mhurhangee/ep-ind-claims huggingface dataset:
A stator for electric motors, which comprises a plurality of teeth (22, 23) which are arranged circumferentially so as to form a substantially cylindrical hollow body and which between them define a plurality of inner longitudinal cavities which are arranged radially; inside said inner longitudinal cavities there being arranged a plurality of bent wires (J1-J12) which form at least one flattened cylindrical winding which comprises a plurality of mutually parallel straight sections (1A-12A, 1B-12B) of wire which occupy said inner longitudinal cavities; each one of said straight sections (1A-12A, 1B-12B) of wire being spaced apart from the adjacent straight section of wire (1A-12A, 1B-12B) by a respective winding pitch (X, Y, W); wherein said cylindrical winding is wound at least twice onto itself so as to be arranged continuously at least along an inner cylindrical layer and along an outer cylindrical layer which is coaxial to said inner cylindrical layer; said cylindrical winding comprising: - a first peripheral portion, arranged along said inner cylindrical layer, in which said respective winding pitches comprise a first winding pitch and a second winding pitch; - a second peripheral portion, arranged along said outer cylindrical layer, in which said respective winding pitches comprise said first winding pitch and a third winding pitch; said third winding pitch being greater than said first and second winding pitch; - an intermediate portion which connects said first and second peripheral portion, in which said respective winding pitches comprise said first, second and third winding pitch. - a first peripheral portion, arranged along said inner cylindrical layer, in which said respective winding pitches comprise a first winding pitch and a second winding pitch; - a second peripheral portion, arranged along said outer cylindrical layer, in which said respective winding pitches comprise said first winding pitch and a third winding pitch; said third winding pitch being greater than said first and second winding pitch; - an intermediate portion which connects said first and second peripheral portion, in which said respective winding pitches comprise said first, second and third winding pitch.
An implantable device for treatment of elevated ocular pressure within the anterior chamber of the eye, the device comprising: a flexible tube and tissue sealing means, wherein said tube defines a duct for diverting aqueous humor from the anterior chamber, said tube having a proximal end and distal end opposite one another and an outer surface having a first maximal cross-sectional dimension, and wherein said tissue sealing means includes at least one element (213A, 213B) that is spaced apart from said proximal and distal ends (207,209) of said tube, said at least one element (213A, 213B) extending radially outward beyond said outer surface characterised in that said tube surrounds the circumferential perimeter of the device and has a second maximal cross-sectional dimension greater than said first maximal cross-sectional dimension, and said at least one element (213A, 213B) includes a tapered distal portion and at least one blunt outer surface, wherein said second maximal cross- sectional dimension is defined by the at least one blunt outer surface.
Security label with a carrier film and a first colour layer applied along the carrier film and a second colour layer applied along the carrier film and a first adhesion-controlling functional layer applied locally to the first colour layer along the carrier film, and with a metal layer, wherein the metal layer has been applied locally along the carrier film, characterized in that the metal layer has been arranged in precise register with the first adhesion-controlling functional layer, and in a vertical projection onto the carrier film the metal layer is arranged only in the area that is complementary to the area of the first adhesion-controlling functional layer.
A facet joint prosthesis (40, 100) comprising an artificial facet joint element (44, 104) having a rod-like support arm (72, 102) connected to a fixation element (52, 116) by a polyaxially adjustable connection (41, 115), wherein the fixation element has a head (54, 114) with a convex surface and the polyaxially adjustable connection (41, 115) includes a base (42, 112) connected to the support arm of the facet joint element, said base having a concave inside surface corresponding to and for mating with the convex surface formed on the head of the fixation element, said facet joint prosthesis further comprising a fixing insert within the base, wherein said fixing insert (50, 110) within the base has (i) a concave surface corresponding to and for mating with the fixation element head (52, 116), the concave inside surface of the base and the concave surface of the fixing insert being slideable along the convex surface of the fixation element head to permit continuous adjustment through relative rotation between the facet joint element and fixation element along any axis, and (ii) a U-shaped channel for interacting with the rod-like support arm of the artificial facet joint element (44, 104) to form a longitudinally adjustable connection that permits the support arm to be moved along its longitudinal axis with respect to the fixation element.
A motorcycle comprising a front lighting apparatus structure, the front lighting apparatus structure comprising: a headlight (10, 50) having a lens (14, 52), and a lower cover, and a position light (12, 90), characterized in that the position light is independent from the headlight (10, 50), wherein the position light (12, 90) is disposed at a lower portion of the headlight (10, 50) and outside the lens (14, 52) of the headlight (10, 50), and wherein the position light (12, 90) has a lower portion mounted on a side of the headlight (10, 50), wherein the position light (12, 90) has an upper portion mounted on the headlight lower cover disposed at the lower portion of the headlight. a headlight (10, 50) having a lens (14, 52), and a lower cover, and a position light (12, 90), characterized in that the position light is independent from the headlight (10, 50), wherein the position light (12, 90) is disposed at a lower portion of the headlight (10, 50) and outside the lens (14, 52) of the headlight (10, 50), and wherein the position light (12, 90) has a lower portion mounted on a side of the headlight (10, 50), wherein the position light (12, 90) has an upper portion mounted on the headlight lower cover disposed at the lower portion of the headlight.
A method for controlling a hydraulic system of a working machine, the hydraulic system comprising a hydraulic machine for providing hydraulic fluid to one or more actuators (11, 12) of the working machine, the method comprising: receiving a signal requesting a pump pressure from the hydraulic machine based on the load pressure of a first actuator of said one or more actuators which first actuator has the highest load pressure of said one or more actuators, characterized by discriminating the pressure request from the first actuator provided that the first actuator is stalled due to overload or geometrical limitations, and provided that the load pressure of the first actuator is above a maximal pump pressure due to a propulsion force of the working machine or due to a force from another of said one or more actuators, and controlling the hydraulic machine to provide a pump pressure based on the load pressure of a second actuator of said one or more actuators which second actuator is in operation and has the second highest load pressure of said one or more actuators, or, if no actuator in addition to the first actuator is present and in operation, controlling the hydraulic machine to provide a predetermined idle pump pressure. receiving a signal requesting a pump pressure from the hydraulic machine based on the load pressure of a first actuator of said one or more actuators which first actuator has the highest load pressure of said one or more actuators, characterized by discriminating the pressure request from the first actuator provided that the first actuator is stalled due to overload or geometrical limitations, and provided that the load pressure of the first actuator is above a maximal pump pressure due to a propulsion force of the working machine or due to a force from another of said one or more actuators, and controlling the hydraulic machine to provide a pump pressure based on the load pressure of a second actuator of said one or more actuators which second actuator is in operation and has the second highest load pressure of said one or more actuators, or, if no actuator in addition to the first actuator is present and in operation, controlling the hydraulic machine to provide a predetermined idle pump pressure.
A lens structure, comprising: a lens tube; a first lens located on a first end-face of the lens tube and outside the lens tube as well as disposed on an outer side of the lens tube, wherein the first lens comprises a light converging region and an edge region located at an edge around the light converging region; a light shielding structure covering the edge region of the first lens; and at least one second lens located inside the lens tube, wherein the first lens is fixedly bonded with the lens tube, and wherein the first lens is fixedly bonded with the light shielding structure. a lens tube; a first lens located on a first end-face of the lens tube and outside the lens tube as well as disposed on an outer side of the lens tube, wherein the first lens comprises a light converging region and an edge region located at an edge around the light converging region; a light shielding structure covering the edge region of the first lens; and at least one second lens located inside the lens tube, wherein the first lens is fixedly bonded with the lens tube, and wherein the first lens is fixedly bonded with the light shielding structure.
A system for in-line treatment of thread for use with a thread consuming unit, comprising: a treatment unit comprising at least one discharge device comprising at least two nozzles (152a-f), arranged at different positions relative the at least one thread, said at least one thread being in motion in use, being configured to dispense one or more coating substances onto the at least one thread when activated; a light detection system for illuminating the at least one thread in order to receive light which is reflected from the at least one thread when said at least one thread is illuminated; wherein the discharge device is moveable relative the at least one thread and/or the at least one thread is movable relative the discharge device, characterized in that the system is configured to be arranged in an aligned position and a un-aligned position, wherein in the aligned position at least one of the plurality of nozzles (152a-f) and the at least one thread are aligned, and wherein in the un-aligned position at least one of the plurality of nozzles (152a-f) and the at least one thread are unaligned; and a control unit is configured to: receive data from the light detection system, and determine if the system is in the aligned position or in the un-aligned position based on the input from the light detection system. a treatment unit comprising at least one discharge device comprising at least two nozzles (152a-f), arranged at different positions relative the at least one thread, said at least one thread being in motion in use, being configured to dispense one or more coating substances onto the at least one thread when activated; a light detection system for illuminating the at least one thread in order to receive light which is reflected from the at least one thread when said at least one thread is illuminated; wherein the discharge device is moveable relative the at least one thread and/or the at least one thread is movable relative the discharge device, characterized in that the system is configured to be arranged in an aligned position and a un-aligned position, wherein in the aligned position at least one of the plurality of nozzles (152a-f) and the at least one thread are aligned, and wherein in the un-aligned position at least one of the plurality of nozzles (152a-f) and the at least one thread are unaligned; and a control unit is configured to: receive data from the light detection system, and determine if the system is in the aligned position or in the un-aligned position based on the input from the light detection system. receive data from the light detection system, and determine if the system is in the aligned position or in the un-aligned position based on the input from the light detection system.
Hand-held implement - having a housing, wherein the housing has a top side, a bottom side, a first longitudinal side and a second longitudinal side, wherein the top side and the bottom side are connected to one another via the two longitudinal sides (28, 29), - having a drive motor arranged in the housing, wherein the drive motor drives a tool arranged at the front end of the housing, - having a front handle and a rear handle, wherein the front handle is designed as a bow-type handle and has a transverse portion extending along the top side of the housing and has a side portion extending along one of the two longitudinal sides (28, 29) of the housing, - wherein the front handle has a wall and an interior space enclosed by the wall, wherein the wall of the front handle comprises an inner side, facing towards the interior space, and an outer side, facing away from the interior space, - wherein a first electrical functional element is arranged in the housing, and - wherein at least one second electrical functional element is arranged on the outer side of the front handle, - wherein the first electrical functional element is connected to the second functional element via at least one connecting cable, characterized in that the at least one connecting cable is arranged at least partially in the interior space of the front handle in the region of the side portion of the front handle. - having a housing, wherein the housing has a top side, a bottom side, a first longitudinal side and a second longitudinal side, wherein the top side and the bottom side are connected to one another via the two longitudinal sides (28, 29), - having a drive motor arranged in the housing, wherein the drive motor drives a tool arranged at the front end of the housing, - having a front handle and a rear handle, wherein the front handle is designed as a bow-type handle and has a transverse portion extending along the top side of the housing and has a side portion extending along one of the two longitudinal sides (28, 29) of the housing, - wherein the front handle has a wall and an interior space enclosed by the wall, wherein the wall of the front handle comprises an inner side, facing towards the interior space, and an outer side, facing away from the interior space, - wherein a first electrical functional element is arranged in the housing, and - wherein at least one second electrical functional element is arranged on the outer side of the front handle, - wherein the first electrical functional element is connected to the second functional element via at least one connecting cable,
A personal care formulation comprising a starch modified with a siliconate and a cosmetically acceptable carrier wherein the cosmetically acceptable carrier is an oil-in-water emulsion, a water-in-oil emulsion, an anhydrous composition or a substantially anhydrous composition having a water content less than 1% based on total weight of the composition.
Procedure designed for communication and power transfer using a transformer, which has at least a coil on the primary side and a coil on the secondary side, which form part of an oscillating circuit, wherein the oscillating circuit is exposed to an excitation frequency on the primary side, characterized in that energy and signal transmission take place from the primary side to the secondary side, and signal transmission takes place from the secondary side to the primary side via the transformer, and in that an inductance of the secondary coil is modulated for the transmission of a signal from the secondary side to the primary side.
Method for detecting a DC fault current in an electrical AC circuit, wherein a rectifier unit is connected to an AC grid at a primary side and provides a DC current at a secondary side, and wherein the AC grid is secured by a fault current protection switch that interrupts the circuit when an AC fault current greater than a predefined AC trip threshold occurs, comprising the steps of: a) measuring an DC fault current at the primary side, b) comparing the DC fault current with a predefined DC trip threshold, and c) generating an AC fault current when the DC fault current is above the trip threshold, wherein the current strength of the AC fault current is selected such that it is above the AC trip threshold of the fault current protection switch and that the AC fault current is generated by connecting in a resistor at the primary side, characterized in that the DC current is used as charging current for charging an energy store and an AC fault current is generated even if the energy store is fully charged. a) measuring an DC fault current at the primary side, b) comparing the DC fault current with a predefined DC trip threshold, and c) generating an AC fault current when the DC fault current is above the trip threshold, wherein the current strength of the AC fault current is selected such that it is above the AC trip threshold of the fault current protection switch and that the AC fault current is generated by connecting in a resistor at the primary side,
An oral rehydration composition for addition to water comprising: • a salt composition; • a fermentable acetylated type IV resistant starch that is acetylated to a substitution value of up to and including 2.5%; • xanthan gum in an amount effective to suspend the fermentable acetylated type IV resistant starch in water; and • optionally one or more of: - glucose; - water soluble salts of zinc, magnesium or copper; - sodium bicarbonate; or - combinations thereof. • a salt composition; • a fermentable acetylated type IV resistant starch that is acetylated to a substitution value of up to and including 2.5%; • xanthan gum in an amount effective to suspend the fermentable acetylated type IV resistant starch in water; and • optionally one or more of: - glucose; - water soluble salts of zinc, magnesium or copper; - sodium bicarbonate; or - combinations thereof. - glucose; - water soluble salts of zinc, magnesium or copper; - sodium bicarbonate; or - combinations thereof.
A method of making a soft pretzel bite, the method comprising: conveying a one or more dough strips; cutting a series of transverse slots on one lateral side of each one of the one or more dough strips, each transverse slot terminating a proximal distance to the one lateral side and spaced so that at least one transverse slot is received in each eventual pretzel bite and extending beyond a midpoint of the respective dough strip; curling each one of the one or more transverse slotted dough strips into a respective rolled dough strip, exposing each transverse slot across the rolled dough strip; transversely cutting each rolled dough strip into dough bites; washing each dough bite in a caustic solution; and baking the dough bite into a pretzel bite, wherein each transverse slot allows a volume of the pretzel bite to increase without being constrained by a pretzel skin formed around each transverse slot to aerate an interior of each pretzel bite cutting a series of transverse slots on one lateral side of each one of the one or more dough strips, each transverse slot terminating a proximal distance to the one lateral side and spaced so that at least one transverse slot is received in each eventual pretzel bite and extending beyond a midpoint of the respective dough strip; curling each one of the one or more transverse slotted dough strips into a respective rolled dough strip, exposing each transverse slot across the rolled dough strip; transversely cutting each rolled dough strip into dough bites; washing each dough bite in a caustic solution; and baking the dough bite into a pretzel bite, wherein each transverse slot allows a volume of the pretzel bite to increase without being constrained by a pretzel skin formed around each transverse slot to aerate an interior of each pretzel bite
A salad spinner comprising: a lid having a drive shaft extending centrally from a bottom portion thereof; and a strainer bowl having a strainer basket supported therein, the strainer basket having a foldable strainer handle extending a length of the strainer basket, wherein spinning motion of the strainer basket is initiated by the drive shaft. a lid having a drive shaft extending centrally from a bottom portion thereof; and a strainer bowl having a strainer basket supported therein, the strainer basket having a foldable strainer handle extending a length of the strainer basket, wherein spinning motion of the strainer basket is initiated by the drive shaft.
A lawn mower comprising a mowing plate provided with a cutting means (3a, 3b, 3c), at least one container for accumulating the mowed grass, said mowing plate being connected to said container by means of at least one conveyance duct, a motion and compression means adapted to convey and compress said mowed grass inside said container, said motion and compression means comprising at least one rotating screw feeder at least partially arranged within said conveyance duct, said rotating screw feeder being turned by an actuation means, said cutting means comprising three rotating blades (3a, 3b, 3c) that are coplanar and have respective rotation axes that are arranged substantially at the corners of an imaginary triangle; said lawn mower being characterized in that said conveyance duct is arranged within said container, said rotating screw feeder having a rotation axis which is substantially perpendicular to an imaginary plane formed by said cutting means (3a, 3b, 3c), said screw feeder extending from said mowing plate directly into said container substantially up to the top of said container.