mhurhangee/ep-ind-claims huggingface dataset:
An extruded magnesium alloy: comprising Ca in an amount of "a" atomic %, Al in an amount of "b" atomic % and a residue of Mg and an optional impurity, and optionally comprising Zn in an amount of "x" atomic %, wherein "x" satisfies the below equation, and optionally containing at least one element selected from the group consisting of Mn, Zr, Si, Sc, Sn, Ag, Cu, Li, Be, Mo, Nb, W and a rare-earth metal in an amount of "i" atomic %, where "i" satisfies the below equation, and optionally containing at least one compound selected from the group consisting of Mg 2 Si, SiC, MgO and CaO in an amount of "j" atomic % as an amount of metal atom in the compound, where "j" satisfies the below equation, comprising (Mg, Al) 2 Ca in an amount of "c" volume %, wherein "a", "b" and "c" satisfy the following equations,, and, and having a compound-free region in which said (Mg, Al) 2 Ca is not dispersed and a compound-dispersed region in which said (Mg, Al) 2 Ca is dispersed, wherein a volume fraction of the compound-dispersed region is "f" %, wherein "f" satisfies the following equation, wherein a crystal particle size of said dispersed (Mg, Al) 2 Ca is "e", wherein "e" satisfies the following equation, 4 ≤ a ≤ 6.5 7.5 ≤ b ≤ 11 1.2 ≤ b / a ≤ 3.0 10 ≤ c ≤ 35 1 nm ≤ e ≤ 2 μm 35 ≤ f ≤ 65 0 < i ≤ 0.3 0 < j ≤ 5 0 < x ≤ 3. comprising Ca in an amount of "a" atomic %, Al in an amount of "b" atomic % and a residue of Mg and an optional impurity, and optionally comprising Zn in an amount of "x" atomic %, wherein "x" satisfies the below equation, and optionally containing at least one element selected from the group consisting of Mn, Zr, Si, Sc, Sn, Ag, Cu, Li, Be, Mo, Nb, W and a rare-earth metal in an amount of "i" atomic %, where "i" satisfies the below equation, and optionally containing at least one compound selected from the group consisting of Mg 2 Si, SiC, MgO and CaO in an amount of "j" atomic % as an amount of metal atom in the compound, where "j" satisfies the below equation, comprising (Mg, Al) 2 Ca in an amount of "c" volume %, wherein "a", "b" and "c" satisfy the following equations,, and, and having a compound-free region in which said (Mg, Al) 2 Ca is not dispersed and a compound-dispersed region in which said (Mg, Al) 2 Ca is dispersed, wherein a volume fraction of the compound-dispersed region is "f" %, wherein "f" satisfies the following equation, wherein a crystal particle size of said dispersed (Mg, Al) 2 Ca is "e", wherein "e" satisfies the following equation, 4 ≤ a ≤ 6.5 7.5 ≤ b ≤ 11 1.2 ≤ b / a ≤ 3.0 10 ≤ c ≤ 35 1 nm ≤ e ≤ 2 μm 35 ≤ f ≤ 65 0 < i ≤ 0.3 0 < j ≤ 5 0 < x ≤ 3.
A device for drilling an acoustic component comprising a drilling head, the drilling head comprising a support block comprising at least two autonomous drilling cassettes each comprising at least one drilling bit, a stationary armature with respect to the support block and a bit support moveable along the main axis (Δ) of the cassette between a retracted position and an deployed position, characterized in that each bit support is equipped with at least one device for sensing the skin of the acoustic component to be drilled making it possible to automatically control the drilling depth of the bits of each cassette, the sensing device comprising at least one sensing means and at least one sensor making it possible to detect, using the sensing means, the position of the bits with respect to the skin of the acoustic component to be drilled.
A yarn winding device comprising: a winding section adapted to wind a yarn around a conical winding bobbin to form a conical package; characterized by further comprising: a winding-angle pattern storage section adapted to store a winding-angle pattern that associates a thickness of a yarn layer of the package with a winding-angle; and a winding control section adapted to control the winding section so as to wind the yarn with the winding-angle determined in accordance with the winding-angle pattern stored in the winding-angle pattern storage section. a winding section adapted to wind a yarn around a conical winding bobbin to form a conical package; characterized by further comprising: a winding-angle pattern storage section adapted to store a winding-angle pattern that associates a thickness of a yarn layer of the package with a winding-angle; and a winding control section adapted to control the winding section so as to wind the yarn with the winding-angle determined in accordance with the winding-angle pattern stored in the winding-angle pattern storage section. a winding-angle pattern storage section adapted to store a winding-angle pattern that associates a thickness of a yarn layer of the package with a winding-angle; and a winding control section adapted to control the winding section so as to wind the yarn with the winding-angle determined in accordance with the winding-angle pattern stored in the winding-angle pattern storage section.
System for the variation of the surface of the unloading station of a machine for working panels comprising at least one machine for cutting panels in wood, plastic, glass, fiberglass, ceramic and metal, comprising a loading station provided with a supporting plane, which extends along a second axis, to support at least one panel to be worked, a working unit in which said at least one panel is cut along a cutting line parallel to a first axis orthogonal to said second axis, an unloading station of said at least one worked panel, provided with a plurality of initial planes, arranged side by side and parallel with respect to said second axis and spaced apart, each being movable along said first axis; one or more additional planes stackable in a storage unit; said system being characterized in that it comprises a handling device capable of moving said one or more additional planes (P A) from said storage unit towards said unloading station and of arranging said one or more additional planes (P A) between said initial planes. at least one machine for cutting panels in wood, plastic, glass, fiberglass, ceramic and metal, comprising a loading station provided with a supporting plane, which extends along a second axis, to support at least one panel to be worked, a working unit in which said at least one panel is cut along a cutting line parallel to a first axis orthogonal to said second axis, an unloading station of said at least one worked panel, provided with a plurality of initial planes, arranged side by side and parallel with respect to said second axis and spaced apart, each being movable along said first axis; one or more additional planes stackable in a storage unit; said system being characterized in that it comprises a handling device capable of moving said one or more additional planes (P A) from said storage unit towards said unloading station and of arranging said one or more additional planes (P A) between said initial planes.
A device for bone fixation, comprising: a) a bone plate with a plate hole adapted to receive a bone screw, the plate hole having an inner wall made of a material with a hardness Hp; and b) a hollow cylindrical or hollow conical insert supported in the plate hole and abutting at least partially the inner wall and adapted to receive the head of the bone screw, wherein c) the insert is arranged in the plate hole in a rotation-proof manner and secured against axial displacement; and d) the insert consists of a material with the hardness H E < H P; characterized in that e) the rotation-proof reception of the insert in the plate hole is realized by means of positive locking, so that the insert is secured against shifting, pivoting and rotating inside the plate hole. a) a bone plate with a plate hole adapted to receive a bone screw, the plate hole having an inner wall made of a material with a hardness Hp; and b) a hollow cylindrical or hollow conical insert supported in the plate hole and abutting at least partially the inner wall and adapted to receive the head of the bone screw, wherein c) the insert is arranged in the plate hole in a rotation-proof manner and secured against axial displacement; and d) the insert consists of a material with the hardness H E < H P; characterized in that e) the rotation-proof reception of the insert in the plate hole is realized by means of positive locking, so that the insert is secured against shifting, pivoting and rotating inside the plate hole.
A process for producing water-absorbing polymer particles, comprising i) the neutralization of at least one ethylenically unsaturated monomer bearing acid groups with a base up to a degree of neutralization of 30 to 85 mol%, ii) polymerization of the neutralized monomer in the presence of at least one crosslinker and of at least one initiator, iii) drying of the resulting polymer gel, iv) comminution of the dried polymer gel to polymer particles, v) classification of the resulting polymer particles and vi) optional surface postcrosslinking of the classified polymer particles, the polymer particles being coated with 0.001 to 5% by weight of at least one chelating agent and with 0.001 to 5% by weight of at least one condensed tannin and/or hydrolyzable tannin. i) the neutralization of at least one ethylenically unsaturated monomer bearing acid groups with a base up to a degree of neutralization of 30 to 85 mol%, ii) polymerization of the neutralized monomer in the presence of at least one crosslinker and of at least one initiator, iii) drying of the resulting polymer gel, iv) comminution of the dried polymer gel to polymer particles, v) classification of the resulting polymer particles and vi) optional surface postcrosslinking of the classified polymer particles,
Method for longitudinally cutting poultry legs along a contour defined by an inwardly extending bone structure, wherein the method comprises the steps of: suspending at least one poultry leg at its ankle joint; conveying the suspended at least one poultry leg along a predefined path of conveyance; providing at least one cutting unit, having a directionable knife in the predefined path of conveyance; positioning the at least one poultry leg such that it is lined-up for a longitudinal cutting engagement by the directionable knife; bringing the directionable knife into cutting engagement with the at least one poultry leg; continuously adjusting position and cutting direction of the directionable knife with a cutter drive unit for rotating the angularly rotatable knife to follow the contour defined by the bone structure of the at least one poultry leg while conveying the positioned at least one poultry leg past the directionable knife. suspending at least one poultry leg at its ankle joint; conveying the suspended at least one poultry leg along a predefined path of conveyance; providing at least one cutting unit, having a directionable knife in the predefined path of conveyance; positioning the at least one poultry leg such that it is lined-up for a longitudinal cutting engagement by the directionable knife; bringing the directionable knife into cutting engagement with the at least one poultry leg; continuously adjusting position and cutting direction of the directionable knife with a cutter drive unit for rotating the angularly rotatable knife to follow the contour defined by the bone structure of the at least one poultry leg while conveying the positioned at least one poultry leg past the directionable knife.
Safety valve unit, in particular for protecting a storage water heater, comprising a shut-off tap (16,17) for adjusting fluid flow between an inlet and an outlet of the valve unit, a check valve to prevent fluid backflow from the outlet to the inlet, a safety valve to discharge fluid in the event of overpressure, and a discharge pipe connected to the safety valve, comprising a cross connector that incorporates the shut-off tap (16,17) and the check valve, in which the connector has a first inlet connection and a second outlet connection for connecting respectively to a fluid inlet conduit and to a fluid outlet conduit, and has further a third and a fourth connection, to one of which (14;15) the safety valve is connected and the other of which (14;15) is closed by a plug, fixing elements being provided for removably fixing the safety valve and the plug, characterised in that the fixing elements comprise perimetric equal internal grooves (32,33) obtained in the third and in the fourth connection, corresponding perimetric equal external grooves (35,36) obtained in the body of the safety valve and in the plug, and locking elements, the perimetric equal internal grooves (32,33) being aligned with the perimetric equal external grooves (35,36) and the locking elements being insertable in an extractable manner between the internal grooves (32,33) and the external grooves (35,36) to secure the safety valve and the plug to the third and fourth connection, wherein the locking elements are made up of two identical forks, each of which is inserted into a pair of opposite openings (38;39) of one or other of said third and fourth connection, to allow the position of the safety valve and the plug to be inverted.
A method for continuously annealing a steel strip, the method comprising: annealing the steel strip in a vertical annealing furnace including a heating zone, a soaking zone and a cooling zone arranged in this order from an entry side of the furnace through which the steel strip is vertically conveyed, an atmosphere in the furnace being separated by a partition disposed within the heating zone, wherein: an atmosphere gas is supplied from an outside of the furnace into the furnace to form a furnace gas that is discharged from a steel strip entrance at the entry side of the furnace; a part of the furnace gas is sucked and discharged into a refiner, which is disposed outside of the furnace, including a deoxygenator and a dehumidifier such that oxygen and moisture in the part of the furnace gas are removed to form a refiner gas having a lowered dew point; and the refiner gas having the lowered dew point is returned into the furnace; and controlling a temperature of the steel strip passing through the partition to a temperature in a range from 550°C to 700°C. annealing the steel strip in a vertical annealing furnace including a heating zone, a soaking zone and a cooling zone arranged in this order from an entry side of the furnace through which the steel strip is vertically conveyed, an atmosphere in the furnace being separated by a partition disposed within the heating zone, wherein: an atmosphere gas is supplied from an outside of the furnace into the furnace to form a furnace gas that is discharged from a steel strip entrance at the entry side of the furnace; a part of the furnace gas is sucked and discharged into a refiner, which is disposed outside of the furnace, including a deoxygenator and a dehumidifier such that oxygen and moisture in the part of the furnace gas are removed to form a refiner gas having a lowered dew point; and the refiner gas having the lowered dew point is returned into the furnace; and an atmosphere gas is supplied from an outside of the furnace into the furnace to form a furnace gas that is discharged from a steel strip entrance at the entry side of the furnace; a part of the furnace gas is sucked and discharged into a refiner, which is disposed outside of the furnace, including a deoxygenator and a dehumidifier such that oxygen and moisture in the part of the furnace gas are removed to form a refiner gas having a lowered dew point; and the refiner gas having the lowered dew point is returned into the furnace; and controlling a temperature of the steel strip passing through the partition to a temperature in a range from 550°C to 700°C.
Method for assembling a trim part to a supporting part of a vehicle, wherein the trim part has an outer surface and an inner surface opposing the outer surface and is fixable to the supporting part by fixing means provided on the inner surface, a fixing connection being established by engaging the fixing means with counter means provided on the supporting part, the method comprising following steps: - aligning the trim part and the supporting part such that the fixing means and the counter means can be engaged to each other, - engaging the fixing means with the counter means by applying force to the outer surface of trim part, - fastening an indicator on the outer surface for indicating the position of the fixing means, characterized in the step of removing the indicator after having established the fixing connection. - aligning the trim part and the supporting part such that the fixing means and the counter means can be engaged to each other, - engaging the fixing means with the counter means by applying force to the outer surface of trim part, - fastening an indicator on the outer surface for indicating the position of the fixing means,
Exterior aircraft light unit, comprising a support plate, an LED, mounted to the support plate, and a near end of life detector for sensing a light output level of the LED, the near end of life detector being mounted to the support plate, and a transparent optical element for shaping an output light intensity distribution of the exterior aircraft light unit, wherein the transparent optical element jointly encases the LED and the near end of life detector, characterized in that the transparent optical element is configured in such a way that light from the LED reaches the near end of life detector through the transparent optical element, wherein the transparent optical element is in direct contact with at least one of the LED and the near end of life detector.
A system for transmitting and receiving radio signals comprising a control unit having a modem and a transmit amplifier module connected to the modem, an antenna unit spaced apart from the control unit having an antenna and a receive amplifier module connected to the antenna, and a high frequency cable connecting the control unit and the antenna unit, wherein the antenna unit comprises a protective circuit for protecting the transmit amplifier module or the modem, said protective circuit comprising a protective switch having a reflection power detector and a terminating resistor, characterized by a bypass line and in that the protective circuit is configured to route a transmit signal by means of the bypass line past the receive amplifier module to the antenna or to the terminating resistor when a reflection power detected by the reflection power detector exceeds a predetermined threshold value.
Multilayer composite material composed of at least one flexible backing film and one non-woven or paper, characterized in that backing film and/or non-woven or paper have been rendered flame-retardant, the composite material has at least two metallized layers separated from one another by one or more intermediate layers and situated between the flexible backing film and the non-woven or paper.
A composite article comprising: - an item to be attached to a substrate; and - an adhesive tape for attaching the item to the substrate, the adhesive tape having a substantially flat shape with a first main surface facing the item, the first main surface extending in a cross section perpendicular to the first main surface from a first edge to a second edge; - a lamination region on the first surface, wherein the lamination region is the region where the adhesive tape is laminated to the item; and - wherein the lamination region is smaller than the first main surface. - an item to be attached to a substrate; and - an adhesive tape for attaching the item to the substrate, the adhesive tape having a substantially flat shape with a first main surface facing the item, the first main surface extending in a cross section perpendicular to the first main surface from a first edge to a second edge; - a lamination region on the first surface, wherein the lamination region is the region where the adhesive tape is laminated to the item; and - wherein the lamination region is smaller than the first main surface.
A computer-implemented method comprising: receiving a plurality of images of a vehicle involved in an accident in a computer; determining, in the computer, the location of damage points for the vehicle via triangulation using the plurality of images; and generating a crush damage profile for the vehicle based on a difference between the location of damage points for the vehicle and corresponding points for a benchmark vehicle having a common body type with the vehicle and which is non-damaged, and storing the crush damage profile in the computer for later use. receiving a plurality of images of a vehicle involved in an accident in a computer; determining, in the computer, the location of damage points for the vehicle via triangulation using the plurality of images; and generating a crush damage profile for the vehicle based on a difference between the location of damage points for the vehicle and corresponding points for a benchmark vehicle having a common body type with the vehicle and which is non-damaged, and storing the crush damage profile in the computer for later use.
An apparatus for creating compatible messages between devices, the apparatus comprising: a processor (91, 81); and a memory (82, 93) coupled with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: receiving (151, 165) a message from a client device (125, 126) for a target end device; determining a version or release associated with the message; determining based on the version or release associated with the message, a list of profiles to apply to the message, each of the list of profiles associated with the version or release associated with the message and the list of profiles associated with multiple versions of an implemented software of the target end device; and applying the list of profiles to the message to create a new message that is compatible with the target end device. a processor (91, 81); and a memory (82, 93) coupled with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: receiving (151, 165) a message from a client device (125, 126) for a target end device; determining a version or release associated with the message; determining based on the version or release associated with the message, a list of profiles to apply to the message, each of the list of profiles associated with the version or release associated with the message and the list of profiles associated with multiple versions of an implemented software of the target end device; and applying the list of profiles to the message to create a new message that is compatible with the target end device. receiving (151, 165) a message from a client device (125, 126) for a target end device; determining a version or release associated with the message; determining based on the version or release associated with the message, a list of profiles to apply to the message, each of the list of profiles associated with the version or release associated with the message and the list of profiles associated with multiple versions of an implemented software of the target end device; and applying the list of profiles to the message to create a new message that is compatible with the target end device.