % by weight based on the whole composition, and a fluorine series polymer is contained as the organic friction regulating agent in a content of 0.3 to 6 % by weight based on the whole composition.
A polyester film for solar cells comprising a cavity-containing polyester film, the polyester film for solar cells having: an average reflectance of 70% or greater and 95% or less in a wavelength range of from 400 to 1200 nm, measured as disclosed in the description; and an average transmittance of 5% or greater and 30% or less in a wavelength range of from 700 to 1200 nm, measured as disclosed in the description; wherein the cavity-containing polyester film contains a polyester resin, an incompatible thermoplastic resin which is incompatible with the polyester resin, and a dispersion thermoplastic resin which is incompatible with both the polyester resin and the incompatible thermoplastic resin, and the dispersion thermoplastic resin has a surface tension greater than that of the incompatible thermoplastic resin.