mhurhangee/ep-ind-claims huggingface dataset:
Take-up winding machine for winding a thread to form packages, having a rotatable winding turret on which two winding spindles (3.1, 3.2), mounted in a protruding manner, are held in order to receive the packages, having a traversing device, having a pressure roll and having a movable auxiliary device for wetting a loose thread end at the circumference of a fully wound full package after a package changeover, wherein a fluid can be supplied by a fluid dispenser, characterized in that the auxiliary device has a means which interacts with the fluid dispenser and which has a form-variable discharge region, wherein the discharge region wetted with a fluid can be guided around the circumference of an end winding of the full package, wherein the fluid dispenser is connected to the means by a hose line, wherein an open hose end of the hose line opens into a pipe piece which is closed on one side, and the pipe piece extends transversely with respect to the discharge region and has a plurality of outlet bores on a longitudinal side facing the discharge region.
A system for returning a propelled projectile back toward a user who propelled the projectile into the system, the system comprising: a frame (20,200) having an upper portion (28,32) and two side portions (34,36,38); and a net (30,300) attachable to said upper portion (28,32) and said two side portions (34,36,38) of said frame (20,200), said net (30,300) defining an upper forward bulging portion and a lower U-shape channel portion across said two side portions (34,36,38) of said frame (20,200) when attached thereto, said upper forward bulging portion located between said upper frame portion (28,32) and said lower U-shape channel portion, wherein said net (30,300), when in the same orientation but not attached to said frame (20,200), having a shape with a bulging upper portion, a rectangular lower portion and a narrower tapered middle portion therebetween, whereby, when a projectile is propelled by a user into said net when attached to said frame, said projectile is funnelled along said U-shape channel portion and is discharged from the lowest and central point of said U-shape channel portion back toward the user. a frame (20,200) having an upper portion (28,32) and two side portions (34,36,38); and a net (30,300) attachable to said upper portion (28,32) and said two side portions (34,36,38) of said frame (20,200), said net (30,300) defining an upper forward bulging portion and a lower U-shape channel portion across said two side portions (34,36,38) of said frame (20,200) when attached thereto, said upper forward bulging portion located between said upper frame portion (28,32) and said lower U-shape channel portion,
A method for generating digital quantum chaotic wavepacket signals, comprising the following steps: step one: construct an N × N Hermitian matrix Ĥ; step two: calculate N eigen-wavefunctions φ j of a quantum Hamiltonian system with the Hamiltonian Ĥ by some numerical calculation methods; step three: extract some or all of the eigen- wavefunctions φ j with obvious chaos features as quantum chaotic eigen-wavefunctions according to a chaos criterion; step four: generate some semi-classical digital quantum chaotic wavepacket signals φ j ( n) with the same mathematical form and length N from the selected quantum chaotic eigen-wavefunctions according to the mathematical correspondence between the classical signal and the wavefunction in quantum mechanics. step one: construct an N × N Hermitian matrix Ĥ; step two: calculate N eigen-wavefunctions φ j of a quantum Hamiltonian system with the Hamiltonian Ĥ by some numerical calculation methods; step three: extract some or all of the eigen- wavefunctions φ j with obvious chaos features as quantum chaotic eigen-wavefunctions according to a chaos criterion; step four: generate some semi-classical digital quantum chaotic wavepacket signals φ j ( n) with the same mathematical form and length N from the selected quantum chaotic eigen-wavefunctions according to the mathematical correspondence between the classical signal and the wavefunction in quantum mechanics.
A method of manufacturing an arthroplasty jig, the method comprising: receiving two dimensional images of at least a portion of a bone forming a joint; generating a first three-dimensional computer model of a bone (18, 20) forming a joint from the two-dimensional images of the bone (18, 20) forming the joint, wherein the first three-dimensional computer model is a bone only model; generating a second three-dimensional computer model of the bone (18, 20) from the two-dimensional images, wherein the second three-dimensional computer model is a bone and cartilage model; causing the first and second three-dimensional computer models to have in common a reference position, wherein the reference position includes at least one of a location or an orientation relative to an origin; generating a first type of data with the first three-dimensional computer model, the first type of data including at least one of saw cut or drill hole information; generating a second type of data with the second three-dimensional computer model, the second type of data including surface contour information of the bone; employing the reference position to integrate the first and second types of data (44, 46) into an integrated jig data; and using the integrated jig data at a manufacturing machine to manufacture the arthroplasty jig. receiving two dimensional images of at least a portion of a bone forming a joint; generating a first three-dimensional computer model of a bone (18, 20) forming a joint from the two-dimensional images of the bone (18, 20) forming the joint, wherein the first three-dimensional computer model is a bone only model; generating a second three-dimensional computer model of the bone (18, 20) from the two-dimensional images, wherein the second three-dimensional computer model is a bone and cartilage model; causing the first and second three-dimensional computer models to have in common a reference position, wherein the reference position includes at least one of a location or an orientation relative to an origin; generating a first type of data with the first three-dimensional computer model, the first type of data including at least one of saw cut or drill hole information; generating a second type of data with the second three-dimensional computer model, the second type of data including surface contour information of the bone; employing the reference position to integrate the first and second types of data (44, 46) into an integrated jig data; and using the integrated jig data at a manufacturing machine to manufacture the arthroplasty jig.
Cord outlet tube for an under-floor cartridge for electric installation devices comprising a tube ring which is arrangeable on a cover and displaceable relative thereto, and a tube cover, wherein the tube cover is attachable to the tube ring by means of at least two latching devices, characterized in that the latching devices are operable in common and coupled to each other such that pushing in of one latching device radially inwards simultaneously causes displacement of all other latching devices radially inwards.
A device for fixing an irrigation cane for irrigating tree crops, the irrigation cane corresponding to a riser of a sprinkler on a filamentary support (200,201) such as a wire or a ring, the device for fixing including: - a base, - a clamp configured to enclose the irrigation cane of the sprinkler, the clamp includes two jaws (21, 22) extending respectively from the base to a free end (23, 24) with means for connecting the two jaws (21, 22) together, and a fixing extension extending longitudinally, in a direction opposite to the jaws (21, 22), between the base and a free edge, the fixing extension including a receiving groove configured to receive and block a portion of the filamentary support (200,201), characterized in that the fixing extension includes, on one hand, an appendage (33, 34) projecting from the base and arranged at a junction between the clamp and the fixing extension, and on the other hand, a locking tab extending according to a direction parallel to the appendage (33, 34), the appendage (33, 34) and the locking tab forming the receiving groove, and in that the appendage (33, 34) includes a first wall (330, 340) forming the receiving groove which presents a convex profile curvature according to at least one axis. - a base, - a clamp configured to enclose the irrigation cane of the sprinkler, the clamp includes two jaws (21, 22) extending respectively from the base to a free end (23, 24) with means for connecting the two jaws (21, 22) together, and a fixing extension extending longitudinally, in a direction opposite to the jaws (21, 22), between the base and a free edge, the fixing extension including a receiving groove configured to receive and block a portion of the filamentary support (200,201), characterized in that the fixing extension includes, on one hand, an appendage (33, 34) projecting from the base and arranged at a junction between the clamp and the fixing extension, and on the other hand, a locking tab extending according to a direction parallel to the appendage (33, 34), the appendage (33, 34) and the locking tab forming the receiving groove, and in that the appendage (33, 34) includes a first wall (330, 340) forming the receiving groove which presents a convex profile curvature according to at least one axis.
An oral care composition suitable for delivering a temporary whitening effect to the surface of teeth, the composition comprising: a continuous phase comprising water or polyhydric alcohol or a mixture thereof; a tooth surface whitening agent which is dispersed in the continuous phase, and a deposition aid for the tooth surface whitening agent; characterised in that the deposition aid is a poly(carboxylic acid) polymer having a molecular weight of at least 50,000 g/mol and an aqueous solubility of at least 10g/L at 25°C and the tooth surface whitening agent is a lake dye formed by fixing a dye onto a particulate inorganic substrate, in which the dye used to form the lake dye is a triarylmethane dye having a blue to green-blue colour with a hue angle in the CIELAB system ranging from 180 to 270 degrees, and in which the amount of lake dye is at least 0.015% by total weight lake dye based on the total weight of the composition. a continuous phase comprising water or polyhydric alcohol or a mixture thereof; a tooth surface whitening agent which is dispersed in the continuous phase, and a deposition aid for the tooth surface whitening agent; characterised in that the deposition aid is a poly(carboxylic acid) polymer having a molecular weight of at least 50,000 g/mol and an aqueous solubility of at least 10g/L at 25°C and the tooth surface whitening agent is a lake dye formed by fixing a dye onto a particulate inorganic substrate, in which the dye used to form the lake dye is a triarylmethane dye having a blue to green-blue colour with a hue angle in the CIELAB system ranging from 180 to 270 degrees, and in which the amount of lake dye is at least 0.015% by total weight lake dye based on the total weight of the composition.
A fungicidal mixture comprising, as active components: 1) azolopyrimidinylamine of the formula I, and 2) at least one tetrazolyloxime derivative of the formula IIA in which R 8 is branched or unbranched C 1 -C 8 -alkyl; in a synergistically effective amount. 1) azolopyrimidinylamine of the formula I, and 2) at least one tetrazolyloxime derivative of the formula IIA in which R 8 is branched or unbranched C 1 -C 8 -alkyl; in a synergistically effective amount. R 8 is branched or unbranched C 1 -C 8 -alkyl;
Softening composition comprising at least a fabric softener compound of formula: R 1 -N + (CH 3) 2 -CH 2 -COO - wherein R 1 is C 16 -alkyl, and a C 10 -C 22 carboxylic acid and/or a C 10 -C 22 alcohol; wherein the weight ratio of the compound of formula to the C 10 -C 22 carboxylic acids and/or the C 10 -C 22 alcohols is comprised between 4:1 and 50:1.
An energy absorption extrusion component produced from an alloy composition comprising, in weight percent, Si: 0.50-0.80; Fe: <0.40; Cu: 0.15-0.35; Mn: 0.26-0.40; Mg: 0.50-0.80; Cr: 0.10-0.25; Zn: <0.20; and optionally Sn at levels of 0.02-0.10% by weight; and/or optionally comprises Sr at levels up to 0.30% by weight; and/or optionally V ≤ 0.04% by weight; with other elements being considered incidental elements and consisting of less than 0.05 individually and 0.15 in total with the balance being aluminium; wherein said extrusion component has a specific energy absorption of greater than 22 kJ/mm 2 and a yield strength of greater than 260 MPa while providing no fragmentation or surface cracks greater than 10 mm during defined crush testing; wherein crush testing comprises crushing a 300mm long sample in the longitudinal direction to 100 mm at a rate of 100 mm / minute, recording the force required through the stroke of the crush testing and measuring the area under the force displacement curve to calculate the energy absorption, and wherein the specific energy absorption is energy absorbed per cross sectional area, and the sample further comprises a three void hollow extrusion with wall thicknesses from 1.5mm to 4mm and a rectangular or trapezoidal perimeter being 75mm to 175mm in the long direction and 40mm to 100mm in the shorter direction. 0.10-0.25; Zn: <0.20; and optionally Sn at levels of 0.02-0.10% by weight; and/or optionally comprises Sr at levels up to 0.30% by weight; and/or optionally V ≤ 0.04% by weight; with other elements being considered incidental elements and consisting of less than 0.05 individually and 0.15 in total with the balance being aluminium; wherein said extrusion component has a specific energy absorption of greater than 22 kJ/mm 2 and a yield strength of greater than 260 MPa while providing no fragmentation or surface cracks greater than 10 mm during defined crush testing; wherein crush testing comprises crushing a 300mm long sample in the longitudinal direction to 100 mm at a rate of 100 mm / minute, recording the force required through the stroke of the crush testing and measuring the area under the force displacement curve to calculate the energy absorption, and wherein the specific energy absorption is energy absorbed per cross sectional area, and the sample further comprises a three void hollow extrusion with wall thicknesses from 1.5mm to 4mm and a rectangular or trapezoidal perimeter being 75mm to 175mm in the long direction and 40mm to 100mm in the shorter direction.
Method for pulling a single crystal according to the FZ method, in which a polycrystal is melted by means of an electromagnetic melting device and subsequently recrystallized, wherein in a first phase (P 1) a lower end of the polycrystal is melted by means of the melting device, wherein, in a second phase (P 2), a single-crystal seed ring is attached to the lower end of the polycrystal, and wherein, in a third phase (P 3), a thin-neck portion is formed between a lower portion of the seedling and the polycrystal, the diameter (d D) of which is smaller than that (d I) of the seedling, characterized in that a power of the melting device before the third phase (P 3) is dynamically adjusted at least temporarily as a function of a position of a lower phase boundary (P U) between liquid material and solid material on the side of the inoculation, and in that the power of the melting device is dynamically adapted during the third phase (P 3) at least temporarily as a function of a position of an upper phase boundary (P O) between liquid material and solid material on the side of the polycrystal, and a change of the dependence from the position of the lower phase boundary (P U) is made directly to the dependence from the position of the upper phase boundary (P O).
A sheet-speed reduction mechanism for a fan wheel, characterized by comprising: a fan wheel which holds, between fan blades thereof, a sheet transported from a printing press thereto, and which rotates with the held sheet; a stopper which restricts the front end of the sheet held between the fan blades, and which then discharges the sheet from the inside of the fan wheel; and speed-reduction means (33,33a) which presses a surface of the sheet advancing between the fan blades before the front end of the sheet comes into contact with the stopper, so as to reduce the speed of the sheet, wherein the speed-reduction means (33,33a) moves on the basis of the paper quality, the thickness and the folding specification of the sheet. a fan wheel which holds, between fan blades thereof, a sheet transported from a printing press thereto, and which rotates with the held sheet; a stopper which restricts the front end of the sheet held between the fan blades, and which then discharges the sheet from the inside of the fan wheel; and speed-reduction means (33,33a) which presses a surface of the sheet advancing between the fan blades before the front end of the sheet comes into contact with the stopper, so as to reduce the speed of the sheet, wherein the speed-reduction means (33,33a) moves on the basis of the paper quality, the thickness and the folding specification of the sheet.
A magnetic bearing comprising: a rotor to be supported for rotation about an axis; and a stator extending from a first end to a second end and comprising: a circumferential outer winding; a circumferential inner winding; a radial spacing between the inner winding and outer winding; and characterized by a plurality of laminate teeth (84A, 84B, 86A, 86B); and a plurality of radial windings (34A, 34B, 36A, 36B) respectively encircling a respective associated tooth of the plurality of teeth; and a plurality of magnetic flux paths respectively associated with the plurality of radial windings and passing: radially through the associated winding; axially through the radial spacing; radially from the radial spacing to the rotor; and axially along the rotor. a rotor to be supported for rotation about an axis; and a stator extending from a first end to a second end and comprising: a circumferential outer winding; a circumferential inner winding; a radial spacing between the inner winding and outer winding; and characterized by a plurality of laminate teeth (84A, 84B, 86A, 86B); and a plurality of radial windings (34A, 34B, 36A, 36B) respectively encircling a respective associated tooth of the plurality of teeth; and a plurality of magnetic flux paths respectively associated with the plurality of radial windings and passing: radially through the associated winding; axially through the radial spacing; radially from the radial spacing to the rotor; and axially along the rotor. a circumferential outer winding; a circumferential inner winding; a radial spacing between the inner winding and outer winding; and characterized by a plurality of laminate teeth (84A, 84B, 86A, 86B); and a plurality of radial windings (34A, 34B, 36A, 36B) respectively encircling a respective associated tooth of the plurality of teeth; and a plurality of magnetic flux paths respectively associated with the plurality of radial windings and passing: radially through the associated winding; axially through the radial spacing; radially from the radial spacing to the rotor; and axially along the rotor. radially through the associated winding; axially through the radial spacing; radially from the radial spacing to the rotor; and axially along the rotor.
A cooking accessory for high-frequency dielectric heating, configured for placement in a dielectric heating cavity of a cooking appliance and suitable for supporting one or more food items thereon while being irradiated with high-frequency electromagnetic radiation for heating the one or more food items in the heating cavity, the cooking accessory comprising susceptor arrangement (2-3; 3) with susceptor elements, each susceptor element having a pre-defined dielectric absorption characteristic for the high-frequency electromagnetic radiation, characterised in that the susceptor elements are arranged to span a tiled 2D support area for the one or more food items.
A method for displaying information, the method comprising: determining a field of view of a user viewing an environment via a display of a display device; using the field of view, determining a focal region of interest of the user in the environment; and being characterized by: providing a database comprising a list of objects and, for each object, a location of that object in the environment; specifying a task to be performed by the user, the task specifying one or more objects in the environment; using the list of objects and a location of the focal region in the environment, identifying one or more of the objects specified by the task that are at least partially located in the environment in or proximate to the focal region; acquiring information related to the identified one or more objects, wherein the acquired information for the one or more objects specified in the task is dependent on the task; generating an image element comprising the acquired information; and displaying the generated image element on the display of the display device through which the user is viewing the environment. determining a field of view of a user viewing an environment via a display of a display device; using the field of view, determining a focal region of interest of the user in the environment; and being characterized by: providing a database comprising a list of objects and, for each object, a location of that object in the environment; specifying a task to be performed by the user, the task specifying one or more objects in the environment; using the list of objects and a location of the focal region in the environment, identifying one or more of the objects specified by the task that are at least partially located in the environment in or proximate to the focal region; acquiring information related to the identified one or more objects, wherein the acquired information for the one or more objects specified in the task is dependent on the task; generating an image element comprising the acquired information; and displaying the generated image element on the display of the display device through which the user is viewing the environment. providing a database comprising a list of objects and, for each object, a location of that object in the environment; specifying a task to be performed by the user, the task specifying one or more objects in the environment; using the list of objects and a location of the focal region in the environment, identifying one or more of the objects specified by the task that are at least partially located in the environment in or proximate to the focal region; acquiring information related to the identified one or more objects, wherein the acquired information for the one or more objects specified in the task is dependent on the task; generating an image element comprising the acquired information; and displaying the generated image element on the display of the display device through which the user is viewing the environment.
A method of making a pre-vapor formulation for an electronic vaping device, the method comprising: heating tobacco material to a temperature ranging from about 50 degrees Celsius to about 250 degrees Celsius to form heated tobacco material; collecting volatiles from the heated tobacco material, wherein the collecting step comprises inserting adsorbent material in the heated tobacco material, the adsorbent material configured to adsorb the volatiles; and combining the volatiles with a pre-vapor formulation immediately after the collecting step. heating tobacco material to a temperature ranging from about 50 degrees Celsius to about 250 degrees Celsius to form heated tobacco material; collecting volatiles from the heated tobacco material, wherein the collecting step comprises inserting adsorbent material in the heated tobacco material, the adsorbent material configured to adsorb the volatiles; and combining the volatiles with a pre-vapor formulation immediately after the collecting step.