mhurhangee/ep-ind-claims huggingface dataset:
Inductive distance sensor having a coil former whose tubular winding support is fitted with a ferromagnetic core and, between flanges on its end faces, with a coil, wherein two annular flanges (18, 19) with different external diameters are provided, and the populated coil former is arranged in a ferromagnetic pot whose internal diameter corresponds to the external diameter of the rearward, smaller flange characterized in that spacing pillars which are parallel to the axis are provided behind the rearward flange, and in that the base of the pot does not rest directly behind the rearward flange against it, but is kept at a distance from it by means of the spacing pillars.
An article comprising: a fabric base layer for the article; a plurality of polymer-based films coupled to the fabric base layer, wherein the plurality of polymer-based films comprise a top film and an underlying film; and selectively etched regions of the top film, which are etched through the top film, for selectively exposing the underlying film through the selectively etched regions of the top film, wherein the selectively etched regions are arranged for marking of textual or graphical indicia on the article, and wherein the article is a carrying case for a portable electronic device. a fabric base layer for the article; a plurality of polymer-based films coupled to the fabric base layer, wherein the plurality of polymer-based films comprise a top film and an underlying film; and selectively etched regions of the top film, which are etched through the top film, for selectively exposing the underlying film through the selectively etched regions of the top film, wherein the selectively etched regions are arranged for marking of textual or graphical indicia on the article, and wherein the article is a carrying case for a portable electronic device.
A tethered anchor point (14A-D, 114) for a shoelace, the tethered anchor point comprising: a tensile strand (16A-D) having an end portion (26A, B) attachable to a footwear article, the tensile strand including a tethering portion that extends away from the end portion and that transitions to a looped portion; and a tensile-strand reinforcement (18A-D, 418) coupled to the looped portion of the tensile strand, the tensile-strand reinforcement including a channel (32A-C) having a radial wall (34A-C) with an internal surface facing toward the channel and an external surface facing away from the channel, wherein the internal surface of the radial wall at least partially circumscribes a central axis (40A-C) of the channel that extends from one terminal end of the channel to an opposing terminal end of the channel; wherein the channel includes a bend between the one terminal end and the opposing terminal end, such that the central axis of the channel extends along a path that bends at least about 180 degrees; wherein the tensile strand is positioned in the channel and is at least partially circumscribed by the internal surface; wherein the bend of the channel radially extends at least partially around a lace passageway; and characterized in that portions of the radial wall are omitted to form one or more slots (450A, 450B). a tensile strand (16A-D) having an end portion (26A, B) attachable to a footwear article, the tensile strand including a tethering portion that extends away from the end portion and that transitions to a looped portion; and a tensile-strand reinforcement (18A-D, 418) coupled to the looped portion of the tensile strand, the tensile-strand reinforcement including a channel (32A-C) having a radial wall (34A-C) with an internal surface facing toward the channel and an external surface facing away from the channel, wherein the internal surface of the radial wall at least partially circumscribes a central axis (40A-C) of the channel that extends from one terminal end of the channel to an opposing terminal end of the channel; wherein the channel includes a bend between the one terminal end and the opposing terminal end, such that the central axis of the channel extends along a path that bends at least about 180 degrees; wherein the tensile strand is positioned in the channel and is at least partially circumscribed by the internal surface; wherein the bend of the channel radially extends at least partially around a lace passageway; and characterized in that portions of the radial wall are omitted to form one or more slots (450A, 450B).
A sprayable topical sunscreen composition consisting of at least 50 wt.% of an alcohol carrier, 5-40 wt.% of at least one sunscreen compound or material which is soluble in the alcohol carrier, a film forming polymer capable of forming a protective coating on the skin to which the composition is applied, the film forming polymer comprising 1-7 wt.% of shellac, and optionally one or more from a propellant, 2-15 wt.% of a water-insoluble liquid emollient, perfumes, deodorant compounds, astringent salts, antioxidants and insect repellents, wherein the concentrations specified are given in terms of weight of the ingredients based on the weight of the spayable sunscreen composition as a whole but excluding any propellant that might be present.
An apparatus comprising: at least one force sensor configured to detect an amount of force applied by an object to an outer surface; one or more position sensors configured to detect proximity of the object to respective locations of the outer surface; and a force control module implemented at least partially in hardware, the force control module configured to determine that it is unlikely that the object is intended to initiate an input, if contact of the object with the outer surface is made after the object is detected as proximal to the outer surface by the one or more position sensors for a predetermined amount of time and if the force applied by the contact of the object and detected by the at least one force sensor is less than a force threshold. at least one force sensor configured to detect an amount of force applied by an object to an outer surface; one or more position sensors configured to detect proximity of the object to respective locations of the outer surface; and a force control module implemented at least partially in hardware, the force control module configured to determine that it is unlikely that the object is intended to initiate an input, if contact of the object with the outer surface is made after the object is detected as proximal to the outer surface by the one or more position sensors for a predetermined amount of time and if the force applied by the contact of the object and detected by the at least one force sensor is less than a force threshold.
A fast neutron emitting source multiplier assembly, consisting essentially of: a driver source of 252 Cf; a surface material consisting essentially of foil or wire; and a beryllium segment as a multiplier segment, which is adapted to multiply neutrons, wherein the driver source of 252 Cf is disposed on the surface material, the beryllium segment as a multiplier segment surrounds and encapsulates the driver source of 252 Cf and surface material and the multiplier assembly is disposed and sealed in a hollow tube; characterized in that: a shield curtain of a material capable of stopping alpha particles is interposed between the 252 Cf driver source and the beryllium segment to modulate the neutron source strength by interfering with transmission of alpha particles to the beryllium segment.. a driver source of 252 Cf; a surface material consisting essentially of foil or wire; and a beryllium segment as a multiplier segment, which is adapted to multiply neutrons, wherein the driver source of 252 Cf is disposed on the surface material, the beryllium segment as a multiplier segment surrounds and encapsulates the driver source of 252 Cf and surface material and the multiplier assembly is disposed and sealed in a hollow tube; characterized in that: a shield curtain of a material capable of stopping alpha particles is interposed between the 252 Cf driver source and the beryllium segment to modulate the neutron source strength by interfering with transmission of alpha particles to the beryllium segment.. a shield curtain of a material capable of stopping alpha particles is interposed between the 252 Cf driver source and the beryllium segment to modulate the neutron source strength by interfering with transmission of alpha particles to the beryllium segment..
A thermosensitive recording material, comprising: a support; a thermosensitive recording layer provided on one surface of the support; and a back layer provided on the other surface of the support, wherein the support has a surface formed of a resin, and wherein the back layer contains a combination of a core-shell acrylic resin and an oxazoline resin, or a reaction product thereof, or both thereof. a support; a thermosensitive recording layer provided on one surface of the support; and a back layer provided on the other surface of the support, wherein the support has a surface formed of a resin, and wherein the back layer contains a combination of a core-shell acrylic resin and an oxazoline resin, or a reaction product thereof, or both thereof.
A method for detecting a rogue optical network unit, ONU, in a passive optical network, PON, system comprising an optical line terminal, OLT, and a plurality of ONUs comprising the rogue ONU, the method is characterized by: detecting an identity code of an ONU in an open uplink empty window or an empty timeslot; wherein the open uplink empty window is a window in which the OLT does not authorize an uplink bandwidth for any one of the plurality of ONUs; wherein the empty timeslot is an aperture time between two adjacent uplink authorized bandwidths, and each uplink authorized bandwidth is corresponding to an authorized time of one of the plurality of ONUs; and determining that the ONU corresponding to the identity code is a rogue ONU according to the identity code of the ONU. detecting an identity code of an ONU in an open uplink empty window or an empty timeslot; wherein the open uplink empty window is a window in which the OLT does not authorize an uplink bandwidth for any one of the plurality of ONUs; wherein the empty timeslot is an aperture time between two adjacent uplink authorized bandwidths, and each uplink authorized bandwidth is corresponding to an authorized time of one of the plurality of ONUs; and determining that the ONU corresponding to the identity code is a rogue ONU according to the identity code of the ONU.
An electronic device comprising a display module and an electronics module that are arranged in a common housing, wherein the common housing is completed by a front cover, wherein the display module is arranged directly adjacent to the front cover, wherein the electronics module comprises a printed circuit board having multiple layers (29, 31, 33) and a plurality of electronic components attached to the printed circuit board, wherein the electronics module is arranged adjacent to the display module and wherein the printed circuit board comprises a first layer and a second layer delimiting the printed circuit board on opposing sides and the first layer is an electromagnetic interference shielding layer characterized in that the first layer is arranged facing the display module. wherein the common housing is completed by a front cover, wherein the display module is arranged directly adjacent to the front cover, wherein the electronics module comprises a printed circuit board having multiple layers (29, 31, 33) and a plurality of electronic components attached to the printed circuit board, wherein the electronics module is arranged adjacent to the display module and wherein the printed circuit board comprises a first layer and a second layer delimiting the printed circuit board on opposing sides and the first layer is an electromagnetic interference shielding layer characterized in that the first layer is arranged facing the display module.
A method for scheduling a time when a retuning gap occurs by a wireless transmit/receive unit, WTRU, wherein the retuning gap is a time period in which the WTRU may retune its radio frequency front end to currently active component carriers, the method comprising: detecting a retuning triggering event; determining a period of time when a retuning gap occurs, on a condition that the triggering event is detected; and performing radio frequency front end retuning during the retuning gap. detecting a retuning triggering event; determining a period of time when a retuning gap occurs, on a condition that the triggering event is detected; and performing radio frequency front end retuning during the retuning gap.
A steering column for a motor vehicle, comprising an actuating unit, in which a steering spindle is mounted so as to be able to rotate about a longitudinal axis and which comprises a casing unit which comprises at least three casing tubes (31, 32, 33) which are arranged so as to be axially telescopable relative to one another and one of which forms an outer casing tube in which at least one intermediate casing tube, in which an inner casing tube is accommodated, is accommodated, and rolling bodies (7, 8) being arranged, between the casing tubes (31, 32, 33), such that they are able to roll in the axial direction, wherein first rolling bodies are arranged between the outer casing tube and the intermediate casing tube, and second rolling bodies are arranged between the intermediate casing tube and the inner casing tube, characterized in that the first rolling bodies being arranged offset in the circumferential direction relative to the second rolling bodies.
A method of producing a component of composite material, especially an elongate or continuous component of fibre reinforced polymer, comprising: winding an elongate sheet of composite material about a winding axis which is offset by an angle (β) from being perpendicular to a longitudinal axis of the elongate sheet so as to wind the sheet into a helical coil; drawing or conveying the helical coil of wound sheet along a process path, which is preferably substantially parallel to the winding axis; forming or shaping the coil of wound sheet as it is drawn or conveyed along the process path wherein the step of forming or shaping the coil of wound sheet includes pressing or clamping the wound sheet in a moulding tool, wherein the moulding tool is configured to be moved between an open position for receiving the coil and a closed position for shaping the coil and to hold a section of the wound sheet and to pull or draw the coil of wound sheet along the process path. winding an elongate sheet of composite material about a winding axis which is offset by an angle (β) from being perpendicular to a longitudinal axis of the elongate sheet so as to wind the sheet into a helical coil; drawing or conveying the helical coil of wound sheet along a process path, which is preferably substantially parallel to the winding axis; forming or shaping the coil of wound sheet as it is drawn or conveyed along the process path wherein the step of forming or shaping the coil of wound sheet includes pressing or clamping the wound sheet in a moulding tool, wherein the moulding tool is configured to be moved between an open position for receiving the coil and a closed position for shaping the coil and to hold a section of the wound sheet and to pull or draw the coil of wound sheet along the process path.
A metering system for a fuel atomizer, comprising: a housing having a mixing chamber; a first metering member positioned within the housing and operable to control flow of oxidizer to the mixing chamber; a second metering member positioned within the housing and arranged coaxial with and extending through the first metering member, the second metering member being operable to control flow of fuel to the mixing chamber, with the first metering member being configured to move from a closed position to an open position before the second metering member moves from a closed position to an open position; a biasing member interposed between the first and second metering members,; and a single solenoid configured to control movement of both the first metering member and the second metering member, characterized in that: a plurality of flow channels extend from the first metering member to the mixing chamber, the flow channels being arranged to create a swirl effect of oxidizer within the mixing chamber; and moving the first metering member from the closed position to the open position releases the biasing member to permit the second metering member to move from a closed position to an open position, with a spring constant of the biasing member determining an amount of time that the first metering member is open before the second metering member opens and an amount of time the first metering member is open after the second metering member closes. a housing having a mixing chamber; a first metering member positioned within the housing and operable to control flow of oxidizer to the mixing chamber; a second metering member positioned within the housing and arranged coaxial with and extending through the first metering member, the second metering member being operable to control flow of fuel to the mixing chamber, with the first metering member being configured to move from a closed position to an open position before the second metering member moves from a closed position to an open position; a biasing member interposed between the first and second metering members,; and a single solenoid configured to control movement of both the first metering member and the second metering member, characterized in that: a plurality of flow channels extend from the first metering member to the mixing chamber, the flow channels being arranged to create a swirl effect of oxidizer within the mixing chamber; and moving the first metering member from the closed position to the open position releases the biasing member to permit the second metering member to move from a closed position to an open position, with a spring constant of the biasing member determining an amount of time that the first metering member is open before the second metering member opens and an amount of time the first metering member is open after the second metering member closes.
A method for producing a rearview mirror for a two-wheeled vehicle, the rearview mirror comprising a housing and a reflective surface, characterised by the following method steps: - producing a blank for the housing from a metal, preferably from aluminium, and - forming the reflective surface as an integral component of the housing by mechanically machining at least one part of a surface of the housing using a cutting tool (101, 102) so that the reflective surface is formed in one piece with the housing. - producing a blank for the housing from a metal, preferably from aluminium, and - forming the reflective surface as an integral component of the housing by mechanically machining at least one part of a surface of the housing using a cutting tool (101, 102) so that the reflective surface is formed in one piece with the housing.
A wire harness comprising: electric wires each including a conductor (11, 11A, 11B, 11C); the electric wires including a first electric wire used for a power source circuit, a second electric wire used for a high-current power source circuit or a ground circuit and allowing a current larger than a current of the first electric wire to flow, and a signal electric wire used for a signal circuit, wherein the conductor (11A, 11B) of each of the first electric wire and the second electric wire is formed of an aluminum electric wire made of aluminum or an aluminum alloy; and the conductor of the signal electric wire is formed of a copper electric wire made of copper or a copper alloy, characterized in that a cross-sectional area of the conductor of the first electric wire is from 0.5 mm 2 to 1.25 mm 2; a cross-sectional area of the conductor of the signal electric wire is from 0.13 mm 2 to 0.35 mm 2; and a cross-sectional area of the conductor of the second electric wire is from 2.5 mm 2 to 8 mm 2. electric wires each including a conductor (11, 11A, 11B, 11C); the electric wires including a first electric wire used for a power source circuit, a second electric wire used for a high-current power source circuit or a ground circuit and allowing a current larger than a current of the first electric wire to flow, and a signal electric wire used for a signal circuit, wherein the conductor (11A, 11B) of each of the first electric wire and the second electric wire is formed of an aluminum electric wire made of aluminum or an aluminum alloy; and the conductor of the signal electric wire is formed of a copper electric wire made of copper or a copper alloy, characterized in that a cross-sectional area of the conductor of the first electric wire is from 0.5 mm 2 to 1.25 mm 2; a cross-sectional area of the conductor of the signal electric wire is from 0.13 mm 2 to 0.35 mm 2; and
A cover element for sealing capsules for use in making brewed beverages, comprising: - a main layer having an inner surface adapted to face housing zone of a capsule for making brewed beverages and an outer surface that faces away from the inner surface, said main layer being made of a compostable material; - a protective layer overlying the outer surface of the main layer; - a waterproof layer; - a filtering layer underlying of the inner surface of the main layer; wherein at least said main layer has a plurality of lines of weakness formed at least on said outer surface, said waterproof layer being free of lines of weakness, haracterised in that the waterproof layer is applied on the inner surface of the main layer and comprises at least one metallic layer, and in that said filtering layer is free of lines of weakness. - a main layer having an inner surface adapted to face housing zone of a capsule for making brewed beverages and an outer surface that faces away from the inner surface, said main layer being made of a compostable material; - a protective layer overlying the outer surface of the main layer; - a waterproof layer; - a filtering layer underlying of the inner surface of the main layer; wherein at least said main layer has a plurality of lines of weakness formed at least on said outer surface, said waterproof layer being free of lines of weakness,
An amorphous transformer comprising an amorphous core formed of an amorphous material with a lap provided at an upper portion and standing in substantially a vertical direction while being supported at a core support member, and a coil which is fitted with the amorphous core, wherein the core support member has a core support member for supporting a side surface of the amorphous core and a corner support member for supporting a curved surface corner portion of the core; wherein the corner support member has a shape which follows the curved surface of the corner portion of the core, wherein the corner support is formed by a combination of a curved support plate and an L-shaped support plate supporting the curved plate, to form a hollow structure, and wherein the amorphous core and the core support member are arranged such that the side surface of the amorphous core is supported in the coil.