mhurhangee/ep-ind-claims huggingface dataset:
An annular magnetic pole member comprising: a core portion including a plurality of single layer units laminated in a direction of a center axis, each of the single layer units including a plurality of magnetic body pieces annularly arranged around the center axis in a state where the magnetic body pieces are in contact with each other, and each of the magnetic body pieces including a plurality of openings; and a plurality of fastening bolts that are respectively inserted through a plurality of penetration holes which are the plurality of openings continuously connected to each other in the direction of the center axis; wherein in the single layer units adjacent to each other, contact positions of the magnetic body pieces are different from each other, and the plurality of openings are round holes, characterized in that a rectangular hole extending in a radial direction of the core portion is provided on each of both sides of each round hole in a circumferential direction of the core portion, and in that a rectangular hole extending in the circumferential direction is provided on each of both sides of each round hole in the radial direction. a core portion including a plurality of single layer units laminated in a direction of a center axis, each of the single layer units including a plurality of magnetic body pieces annularly arranged around the center axis in a state where the magnetic body pieces are in contact with each other, and each of the magnetic body pieces including a plurality of openings; and a plurality of fastening bolts that are respectively inserted through a plurality of penetration holes which are the plurality of openings continuously connected to each other in the direction of the center axis; wherein in the single layer units adjacent to each other, contact positions of the magnetic body pieces are different from each other, and the plurality of openings are round holes, characterized in that a rectangular hole extending in a radial direction of the core portion is provided on each of both sides of each round hole in a circumferential direction of the core portion, and in that a rectangular hole extending in the circumferential direction is provided on each of both sides of each round hole in the radial direction.
A security apparatus for a portable electronic device, the security apparatus comprising: a plurality of shell portions (40a, 40b), each shaped to wrap around part of a perimeter of the portable electronic device; and a connecting portion that engages at least one of the plurality of shell portions (40a, 40b) and to thereby couple the plurality of shell portions to each other; wherein at least one of the connecting portion and one or more of the plurality of shell portions comprises an attachment device, the attachment device being configured to engage with a locking head, thereby locking relative positions of the plurality of shell portions (40a, 40b) and the connecting portion. a plurality of shell portions (40a, 40b), each shaped to wrap around part of a perimeter of the portable electronic device; and a connecting portion that engages at least one of the plurality of shell portions (40a, 40b) and to thereby couple the plurality of shell portions to each other; wherein at least one of the connecting portion and one or more of the plurality of shell portions comprises an attachment device, the attachment device being configured to engage with a locking head, thereby locking relative positions of the plurality of shell portions (40a, 40b) and the connecting portion.
Method for manufacturing panels of the type which is at least composed of a substrate and a top layer provided on this substrate and comprising a printed decor, wherein the top layer comprises at least two material layers (11,12,16A,16B), amongst which a print, wherein the method consists at least of applying said two material layers (11,12,16A,16B), wherein said print is performed directly on the substrate material and this print forms at least a portion of said printed decor, characterized in that at least in one of said two material layers, a mixture is realized which comprises at least a thermally curing component and a radiation-curing component, wherein said thermally curing component relates to a synthetic resin which cures by polycondensation, wherein the respective material layer is provided on the substrate prior to the print.
A method of reducing tracking interruptions between a tracking device (44, 46, 48) and a localizer of a navigation system, the navigation system further comprising a virtual boundary generator and a collision detector, said method comprising the steps of: detecting the tracking device (44, 46, 48) within a field-of-view of the localizer; generating, by the virtual boundary generator, a virtual line-of-sight boundary based on a line-of-sight relationship between the tracking device (44, 46, 48) and the localizer; updating, by the virtual boundary generator, the virtual line-of-sight boundary to account for relative movement between the tracking device (44, 46, 48) and the localizer; evaluating, by the collision detector, relative movement between a virtual object (44', 46', 48') and the virtual line-of-sight boundary, wherein the virtual object (44', 46', 48') is associated with a physical object in the field-of-view of the localizer; and detecting, by the collision detector, a collision between the virtual object (44', 46', 48') and the virtual line-of-sight boundary to enable a response that prevents the physical object from obstructing the line-of-sight between the tracking device (44, 46, 48) and the localizer. detecting the tracking device (44, 46, 48) within a field-of-view of the localizer; generating, by the virtual boundary generator, a virtual line-of-sight boundary based on a line-of-sight relationship between the tracking device (44, 46, 48) and the localizer; updating, by the virtual boundary generator, the virtual line-of-sight boundary to account for relative movement between the tracking device (44, 46, 48) and the localizer; evaluating, by the collision detector, relative movement between a virtual object (44', 46', 48') and the virtual line-of-sight boundary, wherein the virtual object (44', 46', 48') is associated with a physical object in the field-of-view of the localizer; and detecting, by the collision detector, a collision between the virtual object (44', 46', 48') and the virtual line-of-sight boundary to enable a response that prevents the physical object from obstructing the line-of-sight between the tracking device (44, 46, 48) and the localizer.
A bandage for ameliorating the formation of a scar and/or keloid, comprising: an elastic biocompatible sheet with an adhesive securing mechanism to be removably secured to the skin surface and comprising a mechanically induced first tensile stressed configuration and at least one aperture comprising an elongate shape with a long axis to be positioned parallel to a long axis of an elongate wound.
A cleaner handle, comprising: a pipe configured to transfer at least one of air, dust, and foreign matter to a drive unit that generates a suction force; a grip portion connected to the pipe, and formed to be gripped by a user; a sensor unit disposed in the grip portion to sense information related to whether or not the grip portion is gripped by the user; and a controller configured to control the drive unit based on the sensed information, characterized in that, the sensor unit comprises: a temperature sensor configured to sense a temperature of a part of an outer surface of the grip portion, and a pressure sensor configured to sense a pressure applied to a part of the outer surface of the grip portion. a pipe configured to transfer at least one of air, dust, and foreign matter to a drive unit that generates a suction force; a grip portion connected to the pipe, and formed to be gripped by a user; a sensor unit disposed in the grip portion to sense information related to whether or not the grip portion is gripped by the user; and a controller configured to control the drive unit based on the sensed information, characterized in that, the sensor unit comprises: a temperature sensor configured to sense a temperature of a part of an outer surface of the grip portion, and a pressure sensor configured to sense a pressure applied to a part of the outer surface of the grip portion. a temperature sensor configured to sense a temperature of a part of an outer surface of the grip portion, and a pressure sensor configured to sense a pressure applied to a part of the outer surface of the grip portion.
A preform manufacturing apparatus comprising: a supply of at least one fiber bundle (150; 240, 245, 250, 255, 260, 265); a moveable positive tow delivery mechanism (130; 130A, 130B, 130C; 330B, 330C) coupled between a desired lay down location and the supply of the fiber bundle (150; 240, 245, 250, 255, 260, 265) to positively deliver and orient the fiber bundle (150; 240, 245, 250, 255, 260, 265) to the desired lay down location, wherein automated movement coordination is achieved between the tow delivery mechanism (130; 130A, 130B, 130C; 330B, 330C) and a lay-down surface; and an electronic unwinder coupled to the supply of the fiber bundle (150; 240, 245, 250, 255, 260, 265), wherein the electronic unwinder is configured to interact with the tow delivery mechanism (130; 130A, 130B, 130C; 330B, 330C), and wherein the electric unwinder is configured to maintain constant adjustable minimum tension on the fiber bundle as the fiber bundle is positively driven with the tow delivery mechanism; and characterized in that the tow delivery mechanism is comprised of pinch rollers, with a motor driving at least one of the rollers, the pinch rollers contacting the fiber bundle. a supply of at least one fiber bundle (150; 240, 245, 250, 255, 260, 265); a moveable positive tow delivery mechanism (130; 130A, 130B, 130C; 330B, 330C) coupled between a desired lay down location and the supply of the fiber bundle (150; 240, 245, 250, 255, 260, 265) to positively deliver and orient the fiber bundle (150; 240, 245, 250, 255, 260, 265) to the desired lay down location, wherein automated movement coordination is achieved between the tow delivery mechanism (130; 130A, 130B, 130C; 330B, 330C) and a lay-down surface; and an electronic unwinder coupled to the supply of the fiber bundle (150; 240, 245, 250, 255, 260, 265), wherein the electronic unwinder is configured to interact with the tow delivery mechanism (130; 130A, 130B, 130C; 330B, 330C), and wherein the electric unwinder is configured to maintain constant adjustable minimum tension on the fiber bundle as the fiber bundle is positively driven with the tow delivery mechanism; and characterized in that the tow delivery mechanism is comprised of pinch rollers, with a motor driving at least one of the rollers, the pinch rollers contacting the fiber bundle.
A vehicle roof assembly for covering at least a part of a passenger compartment of a vehicle, the vehicle roof assembly comprising a mounting frame and a panel device, the panel device comprising a cover panel and at least one mounting bracket adhered to the cover panel, wherein • the mounting bracket comprises a mounting flange, the mounting flange extending substantially perpendicular to the cover panel; and • the mounting frame comprising a first flange which supports a functional element, such as a guide rail for a sun blind, and a second flange, the first flange extending under an angle relative to the second flange, wherein the second flange comprises a mounting means for attaching the mounting flange, and the second flange comprising a first main surface and a second main surface, the second main surface being opposite to the first main surface; wherein, in a mounted state, • the first main surface of the second flange extends substantially parallel to the mounting flange and is configured to be directed towards the passenger compartment; and • the mounting flange is attached to the second flange at the mounting means, • the first flange extends parallel to a direction away from the first main surface of the second flange and is configured to be extending towards the passenger compartment, characterized in that • at least the functional element and a part of the first flange are arranged at a level between a level of the cover panel and a level of the mounting means. • the mounting bracket comprises a mounting flange, the mounting flange extending substantially perpendicular to the cover panel; and • the mounting frame comprising a first flange which supports a functional element, such as a guide rail for a sun blind, and a second flange, the first flange extending under an angle relative to the second flange, wherein the second flange comprises a mounting means for attaching the mounting flange, and the second flange comprising a first main surface and a second main surface, the second main surface being opposite to the first main surface; • the first main surface of the second flange extends substantially parallel to the mounting flange and is configured to be directed towards the passenger compartment; and • the mounting flange is attached to the second flange at the mounting means, • the first flange extends parallel to a direction away from the first main surface of the second flange and is configured to be extending towards the passenger compartment, • at least the functional element and a part of the first flange are arranged at a level between a level of the cover panel and a level of the mounting means.
A system to determine the difficulty in intubating and / or ventilating and / or extubating a subject, the system comprising: an imaging module to acquire image parameters comprising a dynamic image of part of a head or neck of a subject; a parameter extraction module configured to extract at least one dynamic parameter from the image parameters; a classification module comprising a classification algorithm configured to determine a difficulty to intubate and / or ventilate value based on the at least one dynamic parameter, characterized in that the imaging module being configured to acquire image parameters comprising a head movement sequence about a neck of a subject and the dynamic parameter is determined from the head and / or neck movement, the head movement about the neck comprising one or more of the following movements: a head up and / or a head down movement; a head rotation to the left and / or a head rotation to the right movement; a head translational movement and / or a head arcing movement, wherein the imaging module is configured to acquire image parameters comprising one or more of the following movements: a jaw movement; a tongue movement; lip bite movement, and wherein the parameter extraction module comprises an optic flow module for processing the dynamic parameters, the optic flow module to process the image parameters to map the direction and movement of the subject in 3D and / or 2D optic flow representations. an imaging module to acquire image parameters comprising a dynamic image of part of a head or neck of a subject; a parameter extraction module configured to extract at least one dynamic parameter from the image parameters; a classification module comprising a classification algorithm configured to determine a difficulty to intubate and / or ventilate value based on the at least one dynamic parameter, characterized in that the imaging module being configured to acquire image parameters comprising a head movement sequence about a neck of a subject and the dynamic parameter is determined from the head and / or neck movement, the head movement about the neck comprising one or more of the following movements: a head up and / or a head down movement; a head rotation to the left and / or a head rotation to the right movement; a head translational movement and / or a head arcing movement, wherein the imaging module is configured to acquire image parameters comprising one or more of the following movements: a jaw movement; a tongue movement; lip bite movement, and wherein the parameter extraction module comprises an optic flow module for processing the dynamic parameters, the optic flow module to process the image parameters to map the direction and movement of the subject in 3D and / or 2D optic flow representations.
A conically formed wire thread insert comprising a body having a plurality of helically wound windings (10, 12, 14), in which the plurality of helically wound windings (10, 12, 14) comprises a first end winding and a second end winding delimiting the body at opposite axial ends, and the first end winding has a first integral form fitting means in a first end section and the second end winding has a second integral form fitting means in a second end section, so that, in an installed state of the wire thread insert, a form-fit rotation-inhibiting connection with an adjacent component structure can be produced via the first and the second integral form fitting means respectively, wherein the first and the second integral form fitting means of the wire thread insert of a bolt thread are oriented radially inwards with respect to the windings (10, 12, 14) of the wire thread insert and the first and the second integral form fitting means of the wire thread insert of a nut thread are oriented radially outwards with respect to the windings (10, 12, 14) of the wire thread insert, characterized in that the first form fitting means comprises a latching hook adjacent to a recess in the first end section and the second form fitting means comprises an end tang in the second end section.
A process for modifying an expandable curing bladder for a tire, which bladder has a surface intended to come into contact with a tire casing, which process comprises the following steps: a) applying to said surface a layer of a silicone rubber composition, the silicone rubber composition comprising a first liquid organopolysiloxane having repeating units (R 2 SiO 2/2) and having two chain ends each bearing an alkenyl group, a second liquid organopolysiloxane having repeating units (R'HSiO 2/2) and having two chain ends each bearing a group SiR' 3 O 1/2 and a photoactivatable hydrosilylation catalyst, the symbols R, which may be identical or different, representing an alkyl, aryl or aralkyl group, the symbols R', which may be identical or different, representing an alkyl group, the ratio between the number of units (R'HSiO 2/2) and the number of alkenyl groups being greater than 1, b) exposing the silicone rubber composition covering said surface to irradiation with ultraviolet-visible light. a) applying to said surface a layer of a silicone rubber composition, the silicone rubber composition comprising a first liquid organopolysiloxane having repeating units (R 2 SiO 2/2) and having two chain ends each bearing an alkenyl group, a second liquid organopolysiloxane having repeating units (R'HSiO 2/2) and having two chain ends each bearing a group SiR' 3 O 1/2 and a photoactivatable hydrosilylation catalyst, the symbols R, which may be identical or different, representing an alkyl, aryl or aralkyl group, the symbols R', which may be identical or different, representing an alkyl group, the ratio between the number of units (R'HSiO 2/2) and the number of alkenyl groups being greater than 1, b) exposing the silicone rubber composition covering said surface to irradiation with ultraviolet-visible light.
A compressor system (10,140) comprising: a gear box including a first drive gear, a second drive gear and a first driven gear driven by the said first drive gear; a prime mover coupled to the first drive gear and operable to input rotational power to the gear box through the said first drive gear; a compressor coupled to the first driven gear and operable in response to rotation of the first driven gear to produce a flow of compressed gas; a heat exchanger positioned to receive the flow of compressed gas and a flow of fluid and operable to cool the flow of compressed gas and heat the flow of fluid to produce a flow of heated gas; and a screw expander coupled to the second drive gear and operable in response to the said flow of heated gas to input rotational power to the gear box. a gear box including a first drive gear, a second drive gear and a first driven gear driven by the said first drive gear; a prime mover coupled to the first drive gear and operable to input rotational power to the gear box through the said first drive gear; a compressor coupled to the first driven gear and operable in response to rotation of the first driven gear to produce a flow of compressed gas; a heat exchanger positioned to receive the flow of compressed gas and a flow of fluid and operable to cool the flow of compressed gas and heat the flow of fluid to produce a flow of heated gas; and a screw expander coupled to the second drive gear and operable in response to the said flow of heated gas to input rotational power to the gear box.
Transparent container having an illuminated base plate allowing light to irradiate into the container in a controllable manner, wherein an illuminating device (40, 50) is provided, by means of which the illumination is effected from a bottom side of the base plate, wherein the illuminating device (40, 50) is either detachable as a reusable base of the container or is fixedly connected to the container, wherein the illuminating device (40, 50) is designed as at least one LED illuminating device or at least one OLED illuminating device, wherein the illuminating device (40, 50) comprises a current supply unit and is connected to a control device, which controls the operation of the illuminating device (40, 50), wherein the control device comprises at least one sensor (62, 63), and in particular at least one signal receiver, wherein the base plate has a circumferential, downwardly projecting mounting edge on a bottom side, such that a cavity is formed on the bottom side for receiving the illuminating device and the control device, wherein the base plate has a coating within the area delimited by the mounting edge, wherein a top layer (10, 20, 30) is applied over the coating, which top layer seals the cavity, but the height thereof does not extend downwards beyond the mounting edge, such that the base plate can be placed by way of the mounting edge on a substrate, characterized in that the base plate is provided with the coating on its bottom side facing the cavity, wherein the coating is at least partially opaque and prevents visibility into the cavity, and wherein the top layer is formed by a potting compound or the top layer is formed at least by a substantially rigid cover plate, wherein the cover plate is applied to a surface of a potting compound introduced into the cavity. wherein the base plate has a circumferential, downwardly projecting mounting edge on a bottom side, such that a cavity is formed on the bottom side for receiving the illuminating device and the control device, wherein the base plate has a coating within the area delimited by the mounting edge, wherein a top layer (10, 20, 30) is applied over the coating, which top layer seals the cavity, but the height thereof does not extend downwards beyond the mounting edge, such that the base plate can be placed by way of the mounting edge on a substrate, characterized in that the base plate is provided with the coating on its bottom side facing the cavity, wherein the coating is at least partially opaque and prevents visibility into the cavity, and wherein the top layer is formed by a potting compound or the top layer is formed at least by a substantially rigid cover plate, wherein the cover plate is applied to a surface of a potting compound introduced into the cavity.