mhurhangee/ep-ind-claims huggingface dataset:
A method for resolving a host name comprising the step of: - receiving by a Short Message Service gateway server a first service message of the Short Message Service from a mobile device, said first service message comprising a host name resolution request for said host name, and forwarding said host name from said Short Message Service gateway server to a host name resolver server; - at said host name resolver server, determining a Fully Qualified Domain Name for said host name and by means of a local database and/or at least one remote Domain Name System server an IP address associated with said Fully Qualified Domain Name; and - transmitting said IP address associated with said Fully Qualified Domain Name from said host name resolver server to said Short Message Service gateway server, and transmitting via said Short Message Service gateway server a second service message of the Short Message Service to said mobile device, said second service message comprising said IP address associated with said Fully Qualified Domain Name. - receiving by a Short Message Service gateway server a first service message of the Short Message Service from a mobile device, said first service message comprising a host name resolution request for said host name, and forwarding said host name from said Short Message Service gateway server to a host name resolver server; - at said host name resolver server, determining a Fully Qualified Domain Name for said host name and by means of a local database and/or at least one remote Domain Name System server an IP address associated with said Fully Qualified Domain Name; and - transmitting said IP address associated with said Fully Qualified Domain Name from said host name resolver server to said Short Message Service gateway server, and transmitting via said Short Message Service gateway server a second service message of the Short Message Service to said mobile device, said second service message comprising said IP address associated with said Fully Qualified Domain Name.
A method of controlling an engine, comprising the steps of: during motoring of the engine, injecting, by an injector, fuel for analysis into a cylinder of the engine at a specific timing after an intake valve of the cylinder is closed; acquiring, by a controller, a crank angle period (t1, t2) from a start timing of the fuel injection to a timing of a pressure inside the cylinder reaching a reference pressure (Px), in response to signals of a crank angle sensor and an in-cylinder pressure sensor; and determining, by the controller, a property of the fuel injected by the injector by comparing the acquired crank angle period (t1, t2) with a predetermined reference crank angle period, the reference crank angle period being from an injection start timing when a standard fuel is injected into the cylinder to a timing of the pressure inside the cylinder reaching the reference pressure (Px). during motoring of the engine, injecting, by an injector, fuel for analysis into a cylinder of the engine at a specific timing after an intake valve of the cylinder is closed; acquiring, by a controller, a crank angle period (t1, t2) from a start timing of the fuel injection to a timing of a pressure inside the cylinder reaching a reference pressure (Px), in response to signals of a crank angle sensor and an in-cylinder pressure sensor; and determining, by the controller, a property of the fuel injected by the injector by comparing the acquired crank angle period (t1, t2) with a predetermined reference crank angle period, the reference crank angle period being from an injection start timing when a standard fuel is injected into the cylinder to a timing of the pressure inside the cylinder reaching the reference pressure (Px).
An aluminum nitride powder having a cumulative volume 50 % particle diameter D50 of 0.5 to 7.0 μm in particle size distribution measured with a laser diffraction scattering particle size distribution meter, a ratio of cumulative volume 90 % particle diameter D90 to D50 (=D90/D50) of 1.3 to 3.5 and a BET specific surface area of 0.4 to 6.0 m 2 /g, wherein when paste obtained by mixing together 150 parts by mass of the aluminum nitride powder and 100 parts by mass of silicone oil having a kinetic viscosity at 25° C of 1,000 cSt is measured with a grind gauge, the upper limit particle diameter at which a linear mark is produced is not more than 5 times as large as D90.
An immature B cell, mature naïve B cell, mature activated B cell, memory B cell, or plasma cell comprising a vector, wherein the vector comprises a nucleic acid encoding at least one surface-expressed antibody receptor selected from Igα, Igα and Igβ, mutated Igα having one or more mutations selected from Y176F, Y182F, Y193F and Y204F, mutated Igα having a deletion of amino acid residues 176-220, and chimeric Igα and Igβ, wherein the B cell, into which the vector is transfected, is an antibody producing B cell.
Shoe sole in particular for a sports shoe comprising: a. a first area with a first deformation element (20, 70); b. a second area with second deformation elements; wherein c. the first deformation element (20, 70) comprises a foamed material; d. the second deformation elements comprise honeycomb-like deformation elements and are free from foamed materials; and e. wherein the honeycomb-like deformation elements are provided on the lateral and the medial sides of the shoe sole and do not extend from the lateral to the medial sides of the shoe sole, characterized in that the honeycomb-like deformation elements are visible in a side view of the shoe sole. a. a first area with a first deformation element (20, 70); b. a second area with second deformation elements; wherein c. the first deformation element (20, 70) comprises a foamed material; d. the second deformation elements comprise honeycomb-like deformation elements and are free from foamed materials; and e. wherein the honeycomb-like deformation elements are provided on the lateral and the medial sides of the shoe sole and do not extend from the lateral to the medial sides of the shoe sole, characterized in that the honeycomb-like deformation elements are visible in a side view of the shoe sole.
Solid cosmetic composition in the form of a powder, which is preferably compacted, comprising at least: - a pulverulent phase in an amount of greater than or equal to 35% by weight relative to the total weight of the composition, comprising at least one perlite in the form of particles in a content of greater than or equal to 20% by weight relative to the total weight of the composition, - a liquid fatty phase, and in which the perlite particles and the liquid fatty phase are present in the composition in a respective total content such that the weight ratio of the perlite particles to the liquid fatty phase ranges from 2 to 25. - a pulverulent phase in an amount of greater than or equal to 35% by weight relative to the total weight of the composition, comprising at least one perlite in the form of particles in a content of greater than or equal to 20% by weight relative to the total weight of the composition, - a liquid fatty phase, and in which the perlite particles and the liquid fatty phase are present in the composition in a respective total content such that the weight ratio of the perlite particles to the liquid fatty phase ranges from 2 to 25.
A liquid laundry additive, comprising: a cleaning booster polymer, comprising: (a) 50 to 95 wt%, based on dry weight of the cleaning booster polymer, of structural units of a monoethylenically unsaturated carboxylic acid monomer; (b) 5 to 50 wt%, based on dry weight of the cleaning booster polymer, of structural units of an ethylenically unsaturated monomer of formula wherein x is an average of 0 to 20; wherein y is an average of 0 to 30 and wherein x + y ≥ 1; and (c) 0 to 25 wt%, based on dry weight of the cleaning booster polymer, of structural units of an ethylenically unsaturated monomer of formula wherein each R 1 is independently selected from a -C 1-4 alkyl group; and wherein each R 2 is independently selected from the group consisting of a hydrogen and a methyl group. (a) 50 to 95 wt%, based on dry weight of the cleaning booster polymer, of structural units of a monoethylenically unsaturated carboxylic acid monomer; (b) 5 to 50 wt%, based on dry weight of the cleaning booster polymer, of structural units of an ethylenically unsaturated monomer of formula wherein x is an average of 0 to 20; wherein y is an average of 0 to 30 and wherein x + y ≥ 1; and (c) 0 to 25 wt%, based on dry weight of the cleaning booster polymer, of structural units of an ethylenically unsaturated monomer of formula
Punching tool for cutting plastics-based film elements, having a punching stamp unit that has multiple blade holders, to each of which at least one punching blade having a cutting wedge that tapers towards a cutting edge is attached, and having a die associated with the punching stamp unit, and positioned opposite it, for receiving the film element to be processed, wherein the punching stamp unit is mounted to be movable relative to the die between a starting position and a processing position during a punching stroke occurring in a stroke direction, wherein the cutting wedges of the punching blades penetrate the film element in the processing position and, depending on the depth of penetration thereof, produce a cutting line or break line along an edge length of the cutting edge in the film element, characterized in that the cutting edge has a perforation section for creating a break line and, on either side of the perforation section, cutting sections for creating a cutting line, wherein the cutting sections project in the stroke direction relative to the perforation section.
Wind turbine having a rotating rotor hub revolving around a rotary axis with rotor blades (9, 10 11) extending radially relative to the rotor axis at the same angular distance from each other and a remote wind gauge fastened outside on the surface of the hub in a fixture which is aligned so that wind characteristics can be determined or measured at a distance in front of the hub, characterized in that the remote wind gauge is arranged between two adjacent rotor blades (9, 10) and in the radial direction of the rotor axis, and the fixture is detachably fastened in the area where the rotor hub and rotor blades (9,10) are each connected to the respective blade bearing flange (21, 22) in such a way that the remote wind gauge can be retrofitted to the wind turbine.
Assembly forming at least in an assembled state a tray for plant material, comprising: - a holder; and - at least one insert which is configured to be respectively placed in the holder for achieving an assembled state and configured to be removed therefrom for achieving a disassembled state, wherein the insert comprises at least one cell defining a plant position, said cell comprising at least one wall and a bottom to in use be filled with content, such as at least one of plant material and a growth substrate, wherein the bottom of the insert comprises a first opening and the at least one wall of the insert comprises a second opening to enable, in the disassembled state, access there through to the plant position, with the holder comprising closures for closing at least the second opening in the at least one wall of the insert in the assembled state, and wherein the top side of the cell is open, CHARACTERISED IN THAT the at least one wall of the insert substantially encloses the cell, wherein said substantially enclosing wall of the cell of the insert is diverging in a direction away from the bottom towards the top side and comprises a remaining portion of at least the wall, adjacent to the second opening, maintaining the content in the plant position in a disassembled state of the assembly, wherein at least the second opening is configured for a pusher to be moved upward there through to engage and lift the contents from the cell. - a holder; and - at least one insert which is configured to be respectively placed in the holder for achieving an assembled state and configured to be removed therefrom for achieving a disassembled state, wherein the insert comprises at least one cell defining a plant position, said cell comprising at least one wall and a bottom to in use be filled with content, such as at least one of plant material and a growth substrate, wherein the bottom of the insert comprises a first opening and the at least one wall of the insert comprises a second opening to enable, in the disassembled state, access there through to the plant position, with the holder comprising closures for closing at least the second opening in the at least one wall of the insert in the assembled state, and wherein the top side of the cell is open, CHARACTERISED IN THAT the at least one wall of the insert substantially encloses the cell, wherein said substantially enclosing wall of the cell of the insert is diverging in a direction away from the bottom towards the top side and comprises a remaining portion of at least the wall, adjacent to the second opening, maintaining the content in the plant position in a disassembled state of the assembly, wherein at least the second opening is configured for a pusher to be moved upward there through to engage and lift the contents from the cell.
A device for the combined bending of curved croissant dough pieces (01, 01a, 01b) from rectilinearly rolled unprocessed dough pieces and for pressing together the tips (06, 06a, 06b, 07, 07a, 07b) of the croissant dough pieces (01, 01a, 01b), comprising: - a base, and - a gripper carrier, and - two pivot carriers (16, 23) which are each pivotally mounted around a pivot axis in the gripper carrier and which carry out opposite pivot motions, and - retaining jaws (17, 24) which are firmly connected to the pivot carrier (16, 23) and which can be brought into abutment against a first side of the croissant dough piece (01, 01a 01b), and - shaping jaws (18, 25) which are arranged on the pivot carrier (16, 23) and which can be brought into abutment against the oppositely arranged second side of the dough piece (01, 01a, 01b), and - a drive, and - at least one elastically deformable active unit (08, 08a, 08b) whose active surface can be brought into engagement at the curved croissant dough piece (01, 01a, 01b) by driving the active unit (08, 08a, 08b), the tips (06, 06a, 06b, 07, 07a, 07b) of the croissant dough piece (01, 01a, 01b) being able to be pressed against the base or against each other by driving the active unit (08, 08a, 08b) and being able to be at least slightly connected to each other, and said active surface of the active unit (08, 08a, 08b) in the active zone being able to be brought into abutment against the dough skin via an elastic deformation of the active unit (08, 08a, 08b), characterized in that the active unit (08, 08a, 08b) has a degree of hardness ranging from 0 Shore A to 20 Shore A. - a base, and - a gripper carrier, and - two pivot carriers (16, 23) which are each pivotally mounted around a pivot axis in the gripper carrier and which carry out opposite pivot motions, and - retaining jaws (17, 24) which are firmly connected to the pivot carrier (16, 23) and which can be brought into abutment against a first side of the croissant dough piece (01, 01a 01b), and - shaping jaws (18, 25) which are arranged on the pivot carrier (16, 23) and which can be brought into abutment against the oppositely arranged second side of the dough piece (01, 01a, 01b), and - a drive, and - at least one elastically deformable active unit (08, 08a, 08b) whose active surface can be brought into engagement at the curved croissant dough piece (01, 01a, 01b) by driving the active unit (08, 08a, 08b), the tips (06, 06a, 06b, 07, 07a, 07b) of the croissant dough piece (01, 01a, 01b) being able to be pressed against the base or against each other by driving the active unit (08, 08a, 08b) and being able to be at least slightly connected to each other, and said active surface of the active unit (08, 08a, 08b) in the active zone being able to be brought into abutment against the dough skin via an elastic deformation of the active unit (08, 08a, 08b),
A floor cleaning machine comprising a side brush arrangement having a frame element which is attached to the machine frame of the floor cleaning machine, wherein the frame element extends along a pivot plane which extends perpendicular to a floor surface to be cleaned and transversely to the direction of travel of the floor cleaning machine, having a side brush which is rotationally driven to rotate about a rotation axis, wherein the rotation axis is aligned in such a way that, when the side brush arrangement is attached to a floor cleaning machine, it extends upwards away from the floor surface to be cleaned, having a side brush carrier (13, 13a) on which the side brush (5, 5a) is rotatably mounted, wherein the side brush carrier (13, 13a) is held on the frame element in such a way that it can perform a movement in the pivot plane, characterized in that a first and a second connecting arm (21, 21a; 23, 23 a) are provided, which have a first and a second end and extend in the pivot plane, wherein the first ends of the first and second connecting arms (21, 21a; 23, 23a) are pivotably connected to the frame element at a distance from one another about first pivot axes (25, 25a; 27, 27a), wherein the second ends of the first and second connecting arms (21, 21a; 23, 23a) are pivotably connected to the side brush carrier (13, 13a) at a distance from one another about second pivot axes (29, 29a; 31, 31a), and wherein the first and second pivot axes (25, 25a; 27, 27a; 29, 29a; 31, 31a) run perpendicular to the pivot plane. having a frame element which is attached to the machine frame of the floor cleaning machine, wherein the frame element extends along a pivot plane which extends perpendicular to a floor surface to be cleaned and transversely to the direction of travel of the floor cleaning machine, having a side brush which is rotationally driven to rotate about a rotation axis, wherein the rotation axis is aligned in such a way that, when the side brush arrangement is attached to a floor cleaning machine, it extends upwards away from the floor surface to be cleaned, having a side brush carrier (13, 13a) on which the side brush (5, 5a) is rotatably mounted, wherein the side brush carrier (13, 13a) is held on the frame element in such a way that it can perform a movement in the pivot plane, characterized in that a first and a second connecting arm (21, 21a; 23, 23 a) are provided, which have a first and a second end and extend in the pivot plane, wherein the first ends of the first and second connecting arms (21, 21a; 23, 23a) are pivotably connected to the frame element at a distance from one another about first pivot axes (25, 25a; 27, 27a), wherein the second ends of the first and second connecting arms (21, 21a; 23, 23a) are pivotably connected to the side brush carrier (13, 13a) at a distance from one another about second pivot axes (29, 29a; 31, 31a), and wherein the first and second pivot axes (25, 25a; 27, 27a; 29, 29a; 31, 31a) run perpendicular to the pivot plane.
A method of monitoring a level of a liquid in a tank of a moveable vehicle, the method comprising: sensing an orientation of the moveable vehicle relative to a horizontal plane with a vehicle orientation sensor; determining, with a controller, if the orientation of the moveable vehicle is less than an allowable orientation threshold or if the orientation of the moveable vehicle is equal to or greater than the allowable orientation threshold; measuring a level of the liquid in the tank of the moveable vehicle with a liquid level sensor when the orientation of the moveable vehicle is less than the allowable orientation threshold; defining a sensed fluid level value with the controller, wherein the sensed fluid level value is based on the measured level of the liquid when the orientation of the moveable vehicle is less than the allowable orientation threshold; and saving the sensed fluid level value in a memory of the controller, and the method further comprising dispensing the liquid from the tank, and measuring a volume of the liquid dispensed from the tank with a flow sensor, characterized in that, the method further comprising defining an estimated fluid level value with the controller when the orientation of the moveable vehicle is equal to or greater than the allowable orientation threshold, wherein the estimated fluid level value is based on the volume of the liquid dispensed from the tank. sensing an orientation of the moveable vehicle relative to a horizontal plane with a vehicle orientation sensor; determining, with a controller, if the orientation of the moveable vehicle is less than an allowable orientation threshold or if the orientation of the moveable vehicle is equal to or greater than the allowable orientation threshold; measuring a level of the liquid in the tank of the moveable vehicle with a liquid level sensor when the orientation of the moveable vehicle is less than the allowable orientation threshold; defining a sensed fluid level value with the controller, wherein the sensed fluid level value is based on the measured level of the liquid when the orientation of the moveable vehicle is less than the allowable orientation threshold; and saving the sensed fluid level value in a memory of the controller, and the method further comprising dispensing the liquid from the tank, and measuring a volume of the liquid dispensed from the tank with a flow sensor, characterized in that, the method further comprising defining an estimated fluid level value with the controller when the orientation of the moveable vehicle is equal to or greater than the allowable orientation threshold, wherein the estimated fluid level value is based on the volume of the liquid dispensed from the tank.